KR200413321Y1 - Pressure Sensitive Water Sprayers - Google Patents

Abstract

The present invention relates to a pressure-sensitive water sprayer, and more particularly, to a pressure-sensitive water sprayer that can operate with a small force even at a strong water pressure, is formed in a switch type and easy to operate.

The present invention is a general water sprayer, a plurality of injection holes are formed in the front to form a rotatable body to be rotatable, the inside of the rotatable body is a water spraying unit formed with a water spray pipe; It is fixed by the water spraying unit and the connecting clip, the seating groove is formed so that the rear end of the water spray pipe can be inserted, the operating handle is formed by an elastic spring to be spaced apart from the seating groove is formed, the rear of the seating groove An operating part having an inlet chamber and a decompression chamber is formed therein, and a handle pipe path is formed at a lower end of the operating part, and a handle part having a hose connector is formed at the end of the handle pipe path.

According to the pressure-injection type water spray device of the present invention, when the switch-type button is pressed, water is sprayed, and when it is pressed again, the water can be cut off, which is convenient for use. It can be operated with a small drop force, which is very convenient.

Water sprayer, water saving, switch, regulator, pressure reduction type, pressure difference, bellows

Description

PRESSURE REDUCTION TYPE WATER SPRAY}

1 is a cross-sectional view of a pressure-sensitive water sprayer formed by a preferred embodiment of the present invention.

Figure 2 is an exploded cross-sectional view of a pressure-injected water sprayer formed by a preferred embodiment of the present invention.

Figure 3 is an enlarged view of a portion A of the pressure-sensitive water sprayer formed by a preferred embodiment of the present invention.

Figure 4 is a cross-sectional view during operation of the pressure-sensitive water sprayer formed in a preferred embodiment of the present invention.

Figure 5 is a cross-sectional view after the operation of the pressure-sensitive water sprayer formed in a preferred embodiment of the present invention.

Figure 6 is a separate part of the switch-type button of the pressure-sensitive water sprayer formed in a preferred embodiment of the present invention.

Figure 7 is an operating state of the switch-type button of the pressure-sensitive water sprayer formed by a preferred embodiment of the present invention.

8 is an operating state diagram showing the control opening and closing of the pressure-sensitive water sprayer formed by a preferred embodiment of the present invention.

Figure 9 is a cross-sectional view of the operating part of the pressure-sensitive water sprayer formed by another embodiment of the present invention.

10 is a cross-sectional view during operation of the pressure-sensitive water sprayer formed in another embodiment of the present invention.

11 is a cross-sectional view after the operation of the pressure-sensitive water sprayer formed in another embodiment of the present invention.

Figure 12 is a plan view of the operating part of the pressure-sensitive water sprayer formed in another embodiment of the present invention.

13 is a cross-sectional view of the operating part of the pressure-injected water sprayer formed by another embodiment of the present invention.

14 is a perspective view of a conventional water sprayer.

** <Description of the symbols for the main parts of the figure> **

100: water spray unit 140: water spray pipe

200: operating unit 210: adjusting body

220: opening and closing 230: close contact

240: bellows 250: switch button

270: acquisition room 280: decompression chamber

290: control knob 300: handle

320: handle fitting pipe 400: hose connector

The present invention relates to a pressure-sensitive water sprayer, and more particularly, to a pressure-sensitive water sprayer that can operate with a small force even at a strong water pressure, is formed in a switch type and easy to operate.

In general, the water sprayer is connected to the hose to the hose to pull the operation knob open the switch opens the water is sprayed through the pipe to supply water to the crops, it is used for multi-purpose such as washing dirty objects or vehicles.

The conventional water sprayer 10 includes a circular water sprayer 7 having a plurality of spray holes formed therein so that water can be sprayed to the front surface as shown in FIG. 14; Is connected to the water spraying unit (7), a pipe is formed therein, the operating part is communicated with the pipe is spoken, the injection fixing ring (8) is formed to the upper end of the operating part, the operation handle to the rear of the operating part ( 6) formed body; The lower end of the body consists of a hose connector (2) and the handle portion 4 formed of a pipeline.

However, in order to continuously spray the water with the conventional water sprayer, it is necessary to press the operating knob to press the injection lock ring. There was a problem.

In particular, the water spray machine is mainly used in a place where the water pressure is strong, there was a problem in that it is inconvenient to operate the operation handle of the strong water pressure is hanging by hand.

In order to solve the above problems, the present invention was developed for the following purposes.

(1) When the switch button is pressed by using the switch button, the pipe is opened to inject water, and when pressed again, the pipe is closed to provide a pressure-injected water sprayer which can stop the water injection.

(2) A pressure reducing water sprayer is provided in which a pressure reducing chamber is formed inside the operating part, and a bellows is opened by opening a switch to reduce the pressure in the pressure reducing chamber so that the bellows can be easily opened and closed with a small force.

In order to achieve the above object, the present invention includes a water injection unit having a spray hole formed on the front surface thereof; In the general water sprayer consisting of a handle portion of the '-' shape formed therein the operating portion,

A water spraying unit having a plurality of injection holes formed on a front surface thereof, the rotatable body being formed to be rotatable, and a water spraying pipe formed in the rotatable body;

It is fixed by the water spraying unit and the connecting clip, the seating groove is formed so that the rear end of the water spray pipe can be inserted, the operating handle is formed by an elastic spring to be spaced apart from the seating groove is formed, the rear of the seating groove An operating part having an inlet chamber and a decompression chamber is formed therein, and a handle pipe path is formed at a lower end of the operating part, and a handle part having a hose connector is formed at the end of the handle pipe path.

Hereinafter, described in detail with reference to the drawings formed in the present invention a preferred embodiment as follows.

1 to 8, in the general water sprayer consisting of a water spray portion formed with a spray hole on the front surface and the handle portion of the 'b' shape formed inside the operation portion,

A plurality of injection holes 120 and 145 formed on a front surface thereof, and a rotating body 160 is formed to be rotatable, and a water spraying part 100 having a water spraying pipe 140 formed in the rotating body 160;

It is fixed to the water spraying unit 100 and the connection clip 182, the seating groove 360 is formed so that the rear end of the water spray pipe line 140 can be inserted, the elastic spring spaced apart from the seating groove 360 An operating handle 380 operated by the 385 is formed, and an operating part 200 in which a receiving chamber 270 and a decompression chamber 280 is formed is formed in the rear of the seating groove 360. A handle pipe path 320 is formed at the lower end of the part 200, and a handle part 300 having a hose connector 400 is formed at the end of the handle pipe path 320.

The water spraying unit 100 is inserted into the water spray pipe line 140 is inserted into the rotating body 160 in the form of a screw from the rear, the rotating body 160 is penetrated inside so that the water spray pipe line 140 is inserted The inner circumferential edge is formed in a stepped manner in which the inner wall is narrowed toward the front.

A space portion 162 is formed on an inner wall of the rotating body 160, and a direct injection hole 145 is formed in the center of the front surface, and a plurality of spraying holes for watering are formed at the outer circumference of the direct injection hole 145. 120 is formed.

The water spray pipe line 140 is blocked in the front of the pipe (pipe) shape, the side is formed with two through-hole openings 146 spaced apart, the front opening hole 146 and the rear opening hole 146 ) Is formed to be distinguished by the blocking protrusion 144 and the inner circumference of the rotating body 160.

The operation unit 200 is composed of a control body 210, the switch button 250 and the close contact 230.

The adjusting body 210 is rotated by the rear adjusting knob 290 to adjust the amount received and passed from the handle tube pipe 320, the outlet of the handle tube pipe 320 and the control opening and closing 218 The amount of water is adjusted while overlapping as shown in FIG.

The adjusting body 210 is formed by dividing the decompression chamber 280 and the acquisition chamber 270, and a bellows 240 is formed between the decompression chamber 280 and the acquisition chamber 270.

The close contact 230 of the switch button 250 is inserted into the center of the bellows 240 is coupled to the front of the opening and closing port 220, the opening and closing hole 220 is a spring formed inside the rear of the decompression chamber 280 It is fixed by the opening and closing spring 225 fixed to the seating groove 215.

The acquisition room 270 is a place for determining the path of the water to be obtained through the control opening and closing 218 is in communication with the water spray pipe line 140, the bellows 240 is raised to open the access jaw 212, the water is obtained The water is discharged to the water injection pipe line 140 through the chamber 270.

The bellows 240 is composed of a rubber material having an elastic force, the center is formed with a crimping portion (240a) is formed thick, the outer periphery is a '∩' shaped elastic portion 240b, the elastic portion 240b ) And a fixing portion 240c fixed to the inner circumference of the adjusting body 210 is integrally formed.

The crimping part 240a of the bellows 240 has a contact hole through the center (240d) is formed larger than the diameter of the contact table 230, the front is in close contact with the end of the intake jaw (212).

The elastic part 240b is formed with a fine flow path 240e at the upper end of the '∩' shape, and the fine flow path 240e communicates with the control opening and closing 218 to decompress water obtained from the handle pipe line 320. It becomes a passage flowing into the interior of the seal 280.

The switch button 250 is coupled to the close contact 230, the button 257 has a plurality of teeth formed; A guide 253 formed to insert the button 257 and having an operation groove 253b and an insertion hole 253a formed therein; It consists of a button lock 259 is formed with a plurality of teeth and a height adjustment jaw (259a) is formed with a slanted inclined surface (259b) to the rear of the guide 253.

A connection part 340 is formed at an end of the handle part pipe path 320 of the handle part 300, and a hose connector 400 is inserted into the connection part 340, and the hose connector 400 is a connection part 340. It is formed to be in close contact with the inner periphery of the rotation.

In another embodiment of the present invention, as shown in Figures 9 to 12, the switch-type button 250 of the operation unit 200 is removed, and the shape of the decompression chamber 280 is changed to the operation lever 500. It is formed to open and close.

An operating lever 500 is formed at the adjusting knob 290 of the operating unit 200, and the opening of the operating inlet hole 540 in the decompression chamber 280 is opened at the end of the operating lever 500. Opening and closing regulator 520 is composed of a spring 565 and the sealing ball 560 is coupled.

The control chamber 580 of a predetermined space is formed so as to communicate with the operation inlet hole 540 in the decompression chamber 280, the control chamber 580 is in communication with the water spray pipe passage 140.

In the center of the bellows 240 formed between the acquisition chamber 270 and the decompression chamber 280, a hole such as the close contact hole 240d is not formed.

In another embodiment of the present invention, as shown in Figure 13, to change the conduit of the acquisition room 270, the 'b' shaped conduit to the rear of the access jaw 212 is the control opening and closing 218 and In communication with each other, a fine flow path 240e is formed in the center of the bellows 240.

When the size of the micro channel 240e is the same as the size of the close contact hole 240d except for the contact table 230, the micro channel 240e may operate with the smallest force. The force at the time of operation is required to be smaller than the size of the close contact through-hole (240d) except for). Similarly, the relationship between the size of the micro channel 240e and the operation inlet hole 540 is the same.

Hereinafter, the operation method of the water sprayer composed of the embodiments of the present invention will be described.

When the hose is connected to the hose connector 400 of the handle part 300 and water is introduced into the hose, the water passes through the micro-channel 240e through the handle part pipe path 320 and the control opening and closing 218, and then the decompression chamber 280. Flows into.

At this time, the close contact through hole (240d) is blocked by the opening and closing hole 220, when the pressure in the decompression chamber 280 is increased to equal to the pressure of the handle pipe line 320, the bellows 240 is a water supply jaw (212) ), So that no more water enters.

The operation inlet hole 540 of the water sprayer of another embodiment of the present invention serves as a close contact hole 240d.

When operating the operation knob 380 in the above state, the switch type button 250 is pushed to the close contact 230 connected to the opening and closing 220, the water in the decompression chamber 280 is close to the through hole ( A small amount of water flows out through 240d) and the pressure of the water inlet chamber 270 communicating with the handle pipe line 320 becomes relatively greater than the pressure of the decompression chamber 280. It pushes up and flows out to the water injection pipe line 140 beyond the water supply jaw (212).

The actuating lever 500 plays the same role as the actuating handle 380. When the actuating lever 100 is lowered downward, a small amount of water in the decompression chamber 280 enters the actuation inlet hole 540. The bellows 240 is opened by exiting the water and the water on the handle part pipe 320 flows out.

As described above, by rotating the control knob 290 of the water sprayer when the water is sprayed, it is possible to adjust the amount of water sprayed, it can be sprayed by direct or sprinkling by rotating the rotating body 160 of the water sprayer 100 It is.

If, in order to spray the water directly, the rear opening hole 146 is closed by rotating the rotating body 160 to move backward, the front opening hole 146 is opened so that the water is a direct injection hole 145 Is sprayed on.

If the water is sprayed by sprinkling, the front opening hole 146 is closed by rotating the rotating body 160 and moving forward, and the rear opening hole 146 is in communication with the space part 162. It is injected into the receiving injection hole (120).

In order to stop the operation of the water sprayer, by operating the operation knob 380 to close contact 230 connected to the switch-type button 250 to move the opening and closing 220 to the front to block the close-through passage (240d) When the water flows into the decompression chamber 280 through the micro channel 240e, the pressure inside the decompression chamber 280 increases, and if the pressure in the decompression chamber 280 is equal to the pressure of the handle pipe 140. If the same, the bellows 240 closes the entrance jaw 212 to stop the operation.

As the operation knob 380 is operated, when the operation lever 500 of the water sprayer of another embodiment of the present invention is raised upward, the sealing ball 560 closes the operation inlet hole 540 to stop the operation.

As described above, according to the pressure-sensitive water sprayer of the present invention, the following effects are generated.

(1) water is sprayed when the switch button is pressed by forming a switch button in front of the operation unit, and when pressed again, the water can be shut off, which is convenient for use.

(2) It is convenient to form a decompression chamber inside the operating part so that it can be operated with a small force to lower the pressure inside the decompression chamber.

Claims (13)

In the general water spraying machine consisting of a water spraying portion formed in the injection hole on the front and a handle portion of the 'b' shape formed with an operating portion therein, A plurality of injection holes 120 and 145 formed on a front surface thereof, and a rotating body 160 is formed to be rotatable, and a water spraying part 100 having a water spraying pipe 140 formed in the rotating body 160; It is fixed to the water spraying unit 100 and the connection clip 182, the seating groove 360 is formed so that the rear end of the water spray pipe line 140 can be inserted, the elastic spring spaced apart from the seating groove 360 An operating handle 380 operated by the 385 is formed, and an operating part 200 in which a receiving chamber 270 and a decompression chamber 280 is formed is formed in the rear of the seating groove 360. A handle pipe path 320 is formed at the lower end of the part 200, and a pressure-reducing water sprayer comprising a handle part 300 formed with a hose connector 400 at an end of the handle pipe path 320. The method of claim 1, A space portion 162 is formed on an inner wall of the rotating body 160, and a direct injection hole 145 is formed in the center of the front surface, and a plurality of spraying holes for watering are formed at the outer circumference of the direct injection hole 145. Pressure-sensitive water sprayer, characterized in that 120 is formed. The method of claim 1, The water spray pipe line 140 is blocked in the front in the shape of a pipe (pipe), the side is formed with two penetrating opening holes 146 spaced apart, the front opening hole 146 and the rear opening hole 146 ) Is a pressure-injected water sprayer, characterized in that formed by the blocking projection 144 and the inner circumference of the rotating body 160. The method of claim 1, The operation unit 200 is a pressure-sensitive water sprayer, characterized in that the contact body 230 is formed integrally with the switch button 250 in the control body 210. The method of claim 4, wherein The control body 210 is formed by dividing the decompression chamber 280 and the acquisition chamber 270, the bellows 240 is formed between the decompression chamber 280 and the acquisition chamber 270, the bellows 240 ) Is a pressure-injected water sprayer, characterized in that formed in close contact with the water supply jaw (212) formed in the acquisition chamber (270). The method of claim 5, The bellows 240 is composed of a rubber material having an elastic force, the center is formed with a crimping portion (240a) is formed thick, the outer periphery is a '∩' shaped elastic portion 240b, the elastic portion 240b A fixed portion 240c is integrally fixed to the inner circumference of the adjusting body 210, and the crimping portion 240a has a close contact through hole 240d at the center thereof than the diameter of the close contact 230. Pressure-sensitive water sprayer, characterized in that formed large. The method of claim 5, Decompression-type water sprayer, characterized in that the 'b'-shaped passage in the rear of the water supply jaw (212) is in communication with the control opening and closing 218, the fine flow path (240e) is formed in the center of the bellows (240). The method of claim 4, wherein The close contact 230 of the switch button 250 is inserted into the center of the bellows 240 is coupled to the front of the opening and closing port 220, the opening and closing hole 220 is a spring formed inside the rear of the decompression chamber 280 Pressure-sensitive water sprayer, characterized in that fixed by the opening and closing spring (225) fixed to the seating groove (215). The method of claim 1, An operating lever 500 is formed at the adjusting knob 290 of the operating unit 200, and the opening of the operating inlet hole 540 in the decompression chamber 280 is opened at the end of the operating lever 500. Pressure reducing water sprayer, characterized in that the opening and closing controller 520 is configured with a spring 565 and the sealing ball 560. The method of claim 9, The control chamber 580 is formed to communicate with the operation inlet hole 540 inside the decompression chamber 280, and the control chamber 580 is in communication with the water spray pipe line 140. Injector. The method of claim 1, The switch button 250 is a button (257) having a plurality of teeth formed; A guide 253 formed to insert the button 257 and having an operation groove 253b and an insertion hole 253a formed therein; Depressurized water sprayer, characterized in that consisting of a button lock (259) formed with a plurality of teeth and a height adjustment jaw (259a) is formed obliquely inclined surface (259b) to the rear of the guide (253). The method of claim 1, The hose connector 400 is a pressure-sensitive water sprayer, characterized in that formed to rotate in close contact with the inner circumference of the connecting portion (340). The method of claim 5, The control body 210 is rotatable by the adjustment knob 290 rearward pressure-sensitive water, characterized in that the amount of water can be adjusted by overlapping the outlet of the handle pipe line 320 with the control opening and closing 218 to each other Injector.

Images