JPH07275068A - Movable washing apparatus - Google Patents

Abstract

PURPOSE:To provide a movable washing apparatus capable of being connected and fixed to a barbers and beauty chair having water supply and drain valves or the inner wall surface of a room and capable of performing water supply and drain in a washing bowl by moving the washing bowl by parallel links. CONSTITUTION:A movable washing apparatus is equipped with a base stand 8 movable by castors 9 and the washing bowl B2 attached to the base stand through parallel links 10, 11 so as to move in parallel to a horizontal direction. Further, the washing apparatus is equipped with the water supply and drain valve 23 attached to the base stand 8 in a freely movable manner and moved in a horizontal direction by the revolution of the parallel links 10, 11 to be connected to the water supply and drain valve on the side of the fixing member of a barbers and beauty chair and the lock means engaged and disengaged with respect to the fixing member of the base stand 8.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention is for washing hair wash balls, spit-on balls and the like, which are detachably attached to a fixing member such as a chair for hairdressing and beauty treatment and a chair for dental treatment, and can be connected and connected to supply and drain water Regarding the device.

[0002]

2. Description of the Related Art Conventionally, for example, in a beauty salon, a cut booth in which a beauty chair is installed is generally separated from a shampoo booth in which a shampoo unit is installed. In front of (or behind) each barber chair, a shampoo unit is typically installed bare or on the back of the lid.

[0003]

By the way, in a barber shop where the cut booth and the shampoo booth are separated from each other, when shifting from beauty work such as hair cutting to shampoo work, the customer is changed from the cut booth to the shampoo booth. There was the inconvenience of moving it.

Further, the shampoo unit in a barber shop does not have the trouble of moving a customer like a beauty salon, but when it is a bare shampoo unit, there is a problem that it spoils the aesthetics of the room. There was also a problem that the barber's movement range was limited.

Further, when there are a plurality of barber chairs in a barber shop, one shampoo unit is installed in each barber chair, even though the barber chairs are not shampooed at the same time. There was also a problem that it would cost a lot of money.

The present invention is intended to solve the above-mentioned problems, and an object of the present invention is to connect and fix the cleaning ball to a hairdressing chair having a water supply / drainage valve or a wall surface in a room and move the cleaning ball by a parallel link. Therefore, it is an object of the present invention to provide a movable cleaning device capable of supplying and discharging water to and from a cleaning ball.

Further, since the cleaning ball can be locked at a free position in parallel movement and the height and the front-back direction of the cleaning ball can be adjusted, the height of the backrest can be increased when the fixing member is a chair. The purpose of the invention is to provide a movable cleaning device which is easy to use and matches.

[0008]

The movable cleaning apparatus of the present invention is intended to achieve the above-mentioned object, and the means includes a base movable by casters and a parallel link to the base. And a cleaning ball attached via a cleaning ball attached so as to move in parallel to the horizontal direction, and attached to the base so as to be movable and move in the horizontal direction by the rotation of the parallel link. The water supply / drainage valve connected to the water supply / drainage valve on the fixing member side, and the locking means for engaging and disengaging the base with respect to the fixing member.

Further, the parallel movement of the cleaning ball may be fixed at a desired position by a lock mechanism provided on the parallel link, and further, between the upper end of the parallel link and the cleaning ball. You may interpose the adjustment means which makes the washing | cleaning ball movable to the front-back direction and the up-down direction.

[0010]

In the movable cleaning device of the present invention constructed as described above, the water supply / drainage valve is moved in parallel by moving the cleaning ball by the parallel link after being fixed to the hairdressing and beauty chair or the wall surface by the lock means. It is connected to a water supply / drainage valve provided on a chair or wall.

Further, since the parallel link is provided with the locking means, the parallel link is tilted by releasing the locking means, tilted at a desired angle, and then locked by the locking means to wash the parallel link at a desired horizontal position. The ball can be moved and fixed.

Further, when the amount of movement is insufficient only by the movement of the cleaning ball by the parallel link, only the cleaning ball can be adjusted in the front-back direction and the vertical direction by the adjusting means, and the cleaning ball can be moved to a desired position. Can be installed.

[0013]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS An embodiment in which a sink device, which is a movable cleaning device according to the present invention, can be removably attached to a hairdressing and beauty chair will be described below, and in connection with this cleaning device. Also describe suitable hairdressing chairs. A is a hairdressing and beauty chair (hereinafter, simply referred to as a chair), B is a movable sink, and a sink device which is a hair-washing ball in which a ball B ₂ is formed so as to be movable in parallel with a base as shown in FIG. A plurality of chairs A are installed facing the mirror M mounted in the room. In this room, a hot water supply pipe C, a water supply pipe D and a drain pipe E are installed under the floor where the chair A is installed so as to pass under each chair A.

The hot water supply pipe C and the water supply pipe D are the chair A.
Is connected to an electronic mixing faucet G installed at the lower part of the room (the electromagnetic valve can be controlled from the outside to control the amount of water mixed with hot water), and the drain pipe E is located at the bottom of the chair A. It is connected to the drainage pipe installed in.

On the other hand, in the sink device B, a shower B ₁ connected to the electronic mixing faucet G, a drain pipe for draining water flowing to a ball B ₂ connected to the drain pipe, and the electronic mixing faucet G. And a touch switch B ₃ for controlling the. In addition, touch switch B ₃
The lead wire is connected to the terminal arranged at the bottom of the sink device B, and the lead wire from the electronic mixing faucet G is connected to the terminal arranged at the bottom of the chair A.

The cleaning device thus constructed is connected to the electronic mixing faucet G installed on the lower back surface of the chair A by connecting the sink device B to the chair A when trying to wash the hair in the hairdressing work. Hot water supply valve 4 (see FIG. 5) and drain valve connected to the drain pipe (see FIG. 5)
And a shower B ₁ installed in the lower front of the sink device B
The hot water supply valve 23 (see FIG. 7) connected to the drainage pipe and the drainage valve (see FIG. 7) connected to the drainage pipe are connected to each other, and the terminal B ₄ connected to the touch switch B ₃ with a lead wire (see FIG. 7) 9) and a terminal G ₁ (see FIG. 9) connected by a lead wire from a control circuit for controlling the electronic mixing faucet G.
(See) and are electrically connected.

After tilting the sink device B in a direction away from the chair A, the seat A ₁ of the chair A is raised and the backrest A ₂ is tilted, so that the head of the subject is placed on the ball B ₂ . Get on the edge. In this state, by operating the touch switch B ₃ , the electronic mixing faucet G is controlled to supply hot water to the shower B ₁ , and the touch switch B ₃ is operated to control the amount of hot water and the hot water temperature to wash hair. Is done. The washed water is drained from the ball B ₂ to the drain pipe E through the drain pipe.

The raised position of the seat portion A ₁ and the tilted position of the backrest A ₂ of the chair A are automatically set. Further, the tilt of the sink device B may be automatically performed in conjunction with the operation of the chair A.

Next, the details of the above-mentioned hairdressing and beauty chair A are shown in FIG.
~ It demonstrates together with FIG. 3 is an exploded perspective view showing a state in which the hairdressing and beauty chair A is attached to the floor surface, FIG. 4 is a side view, and FIG. 5 is a plan view of the same as above. The floor base 1 is an electronic mixing faucet G and a chair base of the chair A. 2 is attached. In the standing piece 1a in front of the floor base 1, a hot water supply valve 4 connected to the electronic mixing faucet G by a hot water supply pipe 3, a drainage valve 6 connected to a drainage pipe 5, and a sink device described later. A pin receiving member 7 into which the positioning pin in B is inserted is attached.

Further, the chair base 2 is provided with a hairdressing and beauty chair A in which the seat A ₁ moves up and down and the backrest A ₂ rises and lowers. The hydraulic cylinder A ₃ for moving the chair up and down is a floor base. 1 and is formed to be longer than the cylinder of the normal chair A (that is, formed so that the vertical movement amount of the chair A is large).

The floor base 1 to which the chair A, the electronic mixing faucet G, and the like are attached in this manner is 1 from the base floor in the room.
It is inserted into a hole F ₁ formed in the floor F raised by 20 to 130 mm, and fixed to the floor F together with the floor base 1 and the chair base 2 by screws. Further, the input side of the electronic water faucet G is connected to a hot water supply pipe C from a water heater such as a boiler and a water supply pipe D from a waterworks, and the drainage pipe 6 is connected to a drainage pipe E, respectively. It is a thing.

Next, the details of the sink device B described above are shown in FIG.
~ It demonstrates with FIG. The sink device B is formed so that casters 9 are attached to the base 8 so as to be movable.
The lower ends of two parallel links 10 and 11 are attached to both sides of the parallel link 10, and the mounting base 1 is attached to the upper ends of the parallel links 10 and 11.
2 is attached. In addition, 13 is a parallel link 10,
11 is a spring that biases 11 in the standing direction.

Further, a horizontal moving base 14 which is horizontally movable (about 50 mm) and which can be fixed by a screw 14a is attached to the mounting base 12, and can be moved vertically with respect to the horizontal moving base 14 ( About 50 mm) and screw 1
A vertical moving table 15 that can be fixed by 5a is attached,
The ball B ₂ is fixed to the vertical moving table 15.

Both ends of a horizontal link 16 are axially supported between the parallel links 10 and 11, and the horizontal link 16 is also supported.
Stopper pieces 16a and 16b are attached to the to prevent the parallel links 10 and 11 from tilting. The parallel link 1
A stopper rod 17 is rotatably attached between 0, and a tip end of the stopper rod 17 is inserted into a known mechanical lock 18 attached to the horizontal link 16.

A flexible wire 19a which is moved forward and backward by a pedal 19 attached to the base 8 is connected to the mechanical lock 18, and when the pedal 19 is depressed to pull the wire 19a, the mechanical lock 18 releases the stopper rod 17 and the pedal 19 The mechanical lock 18 locks the stopper rod 17 when the wire 19a is released by opening the wire 19. Therefore, the parallel link 1
The inclined state of 0 and 11 is changed to the stopper pieces 16a and 16b.
It can be freely set within the range where it does not abut.

Further, a micro switch 20 is attached to the parallel link 11, a contact piece of the switch 20 corresponds to the horizontal link 16, and the parallel links 10 and 11 are inclined at a predetermined angle (inclined to an intermediate position in FIG. 6). ) Then, the contact piece is pushed and the micro switch 20 is turned on, and the on state is maintained even if the micro switch 20 is further tilted. The switch 20 is interposed between the touch switch B ₃ and the control device H (see FIG. 13) that controls the electronic mixing faucet G.

A block 21 slidably guided by a guide rail 8a is attached to the base 8 and the parallel link 10 is connected to the block 21 via a link 21a.
Is connected to the lower end extension 10a. This block 2
1, a hot water supply valve 23 connected to the shower B ₁ via a hot water supply pipe 22 and a drain valve 25 connected to the ball B ₂ via a drain pipe 24 are attached.

Therefore, when the parallel links 10 and 11 are tilted, the block 21 advances in the base 8 through the link 22, so that the hot water supply valve 2 attached to the block 21 is moved.
3 and drain valve 25 advance.

Further, a horizontal rod 8b is attached to the base 8, and one corner of a triangular rotary plate 26 is rotatably supported at both ends of the horizontal rod 8b. A foot rod 27 is attached between the other corners of the rotary plate 26, a communication rod 28 is attached to the remaining one corner of each rotary plate 26, and a connecting plate is attached to both ends of the communication rod 28. 29 is pivotally supported.

At one end of the connecting plate 29, one end of a substantially L-shaped lock plate 30 whose corners are pivotally supported by the base 8 is pivotally supported. A hook-shaped portion 30a is formed at the tip of the lock plate 30. Reference numeral 31 is a spring which is stretched between the base 8 and the connecting plate 29 and always biases the connecting plate 29 backward (to the left in FIGS. 9 and 10).

Therefore, when the stepping rod 27 is stepped against the spring force of the spring 31, the rotating plate 26 rotates counterclockwise in FIG. 10, so that the connecting plate 26 moves to the right. As a result, the lock plate 30 rotates in the direction in which the hook-shaped portion 30a opens in FIG.

Further, a positioning pin 32 for fitting with the pin receiving member 7 having a tapered hole formed in the chair A is attached to the front end of the substrate 8. A sink-shaped receiving portion 8c having tapered surfaces on both sides is formed at the lower front end of the sink device B, while the standing piece 2a of the chair A is formed.
Has a convex portion 2b shaped to fit into the receiving portion 8c, and a hook portion 2c that engages with the hook portion 30a is formed on the base side of the convex portion 2b. There is.

Therefore, the sink device B is moved to move the chair A.
By fitting the receiving portion 8c of the sink device B into the convex portion 2b, the taper surfaces come into contact with each other, so that the sink device B is automatically guided and the positioning pin 32 is inserted into the pin receiving member 7, so that To move forward.

Further, in the forward movement state, the lock plate 30
Since the hook-shaped portion 30a of the abutment abuts on the tapered surface of the convex portion 2b of the chair A, the moving force of the sink device B by a person against the spring force of the spring 31 is large, and thus the hook-shaped portion 30a is opened. Then, when reaching the hook portion 2c of the convex portion 2b, the hook portion 30a is closed and locked, and the sink device B is fixed to the rear of the chair A.

Further, in order to release the locked state and separate the sink device B from the chair A, the stepping rod 27 is stepped against the spring force of the spring 31, and the rotating plate 26 is rotated counterclockwise in FIG. Since it rotates in the direction, the connecting plate 29 moves to the right. As a result, the lock plate 30 rotates in the direction in which the hook-shaped portion 30a opens in FIG. Also, the lock plate 3
At the time of rotation of 0, the push piece 30b formed on the other end of the lock plate 30 pushes the rear end of the chair A, so that the sink device B
Is automatically separated from the chair A and can be separated.

Next, the details of the hot water supply valve 4 on the chair A side and the hot water supply valve 23 on the sink device B side will be described with reference to FIG. The hot water supply valve 4 on the chair A side is a taber-shaped receiving port 4a fixed to the upright piece 2a of the chair base 2.
An outer cylinder 4a having ₁ and inserted and fixed in the outer cylinder 4a,
It is inserted between an inner cylinder 4b having a guide hole 4b ₁ on the front end surface and a plurality of outlets 4b ₂ on the peripheral surface of the front end, and is inserted between the inner cylinder 4b and the outer cylinder 4a. a sliding tube 4c of the O-ring 4c ₁ sliding in a watertight state, and a spring 4d for spring-loaded to constantly distal side sliding cylinder 4c (the left in FIG. 11).

On the other hand, the hot water supply valve 23 on the sink device B side
The outer cylinder 23 having an O-ring 23b ₁ and the pipe 23a which is fixed to the block 22 to move relative to the base 8, the distal end inner circumferential surface fixed in a watertight state to the pipe 23a
b inside the outer cylinder 23b, a plurality of inflow ports 23c ₁ are formed on the peripheral surface of the distal end, and the inner cylinder 4b is formed on the distal end surface.
A sliding tube 23c having a guide protrusion 23c ₂ that is inserted into the guide hole 4b _1, and a spring 23d to spring-loaded to constantly distal side sliding tube 23c (right side in FIG. 11) . The inner diameter of the O-ring 23b ₁ is formed so as to be slidable in a watertight manner on the outer circumference of the inner cylinder 4b.

Next, a connection operation state with the hot water supply valves 4 and 23 will be described. FIG. 11A is a view immediately before the two hot water supply valves 4 and 23 are coupled to each other, and shows the sliding cylinder 4 c of the hot water supply valve 4.
Is pushed to the tip side of the outer cylinder 4a by the spring 4d. In this state, the two O-rings 4c ₁ of the sliding cylinder 4c are located on both sides of the outlet 4b ₂ of the inner cylinder 4b, and prevent the hot water from flowing out from the outlet 4b ₂ .

The sliding cylinder 23 in the hot water supply valve 23
The guide protrusion 23c ₂ of c is the guide hole 4c _{1 of the} sliding cylinder 4c.
And the tip of the outer cylinder 23b is positioned at the Taber-shaped receiving port 4a ₁ of the outer cylinder 4a.

From this state, when the water supply valve 23 on the sink device B side is pushed in as shown in FIG. 11B, the outer cylinder 23b advances against the spring force of the spring 23d and the outer cylinder 23b.
By the tip of b, the sliding cylinder 4c retracts against the spring force of the spring 4d. Then, the O-ring 23 of the outer cylinder 23b
When b ₁ fits into the outer circumference of the inner cylinder 4b, the outlet 4b ₂ of the inner cylinder 4b is opened, and the inlet 23c _{1 of the} sliding cylinder 23c is opened.
Since it communicates with the outer cylinder 23 through the outlet 4b ₁ and the inlet 23c ₁ , the warm water flowing from the water inlet into the inner cylinder 4b
It flows into b and is discharged from the outlet.

Further, as shown in FIG. 11C, the water supply valve 23
Push the even, only retracted to sliding tube 4c abuts the proximal end of the outer cylinder 4a, the outlet 4b ₁ and the inlet port 23c ₁
Is in a communication state, hot water flows from the water supply valve 4 on the chair A side to the water supply valve 23 on the sink device B side.

Next, the details of the drain valve 6 on the chair A side and the hot water supply valve 25 on the sink device B side will be described with reference to FIG. The drain valve 6 on the chair A side is a taber-shaped receiving port 6a fixed to the standing piece 2a of the chair base 2.
An outer cylinder 6a which O-ring 6a ₂ is attached to the inner circumferential surface which has a _1, the base portion 6b of the outer cylinder 6a guide holes 6b ₁
A valve body 6c in which a shaft 6c ₁ is inserted, and the valve body 6c
Is constituted by a spring 6d for urging the spring toward the valve seat 6a ₃ of the outer cylinder 6a.

On the other hand, the drain valve 25 on the sink device B side
Is a pipe 25a fixed to a block 22 that moves relative to the base 8 and having an O-ring 25a ₁ on its inner peripheral surface.
When, the pipe 25a by an O-ring 25a ₁ is attached in a watertight state, and the inner tube 25b and the shaft 25c ₁ in the guide hole 25b ₂ formed in the base of the inner cylinder 25b having a valve seat 25b ₁ to the tip There is inserted, and a valve body 25c having a rod 25c ₂ push tip, and a more a spring 25d which biases the spring towards the valve body 25c to the valve seat 25b ₁ of the inner cylinder 25b. The spring force of the spring 25d is weaker than the spring force of the spring 6d.

Next, the connection operation state with the drain valves 6 and 25 will be described. FIG. 12A is a view immediately before the two drainage valves 6 and 25 are coupled, and the valve body 6c of the drainage valve 6 is in contact with the valve seat 6a ₂ of the outer cylinder 6a by the spring 6d. Further, the valve body 25c of the drain valve 25 is in contact with the valve seat 25b ₁ of the inner cylinder 25b by a spring 25d, so that the water from the water inlet does not leak.

From this state, when the drain valve 25 on the sink device B side is pushed in as shown in FIG. 12B, the outer peripheral surface of the inner cylinder 25b has the Taber-shaped receiving port 6a ₁ of the outer cylinder 6a and is inserted into the O-ring 6a ₂ . As a result, the push rod 23c ₂ of the valve body 25c pushes the valve body 6c together (because the spring force of the spring 6c is weaker than the spring force of the spring 25c). When the movement of the valve body 6c is stopped, the valve element 25c is retracted against the spring force of the spring 25d, the valve element 25c is distraction from the valve seat 25b ₁ of the inner cylinder 25b. Thus, waste water from water inlet is drained from the water outlet via the valve seat 25b ₁ of the inner cylinder b25.

Further, as shown in FIG. 12C, the drain valve 25
Also pushed and only the valve body 25c to retract the inner cylinder 25b, a communication is established between the valve member 25b ₁ is water inlet and water outlet since it is open, thus, a ball B ₂ sink device B Is drained from the drain valve 25 on the sink device B side to the drain valve 6 on the chair A side.

Next, the control device of FIG. 12 will be explained. On the chair A side, a control box A'mounted on the floor base 1 is mounted. 'and _1, when the backrest a ₂ falls down a predetermined angle mercury switch a is turned on' control circuit a for controlling the vertical movement and the back of the rest a ₂ raisably parts a ₁ and _2, a rectifier circuit a _'3, relay RY and its contact ry are incorporated.

Further, in the floor base 1 of the chair A, the electronic mixing faucet D described above is attached. Also, on the sink device B side, the touch switch B attached to the ball B _2
3 and a micro switch 20 which is turned on when the inclination angle of the parallel links 10 and 11 becomes a predetermined angle or more. The micro switch 20, the control box A ′, and the electronic mixing faucet D are connected to the terminals B ₄ and G ₁ They are electrically connected by making contact with.

Next, the operation of this control device will be described. When the chair A is used alone, since the control circuit A'is supplied with power, it is installed in the chair A. By operating the switch, it is possible to freely control the vertical movement of the seat A ₁ and the tilting of the backrest A ₂ until the mercury switch A ′ ₃ is turned on. In this state, since the relay RY is not energized, the contact ry is in the open state.

When the front surface of the sink device B is connected to the rear surface of the chair A in order to perform the hair-washing work and the hair-washing work, the terminals B ₄ and G ₁ come into contact with each other, and the micro switch 20 is connected to the relay RY. The contact point ry is closed by being energized through. When the contact ry is closed, the backrest A ₂ cannot be tilted even if the backrest tilting switch on the chair A side is operated, so that the backrest A is carelessly placed.
₂ is tilted to prevent it from coming into contact with the sink device B.

Further, in this state, since the touch switch B ₃ is not connected to the electronic mixing faucet D, hot water cannot be discharged. Then, when the parallel links 10 and 11 are tilted to wash the hair, the micro switch 20 is switched, the touch switch B ₃ is connected to the electronic mixing faucet D, and the power supply to the relay RY is cut off. The backrest control in A becomes possible,
In addition, the touch switch 20 can also control the electronic mixing faucet D.

The inclination angles of the parallel links 10 and 11 for switching the contacts of the microswitch 20 are the states shown in FIGS. 11B and 12B when the joining states of the hot water supply valves 4 and 23 and the drainage valves 6 and 25 are the same. Since it will be done when there is no leak of hot water and drainage due to valve uncoupling. Also, the micro switch 2
It is desirable to drive a buzzer or the like when the 0 contact point is switched to notify that water supply / drainage has become possible.

Next, the operation of the entire cleaning apparatus having the above-mentioned structure will be described. When the sink device B is not connected to the chair A, the chair A can be operated in the same state as the conventional hairdressing and beauty chair. Then, when washing the hair, the sink device B is moved to the rear of the chair A and the front of the sink device B is pushed to the rear of the chair A, so that the receiving portion 8c of the sink device B becomes the convex portion 2b of the chair A. Since the positioning pin 32 is abutted and guided, and the positioning pin 32 is inserted into the receiving member 7, the sink device B moves straight forward.

Further, since the hook-shaped portion 30a of the lock plate 30 abuts on the tapered surface of the convex portion 2b of the chair A, the moving force of the sink device B by a person against the spring force of the spring 31 is large. The hook 30a is opened, and when reaching the hook 2c of the convex portion 2b, the hook 30a is closed and locked, and the sink device B is fixed to the rear of the chair A.

Then, depress the pedal 19 to mechanical lock 1
8 to release the stopper rod 17 in a free state,
The ball B ₂ is moved backward by inclining it by the parallel links 10 and 11. Then, the block 21 advances with the inclination of the parallel link 10, and the connection between the water supply valve 23, the drainage valve 25, the water supply valve 4 on the chair A side, and the drainage valve 5 is started.

Then, when the micro switch 20 is tilted to the on position, a buzzer is activated to inform that the water supply valves 23 and 4 and the drain valves 25 and 6 are connected to each other so that the fluid can pass therethrough. . Further, when the ball B ₃ is moved to a desired tilted state, when the foot is released from the pedal 19, the mechanical lock 18 locks the stopper rod 17 and the parallel links 10 and 11 are fixed.

In this state, the chair A is operated to control the seat A ₁ and the backrest A ₂ to bring the pillow of the backrest A ₂ close to the ball B ₂ , and operate the touch switch B ₃ to shower B. Drain warm water from ₁ and wash your hair. In this embodiment, since the electronic mixing faucet G is used, hot water may be intermittently flowed during hair washing, or the head may be massaged by continuously changing the temperature of hot water. it can.

When the hair washing work is completed, depress the pedal 19 again to unlock the parallel link 1
Return 0 and 11 to the standing state. As a result, the two sets of valves are separated and hot water supply and drainage are stopped. Next, since the lock plate 30 is released by stepping on the step rod 27, the lock between the chair A and the sink device B is released, so that the sink device B is released.
Can be moved away from the chair A.

In the above-mentioned embodiment, the cleaning device for the hairdressing and beauty chair has been described, but it can be applied to a spittoon ball used in a dental clinic, or
It can be placed near each stall such as an event where a large number of stalls are provided in a hotel or the like and used for hand washing.
In this case, the water supply / drainage valve on the fixed (chair) side may be embedded in the wall surface in advance.

[0060]

As described above, according to the present invention, the cleaning ball can be supplied and drained by moving the cleaning ball by a parallel link while being fixedly connected to a hairdressing and beauty chair having a water supply / drainage valve or a wall surface in the room. Since the cleaning ball can be locked at any position during parallel movement and the height and front-back direction of the cleaning ball can be adjusted, it can be used by matching the height of the backrest when the fixing member is a chair. This has the effect of improving selfishness.

[Brief description of drawings]

FIG. 1 is an explanatory plan view showing an arrangement relationship of a cleaning device of the present invention.

FIG. 2 is a side view showing a state in which a chair and a sink device are connected.

FIG. 3 is an exploded perspective view of a chair.

FIG. 4 is a partial cross-sectional side view of a chair.

FIG. 5 is a plan view of a main part of the chair.

FIG. 6 is a side view of the sink device.

FIG. 7 is a plan view of the above.

FIG. 8 is a rear view of the sink device.

FIG. 9 is a bottom plan view of the sink device.

FIG. 10 is a side view of the above.

FIG. 11 is a side sectional view of a hot water supply valve.

FIG. 12 is a side sectional view of the drain valve.

FIG. 13 is a circuit block diagram of a control device.

[Explanation of symbols]

B sink device B ₂ ball 8 base 9 caster 10, 11 parallel link 12 mounting base 14 horizontal moving base 15 vertical moving base 18 mechanical lock (lock mechanism) 23 hot water supply valve 25 drainage valve 30 lock plate (locking means)

Front page continued (72) Inventor Tomohiko Asada 2-1-1 East Shinsaibashi, Chuo-ku, Osaka City, Osaka Prefecture Takara Belmont Co., Ltd. (72) Inventor Hiro Otawara 2-1-1, East Shinsaibashi, Chuo-ku, Osaka No. within Takara Belmont Co., Ltd.

Claims (3)

[Claims] 1. A base that can be moved by casters and the like, and a cleaning ball that is attached to the base via parallel links and is attached so as to move in parallel to the horizontal direction.
A water supply / drainage valve that is movably attached to the base and that is horizontally moved by the rotation of the parallel link and is connected to a water supply / drainage valve on the side of a fixing member such as a beauty chair, and the base is fixed to the base. A movable cleaning device, comprising: a locking unit that engages and disengages with a member. 2. The movable cleaning device according to claim 1, wherein the parallel movement of the cleaning ball can be fixed at a desired position by a lock mechanism provided on the parallel link. 3. The movement according to claim 1, further comprising an adjusting means interposed between the upper end of the parallel link and the cleaning ball so that the cleaning ball can be moved in the front-rear direction and the vertical direction. Possible cleaning equipment.