KR102491323B1 - One-touch button shower head - Google Patents

Abstract

The present invention relates to a one-touch button-type shower head, and more specifically to the shower head which improves a structure to open and close a flow path with a one-touch button to cut off water supply and reduce water usage without manipulating a control knob of a faucet by a user and improve convenience of use and save water resources. According to the present invention, a shower head (10) comprises: a handle body (100) having a flow path (N) through which tap water moves formed inside and having a flexible hose (H) connected at a lower end; and a head body (200) coupled to the handle body (100) and assembled with a spray plate (210) which sprays the tap water flowing into a discharge receiving unit (201) through the flow path (N) to the outside. The head body (200) is provided with a one-touch operating member (300) on one side, and a cam pushing portion (350) controls forward or backward movement of a housing airtight plate (420) of a head sealing means (400) disposed in the discharge receiving unit (201) by operating a push button (340). Accordingly, a fluid discharge hole (436) in communication with the discharge receiving unit (201) is closed or opened to control spraying of the tap water. Therefore, waste of water resources can be prevented by conveniently operating the shower head.

Description

One-touch button shower head {One-touch button shower head}

The present invention relates to a one-touch button type shower head, and more particularly, by improving the structure so that the flow path of the shower head can be opened and closed with a one-touch button, the user can cut off the water supply without manipulating the control knob of the faucet bracket, thereby reducing the amount of water used. It was invented for convenience of use and saving water resources.

In general, a shower head is divided into a head part and a handle part, and the head part combines a spray plate with a plurality of spray holes drilled in the front outlet side and a front cap, so that water supplied through a flexible hose assembled to the handle part passes through the handle part. It moves to the head part along the passage inside and is configured to be sprayed through the spray hole.

In recent years, as industrialization accelerates, water quality is polluted and drinking water is scarce, as well as water shortage is intensifying day by day, and various technologies for saving water are proposed and commercialized.

As described above, as one of the technologies related to water saving, there is a water saving device installed in a shower where water is continuously discharged and water is wasted particularly severely. is to do

In particular, in the case of a shower head that is connected to the end of a flexible hose connected to a faucet and can be used conveniently by the user, it is inconvenient to continuously operate the control lever of the faucet during use. Many water-saving devices that can block or supply the flow have been developed.

As an example of the prior art, Patent Registration No. 10-1120883 has been disclosed, which relates to a shower head connected to a main body by a hose and spraying water, wherein the shower head is formed long in the vertical direction so as to wrap the user's hand, A gripping part having a pipe that communicates with the hose is formed along the vertical direction, and a guide passage is formed along the width direction of the middle part communicating with the pipe on the upper side; a spray nozzle unit extending from an upper end of the holding unit and having a plurality of nozzle holes communicating with the conduit; and a slide bar mounted to pass through the guide passages of the gripper and having a flow path communicating with the conduit formed along the width direction at an intermediate portion, wherein the user's thumb and forefinger are used when the user grips the gripper. It is characterized in that the pipe of the gripper is opened and closed as the finger presses both end surfaces of the slidebar and slides the slidebar along the width direction of the gripper, and according to this structure, the user slides without operating the lever of the faucet. The spray of water can be adjusted by simply manipulating the bar.

However, since the conventional shower head as disclosed in the prior art needs to slide and move the slide bar along the width direction of the gripping part, the slide bar protrudes from both sides of the gripping part, causing inconvenience for the user to hold and use the gripping part. , there was a problem that hindered the aesthetics.

In general, as a solution to the problem of intensifying user's skin disease due to the presence of chlorine contained in tap water and residues such as rust caused by corrosion inside tap water pipes, A filter member is provided to remove and filter foreign substances, chlorine components, and residues contained in tap water supplied through a flexible hose, and is configured to be sprayed through a spray hole in the head unit.

However, the shower head of the prior art has a very complicated internal structure, which increases the manufacturing cost, and in particular, it is inconvenient to install a filter member capable of filtering tap water, which hinders the user's purchase desire.

Republic of Korea Patent Registration No. 10-1120883. Shower head (registered on January 30, 2012)

In order to solve the problems of the prior art as described above, the present invention is configured to open and close the flow path with a one-touch button using a heart cam on the shower head, so that men and women of all ages can conveniently operate the shower head to prevent waste of water resources. Its purpose is to provide a one-touch button type shower head.

In addition, the present invention is a one-touch device that can improve production efficiency by reducing manufacturing and assembly costs by manufacturing a relatively simple configuration in which the cam pusher moves by operating a one-touch button and regulates the movement of the housing airtight plate that shields the discharge hole. Its purpose is to provide a button-type shower head.

In addition, an object of the present invention is to provide a one-touch button type shower head capable of improving user satisfaction by assembling a filter member replaceably inside a handle and a head of the shower head.

The present invention to solve such a technical problem,

A handle body (100) to which a flow path (N) through which tap water moves is formed on the inside and a flexible hose (H) is connected to the lower end, and a discharge receiving portion (201) coupled to the handle body (100) through the flow path (N). ) In the shower head 10 including the head body 200 assembled with the spray plate 210 for spraying tap water flowing into the outside;

The head main body 200 is provided with a one-touch operating member 300 on one side, and by operating a push button 340, the cam pusher 350 is disposed in the discharge receiving portion 201. The head sealing means 400 It is configured to control the forward or backward movement of the housing airtight plate 420 so as to control the spraying of tap water while the fluid discharge hole 436 communicating with the discharge accommodating portion 201 is closed or opened.

The one-touch operation member 300 has a support piece 313 formed on one side of the operation box 311 having a cam receiving portion, and is fastened and assembled to the operation unit insertion hole 205 of the head body 200, and the operation box 311 ) And a support case 310 formed with a long-hole pressing hole 314 on the other side of the;

It is inserted, including the return spring 321, into the cam accommodating part of the support case 310, and the heart cam 322 is formed on both sides, and the push hole insertion groove 323 is provided in the direction of the push hole 314 A button connector 320,

It is rotatably assembled to the support case 310, and one end of the locking pin 331 is inserted into the heart cam 322 of the button connector 320 and is caught on the heart cam 322 while moving in one direction. Button connector 320 A rotary pin 330 that returns the button connector 320 to its original position by locking or unlocking the pressing state of );

Both ends are pin-coupled to the button head 324 provided at one end of the support piece 313 of the support case 310 and the button connector 320, so that the button connector 320 is formed based on the support piece 313. a push button 340 that moves within the control box 311;

One end is inserted into the push hole insertion groove 323 of the button connector 320 through the push movement hole 314, and the other end is a push through hole 206 communicating the control unit insertion hole 205 and the housing insertion hole 207. ) It may be configured to include a cam pressing hole 350 located in the housing insertion hole 207 through.

In addition, the head sealing means 400 includes a head cap housing 410 assembled to the housing insertion hole 207 formed at the inner end of the discharge receiving portion 201;

an outer circumferential surface 421 supported by the housing support 411 of the head cap housing 410, and an inner central surface 423 protruding in the direction of the discharge receiving portion;

The outer support 431 and the central support 435 are fastened to the rib fixing 202 of the head body 200 and support the outer circumferential surface 421 and the airtight wall 422 of the housing airtight plate 420. It protrudes and discharges tap water introduced through the flow path N of the head body 200 through the inlet hole 432 of the outer circumferential surface 421 and through the fluid discharge hole 436 of the central support 435. a front fixing plate 430 formed to be discharged to the receiving part 201;

an airtight support 440 assembled to the inner central surface 423 of the housing airtight plate 420;

A cam support 452 is provided at one end of the shaft 451 penetrating and assembled to the airtight support 440, the housing airtight plate 420, and the front fixing plate 430, and is disposed inside the head cap housing 410. It is supported by the pusher 350 and has a return member 453 between the fixed ring and the airtight support 440 provided on the cam stopper 452 so that the airtight support 440 is included in the housing airtight plate 420. ) It may be configured to include a ring fixing member 450 for pressing the front fixing plate 430 in the direction.

In addition, the handle body 100 is detachable from the lower part of the head body 200 by screw fastening, and has a cylindrical shape that filters foreign substances of tap water flowing from the inlet 102 connected to the flexible hose H on the inside. A handle filter member 510 is provided,

The handle filter member 510 includes a cylindrical filter body 520 having a passage formed in the center;

Guide legs 531 assembled at the lower end of the filter body 520 to close the lower end of the passage and guide tap water flowing through the inlet 102 of the handle body 100 to the outside of the filter body 520. ) And the lower cap 530 is formed;

A discharge port 541 assembled at the top of the filter body 520 and through which filtered tap water flowing into the passage is discharged is formed in the center, and a support ring 542 seated on the filter support jaw of the handle body 100 is outer circumference It may be configured to include an upper cap 540 which is provided in the head body 200 and is inserted between the handle body 100 and assembled.

In addition, the discharge receiving portion 201 of the head body 200 is provided with a head filter member 570 inserted into the space between the front fixing plate 430 and the spray plate 210, and the head filter member 570 ), can be configured to be provided with any one of a plurality of filter balls having a cylindrical filter member and a ball shape.

In addition, in the head cap housing 410, a pusher cover 412 surrounding the cam pusher 350 inserted from the outside to the inside is further formed to protrude into the inner space of the head cap housing 410, so that the operation unit insertion hole ( 205) and the housing insertion port 207 may be formed to be closed.

According to the present invention, the flow path can be opened and closed with a one-touch button using a heart cam on the shower head, so that men and women of all ages can easily operate the push button during the shower to prevent the discharge of tap water and waste water resources.

In addition, by relatively simply connecting the head sealing means and the one-touch operating member assembled in the shower head with a cam pusher to open and close the inflowing tap water, manufacturing and assembly costs are reduced with a relatively simple configuration, thereby improving work production efficiency.

In addition, there is an effect of improving the user's satisfaction by preventing the inflow of external foreign substances by assembling the filter member replaceably inside the handle and head of the shower head.

1 is a front cross-sectional view showing a state in which a flow path of a one-touch button type shower head according to the present invention is opened.
Figure 2 is a front cross-sectional view showing a state in which the flow path of the one-touch button type shower head of the present invention is closed.
Figure 3 is an exploded perspective view of the one-touch operating member of the present invention.
Figure 4 is an enlarged cross-sectional view of a one-touch operating member that is a component of the present invention.
Figure 5 is an exploded perspective view of the head sealing means of the present invention.
Figure 6 is a cross-sectional view of the head sealing means of the present invention.
Figure 7 is an exploded cross-sectional view of the handle body of the present invention.

The one-touch button type shower head of the present invention improves the structure so that the flow path of the shower head can be opened and closed with a one-touch button, so that the user can cut off the water supply without manipulating the control knob of the faucet bracket, thereby reducing the amount of water used, thereby improving the convenience of use and water resources. It was invented to save money.

Since the present invention can have various changes and various forms, the embodiments will be described in detail in the text. However, this is not intended to limit the present invention to a specific form disclosed, and should be understood to include all modifications, equivalents, or substitutes included in the spirit and scope of the present invention.

Hereinafter, the configuration of the shower head 10 according to the present invention will be understood by the embodiments described in detail with reference to the accompanying drawings.

First, the shower head 10 described in the present invention is divided into a handle body 100 and a head body 200 as shown in FIGS. can

The handle body 100 has a flow path N through which tap water moves, and an inlet 102 connected to a flexible hose H is formed at the bottom thereof, so that the tap water discharged by manipulating the handle of the faucet fitting It is configured to be moved from the inside of the handle to the head body 200 through the flexible hose (H) and sprayed.

In the head body 200, a spray plate 210 coupled to the top of the handle body 100 and spraying tap water flowing into the discharge receiving portion 201 through the flow path N to the outside is assembled on the front outlet side. However, the injection plate 210 is configured to be fastened to the head body with the front cap 203 including a sealing member on the inside while forming a plurality of fine injection holes, so that tap water flowing into the discharge receiving portion 201 is prevented from leaking. It is configured to be sprayed to the front as well as preventing, and this configuration can be applied in various ways according to the needs of those skilled in the art, so it is not limited to a specific one.

As a feature of the present invention, in the head body 200, the one-touch operation member 300 is assembled to the operation unit insertion port 205 on one side, and the cam pusher 350 is the discharge receiving portion by operating the push button 340 The housing secret plate 420 of the head sealing means 400 disposed at 201 is provided so that it can be moved forward or backward, so that the fluid discharge hole 436 can be easily operated by one-touch operation of the push button 340 during the shower. It is configured to regulate the discharge of tap water through the flow path (N) while being closed or opened.

First, in the head body 200 of the present invention, an operation unit insertion port 205 into which a one-touch operation member 300 is assembled is formed in the direction of the handle body 100, and a flow path N and As the connected housing insertion hole 207 is formed, a press through hole 206 is formed in communication between the control unit insertion hole 205 and the housing insertion hole 207 .

The description of the one-touch operating member 300 largely controls the movement of the support case 310 assembled to the head body 200, the button connector 320 having a heart cam 322, and the button connector 320 It is configured to include a rotary pin 330, a push button 340 positioned above the button connector 320, and a cam pusher 350 that rotates at a predetermined angle by the movement of the button connector 320.

The support case 310 is formed by opening the upper part of the operation box 311 to have a cam receiving portion on the inside, and the support piece 313 is integrally provided on one side while the other end is connected to one end of the push button 340 A pin groove is formed.

In addition, the support case 310 is inserted into the operation unit insertion hole 205 formed in a concave shape on one side of the head body 200 and fixed by fastening and assembling the support piece 313. A concave portion is further formed so that the bottom surface of the operation box 311 is further inserted, so that the support case 310 can be prevented from moving.

In addition, in the operation box 311 of the support case 310, a long-hole pressing hole 314 is formed on the upper surface in the direction of the pressing through-hole 206 communicating with the housing insertion hole 207, so that the button connector 320 The cam pusher 350 assembled to the button connector 320 passes through the pusher hole 314 and is assembled to the button connector 320.

The button connector 320 is inserted, including the return spring 321, into the cam receiving portion of the supporting case 310, and the heart cam 322 is formed on both sides, and the trapezoidal shape is formed in the direction of the pressing hole 314 A concave push hole insertion groove 323 is provided.

In addition, a button head 324 having a long hole to be pin-coupled with the push button 340 is protruded from the upper end of the button connector 320, and the button connector 320 is formed by the push button 340. It is pressed in the direction of the control box 311.

In addition, a rotary pin 330 is rotatably assembled on the bottom surface of the control box 311 of the support case 310, and the locking pin 331 bent to have a 'c' shape forms the heart of the button connector 320. When the button connector 320 is inserted into the cam 322 and moved in one direction, the locking pin 331 is caught on the heart cam 322, so that the pressed state of the button connector 320 is locked or unlocked, so that the button connector ( 320) to return to the original position.

In addition, both ends of the push button 340 are pin-coupled to the button head 324 provided at one end of the support piece 313 of the support case 310 and the button connector 320, so that the support piece 313 When the button connector 320 is rotated at a predetermined angle based on the reference, the button connector 320 is pressed and moved to the inside of the control box 311.

That is, as the button connector 320 is inserted into the control box 311 by one-touch pressing of the push button 340, the locking pin 331 of the rotary pin 330 moves in one direction along the heart cam 322. It is inserted into the bone of the heart cam and locked with the button connector 320 inserted, and when the push button 340 is pressed again with one touch, the locking pin 331 of the rotary pin is separated from the bone of the heart cam 322 While moving in one direction, the button connector 320 returns to its original position with the elasticity of the return spring 321.

Here, the one-touch operation configuration in which the locking pin 331 of the rotary pin 330 is guided to the heart cam 322 of the button connector 320 to control the movement of the button connector 320 is a prior art known in this regard. A detailed description is omitted.

In addition, one end of the cam pusher 350 is inserted through the housing insert 207 to be assembled to the button connector 320. The cam pusher 350 connects the control panel insert 205 and the housing insert 207 It has rigidity and is manufactured in a pin shape with a relatively small diameter so that it can penetrate the communicating press through hole 206.

In addition, the cam push hole 350 passes through the push hole 314 of the control box 311 and is inserted into the push hole insertion groove 323 formed to have a trapezoidal shape of the button connector 320, and the button connector ( 320) is moved, it rotates at a predetermined angle around the through-hole 206, so that the other end located in the housing insertion port 207 moves forward and backward by a predetermined distance.

That is, in the state where the push button 340 protrudes outward, the button connector 320 is unlocked, and the control box 311 moves to the left in the drawing with the elasticity of the return spring 321. As it is moved, at the same time, one end of the cam pusher 350 inserted into the pusher insertion groove 323 moves together, and the other end of the cam pusher 350 rotates obliquely clockwise in the housing insert 207 in the drawing. By moving, the cam stop 452 of the ring fixing member 450, which will be described later, is supported to block the discharge of tap water.

In addition, in the process of pressing and fixing the push button 340 inwardly, the locking pin 331 of the rotary pin 330 is caught and locked in the heart cam 322 of the button connector 320, and the push hole insertion groove The cam presser 350 inserted into the 323 also moves in the pressing direction, and the other end rotates in the housing insertion hole 207 in the counterclockwise direction on the drawing around the press through hole 206, thereby forming a ring fixing member to be described later. While spaced apart from the cam stop 452 of the 450, the housing airtight plate 420 retreats under the pressure of tap water, and tap water is discharged through the fluid discharge hole 436.

Here, the pusher insertion groove 323 of the button connector 320 is formed to have a circular shape, and one end of the cam pusher 350 is inserted into the pusher insertion groove 323 to have a circular shape so as to be rotated. Molding is also included in the present invention.

In addition, the pressing hole 314 of the operation box 311 is formed according to the moving distance of the cam pressing hole 350 so as not to interfere with the cam pressing hole, and the cam pressing hole is located in the housing insertion hole 207. It is also included in the present invention that the end of 350 is bent and molded to have an inclination angle toward the cam lock 452 on the right side in the drawing so that the moving distance of the housing covert plate 420 described later can be adjusted.

The head sealing means 400 assembled to the housing insertion port 207 of the head body 200 is largely assembled so that the housing airtight plate 420 moves between the head cap housing 410 and the front fixing plate 430, The housing airtight plate 420 is connected to the front fixing plate 430 by a airtight support 440 and a ring fixing member 450.

First, the head cap housing 410 is made of rubber or silicone material to correspond to the shape of the housing insertion port 207 formed at the inner tip of the discharge receiving portion 201, and the housing support 411 is airtightly assembled with the inner wall surface on the outer circumference. ) is molded, and the pusher cover 412 surrounding the end of the cam pusher 350 is further formed so as to protrude into the inner space of the head cap housing 410, and the push through hole communicating with the control panel insertion hole 205 ( 206) is assembled so that it is airtightly shielded.

The housing secret plate 420 has a disk shape made of soft rubber or silicon, and the outer circumferential surface 421 is supported by the housing support 411 of the head cap housing 410, and the inner central surface 423 is An airtight wall 422 protrudes in the direction of the discharge receiving portion, which is the right side in the drawing, is formed.

In addition, the outer circumference of the front fixing plate 430 is fastened with a screw member to the rib fixing base 202 formed at equal intervals in the discharge receiving portion 201, and the housing confidentiality plate 420 is on one side facing the housing secret plate 420. The outer support 431 and the central support 435 supporting the outer circumferential surface 421 and the airtight wall 422 of the plate 420 protrude to have a donut shape.

The outer support 431 of the front fixing plate 430 is formed to extend more than the central support 435, so that the front end is formed to insert the outer circumferential surface 421 of the housing confidential plate 420 and the housing support 411 into the housing insertion hole ( 207) is pressurized and airtightly assembled on the inner wall surface, and a plurality of inflow holes are formed at equal intervals on the outer circumference, and the inner diameter surface of the housing insertion port 207 and the first inlet space (S1) are assembled at intervals. .

In addition, the central support 435 of the front fixing plate 430 has a second inlet space S2 formed on the outer circumference at a distance from the outer support 431, and a plurality of fluid discharge holes 436 are formed on the front side. The airtight wall 422 of the above-described housing airtight plate 420 is configured to open and close the fluid discharge hole 436.

The front fixing plate 430 may be molded of synthetic resin or a hard rubber material, and fixes the head sealing means 400 assembled to the housing insertion hole 207 by screwing into the discharge receiving portion 201.

In addition, in the fluid discharge hole 436 of the front fixing plate 430, a sealing protrusion is further formed on an outer circumferential surface so that the airtight wall 422 of the facing housing secret plate 420 is covered with the sealing protrusion to reduce the contact area. By increasing it, it is possible to improve the leakage blocking efficiency.

In addition, it is preferable that a disk-shaped airtight support 440 is disposed on the inner central surface 423 of the housing airtight plate 420 to prevent the soft airtight wall 422 from being deformed. is elastically supported by the return member 453 of the ring fixing member 450.

The ring fixing member 450 is provided with a cam stopper 452 at one end of the shaft 451 penetrated and assembled to the airtight support 440, the housing airtight plate 420, and the front fixing plate 430, so that the head cap housing ( 410) so that the cam pusher 350 disposed on the inner side is disposed in a rotationally moving section, and the return member 453 is placed between the fixed ring provided at one end of the cam stopper 452 and the airtight support 440 It is configured to always press the housing secret plate 420 in the direction of the front fixing plate 430.

The shaft 451 of the ring fixing member 450 is molded to have a curved shape so that the cam stop 452 at one end does not damage the pusher cover 412 so that it can be supported by the cam pusher 350, The other end is assembled through and fastened with a nut or a fixing ring in front of the front fixing plate 430, so that the shaft 451 is airtightly fixed to the front fixing plate 430 and the airtight support with the elasticity of the return member 453 ( 440) is pressed toward the housing hermetic plate 420.

When explaining the operation process of the head sealing means 400 configured as above, in a situation where tap water is sprayed from the shower head 10 by operating the control knob of the faucet bracket, the push button 340 of the one-touch operating member 300 It is pressed so that the cam pusher 350 has an upright or inclined state in the left direction on the drawing of the housing insert 207.

That is, the button connector 320 is inserted and moved into the control box 311 of the support case 310, and the cam pusher 350 rotates counterclockwise around the push through hole 206 to move the cam The pressure of the tap water flowing into the second inlet space (S2) is spaced apart from the cam stopper 452 of the ring fixing member 450 supported by the pusher 350, and the housing airtight plate 420 is moved to the left in the drawing. It is pushed in the direction and moves to the discharge receiving portion 201 through the fluid discharge hole 436 of the front fixing plate 430.

Therefore, tap water supplied through the flow path N flows from the first inlet space S1 provided outside the front fixing plate 430 to the second inlet space S2 through the inlet hole 432 of the outer support 431. , while pushing the housing airtight plate 420 again with the pressure of the tap water, it passes through the fluid discharge hole 436 of the central support 435 and is supplied to the discharge receiving part 201, and is supplied to the front spray plate 210. It is sprayed out through the spray hole.

In addition, in the operation process for stopping the spraying of tap water, the push button 340 of the shower head 10 is pressed, the button connector 320 moves backward, and the cam pusher 350 clocks around the push through hole 206. As it rotates in the direction, it supports the front end of the cam stopper 452 of the ring fixing member 450 and controls the retreating movement of the housing secret plate 420, thereby closing the fluid discharge hole 436 of the front fixing plate 430. It allows you to easily block the spray of tap water while showering.

In addition, the handle body 100 is molded of a transparent synthetic resin material so that the inside can be seen, and the handle filter member 510 is provided inside, so that the tap water filtered from foreign substances in the water pipe is passed through the flow path of the head body 200 ( N) to be supplied.

The handle filter member 510 includes a cylindrical filter body 520 having a passage formed in the center, a lower cap 530 assembled at the lower end of the filter body 520, and an upper cap 540 assembled at the upper end. It can be distinguished, and the material of the filter body 520 is not limited, and it is revealed that a segment filter that can be made of polypropylene, non-woven fabric, etc. is also included.

In addition, the lower cap 530 closes the lower end of the inner passage of the filter body 520 and guides tap water introduced through the inlet 102 of the handle body 100 to the outside of the filter body 520. The guide legs 531 are continuously arranged at equal intervals, and are spaced apart from the bottom surface of the handle body 100 by the height of the guide legs 531.

In addition, the upper cap 540 is assembled on the upper end of the filter body 520 and has a discharge port 541 through which the filtered tap water flowing into the passage is discharged. A support ring 542 seated on the formed filter support jaw is provided on the outer circumference and is inserted between the head body 200 and the handle body 100 to be assembled.

In addition, the upper cap 540 includes a sealing member and a cylindrical insertion hole inserted into the bottom surface of the head body 200 where the threaded part is formed, preventing external leakage and allowing the filtered tap water to flow into the head body 200. supply through euros.

The handle filter member 510 as described above is configured to be assembled to be replaceable inside the handle body 100, and for this configuration, it can be applied in various ways according to the needs of those skilled in the art, so it is not limited to a specific one.

And as an embodiment of the present invention, the discharge receiving portion 201 is formed at a predetermined interval between the front fixing plate 430 of the head body 200 and the injection plate 210, and the discharge receiving portion 201 It is also included in the present invention that the head filter member 570 is provided in the space so that tap water is filtered and sprayed secondarily.

In the head filter member 570, a cylindrical filter member is disposed between the front fixing plate 430 and the spray plate 210, or any one of a plurality of ball-shaped filter balls is provided in the space.

The filter ball can adsorb and remove chlorine, heavy metals, and impurities to benefit the user's skin and health, and the filter ball can be reused after washing by removing the front cap 203.

The filter ball can be made of various functional materials such as a vitamin ball, an antibacterial and sterilizing ball, and a chlorine removal ball, and the configuration is not limited to a specific one because it can be applied in various ways according to the needs of those skilled in the art.

Therefore, the spirit of the present invention should not be limited to the above-described embodiments and should not be determined, and all scopes equivalent to or equivalently changed from the claims as well as the claims described below are within the scope of the spirit of the present invention. will be said to belong to

10: shower head 100: handle body
200: head body 201: discharge receiving part
205: control panel insertion hole 206: press through hole
207: housing insertion port 300: one-touch operating member
310: support case 320: button connector
330: rotary pin 340: push button
350: cam pusher 400: head sealing means
410: head cap housing 420: housing secret plate
430: front fixing plate 440: confidential support
450: ring fixing member 510: handle filter member

Claims (6)

A handle body (100) to which a flow path (N) through which tap water moves is formed on the inside and a flexible hose (H) is connected to the lower end, and a discharge receiving portion (201) coupled to the handle body (100) through the flow path (N). ) In the shower head 10 including the head body 200 assembled with the spray plate 210 for spraying tap water flowing into the outside;
The head main body 200 is provided with a one-touch operating member 300 on one side, and by operating a push button 340, the cam pusher 350 is disposed in the discharge receiving portion 201. The head sealing means 400 It is configured to regulate the forward or backward movement of the housing airtight plate 420 so as to control the injection of tap water while the fluid discharge hole 436 communicating with the discharge receiving portion 201 is closed or opened.
The head sealing means 400,
a head cap housing 410 assembled to the housing insertion port 207 formed at the inner end of the discharge receiving portion 201;
an outer circumferential surface 421 supported by the housing support 411 of the head cap housing 410, and an inner central surface 423 protruding in the direction of the discharge receiving portion;
The outer support 431 and the central support 435 are fastened to the rib fixing 202 of the head body 200 and support the outer circumferential surface 421 and the airtight wall 422 of the housing airtight plate 420. It protrudes and discharges tap water introduced through the flow path N of the head body 200 through the inlet hole 432 of the outer circumferential surface 421 and through the fluid discharge hole 436 of the central support 435. A front fixing plate 430 formed to be supplied to the receiving part 201;
an airtight support 440 assembled to the inner central surface 423 of the housing airtight plate 420;
A cam support 452 is provided at one end of the shaft 451 penetrating and assembled to the airtight support 440, the housing airtight plate 420, and the front fixing plate 430, and is disposed inside the head cap housing 410. It is supported by the pusher 350 and has a return member 453 between the fixed ring and the airtight support 440 provided on the cam stopper 452 so that the airtight support 440 is included in the housing airtight plate 420. ) One-touch button shower head, characterized in that it comprises a ring fixing member 450 for pressing in the direction of the front fixing plate 430.
According to claim 1,
The one-touch operating member 300,
A support piece 313 is formed on one side of the control box 311 having a cam accommodating part and is fastened and assembled to the control unit insertion hole 205 of the head body 200, and a long-hole pressing hole on the other side of the control box 311 a support case 310 having 314 formed thereon;
It is inserted, including the return spring 321, into the cam accommodating part of the support case 310, and the heart cam 322 is formed on both sides, and the push hole insertion groove 323 is provided in the direction of the push hole 314 A button connector 320,
It is rotatably assembled to the support case 310, and one end of the locking pin 331 is inserted into the heart cam 322 of the button connector 320 and is caught on the heart cam 322 while moving in one direction. Button connector 320 A rotary pin 330 that returns the button connector 320 to its original position by locking or unlocking the pressing state of );
Both ends are pin-coupled to the button head 324 provided at one end of the support piece 313 of the support case 310 and the button connector 320, so that the button connector 320 is formed based on the support piece 313. a push button 340 that moves within the control box 311;
One end is inserted into the push hole insertion groove 323 of the button connector 320 through the push movement hole 314, and the other end is a push through hole 206 communicating the control unit insertion hole 205 and the housing insertion hole 207. ) One-touch button shower head, characterized in that it is configured to include a cam push hole 350 located in the housing insertion hole 207 through.
delete According to claim 1,
The handle body 100,
It is attachable and detachable from the lower part of the head body 200 by means of a screw fastening method, and a cylindrical handle filter member 510 is provided on the inside to filter foreign substances of tap water flowing in from the inlet 102 connected to the flexible hose H, ,
The handle filter member 510 includes a cylindrical filter body 520 having a passage formed in the center;
Guide legs 531 assembled at the lower end of the filter body 520 to close the lower end of the passage and guide tap water flowing through the inlet 102 of the handle body 100 to the outside of the filter body 520. ) And the lower cap 530 is formed;
A discharge port 541 assembled at the top of the filter body 520 and through which filtered tap water flowing into the passage is discharged is formed in the center, and a support ring 542 seated on the filter support jaw of the handle body 100 is outer circumference The one-touch button type shower head, characterized in that it is configured to include an upper cap 540 provided in the head body 200 and the handle body 100 and inserted between the upper cap 540.
According to claim 1,
In the discharge receiving portion 201 of the head body 200,
A head filter member 570 inserted into the space between the front fixing plate 430 and the injection plate 210 is provided,
The head filter member 570 is a one-touch button shower head, characterized in that any one of a plurality of filter balls having a cylindrical filter member and a ball shape is provided.
According to claim 1,
In the head cap housing 410,
The pusher cover 412 surrounding the cam pusher 350 inserted from the outside to the inside is further formed to protrude into the inner space of the head cap housing 410 so that the control panel insert 205 and the housing insert 207 communicate One-touch button type shower head, characterized in that the through-hole 206 is formed to be closed.

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