CN100447370C - blinds - Google Patents

Abstract

A blind is disclosed. The blind includes: a rectangular frame; windows fit double on the front and rear surfaces of the frame; a slat part embedded in the double windows mounted on the front and rear surfaces of the frame; an upper movable part and drum parts mounted on a back headrail half and a front headrail half of the upper portion of the frame to control the slat part; a side movable part inserted into a side guiderail of a side of the frame; and pull cords connected to the slat part having a bottomrail, the drum parts, and the side movable part having the large corner keys for controlling opening and closing of the blind.

Description

blinds

technical field

The invention relates to shutters, in particular to recessed shutters located between the interiors of double windows.

Background technique

Generally speaking, shutters are mainly used to block sunlight, prevent peeping into the room from the outside, and properly adjust the indoor atmosphere and surrounding environment, and are installed on balconies with windows or on window walls.

Double windows are often used in multi-storey buildings located on noisy streets. When the shutter is installed on the double window, in order to avoid affecting the appearance due to the thickness of the double window K or to accumulate dust on the shutter, the shutter is arranged between the two windows K. However, there is still a problem that the user has to open and close the blinds provided in the closed interior from the outside. So, a lot of research has been done on the above issues.

Korean Utility Model Gazette, Registration No. [20-242601] Gazette discloses that a louver frame for blocking sunlight is provided between double-layered windows. Similarly, Korean Utility Model Gazette, Registration No. [Registration No. 1993-0003878] discloses a baffle with a built-in shutter; Brightness and means for changing advertising film.

However, there are some problems in this advanced technology. The opening and closing of the blinds arranged inside the closed double-layer windows K is very complicated. The downside of leaning.

Contents of the invention

Accordingly, the present invention pertains essentially to a shutter that obviates one or more of the problems inherent in limitations and disadvantages of the related art.

In order to solve the above problems, the technical gist of the present invention is about the development of double-layer window louver frame, the joint of the louver frame, the movable parts at the upper end of the louver frame and the drum parts installed inside the louver.

In order to achieve the same purpose as above, the present invention will use the rectangular louver frame A, the double-layer window K sandwiched between the louver frames, the leaf curtain between the layers of the double window K, and the rear half top rail of the upper louver frame A for adjusting the leaf curtain E Hole 2, mounted on the top movable part B of the front half top rail 3, drum piece C, mounted on the side movable part D of the side louver frame A side rail 5 by inserting, leaf curtain E, top movable part B, 2 pcs The drum part C and the louver characterized by the side moving part D are formed.

The guide rail frame 1 of the present invention is well combined with the rear half top rail 2 and the front half top rail 3, and is easy to install. The bottom of the side guide rail 5 and the guide rail frame 1 are closely combined. The backguy roller 6 is improved to be thicker and thinner in the middle, so that the backguy can smoothly pass through the central through hole of the backguy roller, and the threading of the louvers becomes easy. In addition, the upper end of the above-mentioned cable roller 6 has a screw hole for fixing the shaft. The position of the screw hole is different from that of the previous blinds, so the screw can be directly fixed without rotating the cable roller 6 .

The size of the arrow on the fixed terminal 63 of the pull rope roller ladder is suitable and shorter, so it is easy to penetrate the perforation of the louver line. The thickness of the ladder-shaped wire fixing body 64 of the pull rope roller is the same as that of the pull wire hole, so that the moving position of the pull wire is not easy to change. The upper plane 65 of the rope roller has occupied the maximum area as far as possible, and has obviously improved the threading work. The ladder-shaped connecting line of the pull rope roller is designed to fix the main body bracket 66 to prevent the arrow from sinking, and a convex part to prevent the louver line from sliding is added. The width of the central hole 71 of the stay cord roller seat is the same as the diameter of the groove 61 in the middle of the stay cord, which improves the merging effect of the horizontal version. There is a fixed through hole on the side of the support column of the pull rope roller, which greatly facilitates the work of threading the opening and closing line and improves the production efficiency of the product.

The helical through hole 8-1 of the helical gear 8 is combined with the shaft 10 to directly tighten the spring bolt. The fixed area due to the helical gear is fixed on the shaft 10, so the helical gear can be prevented from sliding down.

Put the magnet in the magnet insertion port 11-2 of the internal tilt adjuster 11, and clamp the magnet so as not to fall off.

The through hole portion 14-1 of the large corner pin 14 is equipped with a pulley device 15, which avoids the folding phenomenon of the opening and closing line, and also significantly reduces friction.

Roller 16-3 is installed on one side of the magnet slot 16-2 in the lower part of lifting handle 16. Like this, although the built-in magnetic force is very large, the friction is obviously reduced due to the 16-3 effect of the roller, so that the movement up and down is smooth and easy. .

Generally, the ladder-shaped connecting line 18 is 15m and 16m, and the height of the horizontal plate is 12m. In order to facilitate assembly, the height of the horizontal plate can be extended to 13m. When assembling, the folded shape is unified so that the rope length of the ladder-shaped connection is long, and the hole is arranged at the center of the rope length between the blades to form a good visual effect.

The through hole of the ladder connection is installed on a rope roller ladder connection fixing protrusion and the rope roller ladder connection fixed body, and the ladder connection is fixed by a rope roller ladder connection The support of the fixed body is supported horizontally to keep the ladder-like connection on a horizontal plane.

Rollers are arranged on the inner stay cord seat 26,29, and the improved opening and closing line binding method is the same as the dot thread eye method, and rollers are installed in the bottom, which reduces friction.

The roller and the roller fixed area 29-4 on the side upper part of the inner drawstring seat roller are installed, the inner drawcord fixed shaft 29-5, the inner drawcord seat side support seat 29-6, the magnet insertion port 29-2, the roller 29-3 distance shortening devices 30, 31, 32, causing the up and down moving distance of the blinds of the external recliner to be shortened by "1/5", "1/3" and "1/2" times.

It is to be understood that not only the foregoing general description of the invention but also the following detailed description are explanatory and exemplary and are intended to provide further explanation as stated.

Description of drawings

The accompanying drawings, which are included to provide a further understanding of the invention and are incorporated in and constitute a part of this application, illustrate specific aspects of the invention and together with the description serve to explain the principle of the invention.

Figure 1 is a detailed view of the shutter of the present invention.

Fig. 2 is an assembly and detailed view of the frame part of the shutter of the present invention.

Fig. 3 is an exploded and assembled detailed view of the movable part at the top of the louver and the drum part of the present invention.

Fig. 4 is an exploded and detailed view of the side moving part of the louver of the present invention.

Fig. 5 is a detailed diagram of the assembly and disassembly steps of the large corner pin of the shutter of the present invention.

Fig. 6 is a connection state diagram of the connection wires of the louver drum parts of the present invention.

Fig. 7 is a connection state diagram of the large corner pin connection of the shutter of the present invention.

Fig. 8 is a diagram of the double movement state of the shutter of the present invention.

Fig. 9 is a three-fold movement state diagram of the shutter of the present invention.

Fig. 10 is a 5-fold moving state diagram of the shutter of the present invention.

Fig. 11 is another illustration of the frame bar and side guide rails of the present invention.

Fig. 12 is a detailed view of the rope roller and the roller seat of the present invention.

Fig. 13 is a detailed view of the upper and lower handles of the present invention.

Fig. 14 is another illustration of the upper and lower handles of the present invention.

Figure 15 is a detailed view of the inner cable holder of the present invention.

Fig. 16 is a detailed view of the assembled and disassembled state of the inner drawstring seat of the present invention.

Detailed ways

Preferred examples of the present invention will be specifically described below with reference to the drawings.

Fig. 1 is a detailed view of the blinds of the present invention, Fig. 2 is an assembly and detailed view of the frame part of the blinds of the present invention, Fig. 3 is an exploded and detailed assembly of the upper moving part of the blinds and the drum parts of the present invention, and Fig. 4 is a detailed view of the present invention The exploded and detailed diagram of the side moving part of the louver, Fig. 5 is an assembly and disassembled detailed diagram of the large corner pin of the louver of the present invention, Fig. 6 is a connection state diagram of the connection line of the louver drum part of the present invention, and Fig. 7 is a diagram of the connection state of the louver drum of the present invention Fig. 8 is a 2 times moving state diagram of the louver of the present invention, Fig. 9 is a 3 times moving state diagram of the louver of the present invention, and Fig. 10 is 5 times of the louver of the present invention Moving state diagram, Fig. 11 is another illustration of the frame bar and side guide rail (Side Guide rail) of the present invention, Fig. 12 is the detailed view of the pull rope roller and the roller seat of the present invention, Fig. 13 is the lifting of the present invention Detailed view of the handle, Fig. 14 is another illustration of the lift handle of the present invention, Fig. 15 is a detailed view of the inner stay cord seat of the present invention, and Fig. 16 is an assembly and detailed view of the inner stay cord seat of the present invention.

In the figure, 1-rail frame, 1-2-lower part of rail frame, 2-rear half top rail, 2-1-rear half top rail embedded, 2-2-rear half top rail hole, 3-front half top rail , 3-1-The front half top rail embedded solid, 3-2-The front half top rail hole, 3-3-The front half top rail central side cutout, 4-Frame rod, 5,5`-Side rail, 5-1-Side The embedded body of the guide rail, 5-2-convex conductor, 6-rope roller, 7-rope roller seat, 8-helical gear, 8-1-through hole of helical gear, 8-2-helical gear groove , 9-helical gear fixing device, 10-axis, 11-inner tilt adjuster, 11-1-helical gear insertion hole, 11-2, 13-2, 16-2, 26-2, 29-2-magnet insertion Slot, 11-3, 13-3, 16-3, 26-3, 29-3-roller, 11-4-convex conductor, 12-reclinometer cover, 13-external recliner part, 13 -1-reclinometer cover socket, 14, 28-big corner pin, 14-1-space for big corner pin, 14-2, 14-3, 14-4-big corner pin through hole, 14'-small corner Pin, 15-pulley device, 16-lifting handle, 16-1-top of lifting handle, 17-stay rope, 17-1-adjusting rope, 18-ladder connection, 19-slat, 20-bottom rail, 21 -Bottom rail cap, 22-Bottom rail load bar, 23-Ladder connection base, 24-Fixing device, 25-Slat spacer, 26, 29-Magnet inner rope frame, 26-1-Rotary winding Device, 29-4-inner cable seat pulley, 29-5-inner cable seat fixed shaft, 29-6-inner cable seat side bracket, 30-distance shortening device, 30-1-first distance shortening device Pulley, 30-2, 30-3-connection of first distance shortening device, 31, 32-second and third distance shortening device, 31-1, 31-2, 32-1, 32-2, 32- 6-The drawstring fixed area of the second and third distance shortening device, 31-3, 32-3-the upper part of the distance shortening area, 31-4, 32-4-the upper part of the distance shortening area, 31-5, 32-5- Side fixing part of the distance shortening area, 33, 34-shell of the distance shortening area, 40-frame rod cover, 42-side edge extension, 43-frame rod socket, 52-side guide extension, 61-central rope roller At the groove, 62-hole of the rope roller, 63-the fixed terminal of the ladder-shaped connection of the rope roller, 64-the fixed body of the ladder-shaped connection of the rope roller, 65-the flat top surface of the rope roller, 66- Drawstring roller ladder-shaped connection fixed main body bracket, 67-drawstring roller side protrusion, 68-drawstring roller through hole, 71-drawstring roller seat central hole, 72-drawstring roller support column side Fixing hole, 73-drawing rope roller seat bottom protrusion, 74-staying rope roller seat roller, 74-1-staying rope support wheel frame opening, 74-2-staying rope support wheel support frame, 75- Drawstring roller support table, 77-drawstring roller side cutout, 80-drawcord level adjuster, 81-level adjustment roller, 82-level adjustment roller through hole, 83-horizontal adjustment roller support rod, 84- Horizontal adjustment roller support rod insertion slot, 85-the lower opening of the pull rope roller support platform, 200-the top of the inner support, 201-the protruding part of the inner support, 202-the connection opening at the top of the inner support, 203-the inner support Top connection part, 204-top cover of internal support, 205-through hole of top cover of internal support, 300-main body of internal support, 301-top protrusion of main body of internal support, 301-1-top protrusion of main body of internal support Outlet jaw, 301-2- protruding cross bar at the top of the main body of the internal support, 302- groove at the top of the main body of the internal support, 303, 303`- central protrusion of the internal support, 303-1, 303`-1- The central protruding jaw of the inner support, 304, 304`-the concave part of the central protrusion of the inner support, 305-the pulley support body of the inner support, 310-the bottom of the main body of the inner support, 311-the iron plate insertion part, 312- Magnet insertion part, 313-roller fixed support part, 314-roller fixed support groove, 400-inner support pulley, 500-iron plate, 600-magnet, 700-inner support roller, 701-inner support roller Shaft support rod, 1200-top of lifting handle, 1201-side of lifting handle, 1210-reinforcing rod, 1300-bottom of lifting handle, 1301-central part of bottom of lifting handle, 1302-central through hole at bottom of lifting handle, 1303-roller of lifting handle Shaft support part, 1304-lift handle roller support hole, 1400-side part of lift handle, 1700-lift handle roller, 1701-lift handle roller support rod, A-window frame, B-top movable part, C- Drum piece, D-side moving part, K-window.

Its structure, as shown in Figure 1, is a rectangular frame A, a window K sandwiched between the front and rear surfaces of the above frame A and forming a double window, a louver leaf curtain E located on the front and rear surfaces of the frame A built between the double window K, In order to adjust the above-mentioned louver curtain E, the top movable part B and two drum parts C of the rear half top rail BackHead rail Half2 and the front half front head rail Half3 of the upper frame part A are inserted into the above-mentioned side frame part A The side moving part D of the side guide rail Side Guide rail5 of the part, the louver leaf curtain E including the above-mentioned bottom rail 20, and the louver composed of a rope connecting the side moving part D including the drum part C and the large corner pin 14.

A more detailed description of the shutter structure follows.

The windows K are attached to the front and rear surfaces of the rectangular frame A with adhesive or sealant.

As shown in Figure 2, the upper part of the rectangular frame A includes a guide rail holder 1 (GuiderailHolder) formed on the top, a rear half headrail half 2 (back headrail half) and a front headrail half 3 (front headrail half). Use the front half top rail fixing part 3-1 (Front Head rail Half) to connect and fix and form the rear half top rail hole 2-2 and the back head rail half (Back Head rail Half) of the front half top rail hole 3-2 and the front half top Rail 3 (Front Head rail Half), is formed in the front half top rail central side notch part 3-3 of above-mentioned front half top rail 3 central part side.

The left and lower parts of the frame A include a frame bar 4 (Space Bar), which is formed on the outside on the right side of the frame A. At the same time, the guide rail holder 1 (Guide rail Holder) is formed on the upper part, and the above-mentioned outer guide rail holder 1 (Guide rail holder) Holder) inner side and open one side, the side guide rail fixing part 5-1 that is formed at the two ends of above-mentioned open part and combined with the guide rail frame bottom 1-2, is provided with two convex side guide rails 5 to the conductor 5-2 ( Side Guide rail) to form.

The corners of the upper and lower parts on the right side of the above-mentioned frame A are as shown in Figure 5, by forming the big corner pin through holes 14-2,14-3,14-4 at the big corner pin space 14-1, which is formed on the above-mentioned big corner pin Through holes 14-2, 14-3, 14-4 are formed by large corner pins 14 (Large Comer Key) formed by pulley sets 15 (pulley sets), and the upper and lower corners on the left side have no large corner pin through holes 14-2, 14-3, 14-4 small corner pin 14' to form.

The above-mentioned top movable part B is shown in Figure 3, formed between the rear half top rail 2 (Back Head rail Half) and the front half top rail 3 (Front Head rail Half) on the top of the frame A and built in the space part The helical gear part is located at the side cutout part 3-3 in the center of the front half top rail and the helical gear moving part for inserting and moving the above helical gear part is formed at the position opposite to the above helical gear part and the window K, that is, adjacent to the front half top rail 3 front half top. The outer recliner part 13 of the window K outside of the rail center side cutout part 3-3 and the operation helical gear moving part constitutes.

The above-mentioned helical gear part has a helical gear groove 8-2 formed on the surface in a helical shape, and the helical gear 8 (Helical Gear) has a helical gear through hole 8-1 in a semicircular shape and is inserted into the shaft 10 (Shaft) at the center. The shaft 10 (Shaft) of the helical gear through hole 8-1 in the above-mentioned helical gear 8 is constituted.

The moving part of the above-mentioned helical gear is located on the central side cutout 3-3 of the front half of the top rail 3, and the lower part is inserted into the helical gear jack 11-1 of the above-mentioned helical gear 8, and is pressed in the center of the above-mentioned helical gear jack 11-1. The convex conductor 11-4 inserted into the helical gear groove is formed up and down, and the inner tilt adjuster 11 (Inner Tilting Mechanism) formed by inserting the magnet slot 11-2 of the magnet is formed on the upper part.

The above-mentioned external recliner is located at a position symmetrical to the center of the above-mentioned helical gear moving part and the window K outside the upper part of the frame part A outside the upper part of the window K, and the external recliner part 13 (Front tilting mechanism), the recliner cover 12 built in the lower part of the above-mentioned handle part 13, the recliner cover socket 13-1 of the above-mentioned handle guide 12 built in, formed on the upper part of the above-mentioned recliner cover socket 13-1 and inserted into the magnet Magnet slot 13-2 is formed.

As shown in Figure 3, the drum piece C is located at the same position as the top movable part B, and consists of the rear half top rail 2 (Back Head rail Half) and the front half top rail 3 (Front Head railHalf) built in the upper part of the frame part A. The rope roller 6 inserted between and on the above-mentioned shaft 10 is located at the bottom of the above-mentioned rope roller 6 and supports the rope roller 6. The stay rope roller seat 7 (Webbing Roller Support) of hole 2-2 and front half top rail hole 3-2 is formed.

The above-mentioned rope roller 6 (Webbing Roller) is composed of a rope roller through hole 68 that passes through the central part of the side in the horizontal direction according to the cylindrical shape and is inserted into the shaft 10, and a middle groove of the rope roller that is recessed in the middle waist. 61, the rope roller hole 62 passing through the middle part at the top of the above-mentioned rope roller, the upper flat part 65 of the rope roller formed on the top of the above-mentioned rope roller 6, on the above-mentioned rope roller 6 In the middle of the upper part, on the upper part of the upper flat part 65 of the rope roller, the arrow-shaped rope roller ladder-shaped connection fixing body 64 protrudes in the horizontal direction at a certain interval and fixes the ladder-shaped connection line, and is located on the above-mentioned rope roller The tip of the shaft ladder-shaped connection fixing main body 64 and the arrow-shaped rope roller ladder-shaped connection fixing tip portion 63 of the fixed ladder-shaped connection are protruding from the side of the upper flat surface portion 65 of the above-mentioned rope roller. And be formed in the stay cord roller ladder-shaped connection fixed part body support part 66 near the lower part of the stay rope roller ladder-shaped connection fixed tip part 63 to constitute.

The left and right sides of the above-mentioned rope roller support 7 protrude, and the central part forms a shape similar to a boat with the upper part of the groove open.

The above-mentioned rope roller support 7 includes: a rope roller support platform 75 constituting the left and right sides, formed in the central part of the above-mentioned rope roller support platform 75, and a fixed through hole on the side of the rope roller support platform with a slightly open shape on the upper part. 72, the side part of the lower part of the stay rope roller support platform 75 side is cut and runs through the stay rope roller support platform side cutout 77 of the through hole 85 at the lower part of the above stay rope roller support platform. The lower part of the roller support platform 75 is extended outwards to form two stay cord level adjusters 80 that form a level adjustment support bar insertion groove 84 at the bottom or side, and a level adjustment roller through hole 82 is built between the stay cord level adjusters 80 The horizontal adjustment roller 81 whose diameter is narrowed inward is inserted into the above-mentioned horizontal adjustment roller through hole 82 and the horizontal adjustment roller 81 is supported on the horizontal adjustment roller support bar 83 on the stay cord level adjuster 80 .

Protrude slightly from the center to the bottom and insert and fix the bottom fixing protrusion 73 of the rope roller support inside the upper frame 1, and form the center of the rope roller seat at the center of the lower fixing protrusion 73 of the above-mentioned rope roller support. Hole 71 is formed on one side of the upper part of the above-mentioned stay cord roller seat central hole 71 and inserts the support frame through hole 74-1 of the stay cord support wheel of the stay cord support wheel of the support frame 74-2 of the central inner side, and the central part faces Blinds featuring a cord roller seat roller 74 with tapered inner diameter.

The above-mentioned stay cord level adjuster 80 is formed on the two side surfaces of the lower part of the rope roller supporting platform 75 extending outward.

Form the horizontal adjustment roller support rod insertion groove 84 at the bottom or the side inner side and fix the horizontal adjustment roller support rod 83 inserted in the horizontal adjustment roller through hole 82 of the horizontal adjustment roller 81 from the outside to the inside or from the bottom to the top.

As shown in Fig. 1 and Fig. 2, the above-mentioned side moving part D is inserted into and arranged on the side guide rail 5 (Side Guide rail) of the frame part A inside the inner rope seat 26, 29 (Inner Pull Cord Holder with Magnet), which is in close contact with the The outside of the window K on the outside of the above-mentioned side guide rail 5, that is, the lifting handle 16 between the inner drawstring seat 26, 29 (Inner Pull Cord Holder with Magnet) and the window K, is connected with the above-mentioned inner drawstring seat 26, 29 (Inner Pull Cord Holder with Magnet) with a rope. Pull Cord Holder with Magnet) and be located at a distance shortening device 30,31,32 in the above-mentioned side guide rail 5 to form.

As shown in Fig. 4 and Fig. 15 and Fig. 16, the inner pull cord seat 26 (Inner Pull Cord Holder with Magnet) of the present invention is inserted into the inner support body 300 Formed in the internal support pulley support body 305 of the inner support base bottom 310 of the above-mentioned internal support body 300 and pull the pull cord to push the internal support pulley 400, the internal support top 200 at the top of the above-mentioned internal support body 300 forms The iron plate 500 inserted in the iron plate insertion part 311 at the bottom of the above-mentioned internal support body 300, the magnet 600 formed in the magnet insertion part 312 at the bottom of the above-mentioned iron plate insertion part 311, inserted in the above-mentioned internal support body The iron plate insertion part 311 at the lower part of the 300 and the two rollers on both sides of the magnet insertion part 312 are fixed in the support part 313 and inserted into the internal support support rod 701 in the through hole in the center to form the internal support roller 700. constitute.

The above-mentioned inner support body 300 protrudes in the shape of "H" on one side of the inner support seat bottom 310, and the upper protrusion 301 of the inner support body is formed on one side, and the upper protrusion 301 of the inner support body above-mentioned The center is connected to the protruding cross bar 301-2 on the upper part of the inner support body at a certain distance, and the central protrusion 303' of the inner support is provided with the concave part 304' of the central protrusion of the inner support at the center, and the above-mentioned inner part is isolated in the same shape. The inner support central protrusion 303' and the inner support body upper groove 302 and the inner support central protrusion 303 with the recess 304 of the inner support central protrusion part in the center protrude from the above-mentioned inner support body upper part The inner support body central protrusion 301-1 and the inner support central protrusion 303-1, 303'-1 form grooves on one side of the upper part of the part 301 and the inner support central protrusion 303, 303'.

Formed on the opposite side of the protruding part 301 on the upper part of the above-mentioned internal support body, the upper center is a shape cut vertically and the head is an internal support pulley support column 305 protruding in a mushroom shape, and the above-mentioned internal support pulley support column 305 is formed at a certain interval, and the triangular fixing column 320 that forms a protruding part on one side is inserted into the iron plate insertion part 311 of the iron plate 500 at the bottom, and is formed in the center of the lower part of the iron plate insertion part 311, and the magnet insertion part of the magnet 600 is inserted into it. 312, formed on both sides of the lower part of the above-mentioned iron plate insertion part 311, inserting the roller fixed support part 313 of the roller 700, forming a cut through hole in the center of the lower part of the above-mentioned roller fixed support part 313 and inserting and fixing the inner support The roller of the roller support bar 701 is formed by fixing the support groove 314 .

The inner support top 200 protrudes from a lower side according to certain rules.

The bottom side of the above-mentioned inner support top 200 protrudes, and is inserted into the inner support protrusion 201 in the inner support body upper groove 302 of the inner support body 300. According to the small-diameter inner support top connection part 203 is connected to the above-mentioned internal support protruding part 201, and is equipped with an internal support top cover through hole 205 in the center, an internal support top cover 204 with a quadrangular shape and a front side bent in a ladder shape, and a connecting portion 203 at the top end of the above-mentioned internal support. A screw through hole is formed in the center of the inner support, and an inner support top end connecting portion 203 is provided between the inner support protrusion 201 and the inner support top cover through hole 205 .

Another inner pull cord support 29 (Inner Pull Cord Holder with Magnet) is inserted into the magnet socket 29-2 of the bottom by a magnet, and is equipped with a roller 29-3 on the surface of the above-mentioned magnet socket 29-2, and is formed on the top side. Internal stay rope seat pulley 29-4, and above-mentioned inside stay rope seat pulley 29-4 are formed on the inner stay rope seat side support seat 29-6 of another top side by a certain distance, are formed on the interior stay rope seat side support seat The central through hole 29-9, the through hole 29-7 positioned at the top of the inner pull cord roller 29-3, the through hole 29-8 positioned at the upper part of the side support seat of the inner stay cord seat, the rope is fixed on the above-mentioned inner stay cord seat The internal stay cord seat fixed shaft 29-5 of one end outer bottom of pulley 29-4 constitutes.

字形升降柄侧部1400，形成在上述升降柄上部1200下部的升降柄下部1300来构成。Lifting handle 16 as shown in Figure 13, the lifting handle upper part 1200 protruding from the central part, the lifting handle side parts 1201 formed on the two sides of the above-mentioned lifting handle upper part 1200, are formed on the side lower part of the above-mentioned lifting handle upper part 1200 and partly built in In the internal groove of the external frame of the double window

The side part 1400 of the font-shaped lifting handle is formed on the lower part 1300 of the lower part of the above-mentioned lifting handle upper part 1200 to constitute.

The above-mentioned elevating handle bottom 1300 has an iron plate 500 built in at the bottom center and forms the elevating handle bottom central part 1301 of the elevating handle bottom central through hole 1302 in the center. The lifting handle roller support parts 1303 on both sides of the central part 1301 of the bottom of the lifting handle form a cut through hole at the bottom of the two lifting handle roller support parts 1303 and insert and fix the lifting handle through the central part of the lifting handle roller shaft 1700. The lifting handle roller support groove 1304 of the handle roller support rod 1701 is formed.

A space or a reinforcing rod 1210 may be formed inside the upper part 1200 of the lifting handle.

字，

字，

字形状中选择的任何一个部件来构成。And, above-mentioned lift handle 16 is shown in Figure 14, and the lift handle side part 1400 that is formed in the side lower part of above-mentioned lift handle upper part 1200 and a part is built in the internal groove of double-layer window outer frame is in

Character,

Character,

Any part selected in the font shape to form.

The above-mentioned first distance shortening device 1/530 (Distance Shortening Device to 1/5 times) is formed by the upper and lower plates, and the distance between the above-mentioned upper and lower plates is shortened by 1/5 pulley device 30-1, which is formed on the above-mentioned upper and lower plates. The distance between both ends is shortened by 1/5 of the upper and lower connecting devices 30-2 and 30-3 of the pulley device.

Another distance shortening device 1/3 31 (Distance Shortening Device to 1/3 times) is formed in the shape of a cylindrical rod to shorten the upper part of the device 1/3 31-3, and the protrusion is formed on the upper part of the distance shortening device 31- 3 and protrude on one side to form a groove, which penetrates into the groove inside and fixes the stay cord fixing part 31-1 of the distance shortening device 1/3 of the rope. In the distance shortening device 1/3 lower part 31-4 of the lower part, a groove from the bottom to one side is formed in the distance shortening device 1/3 lower part 31-4, and the groove penetrates to the inner opposite side to fix the distance shortening device 1 of the rope The stay cord fixing part 31-2 of /3 is formed on the side of the distance shortening device and prevents the distance shortening device from being inserted into the stay cord fixing part 31-2 rope of the distance shortening device 1/3 of the fixed distance shortening device 1/3 shell Side fixing portion 1/3 31-5 is inserted in the above-mentioned distance shortening device bottom 1/3 31-4 and the distance shortening device 1/3 shell 33 of fixed rope is formed again.

The third distance shortening device 1/3 32 (Distance Shortening Device to 1/3 times) is the upper part of the distance shortening device 1/3 32-3 formed in the shape of a cylindrical rod, and the protrusion is formed on the upper part of the distance shortening device 32- 3 and form a groove on the protruding side, penetrate the inside of the groove and fix the rope fixing part 32-1 of the distance shortening device 1/3, and the lower part 32-4 of the distance shortening device 1/3 at the lower part, at the above distance The lower part 32-4 of the shortening device 1/3 forms a groove from the lower part to one side, and the inside of the groove penetrates to the middle position to the other side to fix the distance of the knotted rope. The drawstring fixing part 32-2, 32 of the shortening device 1/3 -6, 32-7, formed on the side of the distance shortening device and fixed to prevent the 1/3 shell of the distance shortening device from being inserted into the 1/3 pull cord fixing part 32-2, 32-6, 32-7 of the distance shortening device The side fixing portion 1/332-5 of the distance shortening device is inserted into the bottom 1/332-4 of the distance shortening device and the distance shortening device 1/3 shell 34 of the fixed rope is formed again.

Fig. 11 is another illustration of the frame bar and side guide rail (Side Guide rail) of the present invention. The lower side extension 42 of the protrusion is extended to shield the left side and the lower part of the slat.

The other side guide rail 5' (Side Guide rail) of the frame part A has the same shape as the side guide rail 5, and is formed by extending and protruding from both sides of one side to cover the side guide rail extension 52 on the right side of the louver curtain.

The louver curtain E is the same as a general louver, and a specific description thereof will be omitted here.

The assembled state is explained as follows.

As shown in Figure 3, after assembling the upper movable part B and the two drawstring boxes C in advance, insert the stay cord into the central through hole 71 of the draw cord roller seat as shown in Figure 6, and insert the stay cord 17 into the 19 holes of the mechanically assembled slats. After the knot, the slats 19 are connected to the drawstring box C with the blade connecting wire in the usual way, and the stay rope rolls inserted in the upper rear half groove 2-2 of the upper rear half rail 2 and the upper front half groove 3-2 are inserted into the drawstring box C. After the fixed protrusion 73 at the bottom of the shaft seat.

The assembly of the rectangular frame A is as shown in Figure 1 and Figure 2. The upper rear half rail fixing part 2 of the upper rear half rail 2 (Back Head rail Half) is fixed on the lower part of the guide rail holder 1-2 at the lower part of the upper guide rail holder 1 (Guide rail Holder) -1, after connecting and fixing the upper rear half rail 2 (Back Head rail Half) and the upper front half rail 3 (Front Head rail Half) according to the upper front half rail fixing part 3-1 of the upper front head rail half.

On the other side of the frame part A, assemble the side guide rail 5 (Side Guide rail) by assembling the fixing part 5-1 of the side guide rail on the lower part 1-2 of the guide rail holder of the outer guide rail frame 1 (Guide rail Holder). Insert the side lifter D into the side guide rail 5 (Side Guide rail) before assembly. Windows are mounted on the front and rear sides of the frame portion A of the quadrangular structure using a general adhesive or sealant as described above.

After assembling the upper and lower corners of the above-mentioned frame part A with corner parts 14, 28 (Large Corner Key) and corner joints 14', install the window K on the front and rear sides of the frame part A of the quadrangular structure according to the general adhesive and sealing method.

In the above assembly, the upper movable part B is assembled as shown in Figure 3. First, insert the helical wheel 8 into the socket 11-1 of the helical wheel at the bottom of the louver angle adjustment mechanism 11 (Inner Tilting Mechanism), and the above-mentioned louver angle adjustment After inserting the magnet into the magnet socket 11-2 on the upper part of the mechanism 11 (Inner Tilting Mechanism),

After inserting and assembling the fixed rod 10 (Shaft) in the helical wheel through hole at the center of the above-mentioned helical wheel 8, two drawstring boxes C are arranged at the two ends of the above-mentioned fixed rod 10 (Shaft), forming a pull on the side of the pull rope roller 6. Insert the fixed rod 10 (Shaft) into the rope roller through hole 68 and fix it at a certain position. After the rope roller supporting platform 75.

The assembly state of the rope roller 6 and the rope roller seat 7 is described in more detail as follows,

After the level adjustment roller through hole 82 formed in the center of the level adjustment roller 81 is inserted into the level adjustment roller support rod 83, the bottom of the two stay cord level adjusters 80 on one side of the side draw cord roller support platform 75 is extended or The horizontal adjustment roller support rod insertion groove 84 of the side is fixedly built in behind the horizontal adjustment roller support rod 83 of the above-mentioned horizontal adjustment roller 81 . After fixing the rope roller seat pulley 74 on the side of the rope roller seat central through hole 71 upper part of the center part of the center part, the bottom of the cable roller seat that is slightly protruding from the central bottom, the above-mentioned cable roller The center of seat 7 inserts rope roller 6.

The above-mentioned upper rear half groove 2-2 and the upper front half groove 3-2 are inserted into the bottom of the rope roller seat 7 to fix the protruding part 73, so that the upper movable part B is located at the rear half of the upper part of the frame part A. on track 2 and the first half of track 3,

The above-mentioned upper handle part is placed at a position symmetrical to the center of the above-mentioned shutter angle adjustment mechanism 11 (Inner Tilting Mechanism) upper magnet of the above-mentioned screw wheel moving part outside the upper part of the window K outside the upper part of the frame part A and the window K. Insert the upper handle guide 12 in the upper handle guide insertion part 13-1 of the lower part of the part 13, insert a magnet in the upper magnet socket 13-2 of the above-mentioned upper handle guide socket 13-1, and insert it into the above-mentioned shutter angle adjustment mechanism 11 (Inner Tilting Mechanism ) The magnet of the magnet socket 11-2 on the top takes the window K as the center and the magnetism on one side is the N pole and the magnetism on the other side is the S pole.

As shown in Fig. 1, Fig. 2 and Fig. 4, the side lifting part D is fixed on the pulley 5-2 of the side guide rail 5 (Side Guide rail) of the frame part A and is formed on the lower part of the inner pull cord seat 26 (Inner Pull Cord Holder with Magnet) 26-3, 29-3 after the inner drawstring seat rollers.

Inner Pull Cord Holder 26 (Inner Pull Cord Holder with Magnet) is shown in Figure 16, after the inner support pulley support body 305 formed in the inner support body bottom 310 of the inner support body 300 is inserted into the inner support pulley 400,

The top end of the internal support 200 is arranged on the top of the above-mentioned internal support body 300,

Formed in the roller fixed support part 313 at the bottom of the above-mentioned inner support body 300, the inner support roller 700 inserted into the inner support roller support rod 701 in the through hole through the center is mounted on the above-mentioned roller fixed support part 313 The central part cuts through holes to form a fixed support groove 314 for the roller.

The method for arranging the inner support top 200 on the top of the above-mentioned inner support body 300 is: the inner support body upper groove 302 of the inner support body 300 combines the inner support protruding part 201 of the inner support top 200, and the inner support The recesses 304 , 304 ′ of the central protrusion of the part support of the body 300 engage the inner support tip connecting portion 203 of the inner support tip 200 .

Insert the head of the internal support pulley support body 305 of the internal support body 300 internal support pulley 400 into the internal support top cover through hole 205 combined with the internal support top 200, and the internal support top cover 204 of the internal support top 200 After the front end is fixed on the support of the triangular fixing column 320 of the inner support body 300, the iron plate 500 is inserted in the lower iron plate insertion part 311, and then a plurality of magnets 600 are inserted in the magnet insertion part 312 formed at the bottom thereof.

Insert the inner support roller support rod 701 into the central part of the inner support roller 700 in the roller fixing support part 313 formed on both sides of the iron plate insertion part 311 and the magnet insertion part 312. The support rod 701 is fixed in the roller fixing support groove 314 on the side wall of the roller fixing support part 313 and the assembly is completed.

字，

字，

字，

字中选择的任何一个形状安装或者成型升降柄侧部1400之后，上述升降柄上部1200的下部中央的升降柄下部中央部1301里插入在中央形成通孔的铁板500之后，在上述升降柄下部中央部1301里利用螺钉固定在中央形成的升降柄下部中央通孔1302和铁板500的中央通孔之后，在其下部插入固定磁铁600。The lifting handle 16 of the present invention is formed on one side in the middle of the lower part of the upper part 1200 of the lifting handle as shown in Figure 13 and Figure 14 and moves along the groove formed outside the outer frame of the multi-layer window.

Character,

Character,

Character,

After installing or forming the side part 1400 of any one of the shapes selected in the word, insert the iron plate 500 with a through hole in the center into the central part 1301 of the lower center of the lower part of the upper part 1200 of the above-mentioned elevating handle, and insert the iron plate 500 in the lower part of the above-mentioned elevating handle. In the central part 1301, after the central through hole 1302 and the central through hole of the iron plate 500 are fixed in the central through hole 1302 of the lower part of the lifting handle formed in the center with screws, the fixed magnet 600 is inserted in its lower part.

On the other hand, after inserting the lift handle roller 1700 of the lift handle roller support rod 1701 into the lift handle roller support rod 1701 in the lift handle roller support part 1303 formed on both sides of the lift handle lower central part 1301, the above-mentioned The lifting handle roller supporting rod 1701 is inserted into the lifting handle roller supporting groove 1304 formed in the center of the lower part of the above two lifting handle roller supporting parts 1303 to form a through hole, and the assembly is completed.

The distance shortening devices 30, 31, 32 of the above-mentioned side lifting part D are located on the inner side of the side guide rail 5, and are connected with a rope to the frame part of the rotating wheel shaft 26-1 fixed on the top of the inner pull cord seat 29 (Inner Pull Cord Holder with Magnet) A's upper and lower corners 14, 28 (Large Corner Key) pulley device 15 move up and down along the movement of the rope.

The connection of the state of slats 19, blade connecting wires 18 and stay cords 17 used in the present invention is the same as that of common blinds, except that the improved parts inserted into the frame part A after being inserted into the frame part A are only connected on the upper part. The parts of the front half rail C and the side lifter D are different.

Connect the rope formed on the slat 19 of Fig. 1 and Fig. 2 and the bottom blade groove 20 at the bottom of the above-mentioned lowermost slat 19 to adjust the inclination angle of the slat 19 and insert each slat 19 between the connecting lines of the blades. Blade connection line 18, the above-mentioned slat 19 of lifting and lowering and the connection of the stay cord 17 (Pull Cord) that is inserted in the slat through hole are to form with the general rope identical method that common blinds use.

In the side guide rail 5, the corners 14, 28 and the distance shortening devices 30, 31, 32 are fixed and adjusted by the adjusting rope 17-1. The above-mentioned blade connecting line 18 is shown in Figure 1 and Figure 6, and it is the same as that of a common shutter. The same one by one slats 19 are inserted in the above-mentioned blade connecting line 18 li, connect the slat spacer 25 at the top and pass the stay rope roller seat central through hole 71 of the stay rope roller seat 7 bottom of the top and pass through the hole 71 formed in The middle groove 61 of the rope pulley of the rope roller 6 (Webbing Roller) on the upper part of the above-mentioned rope roller seat 7 is formed in the arrow-shaped rope roller fixed tip portion 63 of the upper part and inserted into the hole of the blade connection line 18 part and be fixed on the rope roller fixed body 64 connected to the fixed tip portion 63 of the rope roller and rotate the blade connection line 18 according to the fixed rod inserted in the rope roller 6 (Webbing Roller) and rotate the slat 19 at a certain angle. Instead, adjust the angle of the slats.

Two stay cords 17 (Pull Cord) are respectively inserted in two through holes between the slats 19 and are respectively connected and fixed in the bottom vane groove 20 of the slat 19 bottom, as shown in FIG. Stay cord 17 passes through the stay cord roller seat central through hole 71 of the stay cord roller seat 7 bottom and is formed on the stay cord roller seat pulley 74 on one side of the above-mentioned stay cord roller seat central through hole 71 top and is formed on the above-mentioned pull cord by extending. After the level adjustment roller 81 with the level adjustment roller through hole 82 built between the stay cord level adjuster 80 on the rope roller seat 7 side.

As shown in Fig. 7, after the pulley device 15 bottom in the corner part 14 of 28 (LargeCorner Key) corner part through hole 14-2 li that is inserted in the upper and lower corner part of frame part A, by inserting in the corner part through hole 14-2 top Two stay cords 17 of the pulley device 15 in the corner portion through hole 14-3 connect the interior stay cord seats 26,29 (Inner Pull Cord Holder with Magnet).

The two stay ropes 17 connected to the inner stay rope seat 26 are hung on the inner support pulley 400 and guide the blinds up and down according to the moving distance of the lifting handle 16. The pulley device in the through hole of the upper corner on the right side of 14 shortens the double of the moving distance of the shutter when moving the lifting handle by 1/2 distance of the shutter moving up and down.

Be fixed on the pulley device 15 inserted in the corner through hole 14-4 of the upper and lower corners 14, 28 (Large Corner Key) and connected.

The two stay cords 17 connected to the inner pull cord seat 29 (Inner Pull Cord Holder with Magnet) are compared with the moving distance of the lifting handle 16. The slat 19 is lifted by 5 times the distance as shown in Figure 10. 29 The inner rope seat pulley 29-4 on one side of the upper part passes the distance shortening pulley device 30-1 of the upper distance shortening device 30 from the inside to the outside and passes through the side support seat 29- formed on the inner rope seat 29. After the through hole 29-9 in 6 miles passes through the through hole portion 29-7 that is positioned at the top of the inner stay cord seat roller 29-3 and connects the inner stay cord seat fixed shaft 29- of the bottom of the inner stay cord seat pulley 29-4. 5.

The two stay cords 17 connected to the inner pull cord holder 29 (Inner Pull Cord Holder with Magnet) are compared with the moving distance of the lifting handle 16. The slats 19 are raised and lowered by 3 times the distance as shown in Figure 9. 29 top one side internal stay cord seat pulley 29-4 and connect and fix the stay cord fixing part 31-2, 32-2 of the distance shortening device formed in the top distance shortening device 31,32 bottom.

Another adjustment rope 17-1 one side is respectively fixed on the distance shortening device 30,31,32 top distance shortening pulley device up and down connecting device 30-2,30-3,31-1,31-2,32-1,32 -2, 32-6, 32-7, pass the pulley device 15 inserted in the corner through hole 14-4 of the upper corner 14 (Large Corner Key) and pass through the corner 14 (Large Corner Key) formed in the lower part After connecting the pulley device 15 of the through hole, the distance of the distance shortening device of the fixed connection distance shortening device is shortened. -7.

There are three methods of operation:

The first method is that compared with the moving distance of the lifting handle 16, the slat 19 is switched by 2 times the distance. When the lifting handle 16 descends, the two pull rope roller seats 7 pass through the slat 19, and the pull rope rolls. Axle seat rollers 74, two stay cords 17 after the pulley device 15 of the big corner pin through hole 14-2 of the big corner pin 14 descends, rise by the rotary winding device 26-1 of the inside stay cord seat 26, and are drawn Fixed on the pulley device 15 inserted in the large corner pin through hole 14-4 of the large corner pin 14, the two stay cords move downward. Simultaneously, the stay cord 17 that descends from the inner stay cord seat 26 and the stay cord 17 that passes through the rising rotary winding device 26-1 descend together. Double up to open the blinds, the parts operate in reverse when closing the slats.

The second method is, compared with lifting handle 16 moving distances, slat 19 is by the distance switch of 3 times, when lifting handle 16 descends, two stay rope roller seats 7, stay rope roller seats by slat 19 Roller shaft 74, two stay ropes 17 after the pulley device 15 of the through hole 14-2 of big corner pin 14 descends, rise after passing the pulley of inner stay rope seat 29 and the pulley of pulley fixing through hole 29-4; And, when being fixed to the cord fixing parts 31-2 and 32-2 of the distance shortening devices 31 and 32, it goes up. At this time, the distance shortening device connecting port 31-1, 31-2, 32-1, 32-7, 32-6 and the large corner pin through hole 14-4 of the large corner pin 14 pass through the distance shortening device 31,32. The adjustment rope 17-1 that rises behind the pulley device 15, and the adjustment rope that is fixed after passing through the through hole 29-8 of the side support part of the inner stay rope seat, is connected to the pulley connected to the through hole of the large corner pin 14 at the bottom of the frame On the adjusting rope 17-1 that descends after the device 15, like this, the adjusting rope 17-1 that is fixed on the distance shortening device connecting portion 30-3, 31-2, 32-2 rotates idly to the top.

From the pulley device 15 of the through hole 14-2 of the large corner pin 14 and the pulley device 15 of the large corner pin through hole 14-2 down to the two stay ropes 17 of the inner stay cord seat 29; The pulley fixing through hole 29-4 of the stay cord base 29 is then fixed to the two stay cords of the stay cord fixing portions 31-2, 32-2 of the distance shortening devices 31, 32 to ascend. Connected to the distance shortening device 31, 32, the large corner pin 14, the inner drawstring side support through hole 29-8, that is, the waist fixed by the drawstring and the adjustment rope 17-1 of the large corner pin 28 at the bottom of the frame and the vertical adjustment rope , all move up and down, therefore, the stay cord that is connected with slat rises and opens shutter with three times of lifting handle 16 moving distances, and when closing slat, each part reverse operation.

The third method is that compared with the moving distance of lifting handle 16, slat 19 is switched by 5 times of distance. The two stay ropes 17 that descend after the big corner pin through hole 14-2 pulley device 15 of the roller shaft 74, the big corner pin 14, the pulley and the distance between the pulley and the pulley fixing through hole 29-4 by the inside stay cord seat 29 After the pulley 30-1 of the shortening device 30 rises, this pulley is separated from the pulley of the pulley fixing through hole 29-4 at a predetermined interval, and passes through the through hole 29-9 of the side support part of the inner stay cord seat and is located at the inner stay cord. The through hole 29-7 on the seat roller 29-3 is connected with the stay cord fixing part 29-5 of the inner stay cord seat 29. Simultaneously, the adjusting rope 17-1 moves down, and the adjusting rope is tied at the distance shortening device connection part 30-2 of the distance shortening device 30, after the pulley device 15 passing through the through hole 14-4 of the large corner pin 14 at the top of the frame It is reconnected with the through hole 29-8 of the side support part of the inner pull cord side seat, and is connected with the distance shortening device connection part 30-3 after passing through the through hole of the large corner pin 14 at the bottom of the frame.

Two stay cords 17 descend from the pulley device 15 of the through hole 14-2 of the large corner pin 14 to the inner stay cord seat 29; The hole 29-4 rises to the pulley 30-1 of the distance shortening device; after passing through the through hole 29-9 of the side support part of the inner rope seat of the inner rope seat 29 again, it passes through the through hole at the upper part of the roller of the inner rope seat Part 29-7 is fixed on the fixed shaft 29-5 of the inner cable seat and descends; the adjustment rope 17-1 passes through the pulley device 15 of the through hole 14-4 of the large corner pin 14 on the upper part of the frame and all descends, and, After passing through the through hole 29-8 of the inner stay rope support seat, it is fixed; after the adjustment rope 17-1 passes through the pulley device 15 of the through hole of the large corner pin 14 at the top of the frame, it is connected to the distance shortening device connection part 30-3 for an idle rotation. The vertically moving adjustment rope 17-1 descends simultaneously with the stay cord 17. Therefore, the stay cord connected to the slats rises five times the distance of the lifting handle 16 to open the shutter. When closing the slats, the components operate in reverse.

Industrial Applicability

The product of the above invention has the application characteristics of the following aspects.

1. The pulley installed on the rope rolling seat and the small corner pin minimizes the friction coefficient of the rope and eliminates the phenomenon that the rope is stretched. When the louver is pulled, it can maintain the level of the lower end of the louver and the baffle;

2. Due to the high magnetic field strength required to maintain the horizontal louver weight of the upper end of the inner cable seat and the magnet at the bottom of the lifting handle, the friction increases. In order to improve this disadvantage, rollers are installed on the upper part of the internal pull rope and the bottom of the lifting handle to make the up and down movement smooth and free;

3. Ordinary internal drawstring holders are only used for hanging drawstrings. When adjusting the horizontal state of the baffle plate and the lower end of the horizontal louver, in order to prevent the 2-row cord from falling off and maintain the horizontal state, fix the 2-row cord with pins. Once the pull cord is stretched, and other factors make the baffle and lower end rod of the horizontal louver tilt, it cannot be repaired. And the rotating disc post on the top of the interior stay cord seat of the present invention plays the effect of stay cord. And, when the horizontal louvers and the lower end rods are tilted, the posts on the rotating discs hanging the 2 rows of stay ropes can rotate, so that the stay ropes can rotate freely. When the lifting handle is pulled down, it will automatically maintain the level;

4. The spring bolt holes of the rope roller and helical gear are located on the upper part, which is different from the products located on the side and back. After the shaft is assembled, the time for the rope roller and the rotating wheel to rotate 1/4 turn and 1/2 turn is shortened, and the spring bolt hole is directly operated, which improves the convenience of operation and the production efficiency.

5. This product shortens the fixed end of the cord roller blind line of the cord roller, and installs the middle concave part of the cord roller. This makes the louver line passing through the through hole of the pull cord rolling seat, along the recess in the middle of the pull cord roller that acts as a guide for the louver line, easily reach the vicinity of the fixed end of the pull cord roller louver line, and pass through the shorter louver line Secure the end arrows through the louver wire holes. Simultaneously, the stay cord roller louver line fixing part support column between the stay cord roller louver fixed end 63 and the stay cord roller louver fixed body on the stay cord roller plane upper end is set, and prevents the horizontal louver from being heavy. And the phenomenon that the pull rope roller louver fixed body falls or breaks. Through the through hole located on the upper part of the rope roller, the spring bolt operation can be performed directly without rotating the rope roller, which improves the production efficiency and the safety of the product.

型，在通孔部位插入了水平百叶挡板及下端杆的左右侧端和下端杆的底部，使窗框在百叶窗帘上下移动时，起向导槽的作用，做到完整的遮挡效果。6. Shutters framed into

Type, the horizontal louver baffle and the left and right sides of the lower end rod and the bottom of the lower end rod are inserted in the through hole, so that the window frame acts as a guide groove when the blind moves up and down, so as to achieve a complete shielding effect.

7. For the existing louver products, when the louver is opened and closed, the lifting handle has to move as much as the horizontal louver moves up and down. And the product of the present invention, the stay rope seat 26 of setting, 29 and little corner pin 14 shorten 1/2 distance, distance shortening zone 31, 32 shorten 2/3 distance, distance shortening zone 30 shortens 4/5 distance and makes the up and down of elevating handle The moving distance only needs to reach 1/2, 1/3, 1/5 of the moving distance of the horizontal louvers to achieve the same louver opening and closing effect as the current product. Therefore, this product can be installed on windows below waist height or higher, and the moving position of the horizontal blinds can be adjusted by using the short moving distance of the lifting handle.

8. The horizontal louvers of the product of the present invention are installed in two layers of windows, and the louver frame is made with a frame rod with desiccant inside. General horizontal shutter products have built-in main operating components, while exposed pull cords and connected components and horizontal plate handles for adjusting the rotation angle. Cause inconvenient use, easy to dirty, easy to break down and unsightly. And the product of the present invention has overcome these shortcoming, especially has overcome the biggest shortcoming of common horizontal louver: the phenomenon that dust is easy to accumulate on the horizontal board and louver connection. This has important implications for the cleanliness of offices and homes as well as the longevity of goods. In addition, its elegant appearance has a good decorative effect, especially overcoming the legal limitation that no decorations or coverings can be decorated in front of fire windows.

The above specific description is only exemplary, and should not be construed as limiting the present invention. These guidelines can be easily applied to other types of instruments. The description of the invention is intended to be illustrative and not to be taken as limiting the scope of the claims. Numerous options, modifications and variations are evident in the art.

Claims (22)

1. A sealed shutter located inside a double window, characterized in that the shutter includes the following components: rectangular frame; Windows clipped to the front and rear surfaces of the frame and forming a double window; Built-in louvered blinds in double windows mounted on the front and rear faces of the frame; The top moving part and the drum part are arranged on the rear half top rail and the front half top rail of the top of the frame for controlling the above-mentioned venetian blinds; a side moving part inserted into a side rail on one side of the above-mentioned frame; And the pull cord is connected to the above-mentioned blinds with bottom rails, drums and side moving parts with large corner pins to control the opening and closing of the blinds. 2. The shutter according to claim 1, characterized in that the window is pasted on the front and rear surfaces of the above-mentioned rectangular frame by adhesive or sealant, and the above-mentioned rectangular frame is composed of the following parts: Formed on the top of the frame, it includes the rear half top rail and the front half top rail of the guide rail frame. The rear half top rail is connected and fixed to the guide rail through the structure of the rear half top rail embedded solid and the front half top rail embedded solid on the guide rail frame At the bottom of the frame, the rear half top rail has a rear half top rail hole, the front half top rail has a front half top rail hole, and the front half top rail central side cutout located on the side of the front half top rail central part; have frame bars on the left and bottom of the frame; The right side of the frame is composed of a guide rail frame and a side guide rail, the rail frame is formed on the outside and the upper part, the side guide rail is located inside the above-mentioned guide rail frame formed on the outside, and one side is open, and the two ends of the above-mentioned open side Combined with a side rail embedded solid, there are two convex conductors on its inner side; Large corner pins and small corner pins, the large corner pins have a large corner pin space containing 1 to 3 large corner pin through holes, and pulley devices respectively arranged between the large corner pin through holes, while the small corner pins do not have Corner pin through holes like large corner pins. 3. The blind according to claim 1, wherein the top moving part has: a helical gear part embedded in the space between the rear half top rail and the front half top rail at the top of the frame; embedded in the central side of the front half top rail Notched part and movable helical gear moving part; external recliner part provided at the position corresponding to the helical gear part across the window, that is, outside the window adjacent to the central side notch part of the front half top rail, to operate the helical gear mobile department. 4. The blind according to claim 3, wherein the helical gear part has: a helical gear with a helical helical gear groove on the surface; a semicircular helical gear through hole, and the helical gear through hole of the helical gear Insert the axis. 5. The shutter as claimed in claim 3, wherein said helical gear moving part is provided at a central side cutout portion of the front half top rail of the front half top rail, and is characterized by having a helical gear insertion hole formed at a lower part for inserting the helical gear ; a convex conductor vertically formed in the center of the above-mentioned helical gear socket; an internal inclination adjuster located on the upper part and equipped with a magnet slot for inserting a magnet. 6. The shutter as claimed in claim 3, wherein the outer recliner portion at the top of the frame is located at a position symmetrical to the helical gear moving portion across the window, and is characterized by: an outer portion protruding from the center of the frame recliner; a recliner cover inserted into the lower part of the external recliner part; a recliner cover socket for inserting the recliner cover; a magnet slot formed on the upper part of the recliner cover socket for inserting a magnet. 7. The shutter as claimed in claim 1, wherein said drum member is provided at the same position as the top moving part, and is characterized by having a space built between the rear half top rail and the front half top rail and inserted into said insertion shaft. The rope roller; the rope roller seat, which is located at the lower part of the above-mentioned rope roller and supports the rope roller, and is fixed to the rear half top rail hole and the front half top by the bottom protrusion of the rope roller seat between rail holes. 8. The shutter according to claim 7, wherein said cord roller is formed in the central part of the side in a horizontal direction in a cylindrical shape, and is characterized in that it has a cord roller fixing through hole for inserting the insertion shaft. ; the middle groove of the rope roller recessed in the central part; the rope roller hole formed from the upper part of the above rope roller to the middle part; the upper plane part of the rope roller forming a plane on the upper part of the rope roller; From the center of the upper part of the above-mentioned rope roller to the upper plane of the rope roller, the arrow-shaped ladder-shaped wire fixing body of the rope roller protrudes horizontally at a certain distance and fixes the ladder-shaped connection; The edge of the line fixing body and the arrow-shaped rope roller ladder-shaped wire fixed tip portion for fixing the ladder-shaped wire; the side of the upper plane top of the above-mentioned rope roller and the ladder-shaped wire of the rope roller formed Fix the rope roller ladder-shaped connection fixed body bearing at the lower part of the tip part. 9. The shutter as claimed in claim 7, wherein the left and right sides of the pull cord roller seat protrude outwards, a groove is formed in the center, and the upper part is formed in the shape of an open boat, which is characterized by: forming the left and right sides the rope roller supporting seat; the fixing through hole of the rope roller supporting seat is formed in the center of the rope roller supporting seat and the upper part is slightly opened; The side cut part of the rope roller support seat that passes through the lower through hole of the above-mentioned rope roller support seat; extends from the bottom of the above-mentioned rope roller support seat to the outside, and forms the horizontal adjustment roller support rod socket at the bottom or side respectively. Two cord levelers; a leveling roller with a leveling roller through hole built in between the cord levelers and whose diameter narrows inwardly; inserted into the leveling roller through hole so that the leveling roller The level adjustment roller support bar connected to the cord leveler; the cord roller support bottom projection slightly protruding downward in the center to insert the rear half top rail and the front half top rail holes for fixing the drum; formed in The central hole of the rope roller seat in the center of the bottom protrusion of the rope roller support, on one side of the upper part of the center hole of the above-mentioned rope roller seat, has a rope support formed in the center of the inner side for inserting the rope support roller support The roller support hole, and the rope roller seat roller whose diameter narrows inward from the center. 10. The shutter as claimed in claim 9, wherein said cord level adjuster is formed on two sides extending outward from the bottom of the cord roller supporting base, and is characterized by having: The horizontal adjustment roller support rod insertion groove is used to insert and fix the horizontal adjustment roller from the outside to the inside or from the bottom to the top. 11. The shutter according to claim 1, characterized in that said side moving part has: an inner drawstring seat inserted into a side guide rail built in the frame; located outside the window and in close contact with the outside of said side guide rail, that is, through the window The lifting handle arranged opposite to the inner stay cord seat, the first to the third distance shortening devices connected to the inner stay cord seat by a stay cord and arranged at one place inside the side guide rail; The lifting handle has: the top of the lifting handle protruding in the middle; the side parts of the lifting handle formed on both sides of the top of the lifting handle; the bottom formed on one side of the top of the lifting handle and part of which is built into the inner groove of the outer frame of the double-layer window the side portion of the lifter handle which is inside and guided; the lifter handle bottom formed at the lower portion of the lifter handle top. 12. The shutter according to claim 11, characterized in that the bottom of the lifting handle has: a central through hole formed in the center of the bottom of the lifting handle, and an iron plate is built into the central part of the bottom of the lifting handle; The magnet at the bottom of the above-mentioned iron plate; the lifting handle roller support seats formed on both sides of the center of the bottom of the above-mentioned lifting handle; The lifting handle roller support groove of the lifting handle roller support in the center of the roller, The interior of the top of the lifting handle can form a space or reinforcement bar, and the side of the lifting handle is

Character, Character, Character,

Any of a series of letter shapes. 13. The blind according to claim 11, characterized in that the inner cable seat of the present invention has: an inner support body; inserted into an inner support pulley support formed at the bottom of the inner support body of the inner support body and The internal support pulley of the push-pull pull cord; the top of the internal support at the top of the above-mentioned internal support main body; insert the iron plate formed in the iron plate insertion part of the above-mentioned internal support body bottom; insert the iron plate formed in the above-mentioned iron plate insertion part Magnets in the magnet insertion part of the lower part; inserted into the iron plate insertion part of the inner support body and the two roller fixing support parts formed on both sides of the magnet insertion part, and inserted into the inner support support rod in the central through hole And form the inner bearing roller. 14. The blind according to claim 13, wherein said inner support body protrudes from one side of the bottom of the inner support body in the shape of the letter "H", which is characterized by: an upper protrusion of the inner support body formed on one side ; Formed at the center of the protrusion on the top of the inner support body, connected to the protruding crossbar on the top of the inner support body at a certain distance and equipped with the central protrusion of the inner support central protrusion groove in the center; according to the same The inner support central protrusion is separated from the above-mentioned inner support central protrusion and has a groove in the center of the inner support central protrusion, and the inner support central protrusion is formed between the inner support central protrusions. The through hole on the upper part of the seat body; the upper protruding jaw of the inner support body and the central protruding jaw of the inner support body are respectively formed on the upper side of the above-mentioned inner support body top protrusion and the inner support central protrusion part; formed on the opposite side of the protruding part at the top of the above-mentioned internal support body, the upper center is vertically cut and the internal support pulley support body whose head protrudes in a mushroom shape; it is separated from the above-mentioned internal support pulley support column by a certain distance and A triangular fixing column with a ridge formed on one side; an iron plate insertion part for inserting an iron plate at the lower part; a magnet insertion part formed in the center of the lower part of the iron plate insertion part for inserting a magnet; Roller support part of the roller; formed at the center of the lower part of the above-mentioned roller support part, and inserted into the roller support groove fixing the inner support roller support rod. 15. The louver according to claim 13, characterized in that, the top of the inner support includes the following parts: connected to the protrusion of the inner support through the top connecting part of the inner support, and on one side of the front surface in the shape of a rectangle and a trapezoid An inner support top cover provided in the form of an inner support top end connection area between the inner support protrusion and the inner support top cover through hole with a screw through hole formed in the center. 16. The shutter as claimed in claim 11, wherein said internal drawstring seat comprises the following parts: a magnet slot formed at the bottom for inserting a magnet; a roller on the surface of the magnet slot; and a roller formed at the upper side The inner rope seat pulley; the side support part of the inner rope seat formed on the other side of the upper part at a certain distance from the above inner rope seat pulley; the through hole on the upper part of the inner rope roller; the side support located on the inner rope seat The through hole in the center of the part; the through hole on the upper part of the side support part of the inner rope seat; the inner rope seat rope fixing part formed at one end of the above-mentioned inner rope seat pulley for fixing the stay rope. 17. The shutter according to claim 11, wherein said first distance shortening device comprises the following parts: upper and lower plates, a pulley of the first distance shortening device located between the upper and lower plates, and a pulley formed on said upper and lower plates. The distance at both ends shortens the connection area of the device. 18. The shutter according to claim 11, wherein the second distance shortening device comprises the following parts: the upper part of the second distance shortening device formed in the shape of a cylindrical rod; the upper part protruding from the upper part of the second distance shortening device And with holes, formed on each side and connected to each other for fixing the drawstring fixing area; the bottom of the second distance shortening device, formed on the bottom of the above-mentioned second distance shortening device from the lower surface to the side, from The inner side of the stay cord fixing area penetrates to the other side of the draw cord fixing area with grooves; it is formed on the side of the distance shortening device to prevent the stay cord from detaching and inserting into the stay cord fixing area of the second distance shortening device Side fixing part; inserted into the lower part of the second distance shortening device so as to fix the shell of the second distance shortening device fixing the stay cord again. 19. The shutter according to claim 11, wherein the third distance shortening device comprises the following parts: the upper part of the third distance shortening device formed in the form of a cylindrical rod; the upper part protruding from the upper part of the third distance shortening device And with some holes, formed on each side and connected to each other for fixing the drawstring fixing area; the third distance shortening device lower part is formed in the third distance shortening device lower part from the lower surface upward direction Lateral, and penetrates from the cord fixing part to the inner center of the cord fixing part for fixing knots; formed on the side of the distance shortening device, inserted into the cord to prevent the cord from coming off The side fixing portion of the upper part; inserted in the lower part of the third distance shortening device, so that the third distance shortening device shell of the fixed rope is fixed again. 20. An operation method for raising and lowering the slats formed inside the double window in any one of claims 1 to 19 at twice the moving distance of the lifting handle, characterized in that when the lifting handle After the lower part of the bottom rail is knotted when descending, the two pulleys pass through the slats, the two pulley roller seats, the pulley rollers of the pulley roller seats, and the large corner pin through hole of the first large corner pin. After descending, after passing through the slewing winding device of the inner stay cord seat, it rises and is fixed on the pulley device inserted into the third largest corner pin through hole of the large corner pin. When moving down, the stay cord descending from the inner stay cord seat Both the pull cords that go up and through the slewing winder move down, so that the pull cords attached to the slats rise to open the blinds twice as far as the lift handle travels, and the reverse to close the slats when operating the structure. 21. A method of operating the shutter in which the slats formed inside the double window are raised and lowered by three times the moving distance of the lifting handle in the shutter according to any one of claims 1 to 19, characterized in that, at the bottom After the lower part of the rail is knotted, the rope passes through the slats, the two rope roller seats, the rope roller seat rollers, the first large corner pin thru-hole pulley assembly of the large corner pin, and the large corner pin thru-hole pulley assembly After that, it descends, passes through the inner pulley of the inner pulley seat and the fixing through hole of the pulley, and then rises, and then the stay rope fixed to the second and third distance shortening devices rises, and at the same time, the distance of the adjustment rope passing through the distance shortening device is shortened The pulley device of the connection part of the device and the third largest corner pin through hole of the large corner pin rises later, and the adjustment rope fixed through the hole of the side support part of the inner rope frame is connected with the large corner pin located at the lower part of the frame. The pulley device through the hole of the corner pin is connected to the lowered adjustment rope. Therefore, the adjustment rope fixed on the connection area of the distance shortening device is adjusted upwards, In addition, two pull cords are lowered from the pulley assembly of the large corner pin through hole of the large corner pin to the inner rope holder, and the pull rope is passed through the inner rope holder pulley and the pulley fixing through hole of the inner stay rope holder and moved upwards to be pulled. It is fixed on the pull rope fixing part of the distance shortening device, and the adjustment rope is connected with the distance shortening device, the large corner pin, the through hole of the side support part of the inner drawstring seat, and the large corner pin located at the lower part of the frame, and has the function of adjustment. The moving adjustment cord moves up and down with the pull cord, so the pull cord attached to the slats rises at 3 times the distance the lift handle travels to open the shutter, and the opposite operation of the structure closes the slats. 22. A method of operating the blinds in which the slats formed inside the double windows are raised and lowered by five times the moving distance of the lifting handle in the blinds according to any one of claims 1 to 19, characterized in that: After the lower part of the bottom rail is knotted, the two pull cords descend after passing through the pulley assembly of the slats, the cord roller mounts, the cord roller mount rollers, the large corner pin through holes of the large corner pins, and pass through the inner cord mounts The inner pulley of the cable seat, the pulley of the pulley fixing through hole and the distance shortening device pulley on the first distance shortening device rise, and the first distance shortening device is separated from the pulley of the pulley fixing through hole at a predetermined interval, and passes through the inside After the through hole in the side support of the cable holder, the through hole on the roller of the inner cable holder, the two ropes connected to the rope fixing area of an inner cable holder are lowered; The adjustment rope at the connection of the distance shortening device of the device, after passing through the pulley device of the third largest corner pin through hole of the large corner pin located on the upper part of the frame, is re-tied to the through hole of the side support part of the inner rope seat, and After the above-mentioned adjusting rope passes through the large corner pin through-hole pulley device of the large corner pin located at the lower part of the frame, it is connected to the joint of the distance shortening device so that the adjusting rope is lowered. Among them, the pulley device of the large corner pin through hole of the large corner pin and the pulley device of the other large corner pin through hole descend to the two stay ropes of the inner stay cord seat, pass through the inner stay cord seat pulley and the pulley of the inner stay cord seat After the pulley is fixed through the hole, go up to the distance from the shortening device. The two stay ropes of the pulley, the through hole passing through the side support of the inner stay cord seat and the through hole on the upper part of the inner stay cord stand roller and The two stay ropes that are fixed on the stay rope fixing area of the inner stay rope seat and descend, and the adjusting rope that rises after passing through the pulley device of the large corner pin through hole of the large corner pin on the upper part of the frame all descend together, and pass through the inside The through hole of the support part of the drawstring seat is fixed afterwards, and then the adjustment rope is connected to the joint of the distance shortening device through the pulley device of the large corner pin through hole of the large corner pin located at the lower part of the frame and has an adjustment function to move up and down. The adjustment cord moves up and down with the pull cord, so the pull cord attached to the slats rises and opens the shutter at 5 times the distance the lift handle travels, and does the opposite for the structure when closed.

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