KR200390695Y1 - Foot operated water saving faucet - Google Patents

Abstract

The present invention relates to a water-saving faucet, and if a simple device is added to the existing faucet, anyone can operate the faucet handle freely by hand, and can use the foot freely to supply and cut water. Since the faucet bracket can be used, it can be easily solved the waste of water that comes from using it while passing water because of the hassle of opening and closing frequently within a short time.

If you need to open and close frequently in the short time as described above, step on the foot depressor, repeat the operation to use repeatedly, if you need to maintain the water supply for a long time to keep stepping on the foot depressor so that your back or body Therefore, at this time, if you lift a little while holding down the foot pressing device, the hook member is mounted in the hook groove, so the water supply is maintained.

The present invention incorporates an opening / closing disc to enable feeding and cutting in the faucet bracket, and the opening / closing disc is connected to a foot presser which will be located at the bottom of the washbasin, so that the user operates the foot presser using his foot. Class and singular were made possible. Flexible wires with built-in wires in the faucet pass through the openings of the faucet and the accessory holes of the basin, and are connected to the foot presser located at the bottom of the basin, so when the user wants to replace the faucet, the faucet is removed from the existing basin. And since it is installed in its location, it is easy to install, so anyone can install it even if it is not an expert.

The present invention maintains the water supply by pressing the presser of the foot presser, and the presser presses the presser again, so that the number of steps can be adjusted by using the foot. It is an object of the present invention to be able to use the faucet bracket conveniently in the state, and to save water by quickly operating the foot pressing device.

Description

Water-saving faucet using foot press device {Foot operated water saving faucet}

The present invention relates to a water-saving faucet, and if a simple device is added to the existing faucet, anyone can operate the faucet handle freely by hand and use the foot to freely feed the water. Since the faucet bracket can be used, it can be easily solved the waste of water that comes from using it while passing water because of the hassle of opening and closing frequently within a short time.

The present invention incorporates an opening / closing disc for feeding and cutting in the faucet bracket, and the opening / closing disc is connected to a foot presser to be located at the bottom of the washbasin, so that the user operates the foot presser using his foot. Class and singular were made possible.

Flexible wires with built-in wires in the faucet pass through the openings and accessory holes of the basin, and are connected to the foot presser. When the user wants to replace the faucet, the faucet should be removed from the existing basin and installed as it is. Since no modifications were made to the faucets, the installation is simple, so anyone without a professional can install it.

As described above, in order to solve the problem of being used in a water-repellent state due to the trouble of frequently operating the faucet handle within a short time, such as washing face, water-saving faucet devices using the foot have been announced and used.

However, in the water-saving faucet using the conventional foot, a valve body is installed in the lower part of the wash basin, and a valve body equipped with cold and hot water supply pipes from the cold and hot water valves to the valve body and cold and hot water supply pipes from the valve body to the faucet bracket. In the prior art, a large number of supply pipes should be installed at the lower part of the washbasin, and the supply and drain valves should be installed at the bottom of the supply pipe, and the scaffolding device to operate the supply and supply valves should be connected. Therefore, it is difficult for the user to purchase and install, so that the user can be hesitant to replace the faucet bracket, and also, there is a problem in producing the product while satisfying productivity, economy, practicality, etc., which come from the complexity of the device.

The purpose of the present invention is to embed a simple open and close disk unit in the existing faucet, and to operate the opening and closing disk through the foot pressing device is intended to be able to save water while using the faucet conveniently.

In order to achieve the above object, the present invention is to install a water supply port in the existing faucet bracket, and to open and close the water supply port through the opening and closing disk, the opening and closing disk is connected to one side of the first wrinkle member and the other side of the first wrinkle member It is connected to the wire, and the wire is connected to one side of the foot press which will be located at the bottom of the wash basin through the buried passage, through the buried passage, and through the opening of the basin and the access hole of the basin for adjusting the basin member. In forming a power-saving faucet tool using a foot presser which enables rapid and single cut by operation of the device;

An opening and closing disk including a disk pad for installing and opening a water supply port in the faucet bracket;

A movable bracket member supporting the opening / closing disc and being coupled with a hinge for smooth rotation of the opening / closing disc;

A first pleating member (including other members for other purposes) having a heat-shrinkable and corrosion-resistant material and capable of relaxing and contracting wires in and out between the supply chamber and the buried furnace;

The opening and closing disk is connected to the first wrinkle member is opened and closed by the foot pressing device, the movable bracket accessory member for maintaining a constant point of attraction for pulling the opening and closing disk by the first wrinkle member through the wire;

A first wrinkle member holder made of metal to which the first wrinkle member is to be kept airtight in the supply chamber;

An entrance through which the wire is allowed to enter and exit between the supply chamber and the buried passage through an inner through hole of the first wrinkle member holder;

A first fastening nut to press-fit the first wrinkle member holder at an entrance;

An embedding furnace formed so that the wire passing through the supply chamber is embedded in the flexible;

An opening configured to be screwed into the connecting member to fix the flexible one side in which the wire is embedded in one of the embedding furnaces, and the other end of the flexible portion to be attached to the detachable surface of the faucet so as to face the lower part of the sink along the embedding path;

A wash basin attachment hole (an access passage of a basin cladding member adjusting rod) to be used as a means for connecting a faucet fitting on the upper part of the wash basin and a foot presser to be located at the bottom of the wash basin;

A foot press device which is pressed by the second fastening nut to the flexible terminal fixing member which has passed through the opening of the faucet bracket and the basin attachment hole (the access passage of the basin water blocking member adjusting rod);

An elastic member for allowing the pusher of the foot presser to elastically move up and down;

A second pleating member for maintaining the airtightness of the foot presser pusher portion;

A release preventing key (circle) for preventing the release of the press during restoration in the up and down movement of the press;

A rotating body to rotate left and right by the pusher;

The rotating body is coupled to the rotating body support by the rotating shaft pin, the guide groove configured to induce the vertical axis terminal projection of the pressing for binding of the pressing;

When the presser is pressed vertically by the foot, the upper body of the rotating body slides like a slide to rotate the rotating body, the projection of the pressing vertical axis terminal for the binding of the pressing member and the rotating body;

A groove formed vertically on an outer circumferential surface of the rotating body such that the wire terminal is bound by a split pin:

A tension adjusting hole configured to adjust a tension of a wire in the pivot body;

Split pins to bind the wire terminal in the tension adjusting hole of the rotating body;

The pressurizing device of the foot presser is characterized in that the water supply is maintained, and when the presser is pressed again, the hook member is configured to be cut in number, and the attached catch or hook groove, the movable bracket member for the hook, and the like. .

Hereinafter, examples of the present invention will be described in detail with reference to the accompanying drawings.

Figure 1 is a schematic installation of the water-saving faucet using the foot pressing device (6v) of the present invention, Figure 2 is a faucet without the internal device such as the opening and closing disk (3a), Figure 3, Figure 4 is a side cross-sectional view showing the number of stages and the water supply state by the foot presser 6v after the opening / closing disk unit is installed.

FIG. 5 shows the state of FIG. 3 in a rear view, and FIGS. 6 and 7 are side cross-sectional views showing the number of stages and the water supply state of the foot pressing device 6v.

Fig. 8 is a side cross-sectional view of the moment when the presser 6a is pressed again by the foot presser 6v in the state of maintaining the water supply, and the hooking member 6r is detached from the hooking groove 6u to be cut.

As shown in the figure, the present invention uses a basin attachment hole as a means for connecting the faucet bracket to be installed on the top of the basin and the foot presser to be located at the bottom of the basin, and is connected to the opening / closing disk 3a inside the faucet. The wire 6q is embedded in the flexible 5e to the foot presser 6v to be positioned at the lower part of the basin through the opening 5d of the faucet fitting detachable surface and the basin attachment hole (the access passage of the basin adjusting member for the basin). When the user operates the foot presser 6v, the pusher 6a, which is pressed vertically by the foot, slides the upper body of the pivot 6f like a slide to rotate the pivot 6f. Since the opening and closing disk 3a is pulled by the length of rotation, the water inlet 2a is opened so that cold and hot water are discharged.

As shown in FIG. 2, a water supply port 2a is installed in the existing faucet, and a check hole 2c is formed at the bottom of the supply chamber 2d, and a wire 6q is provided between the supply chamber 2d and the buried passage 5a. Install an entrance (2e) for entry and exit of.

An opening 5d is installed on a detachable surface on which the faucet is detached from the upper part of the washbasin, and the wire 6q passing through the supply chamber 2d is built in the flexible 5e to face the opening 5d. An embedding furnace 5a is formed in the bottom surface.

FIG. 3 is provided with an opening / closing disc 3a including a water pad pressing disk pad 3b for opening and closing the water inlet 2a in FIG. 2, so that the opening and closing disc 3a can be rotated left and right. It hinged to the movable bracket member 3c.

The movable bracket member 3c is provided with a attraction point holding accessory member 3d for keeping the wire attraction point constant when the opening / closing disc 3a is pulled by the foot pressing device 6v and the first wrinkle member 3e. It was.

The opening / closing disk 3a is connected to the tip of the first wrinkle member 3e which is installed to maintain the airtightness between the supply chamber 2d and the buried passage 5a and to allow the wire 6q to enter and exit. 1, the back side of the tip of the wrinkle member 3e (inside the wrinkle member) is connected to one side of the wire 6q, and the first wrinkle member 3e is a metal first wrinkle member holder 3f that can be press-fitted for airtightness. The first wrinkle member holder (3f) is inserted into the entrance (2e) penetrated between the supply chamber (2d) and the buried passage (5a) is pressed by the first fastening nut (3h).

The wire 6q enters the buried path 5a through the through hole in the inner surface of the first wrinkle member holder 3f and is embedded in the flexible 5e, and one side of the flexible 5e having the wire 6q is connected to the connection member. (5f) is screwed to the bottom of the buried passage (5a), the other side of the flexible through the buried passage (5a) through the opening (5d) and the basin attachment hole (access passage of the wash basin member adjusting rod) It is coupled to the foot pressing device (6v).

4 shows that when the foot presser 6v is operated in the singular state of FIG. 3, the presser 6a is pressed to rotate the pivoting body 6f and the opening / closing disc 3a connected to the first wrinkle member 3e. Is a state diagram in which cold and hot water are discharged by opening the water supply port 2a.

6 is a side cross-sectional view of the foot pressing device 6v.

When the flexible terminal side fixing member 6n is coupled to the foot pressing device 6v, the wire terminal 6l entering the inside of the foot pressing device 6v is divided into a split pin 6m at the tension adjusting hole 6j of the rotating body 6f. ), The rotating body (6f) is coupled to the rotating body support (6e) by the rotating shaft pin (6g) to prepare to rotate left and right.

The rotating body 6f is rotated by the pressing of the presser 6a, and is provided with an elastic member 6b for elastic up and down movement of the presser 6a, and at the time of returning the presser 6a. A second wrinkle member 6c is provided for airtightness of the release preventing key (circle) 6d and the foot presser 6v to prevent the detachment.

7 is a state diagram of the foot press device 6v in which the water supply state is maintained.

When the user operates the foot presser 6v, the presser 6a pressed vertically slides the upper surface of the rotating body 6f like a slide and rotates the rotating body 6f. Since the opening / closing disk 3a connected to 6q) is pulled out, the water supply port 2a is opened to discharge cold and hot water.

At this time, the hooking member 6r hinged to the movable bracket member 6t at the upper portion of the rotating body 6f is guided to the hooking groove 6u by the inclination of the rotating body 6f, so that the rotating body ( 6f) cannot return to the original position and water supply is maintained.

Fig. 8 shows the hook member attachment catches by the rotating body 6f when the user presses the pusher 6a of the foot presser 6v again to make the water cut in the state where the water supply of Fig. 7 is maintained. 6s) is lifted and the hooking member 6r is detached from the hooking groove 6u so that the pivoting body 6f returns to its original position, and the wire terminal 6l is bound and pulled to the pivoting body 6f. The opening / closing disc 3a connected to the wire 6q and the wire 6q is also returned to its original position.

As described above, it is possible to supply and cut water by simply operating the foot pressing device with a foot, and thus it is possible to reduce the waste of water used since the water can be kept in a water flow state without being cut because of the trouble of frequently operating the faucet handle. If the user wants to replace the faucet, the existing faucet should be removed from the basin and installed as it is, and the flexible wire with built-in sink will be installed in the faucet. Since it is necessary to connect to the foot presser under the wash basin, the user can easily install and save water while using it conveniently.

Figure 1. Implementation diagram of the water-saving faucet fixture of the present invention

Figure 2. Side cross-sectional view of a faucet bracket without internal devices

Figure 3. Side sectional view of the power receiver bracket with internal device (single state)

Figure 4. Side cross-sectional view of a faucet bracket indicating water supply status

Figure 5. Back view of the faucet bracket with internal devices

Figure 6. Side cross section of foot presser

Figure 7. Side sectional view of foot presser to maintain water supply

Figure 8. Side cross-sectional view of the foot presser at the moment the hook member is to be cut out from the hook groove

※ Explanation of Major Parts of Drawings

1a: Faucet bracket 1b: Wash basin

 2a: water supply port 2b: water supply channel

2c: Inspection hole 2d: Supply chamber

2e: gateway

3a: open / close disk 3b: disk pad

3c: Opening and closing disc movable bracket member 3d: Moving bracket attached member

3e: first wrinkle member holder 3f: first wrinkle member holder

3g: 1st rubber member 3h: 1st tightening nut

3i: Movable bracket fixing screw

5a: buried road 5b: buried road cover

5c: buried cover fixing screw 5d: opening

5e: flexible 5f: flexible connecting member

5g: Flexible connection member set screw 5h: Buried passage connecting passage

5i: member adjusting rod hole for wash basin

6a: pusher 6b: elastic member

6c: Second wrinkle member 6d: Key release prevention key

6e: Roller Support 6f: Roller

6 g: rotating shaft pin 6 h: pusher end projection guide groove

6i: Push terminal end 6j: Wire tension adjustment hole

6k: wire terminal binding longitudinal groove 6l: wire terminal

6m: Wire end hanger Split pin 6n: Flexible end fixing member

6o: 2nd rubber member 6p: 2nd tightening nut

6q: wire 6r: hook member

6s: Clamp attached to the hook member 6t: Movable bracket member for the hook

6u: Hook Groove 6v: Foot Pusher

Claims (14)

An opening / closing disk 3a including a disk pad 3b for providing a water supply port 2a in the power receiving bracket and opening and closing the water supply port 2a; The opening and closing disk (3a) and the movable bracket member (3c) coupled to support by a hinge to enable left and right rotation; A holding attachment member (3d) for maintaining a constant wire attraction point on the movable bracket member (3c); A first pleating member (including other members for other uses), which can be relaxed and contracted for entering and exiting the wire 6q between the supply chamber 2d and the buried passage 5a, and is made of heat and corrosion resistant materials; A first wrinkle member holder (3f) made of metal to which the first wrinkle member (3e) is mounted to maintain the airtightness of the supply chamber (2d) and to be press-fitted by the first fastening nut (3h) at the doorway (2e); The wire 6q connected to the opening / closing disk 3a and the first wrinkle member 3e may be allowed to enter and exit between the supply chamber 2d and the buried passage 5a through a through hole inside the first wrinkle member holder 3f. A doorway 2e so provided; An embedding passage 5a formed such that the wire 6q passing through the supply chamber 2d is embedded in the flexible 5e and buried; The coupling member 5f is screwed so that one side of the flexible 5e can be fixed to one surface of the buried passage 5a, and the other end is connected to the foot pressing device 6v toward the lower side of the wash basin through the buried passage 5a. Water-saving faucet using the foot press device 6v characterized in that the opening 5d is formed on the detachable surface of the faucet. The method of claim 1, The flexible 5e in the faucet is used as a means for connecting the foot presser 6v at the lower side of the wash basin 1b to use a hole attached to the wash basin 1b (an access passage of a member opening / closing adjustment rod for the wash basin) Water-saving faucet using foot press device The foot to be press-fitted by the second fastening nut 6p to the flexible terminal fixing member 6n after passing through the opening 5b of the faucet bracket and the attachment hole of the basin 1b (the access passage of the member opening / closing adjustment bar for the water basin). Pressing device 6v; An elastic member 6b for elastic up and down movement of the foot presser 6v and the pusher 6a; A second pleating member (6c) for hermetic holding of the foot presser (6v) presser (6a); A release preventing key (circle) 6d for preventing the release of the press during restoration in the up and down movement of the press 6; A rotating body 6f to be rotated left and right by the pusher 6a; A rotatable support 6e for engaging the rotatable body 6f with the rotatable shaft pin 6g; A groove 6k formed vertically on the outer circumferential surface of the rotating body 6f so that the wire terminal 6l can be bound by the split pin 6m; A tension adjusting hole 6j configured to adjust the tension of the wire 6q on the pivot 6f; A split pin 6m for engaging the wire terminal 6l in the tension control hole 6j of the pivot 6f; A movable bracket member 6t for supporting the hooking member 6r on the upper part of the rotating body 6f; A hook member 6r including a hook member attachment claw 6s to be engaged with the white paper by the movable bracket member 6t; Water-saving faucet using a foot pressing device, characterized in that consisting of a hook groove (6u) to be mounted by inducing the hook member (6r) 4. The water supply holding means according to claim 3, If you need to open and close frequently within a short time, step on the foot presser and repeat the operation to use, and when you need to maintain the water supply for a long time, press the foot 6a of the foot presser 6v in the state When slightly lifted up, the hook member 6r is mounted on the hook groove 6u due to the tilting of the pivot, and the water supply is maintained because the pivot 6f cannot be returned. When the presser 6a of the apparatus 6v is pressed again, the clamping member attached clamp 6s is lifted by the pivoting member 6f, and the hooking member 6r is detached from the hooking groove 6u, and the pivoting body ( 6f) returns to its original position, so that the water-saving faucet using the foot press device 6v, characterized in that it is constructed in a singular manner. delete delete delete delete delete delete delete delete delete delete