KR20040009707A - The Low Bench Movement Positioning of Bidet Chamber-Pot - Google Patents

Abstract

PURPOSE: Provided is a position-movable seat in a sanitary toilet which enables a user of a bidet to place his/her bottom at spray nozzle, in the state of being seated. CONSTITUTION: The position-movable seat in a sanitary toilet comprises a lower plate(40) being connected along a prop(33) of an upper surface of a toilet body to be safely mounted onto the prop(33) and having a rear to be fixed on the toilet body; an upper plate(50) being connected with the lower plate(40) to form an outside of the lower plate(40) and to form a movement space(52) with the empty inside to be movably along the lower plate(40) within a predetermined range; a slider(80) being installed between the lower plate(40) and the upper plate(50) in the length direction and having a roller projected on a surface to guide the direction movement of the upper plate(50); and a connection portion(60) of connecting the upper plate(50) with the lower plate(40) by a movable sliding contact on the basis of the connection surface where the upper plate(50) and the lower plate(40) connect with each other.

Description

The Low Bench Movement Positioning of Bidet Chamber-Pot}

The present invention relates to a variable seat toilet seat for adjusting the seat of the toilet seat to the user center, in particular, by allowing the user to approach the local or anus to the water jet position of the bidet nozzle in a seated position on the seat, A positionable seat plate of a toilet seat for guiding a cleaning position to be precisely aligned with a bidet's water spray nozzle.

In general, the toilet seat 10 has a toilet main body 11 installed on the floor as shown in FIG. 1, a water tank 12 formed in the main body to discharge and store water, and a base 11a of the toilet main body 11. A seat plate 13 which is fixed to the toilet seat 11 so as to cover the seat 11a constituting the upper surface of the toilet seat 11 so as to be raised and lowered as needed, and rotatably fixed to the toilet seat 11 so as to be seated by a user; The lid 14 is fixed to the toilet body 11 so as to be rotated so as to contact the seat plate 13 and cover the hole of the water tank 12 in which water is contained.

In the case where a bidet is installed in the toilet 10, a bidet 15 capable of controlling water is provided at a periphery of the toilet main body 11, and the water tank 12 has a water spray nozzle 16 for cleaning. Install).

Bidet, which was understood only as a simple cleaning function, has been released with various convenient and diverse functions in recent years, and various technologies with high practicality have been introduced in various forms.

Use sanitary filter to clean with filtered water to give the user a fresh feeling and cleanliness, or to open and close smoothly using hydraulic damper to reduce the risk of accidental falling of the seat plate and injuring the seat cover. There is also this ergonomic design that makes this free and convenient for actual cleaning.

However, since the seat plate 13 of all the toilets in which the bidet is installed, as well as the general toilet, is fixedly installed at a constant position of the water spray nozzle 16, the position of the jet of the water sprayed from the nozzle 16 coincides with the position of the local and the anus. It is not uncommon to slip off without doing so.

As such, the position of the water spray of the bidet nozzle does not change, and the position and habit of the toilet seat are different for each user. As a result, the direction or position of the water spray of the bidet is always determined. This results in a result that the water sprayed from the spray nozzle does not reach exactly the desired part of the user, so that it is difficult to satisfy the refreshing feeling that the cleaning efficiency is lowered and the sensory feeling, and the problem was inferior in cleanliness.

As such, when the water sprayed from the nozzle does not reach the desired area, the user takes up the seat plate 13 and moves the whole body of the body so that the water sprayed from the water spray nozzle contacts the desired area. In the case of children, it is difficult to take such sensory measures and because the body cannot move freely while sitting on the toilet, the behavior itself is unnatural, and the use of bidet itself is a burden.

This phenomenon is a phenomenon that the use of the toilet paper is often experienced even though there is a bidet function to contact the water spray point through the water jet nozzle to the desired area, it is an easy and convenient and hygienic bidet Despite its functionality, it has been pointed out as an important issue that reveals its limitations in use.

In consideration of the limitations of the use of the bidet, the water jet nozzle 16 of the jet nozzle is separately provided with a local cleaning jet nozzle 17 and an anal cleaning jet nozzle 18 extending further as shown in FIG. Although an improved structure of the water jet nozzles has been proposed in which the jet points can act simultaneously or selectively on the local and anus, the position of the water jet nozzle 16 is likewise a fixed passive structure, whereas the user's seating position or body characteristics By forming a relationship in which the water injection point is changed from time to time according to the difference, there is a problem that the user can not satisfactorily clean the water by using the bidet to reach the desired area as intended.

Accordingly, an object of the present invention is to enable a toilet seat user to approach a desired cleaning part in a seated state based on an injection point of water sprayed through a water spray nozzle in a seated position in the use of a toilet with a bidet function.

Another object of the present invention is to induce the inconvenience of the use of the bidet is always constant through the water spray nozzle through the water jet nozzle to guide the water cleaning nozzle to the water jet nozzle in the seated position to accurately approach the desired cleaning site by changing the position of the seat plate To activate the use of.

Still another object of the present invention is to maximize the use effect of the bidet by making it possible to exactly match the cleaning site to the water jet nozzle.

Still another object of the present invention is to provide a high cushion seat plate capable of adjusting the seating position without lifting the hips based on the seating position of the user.

Features of the present invention to achieve these objects,

There is a water tank installed at the bottom, and the toilet body is composed of a support body for supporting the lid and a seat plate for supporting the seat plate, and the one end is fixed to the toilet body while covering the seat of the toilet body in contact with the seat that forms the upper surface of the toilet body. In the toilet seat having a seat plate made to be seated by the user, and a bidet provided with a water jet nozzle around the tank,

A lower plate seated on the seat while being in contact with the upper seat of the toilet body and fixed to the toilet seat of the rear body;

An upper plate formed of a moving space in which the inner plate is emptied so as to be combined with the lower plate to form an outer side of the lower plate and to be coupled to the lower plate to be movable in a given range along the lower plate;

A slider provided along the longitudinal direction between the lower plate and the upper plate and having a roller protruding to the surface to guide the directional movement of the upper plate;

In order to couple the upper plate by the sliding contact movable to the lower plate, the lower plate and the upper plate is characterized in that the position-movable keyboard of the toilet seat consisting of the engaging portion coupled to the sliding contact coupling relative to each other.

Another feature of the invention,

A lower plate fixed to the toilet seat while contacting along the upper toilet seat of the toilet body and fixed to the toilet bowl body;

A fixing part rotatably fixing the lower plate to the rear of the toilet body,

An upper plate which is combined with the lower plate to form an outer side of the lower plate and is formed of a moving space emptied inside so that the lower plate can be coupled to the lower plate to be movable along a lower range in a given range;

A slider provided along the longitudinal direction between the lower plate and the upper plate and having a plurality of rollers protruding to the surface to guide the directional movement of the upper plate;

In order to couple the upper plate by the sliding contact movable to the lower plate, the lower plate and the upper plate is characterized in that the position-movable seat of the toilet seat consisting of the engaging portion coupled to the sliding contact coupling relative to the contact surface.

Another feature of the invention,

A lower plate fixed to the toilet seat while contacting along the upper toilet seat of the toilet body and fixed to the toilet bowl body;

A fixing part rotatably fixing the lower plate to the rear of the toilet body,

An upper plate which is combined with the lower plate to form an outer side of the lower plate and is formed of a moving space emptied inside so that the lower plate can be coupled to the lower plate to be movable along a lower range in a given range;

One or more sliders installed along a longitudinal direction of the moving space of the upper plate and provided with a plurality of rollers protruding from the surface to guide the directional movement of the upper plate and maintained at regular intervals to face each other;

A plurality of elastic members installed between the sliders and holding the sliders;

Both sides of the top plate are formed by a flange slider bent inward to couple the upper plate to a sliding contact movable to the lower plate, and the lower plate forms a guide rail for guiding coupling of the flange slider, based on a coupling surface where the lower plate and the upper plate come into contact with each other. Characterized in that the position-movable seat plate of the toilet seat consisting of a coupling portion for coupling by sliding contact.

Thus, by allowing the seat plate of the toilet seat to be able to move in a desired range along the seat of the top of the toilet body in a desired direction, the seat can be easily and conveniently approached around the spray point of the water jet nozzle in a seated state. .

1 is a reference diagram for explaining a general toilet seat.

2 is a reference diagram for explaining an example of a toilet installed in the conventional water injection nozzle.

3 is a view for explaining the configuration relationship between the toilet seat and the seat of the toilet according to an embodiment of the present invention

4 is a view showing a coupling relationship between the seat and the seat of the toilet according to the first embodiment of the present invention, (a) is a longitudinal cross-sectional schematic diagram, (b) is a plan schematic cut out a part

5 is a view showing a coupling relationship between the seat and the seat of the toilet according to a second embodiment of the present invention (a) is a longitudinal cross-sectional schematic diagram, (b) is a plan schematic cut out a part

Figure 6 is a detailed view of the slider and the coupling portion according to the present invention

Figure 7 is a detailed view of the slider according to an embodiment of the present invention (a) is a configuration diagram of the slider (b) is a reference diagram of the arrangement of the roller relative to the slider

8 is a detailed view of the slider and the engaging portion according to the third embodiment of the present invention.

9 is a detailed view of the slider of FIG.

10 is a view showing the installation and arrangement of the top plate according to an embodiment of the present invention (a) is an all-cover arrangement structure of the bottom plate, (b) is a view showing the partial cover arrangement structure of the bottom plate

* Description of the symbols for the main parts of the drawings *

20: seat 30: valve body

31: water tank 32: lid

33: left 34: water spray nozzle

35: bidet 40: lower plate

41: guide rail 50: top

51: flange slider 52: moving space

53: housing 60: coupling part

70: High government 71: Bolt

72: return spring 73: hinge bracket

74: hinge bracket groove 75: retaining pin

80: slider 80a: upper slider

80b: lower slider 81: elastic member

82a: upper roller 82b: lower roller

86: housing

Hereinafter, the variable left toilet seat of the seat according to an embodiment of the present invention will be described in detail with reference to FIGS.

3 and 8, the first embodiment (hereinafter, 'first structure') and the second embodiment (hereinafter, 'second structure') and the third embodiment are described with reference to FIGS. 3 to 8. Examples (hereinafter referred to as 'third structure') will be described.

The first to the third structures, the toilet body 30 is provided with a water tank 31 which is installed at the bottom and contains water, the support body for supporting the lid 32 and the seat 33 for supporting the seat plate, and the toilet bowl The seat plate 20 is fixed to the toilet body 30 while being in contact with the seat 33 forming the upper surface of the main body 30 so as to be rotatable, and the seat plate 20 made to be seated by the user. In addition, it is applied to the left toilet provided with the bidet provided with the water injection nozzle 34 centering on the water tank 31. (refer FIG. 3).

The first structure, as shown in Figures 4 and 6, the lower plate 40 which is seated on the base 33 and the rear side is fixed to the toilet body 30 while contacting along the upper base 33 of the toilet main body 30 And a moving space 52 which is combined with the lower plate 40 to form the outside of the lower plate 40 and is emptied inside so that the lower plate 40 can be coupled to the lower plate 40 so as to be movable along a lower range in a given range. The upper plate 50 and the slider 80 provided along the longitudinal direction between the lower plate 40 and the upper plate 50 provided with a roller protruding toward the surface to guide the directional movement of the upper plate 50, and the upper plate Left toilet consisting of a coupling part 60 for coupling the lower plate 40 and the upper plate 50 by sliding contact coupling based on the coupling surface in which the lower plate 40 and the upper plate 50 are in contact with each other to move the sliding plate (sliding) contact to the lower plate 40. It is characterized by the position of the movable seat plate 20.

The second structure, as shown in Figs. 5 and 6, the lower plate 40 which is seated on the base 33 and the rear is fixed to the toilet body 30 while contacting along the upper base 33 of the toilet main body 30 ), A fixing part 70 for rotatably fixing the lower plate 40 to the rear of the toilet body 30, and the lower plate 40 are combined to form the outside of the lower plate 40, and the lower plate 40 is In accordance with the upper plate 50 is formed of a moving space 52 vacated so as to be coupled to the lower plate 40 to be movable in a given range, the upper plate is installed along the longitudinal direction between the lower plate 40 and the upper plate 50 Slider 80 having a plurality of rollers protruding to the surface to guide the directional movement of the 50, and the lower plate 40 and the upper plate to couple the upper plate 50 to the lower plate 40 in a slidable contact Positionable seat of the toilet seat consisting of the engaging portion 60 to engage in sliding contact coupling with respect to the mating surface 50 is in contact with each other The features.

The third structure, as shown in Figs. 5 and 8, the lower plate 40 which is seated on the base 33 and the rear is fixed to the toilet body 30 while contacting along the upper base 33 of the toilet main body 30 ), A fixing part 70 for rotatably fixing the lower plate 40 to the rear of the toilet body 30, and the lower plate 40 are combined to form the outside of the lower plate 40, and the lower plate 40 is In accordance with the upper plate 50 is formed of a moving space 52 vacant so that the inside can be coupled to the lower plate 40 to be movable in a given range, and installed along the longitudinal direction of the moving space 52 of the upper plate 50 One or more upper and lower sliders 80a and 80b and upper and lower sliders provided with a plurality of rollers protruding to the surface to guide the directional movement of the 50 and maintained at regular intervals to face each other. A plurality of elastic members 81 provided between the gaps of the upper and lower sliders 81a and 81b and disposed between the gaps of the upper and lower sliders 80a and 80b; Both sides of the upper plate 50 are formed by the flange slider 51 bent inward to couple the 50 to the lower plate 40 in a sliding contact, and the lower plate 40 guides the flange slider 51. Forming the guide rail 41 is characterized in that the lower plate 40 and the upper plate 50 consists of a coupling portion 60 for coupling to the sliding contact on the basis of the coupling surface in contact with each other.

Here, the seat plate 20 of the first structure is, as described above, the lower plate 40 and the upper plate 50 and the slider 80 which is installed between them to guide the rolling motion of the upper plate 50, and also sliding engagement with each other It is a structure that includes all of the coupling portion 60 to enable the upper plate 50 to move as an essential configuration. The lower plate 40 is fixed to the toilet body 30 by fastening elements such as bolts 71. (Figure 4)

On the other hand, the seat plate 20 of the second structure, like the first structure, is provided between the lower plate 40 and the upper plate 50, the slider 80 for guiding the rolling motion of the upper plate 50, also slidingly engaged with each other This is a structure having a fixing portion 70 to enable the lower plate 40 to rotate while including all the coupling portion 60 to enable the upper plate 50 to move as an essential configuration. (Figure 5)

On the other hand, the seat plate 20 of the third structure is provided between the lower plate 40 and the upper plate 50 and the upper and lower sliders 80a and 80b for guiding the rolling motion of the upper plate 50 and the upper and lower parts. An elastic member 82 provided between the sliders 80a and 80b and the lower plate 40 are rotated while including all of the coupling parts 60 that can be slidably coupled to each other to allow the upper plate 50 to move. It is a structure provided with the fixing part 70 which enables it. (See Figures 5 and 8)

The first to third structures presented with respect to the position-movable seat of the toilet according to the embodiment of the present invention may include the following optional components in common.

As shown in FIG. 6, the seat 33 and the lower plate 40 of the toilet body 30 come into contact with each other to be formed in a plane to guide each other in a plane contact with each other. This is to balance the base 33 and the lower plate 40 to reduce the overall balance and shaking.

The upper plate 50 is formed of a housing 53 having an empty moving space 52 which is coupled to the lower plate 40 to accommodate the upper surface of the lower plate 40 to cover the outside of the lower plate 40. This is to cover the outside of the lower plate 40 with the upper plate 50, while beautifully processing the appearance that appears on the outside while covering the exposure of the lower plate 40 to promote the safety of operation.

In addition, the upper plate 50 may be an all-cover type covering all parts of the lower plate 40 as shown in FIG. 10 (a), and alternatively, the lower plate 40 as shown in FIG. It can be a separate arrangement divided in both directions based on). Selection of the all-cover or bi-directional separate partial arrangement of the top plate 50 relative to the bottom plate 40 is to take into account the layout and design freedom of the top plate, user selectivity, design diversity for the arrangement, and the like.

In the case of the all-cover top plate 50 as shown in FIG. 10A, a return spring 72 may be installed at the rear side of the upper cover 50. This is, if one end of the restorable spring such as a compression spring is attached to the top plate 50 to the rear and the other end is fixed to the toilet body 30, even if the top plate 50 is moved forward to the spring restoring force The upper plate 50 is to find the place to return to the original position.

The coupling part 60 of the lower plate 40 and the upper plate 50 has a constant moving space 52 for accommodating the upper surface of the lower plate 40 and the housing 53 of the upper plate 50 formed of walls in both directions. In order to couple the upper plate 50 to the lower plate 40, the both sides of the housing 52 wall edges of the upper plate 50 are bent inwardly, and the flange slider 51 coupled to the lower plate 40 and the upper plate 50. Guide rails formed along the longitudinal direction of both side walls of the lower plate 40 for guiding coupling the flange slider 51 while maintaining a constant 'a2' spacing between the end side and the bidirectional flange slider 51 ( 41, the lower plate 40 and the upper plate 50 can be combined.

The coupling part 60 is a flange slider formed on the upper plate 50 while the upper plate 50 does not fall off the lower plate 40 and the solid bond is maintained while the upper plate 50 is fixed to the lower plate 40. The flange slider 51 of the upper plate 50 may move freely in the front, rear, left and right directions along the guide rail 41 of the lower plate 40 while the 51 is coupled to the guide rail 41 of the lower plate 40. It is presented as a coupling structure to enable.

In addition, the optional configuration limited to the first to third structures proposed in the present invention is as follows.

For reference, in the first structure, the slider 80 is provided between the lower plate 40 and the upper plate 50 and the upper plate 50 and the lower plate 40 to enable the rolling motion of the upper plate 50, and also the upper plate. Comprising a coupling portion 60 to allow the upper plate 50 to move through the sliding coupling on the basis of the coupling surface of the lower plate 40 and 50, the rear body of the lower plate 40 with a bolt 71 to the toilet body Since it is fixed to 30, the lower plate 40, like the lid 32, follows the restriction that can not be pulled down from the toilet body 30. (Figure 4)

On the other hand, in the second structure, the slider 80 is provided between the lower plate 40 and the upper plate 50 and the upper plate 50 and the lower plate 40 to enable the rolling motion of the upper plate 50, and also the upper plate. Composed of the fixing part 70 to rotate the coupling part 60 and the lower plate 40 to allow the upper plate 50 to move through the sliding coupling based on the coupling surface of the 50 and the lower plate 40. Therefore, the lower plate 40 has a function of being able to be flipped and lowered, similarly to the lid 32, around the fixing part 70. (Figure 5)

In the third structure, the lower plate 40 and the upper plate 50 and one or more multiple upper and lower sliders 80a and 80b are provided at regular intervals between the upper plate 50 and the lower plate 40, and therebetween. It is installed by holding the elastic member 81, the upper plate 50 to enable the rolling motion, and also to allow the upper plate 50 to move through the sliding coupling based on the coupling surface of the upper plate 50 and the lower plate (). Since the coupling portion 60 and the lower plate 40 is made of a fixing portion 70 to rotate, the lower plate 40, the center of the fixing portion 70, like the lid 32, the function of being able to flip down At the same time there is a configuration feature to provide elasticity between the upper plate 50 and the lower plate (). (Figures 5 and 8)

Fixing part 70 for rotatably fixing the lower plate 40 to the rear of the toilet body 30 is applied to the second and third structures, specifically, as shown in FIG. A hinge bracket groove 74 formed in the toilet body 30 so as to fix the protruding hinge bracket 73 and the hinge bracket 73 to secure the lower plate 40 to the toilet body 30, and a hinge bracket. It is possible to configure the fixing pin (75) for fixing the 73 to the hinge bracket groove (74) to be rotated.

Here, the hinge bracket 73 formed on the lower plate 40 merely serves to fix the lower plate 40 rotatably to the toilet body 30. Therefore, the hinge bracket 73 is placed on the toilet body 30 instead of the bottom plate 40, and the hinge bracket groove 74 proposed to be configured in the toilet body 30 correspondingly is formed on the bottom plate 40. Even the same result is shown.

Meanwhile, the slider 80 applied to the first structure and the second structure is configured by installing one slider 80 in the moving space 52 of the upper plate 50, as shown in FIG. The upper roller 82a rotatably protrudes from the surface to contact the inner wall surface of the upper plate 50, and the lower roller 82b rotatably protrudes from the lower surface of the slider 80 to contact the front end surface of the lower plate 40. Each of the upper rollers 82a and the lower rollers 82b are mounted through the grooves 83 of the slider 80. Here, the rotation direction of the upper roller 82a and the lower roller 82b is arranged to be asymmetrical if possible.

In order to combine the upper and lower rollers 82a and 82b with the slider 80, roller pins 84 are attached in both directions of the upper and lower rollers 82a and 82b as shown in FIG. When the pinhole 85 is processed and coupled to the groove 83 of the slider 80, the flow of individual upper and lower rollers 82a and 82b and the separation of the in-place phenomenon can be prevented.

In addition, in the arrangement of the individual upper and lower rollers 82a and 82b as shown in FIG. 7B, the arrangement is based on the vertical axis 'S' in consideration of the shape curvature of the base 33 of the toilet body 30. It can be arranged by selecting the direction with the tilt angle 'θ' inclined along the curvature.

And, the slider applied to the third structure is configured to separate the slider into the upper slider (80a) and the lower slider (80b), as shown in Figure 8, the elastic member 81 is installed between the gap, and the upper and lower sliders ( To prevent the flow of the 80a and 80b, the housing 86 is placed on the outside of the slider, and the upper roller 82a and the lower roller 82b are mounted on the surfaces of the upper slider 80a and the lower slider 80b. As one structure, the slider is composed of multiple parts, and an elastic member 81 is inserted therebetween to give elasticity between the upper and lower sliders 80a (80b). When the pressing force is applied to the upper slider (80a), it was provided for the purpose of alleviating this with the elastic member 81 and consequently impart a cushion to the top plate 50, thereby ensuring a seating feeling of the hard seat plate at all times.

Similar to the structure 1.2, this structure is equipped with roller pins 84 on the rollers for coupling the upper and lower rollers 82a and 82b, and the pinholes 85 in the grooves 83 of the upper and lower sliders 80a and 80b. ) To improve the holding force of the individual stones, and the arrangement position can also be arranged at an angle by giving the slope 'θ', as shown in (b) of FIG.

6 to 10, the operation and effect of the position-movable seat 20 of the toilet seat according to the present invention will be described based on the condition that the user is seated on the top plate 50 and the position movement state of the top plate 50. Is as follows.

As shown in FIG. 6, the user is seated on the seat plate 20 and the force moving back and forth (Ay) and left and right (Ax) is transmitted to the top plate 50, and the top plate 50 moves according to the directional force.

The upper plate 50 is mounted on the guide rails 41 of the lower plate 40, in which the flange slider 51 is bent in both directions and touches the base 33 of the toilet body 30, and the upper plate 50 is attached to the lower plate 40. Following the flow is possible.

In addition, when the slider 80 is built in between the upper plate 50 and the lower plate 40, and there is a directional force formed between the upper plate 50 and the lower plate 40, the force is transmitted to the slider 80. Help the movement of the top plate (50). (The bottom plate is fixed to the toilet body so it does not move)

Referring to FIGS. 6 and 8, the upper plate 50 and the lower plate 40 are coupled to each other through the flange slider 51 and the guide rail 41 so that the end of the flange slider 51 and the guide rail 41 are A constant 'a2' interval is maintained. At the same time, both side walls of the upper surface of the lower plate 40, which are combined in a shape accommodated in the moving space 52 of the upper plate 50, maintain a constant 'a1' spacing with the inner wall of the housing 52 of the upper plate 50.

In this state, when the force in the Ax direction that is pushed to the side, that is, the force in one of the left and right directions, is transmitted to the upper plate 50, the intervals 'a1' and 'a2' between the flange slider 51 and the guide rail 41 are proportionally increased. It happens

At the same time, the upper and lower rollers 82a and 82b of the slider 80 are asymmetrical in their rotational directions so that the rollers which can be rotated by the force pushing in the side direction rotate to help the directional movement of the upper plate 50. . Here, when the arrangement of the rollers is the arrangement as shown in Figs. 7 (a) and 9, when the force in the Ax direction is transmitted, the lower roller (82b) is mainly rotated, and the rollers are shifted from the pushing direction so that all of the rollers that are shifted or not related are in sliding contact. This does not interfere with the movement of the top plate. When there is a total curvature in the roller arrangement for the slider 80 (in this case, the base of the toilet body has a normal curvature, and the curvature of the base 33 is arranged on the lower plate 40 and the upper plate 50 arranged thereon). It is a phenomenon that may occur in the case of arranging accordingly, and does not appear in the case of a linear arrangement), and the inclination angle θ can be used to smoothly rotate the roller.

6 and 8, when a force in the Ay direction pushing in the front-rear direction is transmitted to the upper plate 50, the upper plate 50 moves forward or backward. At this time, it is accompanied by a change of the a1, a2 interval or not accompanied, usually the seat 33 of the toilet seat is a common shape is flexible, the lower plate 40 in contact thereon is the same along the seat 33 If it is assumed that it is bent, the interval between a1 and a2 can be regarded as a change because the front and rear current positions of the upper plate 50 have different bending angles.

In particular, as shown in FIG. 8, if the slider has a multiple structure divided into upper and lower sliders 80a and 80b, and the elastic member 81 is installed between the gaps, a constant cushion can be given to the upper plate 50 by the spring elastic force. have. In order to obtain this action, the bottom surface of the flange slider 51 must be maintained at a certain distance 'a3' from the surface of the lower guide rail 41 of the lower plate 40.

Thus, the present invention, the upper plate 50 can be moved in the front and rear and left and right directions along the lower plate 40 with the help of the slider cloud, so that the toilet seat user sitting on the upper plate 50 in the desired direction 50 Pushing into the hips results in approaching the local or anus near the water jet nozzle 34 without lifting the hips.

By applying a rotating structure rotatable to the rear of the lower plate 40, if the hinge bracket 73 is fixed to the toilet body 30, the lower plate 40 can be raised and lowered, so the whole of the seat plate 20 is closed It is also possible to lift by lifting from the base 33 of (30). This is the same as the case in which the position shift function of the seat is added while the same function as the existing seat.

On the other hand, the smooth movement of the seat plate 20 on the basis of the condition that the toilet seat user is seated on the seat plate 20 is as if the user can properly approach the local or anus of the water jet nozzle 34.

For example, if sitting on the seat plate 20 and the spray point of the water sprayed through the water jet nozzle 34 is thought to be too far behind the local or anus, pushing the seat 20 back to the buttocks seat 20 ) Can move backwards to maintain its local or anus close to the water jet nozzle 34, and conversely, if the water jet is formed too forward, drag the seat forward with the hip to move the water jet. It can act exactly on your local or anus.

In addition, if it is thought that the water jet point is directed in either of the left and right directions, pushing the seat plate 20 in one of the left and right directions with the buttocks moves the seat plate 20 in the same pushing direction, so that the water jet point can be accurately moved to the local or anus. Can match the target point.

As described above, the variable seat plate according to the present invention can freely adjust the position of the seat plate in front, rear, left and right, so that the position of the seat plate can be freely adjusted according to the spray point of the water jet nozzle in a state of mastery when used only a few times. There is an effect that can effectively use the function of the bidet, and there is a direct or indirect effect to improve the health and hygiene environment by strengthening the function of the bidet.

Claims (10)

There is a water tank installed at the bottom, and the toilet body is composed of a support body for supporting the lid and a seat plate for supporting the seat plate, and the one end is fixed to the toilet body while covering the seat of the toilet body in contact with the seat that forms the upper surface of the toilet body. In the toilet seat having a seat plate made to be seated by the user, and a bidet provided with a water jet nozzle around the tank, A lower plate seated on the seat while being in contact with the upper seat of the toilet body and fixed to the toilet seat of the rear body; An upper plate formed of a moving space in which the inner plate is emptied so as to be combined with the lower plate to form an outer side of the lower plate and to be coupled to the lower plate to be movable in a given range along the lower plate; A slider provided along the longitudinal direction between the lower plate and the upper plate and having a roller protruding to the surface to guide the directional movement of the upper plate; Positionable seat of the toilet seat, characterized in that the position of the toilet seat movable seat consisting of the engaging portion coupled to the sliding contact coupling on the basis of the coupling surface of the lower plate and the upper plate in order to couple the upper plate to the sliding contact movable to the lower plate. The method of claim 1, The upper plate is made of an all-covering type covering all parts of the lower plate, the position of the left toilet seat movable seat, characterized in that the return spring is installed on the back of the upper plate. The method of claim 1, The slider is an upper roller which rotatably protrudes to the upper surface and contacts the inner wall surface of the upper plate, It consists of a lower roller that is rotatably projected to the lower surface of the slider to contact the front end surface of the lower plate, The upper roller and the lower roller are divided into a plurality of each arranged on the slider surface, each of the upper roller and the lower roller is mounted through the groove of the slider, Positionable seat of the toilet seat, characterized in that the rotation direction of the upper roller and the lower roller is asymmetrically divided. The method of claim 3, wherein Each of the upper and lower rollers with respect to the slider has roller pins in both directions, and the groove of the slider combines by processing a pinhole, and the arrangement of the left toilet seat has a slope. The method of claim 1, The coupling part, A housing of the upper plate having a constant internal space accommodating the upper surface of the lower plate and formed of walls in both directions; A flange slider coupled to the lower plate by bending both sides of the housing wall edge of the upper plate inward to couple the upper plate to the lower plate; And a guide rail formed on the lower plate for guiding coupling the flange slider while maintaining a predetermined distance from the end side when the flange slider is engaged. The toilet body is installed on the bottom and the water tank formed in the main body and the water discharge and storage, and the one end is rotatably fixed to the toilet body while covering the base of the toilet body in contact with the base forming the upper surface of the toilet body, In the left toilet provided with a seat plate and a bidet provided in the tank, A lower plate seated on the seat while being in contact with the upper seat of the toilet body and fixed to the toilet seat of the rear body; A fixing part rotatably fixing the lower plate to the rear of the toilet body, An upper plate which is combined with the lower plate to form an outer side of the lower plate and is formed of a moving space emptied inside so that the lower plate can be coupled to the lower plate to be movable along a lower range in a given range; A slider provided along the longitudinal direction between the lower plate and the upper plate and having a plurality of rollers protruding to the surface to guide the directional movement of the upper plate; Positionable seat of the toilet seat, characterized in that the position of the toilet seat movable seat consisting of the engaging portion coupled to the sliding contact coupling on the basis of the coupling surface of the lower plate and the upper plate in order to couple the upper plate to the sliding contact movable to the lower plate. The method of claim 6, The fixing portion, A hinge bracket protruding from the rear of the lower plate, A hinge bracket groove formed in the toilet body to fix the hinge bracket to fix the lower plate to the toilet body; Positionable seat of the toilet seat, characterized in that consisting of a fixing pin for rotating the hinge bracket to the hinge bracket groove. The toilet body is installed on the bottom and the water tank formed in the main body and the water discharge and storage, and the one end is rotatably fixed to the toilet body while covering the base of the toilet body in contact with the base forming the upper surface of the toilet body, In the left toilet provided with a seat plate and a bidet provided in the tank, A lower plate seated on the seat while being in contact with the upper seat of the toilet body and fixed to the toilet seat of the rear body; A fixing part rotatably fixing the lower plate to the rear of the toilet body, An upper plate which is combined with the lower plate to form an outer side of the lower plate and is formed of a moving space emptied inside so that the lower plate can be coupled to the lower plate to be movable in a given range along the lower plate; One or more sliders installed along a longitudinal direction of the moving space of the upper plate and provided with a plurality of rollers protruding from the surface to guide the directional movement of the upper plate and maintained at regular intervals to face each other; A plurality of elastic members installed between the sliders and holding the sliders; Both sides of the top plate are formed by a flange slider bent inward to couple the upper plate to a sliding contact movable to the lower plate, and the lower plate forms a guide rail for guiding coupling of the flange slider, based on a coupling surface where the lower plate and the upper plate come into contact with each other. Positionable seat of the toilet seat, characterized in that consisting of the coupling portion for coupling by sliding contact. The method of claim 8, The bottom surface of the flange slider is maintained at a constant distance from the surface of the lower guide rail of the lower plate to move the seat of the toilet seat, characterized in that the cushion of the upper plate. The method of claim 8, The slider is divided into an upper slider and a lower slider, and the upper and lower rollers are mounted on the surfaces of the upper slider and the lower slider, respectively, to configure the sliders in multiples. Positionable seat of the toilet seat characterized in that the housing is covered.