CN107042260A - A kind of gyrator slideway process units - Google Patents

Abstract

The invention relates to a slideway production device for corner joints, which is characterized in that it includes an upper mounting plate, a lower mounting plate, a positioning module, a flattening mechanism, a chute forming mechanism, a side profile forming mechanism, and a bending mechanism; the positioning module is installed on the lower On the mounting plate, a notch mold is also provided on the positioning module, and the top column of the pressing notch mold is correspondingly provided on the bottom surface of the upper mounting plate; the flattening mechanism is on the lower mounting plate on the rear side of the positioning module; The chute forming mechanism is installed on the rear side of the flattening mechanism; the side pressing mechanism is installed on the lower mounting plate on the rear side of the chute forming mechanism; the bending mechanism is installed on the lower mounting plate on the rear side of the side pressing mechanism board. The invention has the characteristics of simple structure, high degree of automation, high production efficiency, less dependence on labor force, low labor intensity and is beneficial to the development of enterprises.

Description

A production device for slideways for corner joints

technical field

The invention relates to the field of production equipment for door and window spare parts, in particular to a production device for slideways for corner joints.

Background technique

The corner device is an integral part of the transmission mechanism of doors and windows. The corner device generally includes a slideway and a transmission rod inserted into the slideway at both ends of the slideway; Most of the production is made by multiple stamping, and in the production process, the semi-finished product is stamped first, and then the remaining process is stamped on the semi-finished product. In the whole process, the semi-finished product needs to be transported many times. This type of production method has cumbersome procedures. , High dependence on labor force, high labor intensity, low degree of automation, which is extremely unfavorable to the development of enterprises and other shortcomings.

Contents of the invention

The object of the present invention is to provide a production device for slideways for corner joints. The production device has the advantages of simple structure, high degree of automation, high production efficiency, less dependence on labor force, low labor intensity and is beneficial to the development of enterprises.

Technical scheme of the present invention is realized like this:

A slideway production device for corner joints, which is characterized in that it includes an upper mounting plate, a lower mounting plate, a positioning module, a flattening mechanism, a chute forming mechanism, a side pressing mechanism, and a bending mechanism; wherein the bottom surface of the upper mounting plate is made There is a socket, and the top surface of the lower mounting plate is correspondingly made with a socket column; the positioning module is installed on one side of the lower mounting plate, and a perforation for the raw material to pass is made in the positioning module , the positioning module is also provided with a notch mold, the notch module extends from the top of the positioning module into the perforation, a reset assembly is installed on the notch module, and the top of the pressing notch mold is correspondingly provided on the bottom surface of the upper mounting plate column; the flattening mechanism includes a backing plate and a pressing mold, the backing plate is installed on the lower mounting plate on the rear side of the positioning module, and the pressing mold is correspondingly installed on the upper mounting plate above the backing plate ; The chute forming mechanism includes a molding die on the side, a molding die on the side, a molding die on the left side of the groove, a molding mold on the right side of the groove, a left molding board, and a right molding board, and the lower molding mold on the side is installed on Located on the lower mounting plate on the rear side of the backing plate, the upper molding die on the side is installed on the upper mounting plate above the lower molding die on the side, and a side molding groove is made on the bottom surface of the upper molding mold on the side, and the left groove The side pressing die and the right groove side pressing die are respectively installed on both sides of the lower molding die on the side. Springs are also arranged between the left groove side pressing die and the right groove side pressing die, and the left groove side pressing die, Outer slopes are respectively made on the outer surface of the right groove edge molding die, and the left molding plate and the right molding plate are correspondingly installed on the top of the left groove edge molding mold and the right groove edge molding mold. On the mounting plate, an inner inclined surface cooperating with the outer inclined surface is also made on the inner side of the left pressing plate and the right pressing plate; the side pressing mechanism includes two pressing wheels, an upper transmission assembly, and a lower transmission gear set , the two pressure rollers are respectively arranged on the lower mounting plate located at the rear side of the lower forming mold on the side, rolling grooves are made on the side of each pressure roller, so as to form a profiling channel between the two pressure rollers, The lower transmission gear set includes a transmission gear and a driven gear, the transmission gear is installed at the bottom of one of the pressing wheels, and the driven gear is installed at the bottom of the other pressing wheel and meshes with the transmission gear; The upper transmission assembly is installed on the top surface of the lower mounting plate, and the power output end of the upper transmission assembly is connected to the power input end of the transmission gear; the bending mechanism includes a shear assembly, a guide rail block, an upper forming roller, a lower forming roller, a forming Gears and racks, the shearing assembly includes a shearing block and a shearing pad, the shearing pad is installed on the rear side of the pressing channel, and a positioning groove is made on the shearing pad, the shearing pad The cutting block is installed on the shear pad, and there is also a reset assembly between the shear block and the shear pad. The upper mounting plate is provided with a shear jack, and the lower forming roller is hinged on The lower mounting plate on the rear side of the cutting pad, the forming gear is hinged on the lower mounting plate next to the lower forming roller, the upper forming roller is hinged on the forming gear, and the guide rail block is installed on the rear of the forming gear On the side, the rack is inserted into the guide rail block, and a reset assembly is connected between the rack and the guide rail block. The rack and the formed gear Mesh with each other, on the upper mounting plate is correspondingly provided with the pinion push post that presses the rack.

The present invention can obtain the following technical effects due to the adoption of the aforementioned technical solution:

The present invention adopts the slideway production device for the corner device which is composed of the upper mounting plate, the lower mounting plate, the positioning module, the flattening mechanism, the chute forming mechanism, the side pressing mechanism and the bending mechanism; The metal strip used to make the slideway passes through the perforation of the positioning module, and two notches are punched out in the metal strip through the incision die during the process; after that, the metal strip passes through the flattening mechanism, and the flattening mechanism The metal strip is flattened, and then sent to the chute forming mechanism, which stamps the metal strip into a straight slideway, and conveys it to the side profiling mechanism, which performs a second pass on the slideway Processing to make the side of the slideway more rounded, and finally the straight slideway is sent to the bending mechanism, which bends the straight slideway into an L shape and cuts off, thus completing the whole process; during the whole production process , one-time molding, no need for multiple handling, so that the present invention has the advantages of little dependence on labor force, low labor force of workers, high degree of automation, high production efficiency and beneficial to the development of enterprises.

Description of drawings

Fig. 1 is a schematic perspective view of the three-dimensional structure of the present invention in use.

Fig. 2 is a front view structural diagram of the present invention in use state.

Fig. 3 is a schematic side view of the structure of the present invention in use.

detailed description

As shown in Fig. 1, Fig. 2 and Fig. 3, a kind of slideway production device for a corner device according to the present invention includes an upper mounting plate 1, a lower mounting plate 2, a positioning module 3, a flattening mechanism 4, and a chute forming mechanism 5 , side profiling mechanism 6, bending mechanism 7; the bottom surface of the upper mounting plate 1 is made with a sleeve 11, and the top surface of the lower mounting plate 2 is correspondingly made with a socket column 21; as shown 1. As shown in Figure 2, the positioning module 3 is installed on one side of the lower mounting plate 2, and the positioning module 3 is provided with a perforation for the raw material to pass through, and the positioning module 3 is also provided with a slit mold 31, the slit The module 31 extends into the perforation from the top of the positioning module 3, a reset assembly is installed on the notch module 3, and the top column 12 of the pressing notch mold 31 is correspondingly provided on the bottom surface of the upper mounting plate 1; through this design, the During the application of the present invention, the metal strip 8 that is used to make the chute first passes through the perforation of the positioning module 3 and enters the production device, which plays a position-limiting role, so that the metal strip 8 will not swing during the production process; There is a notch die 31 on the top, and the working principle of the notch die 31 is roughly as follows: when the upper mounting plate 1 is pressed down, the top column 12 presses the notch die 31, so that an opening is opened on the metal strip 8 for later stamping. To prepare, the length of the slideway has also been determined at the same time. When the upper mounting plate 1 rises and the top column 12 breaks away from the slit die 31, under the action of the reset assembly, the slit die 31 resets.

As shown in Figures 1 and 2, the flattening mechanism 4 includes a backing plate 41 and a molding die 42, the backing board 41 is installed on the lower mounting plate 2 on the rear side of the positioning module 3, and the molding die 42 is correspondingly installed on the upper mounting plate 1 above the backing plate 41; through this design, the plate is pressed into a flat surface for later stamping.

As shown in Fig. 1, Fig. 2 and Fig. 3, the chute forming mechanism 5 includes a molding die 51 on the side, a molding die 52 on the side, a left groove edge molding die 53, a right groove edge molding mold 54, a left pressing mold Forming plate 55, right pressure forming plate 56, the lower forming die 52 of the side is installed on the lower mounting plate 2 positioned at the rear side of the backing plate 41, and the upper forming die 51 of the side is installed on the upper mounting plate above the lower forming die 52 of the side On the plate 1, a side molding groove is made on the bottom surface of the molding die 51 on the side, and the left groove edge molding die 53 and the right groove edge molding mold 54 are respectively installed on both sides of the lower molding mold 52 on the side surface. Also be provided with spring between the left groove edge molding die 53, the right groove edge molding mold 54, make the outer slope 531 respectively on the outer surface of the left groove edge molding mold 53, the right groove edge molding mold 54, Described left profiling plate 55, right profiling plate 56 are correspondingly installed on the upper mounting plate 1 that is positioned at the left groove edge profiling mold 53, the right groove edge profiling mold 54 tops, on the left profiling plate 55, the right The inner side of the profiled plate 56 is respectively made with an inner inclined surface 551 that cooperates with the outer inclined surface 531; the working principle of the chute forming mechanism 5 of the present invention is roughly as follows: The upper mounting plate 1 drives the upper side forming die 51, the left pressing plate 55, and the right pressing plate 56 to descend, and the upper forming die 51 on the side and the lower forming die 52 on the side punch out two side plates from the metal strip 8, and pass through the left pressing plate. The inner slope 551 of the plate 55, the right profile plate 56 cooperates with the outer slope 531 of the left groove edge molding die 53 and the right groove edge molding mold 54, so that the left groove edge molding die 53 and the right groove edge molding die 53 are matched. The mold 54 moves inwards, so that the top edges of the two side plates are bent, so that the metal strip 8 of the present invention forms a straight slideway.

As shown in Figures 1, 2 and 3, the side profiling mechanism 6 includes two pressure wheels 61, an upper transmission assembly 62, and a lower transmission gear set 63, and the two pressure wheels 61 are respectively arranged under the sides On the lower mounting plate 2 on the rear side of the molding die 52, rolling grooves are made on the side surfaces of each pressing roller 61 to form a molding channel between the two pressing rollers 61. The lower transmission gear set 63 includes a transmission Gear 631, driven gear 632, described transmission gear 631 is installed on the bottom end of wherein one pressure wheel 61, and described driven gear 632 is installed on the bottom end of another pressure wheel 61, and meshes with transmission gear 631; The above-mentioned upper transmission assembly 62 is installed on the top surface of the lower mounting plate 2, and the power output end of the upper transmission assembly 62 is connected with the power input end of the transmission gear 631; the side of the slideway produced in the previous process is rolled by two pressure wheels 61 Press to make the sides of the slideway smoother and achieve the desired effect.

In order to make the present invention produce L shape slideway, as shown in Figure 1, Figure 2, Figure 3, described bending mechanism 7 comprises shear assembly 71, guide rail block 72, last forming roller 73, following forming roller 74, forming gear 75. Rack 76. The shearing assembly 71 includes a shearing block 711 and a shearing pad 712. The shearing pad 712 is installed on the rear side of the profiling channel. Positioning slot, the positioning slot for the metal strip 8 to pass through during application; the shearing block 711 is installed on the shearing pad 712, and a reset assembly is also provided between the shearing block 711 and the shearing pad 712, The upper mounting plate 1 is provided with a shearing top column 13, the lower forming roller 74 is hinged on the lower mounting plate 2 positioned at the rear side of the shear pad 712, and the forming gear 75 is hinged on the lower forming roller 74 On the lower mounting plate 2 on the side, the upper forming roller 73 is hinged on the forming gear 75, the guide rail block 72 is installed on the rear side of the forming gear 75, and the rack 76 is inserted in the guide rail block 72 A reset assembly is also connected between the rack 76 and the guide rail block 72, the rack 76 is engaged with the forming gear 75, and the upper mounting plate 1 is correspondingly provided with a gear push post 14 for pressing the rack 76. The working principle of the bending mechanism 7 of the present invention is roughly as follows: one end of the straight slideway transmitted by the side profile forming mechanism 6 passes between the upper forming roller 73 and the lower forming roller 74, and the top column 14 pushes the rack 76 to drive the forming gear 75 to drive , the upper forming roller 73 rotates with the forming gear 75, and cooperates with the lower forming roller 74 to press the middle part of the straight slideway into a circular arc shape, and finally under the action of the shearing assembly 71, the opening is punched out by the original notch module 31 cut, thus producing an L-shaped slideway.

The working principle of the present invention is roughly as follows: as shown in Fig. 1, Fig. 2, Fig. 3, the metal strip 8 that is used to make the slideway is transported into the production device earlier, the metal strip 8 passes through the perforation of the positioning module 3, and During this process, the metal strip 8 is also punched out with two gaps through the notch die 31; after that, the metal strip 8 is sent to the flattening mechanism 4, and the flattening mechanism 4 flattens the metal strip 8, and is then sent to the chute for forming In the mechanism 5, the chute forming mechanism 5 punches the metal strip 8 into a straight slideway, and transmits it to the side profiling mechanism 6, and the side profiling mechanism 6 processes the slideway again, so that the side of the slideway It is smoother, and finally the straight chute is sent to the bending mechanism 7, which bends the straight chute into an L shape and cuts off, thereby completing the whole process; It needs to be transported many times, so that the present invention has the advantages of little dependence on labor force, low labor force of workers, high degree of automation, high production efficiency and the development of enterprises.

Claims (1)

1. a kind of gyrator slideway process units, it is characterised in that：Including upper mounting plate（1）, lower installation board（2）, locating module（3）, flatten mechanism（4）, chute shaping mechanism（5）, side tamping mechanism（6）, bending mechanism（7）；Wherein

The upper mounting plate（1）Socket tube has been made on bottom surface（11）, the lower installation board（2）Top surface on accordingly made socket post（21）；

The locating module（3）Installed in lower installation board（2）Side, the locating module（3）In make the perforation passed through for raw material, in locating module（3）On be additionally provided with louvered die（31）, the incision module（31）From locating module（3）Top stretch in perforation, in the incision module（3）On reset assembly is installed, in upper mounting plate（1）Bottom surface on be correspondingly provided with pressing louvered die（31）Fore-set（12）；

The pressing mechanism（4）Including backing plate（41）, casted die mould（42）, the backing plate（41）Installed in locating module（3）Rear side lower installation board（2）On, the casted die mould（42）It is correspondingly mounted to backing plate（41）The upper mounting plate of top（1）On；

The chute shaping mechanism（5）Including the upper mould in side（51）, the lower mould in side（52）, left trough rim casted die mould（53）, right trough rim casted die mould（54）, left contour plate（55）, right contour plate（56）, mould under the side（52）It is mounted on backing plate（41）The lower installation board of rear side（2）On, mould on the side（51）Installed in the lower mould in side（52）The upper mounting plate of top（1）On, the mould on side（51）Bottom surface on made side shaping mould cavity, the left trough rim casted die mould（53）, right trough rim casted die mould（54）It is separately mounted to the lower mould in side（52）Both sides, the left trough rim casted die mould（53）, right trough rim casted die mould（54）Between be additionally provided with spring, in left trough rim casted die mould（53）, right trough rim casted die mould（54）Lateral surface on made outer inclined-plane respectively（531）, the left contour plate（55）, right contour plate（56）It is corresponding to be mounted on left trough rim casted die mould（53）, right trough rim casted die mould（54）The upper mounting plate of top（1）On, in left contour plate（55）, right contour plate（56）Inner side also made respectively and outer inclined-plane（531）The outer inclined-plane of mating reaction（551）；

The side tamping mechanism（6）Including two pinch rollers（61）, upper transmission component（62）, lower transmissioning gear group（63）, two pinch rollers（61）It is separately positioned on positioned at the lower mould in side（52）The lower installation board of rear side（2）On, each pinch roller（61）Side on made rolling groove, with two pinch rollers（61）Between be formed with die mould passage, the lower transmissioning gear group（63）Including travelling gear（631）, driven gear（632）, the travelling gear（631）A pinch roller installed therein（61）Bottom, the driven gear（632）Installed in another pinch roller（61）Bottom, and and travelling gear（631）It is meshed；The upper transmission component（62）Installed in lower installation board（2）Top surface, transmission component on this（62）Clutch end and travelling gear（631）Power intake is connected；

The bending mechanism（7）Including shearing component（71）, way block（72）, upper shaping roller（73）, lower shaping roller（74）, forming gear（75）, rack（76）, the shearing component（71）Including cutout（711）, shearing cushion block（712）, the shearing cushion block（712）Installed in the rear side of die mould passage, in shearing cushion block（712）On made locating slot, the cutout（711）Installed in shearing cushion block（712）On, in cutout（711）With shearing cushion block（712）Between be additionally provided with reset assembly, the upper mounting plate（1）Provided with shearing fore-set（13）, the lower shaping roller（74）Hinge, which is mounted in, is located at shear pad block（712）The lower installation board of rear side（2）On, the forming gear（75）Hinge is mounted in lower shaping roller（74）Lower installation board by side（2）On, the upper shaping roller（73）Hinge is mounted in forming gear（75）On, the way block（72）Installed in forming gear（75）Rear side by, the rack（76）It is inserted into way block（72）In, in rack（76）With way block（72）Between be also associated with reset assembly, the rack（76）With forming gear（75）It is meshed, in upper mounting plate（1）On accordingly provided with pressing rack（76）Gear fore-set（14）.