KR200412332Y1 - Foot operated water siving Sink Device - Google Patents

Abstract

The present invention relates to a water-saving sink faucet, and if anyone adds an intermittent device to the sink faucet, they can use the foot freely to control the sink faucet without having to manually operate the sink faucet. Because it can be used, it is easy to solve the waste of water by using it in a water-flowing state because of the hassle of opening and closing frequently with a hand with detergent in a short time.

If you need to open and close frequently within the short time as described above, step on the foot member of the foot pressing device, repeat the operation to remove the use, and if you need to maintain the water supply for a long time Water supply is maintained because the hook accessory is mounted in the hook groove.

The present invention installs the opening and closing member for adjusting the feed and the stage in the sink faucet, and the opening and closing member is connected to the foot presser to be located at the bottom of the sink, so that the user can adjust the feed and the stage through the foot presser. It was. Since the wire connected to the perturbation member in the sink faucet is connected to the foot presser to be placed under the sink through the elbow-type member and the flexible, the user removes the existing sink faucet and installs it in that position when the sink faucet is replaced. It is easy to install, so anyone can install it even if they are not experts.

The present invention maintains the water supply when pressing the foot member of the foot pressing device, and can press the foot member again to make it singular. It is an object of the present invention to be able to use the sink faucet in a convenient state, and to save water by quickly operating the foot presser.

Sink, sink faucet, opening and closing member, perturbation member, foot presser

Description

Water operated sink faucet {Foot operated water siving Sink Device}

Figure 1. Configuration diagram of the sink faucet to which the subject innovation is applied

Figure 2. Flowchart of internal device of think faucet

Figure 3. Inside perspective view

Figure 4. Side sectional view of the foot presser for sink receiving

※ Explanation of symbols for main parts of drawing

1a: Think Faucet 1b: Wire

1c: flexible 1d: foot presser

1e: Think stand

2a: water supply passage 2b: opening and closing member access passage

2c: Inspection hole 2d: Inspection hole cover

2e: opening and closing member 2f: elastic body

2g: Perturbation member 2h: Elbow type member

2i: Roller pin 2j: Water inlet

2k: Sink faucet rear part

3a: scaffolding member 3b: scaffolding accessory

3c: hanging groove member 3d: hanging groove member

3e: elastomer 3f: scaffold member support

3g: Scaffolding member shaft pin 3h: Adhesive

3i: Foot presser end fixing member 3i: Wedge

3k: reverse rotation prevention member

The present invention relates to a water-saving sink faucet, and if a simple opening and closing device is added to the sink faucet, it is convenient because anyone can freely adjust the water supply and the number of stages by using their feet without having to operate the sink faucet handle by hand. The sink faucet can be used, so it can easily solve the waste of water used by passing it through the water because of the hassle of opening and closing frequently with detergent-containing hands within a short time.

The present invention is to install the opening and closing member in the sink faucet, the opening and closing member is connected to the foot presser to be located in the sink base by a wire, so that the user can adjust the supply, the number of steps through the foot presser.

Since the wire connected to the perturbation member in the sink faucet is connected to the foot member of the foot presser through the elbow type member and the flexible member, the user removes the existing sink faucet and installs it in its position when the sink faucet is replaced. Since no modifications were made to the existing faucets, the installation is simple, so anyone can install it even if they are not experts.

In order to solve the problems caused by the use of the water flow because of the hassle to open and close frequently, water-saving sink faucet using the foot has been announced and used.

However, in the conventional foot-based technology, the user needs to install a plurality of supply pipes at the sink faucet under the sink base, install a water supply / single valve at the bottom of the supply pipe, and connect a scaffolding device that needs to operate the water supply / water valve. It is difficult to install, and the technology of touching the contact switch using the foot is used, but this method also draws a cold and hot water supply pipe into the sink, and installs an electronic valve in each pipe, Must be connected to the pipe facing the sink faucet, and the electronic valve must also be powered by a battery or a charger. Therefore, it must be a complicated structure. Therefore, the user must install the complex faucet as described above in a narrow space. It's not easy to decide to replace a sink faucet .

In order to solve the problems described above, the present invention constitutes a water supply passage in a sink faucet, installs an opening and closing member that can control the water supply passage, and makes the faucet easy to operate by allowing the opening and closing member to be operated through a foot pressing device. The purpose of the present invention is to make it possible to save water while using conveniently.

In order to realize the above object, a water supply passage was formed in the sink faucet, the water supply passage was opened and closed through the opening and closing member, the opening and closing member was connected to the perturbation member tip, and the wire tip was connected to the inside of the perturbation member.

The wire passes through the elbow-type member and the flexible inside to be connected to one side of the foot presser to be located at the bottom of the sink, and the foot presser allows the opening / closing member to control the water supply path by controlling the supply and the number of stages. In forming a water-saving sink faucet,

An opening and closing member configured to constitute a water supply passage inside the sink faucet, and to control the water supply passage;

An access passage configured for an opening and closing member in the sink faucet;

A perturbation member including an elastic body for dynamic reciprocation of the opening and closing member;

An inspection hole configured to extend the access passage and constitute a rear surface of the sink faucet;

A cover hole check hole cover of the check hole;

An elbow member to press-fit the perturbation member in the inspection hole cover;

Roller pins for reducing the frictional force during the support of the wire and the movement of the wire before and after the elbow;

Flexible to be connected to the terminal of the elbow-shaped member;

A foot pressing device to be coupled to the flexible terminal;

A wire connected to the perturbation member and entered into the foot pressing device through an elbow member and a flexible body;

A scaffold member to be coupled to a wire terminal which enters into the foot pressing device;

A scaffold member supporter configured for mechanical action of the scaffold member;

An elastic body for elastic action of the scaffold member;

A shaft pin for coupling the scaffold member support and the scaffold member;

A reverse rotation preventing member for preventing reverse rotation of the scaffold member;

A foot presser tip fixing member for fixing the foot presser tip;

Adhesive for fixing the foot presser to the floor;

Water-saving sink faucet using a foot pressing device, characterized in that consisting of the footrest hook member and the hook groove configured to maintain the water supply by the footrest member

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

1 is a configuration diagram of a sink faucet.

The elbow member 2h is coupled to the rear surface of the sink faucet 1a, and the flexible 1c is connected to the terminal of the elbow member 2h, and the flexible 1c is a foot pressing device between the sink 1e and the wall. Is bound to (1d).

2 is a flowchart of an internal device of the sink faucet 1a.

An opening and closing member 2e is configured to allow the opening and closing member 2e to reciprocate and control the water supply passage 2a configured inside the sink faucet 1a, and to open and close the water supply passage 2a. The reciprocating member 2g including the elastic body 2f so as to reciprocate horizontally and elastically open and close the water supply passage 2a, and the feed and the stage of the sink faucet 1a are provided by the foot pressing device 1d. It was adjusted.

An elbow member 2h was provided as a means for connecting the sink faucet 1a and the foot presser 1d, and a roller pin 2i was installed inside the elbow member 2h to be connected to the perturbation member 2g. When the wire 1b is pulled by the foot depressor 1d, it maintains a pull point of a constant height and makes it possible to reduce the frictional force.

The tip of the perturbation member 2g is connected to the opening and closing member 2e, and the terminal is pressed by the elbow-shaped member 2h at the rear surface of the check hole cover 2d of the sink 1a.

3 is an internal perspective view of the sink faucet.

4 is a side cross-sectional view of the foot pressing device 1d for the sink faucet 1a.

The wire 1b connected to the perturbation member 2g is coupled to the foot member 3a of the foot pressing device 1d via the elbow-shaped member 2h and the flexible 1c to step on the foot member 3a, The water supply passage 2a is interrupted by the removing operation, and the supply and the number of stages can be adjusted.

When water is to be maintained for a long time, press the foot member 3a and then lift the foot slightly so that the footrest attachment member 3b binds to the hook groove 3d, and the foot member 3a returns to its original position. The water supply is maintained because it is impossible, and when it is necessary to cut the water, if the footrest member 3a is pressed again, the footrest attachment member 3b is separated from the hook groove 3d by the wedge 3j, and the elastic body 3e. The footrest member 3a is returned to its original position by a), and the water supply passage 2a is cut off by the opening / closing member 2e to be connected to the perturbation member 2g.

At this time, the reverse rotation preventing member 3k was configured such that the spring member 3a was not reversed by the elastic body 3e so as not to be reversely rotated more than the designated position upon returning to the original position.

The foot pressing device 1d is fixed by the tip fixing member 3i and the adhesive 3h.

As described above, the foot presser can be quickly and easily operated by using a foot, so that the waste water that comes from using the water can not be cut off due to the hassle of frequently operating the sink faucet handle with a hand soaked with detergent. In addition, since the supply and singular device is configured inside the sink faucet, when the user replaces the sink faucet, the user removes the existing sink faucet and installs it in the same place, and installs the flexible wire embedded in the bottom of the sink stand. Since it is connected to the pressing device, anyone can install it without difficulty even if it is not an expert, so that it is possible to save water while using the sink faucet simply and conveniently.

Claims (3)

A water supply passage 2a configured inside the sink faucet 1a; An opening / closing member (2e) for controlling the water supply passage (2a); An access passage (2b) configured for the opening / closing member (2e) in the sink faucet (1a); A perturbation member (2g) including an elastic body (2f) for dynamic reciprocation of the opening and closing member (2e); An inspection hole (2c) formed on the rear surface of the sink faucet (1a) by extending the access passage (2b); A cover hole check hole 2a of the check hole 2c; An elbow member (2h) to press-fit the perturbation member (2g) in the inspection hole cover (2d); A roller pin (2i) for reducing the frictional force when supporting the wire and moving before and after the wire (1b) in the elbow-shaped member (2h); Flexible (1c) to be connected to the terminal of the elbow member (2h); Foot pressing device (1d) to be coupled to the flexible (1c) terminal; A wire 1b connected to the perturbation member 2g and entering the foot pressing device 1d through an elbow-shaped member 2h and a flexible 1c; A scaffold member 3a to be coupled to a wire terminal which enters into the foot pressing device 1d; A scaffold member supporter (3f) configured for the mechanical action of the scaffold member (3a); A shaft pin (3g) for supporting the scaffold member (3a) and the scaffold member; A reverse rotation prevention member (3k) for preventing the reverse rotation of the scaffold member (3a); Water-saving sink faucet (1a) using the foot pressing device (1d) characterized in that consisting of the footrest hanger accessory member (3b) and the hook groove (3d) configured to maintain the water supply by the footrest member (3a) The method of claim 1 Water-saving sink faucet 1a using foot press device 1a, characterized in that the elbow member 2h is constituted as a means for connecting the sink faucet 1a and foot press device 1d. The method of claim 1 In order to maintain the water supply, when the footrest member 3a is gently pressed in the state of being pressed, the footrest attachment member 3b is bound to the hook groove 3d, so that the water supply can be maintained for a long time, and the footrest member 3a is again provided. When pressing, the scaffold member attachment hook 3b is separated from the hook groove 3d by the wedge 3j of the hook groove member 3c, so that the scaffold member 3a returns to its original position and is perturbed by interlocking. Water-saving sink faucet 1a using foot press device 1d configured to be cut off by water supply passage 2a blocked by opening / closing member 2e connected to member 2g.

Images