KR102165879B1 - the toilet bowl and integrated urinal - Google Patents

Abstract

The present invention relates to a toilet and an integral urinal. According to the present invention, a reservoir tank and a toilet accessory box are seated and fixed by dividing an original place of the reservoir tank into both sides. A groove of a urinal hinge part is provided between the reservoir tank and the toilet accessory box divided at the rear of a toilet upper bottom surface to be rotatably coupled to each other, a urinal is withdrawn forward at the front to be rotated and inclined and thus, has lowered height to enable a user to easily urinate, and the withdrawn urinal is lifted after urinating and is closed in a vertical stopped state. When the urinal is withdrawn forward at the front, a proximity sensor detects the movement of a sensing unit attached and fixed to the urinal to allow washing water to be emitted for washing from several water grooves formed at regular intervals inside an inner wall of a head part of the urinal. In addition, when the withdrawn urinal is rotated and closed in a vertically stopped state after urinating, the proximity sensor detects the movement to allow the washing water to be emitted for washing again from the several water grooves inside an inner wall of the head part of the urinal. Also, urine and excrement washing water of the toilet has a drain groove of a reservoir tank at a certain portion of a bottom surface of the reservoir tank, and is drained through a waterway passage of a urine/excrement bowl. An electric motor cylinder is installed to allow the urinal to be constantly rotated and controlled forward and backward to be extended and reduced with the length thereof by reciprocation when power is turned on. Therefore, the urinal is stably rotated forward and backward, and is interlocked with an intelligent human sensor such that the height of the urinal is determined in accordance with positions of a part of a body and a hand.

Description

The toilet bowl and integrated urinal

The present invention relates to a toilet and an integrated urinal, and is to prevent leakage and smell of urine and to reduce the amount of water by using the urinal separately.

Men's and women's restrooms are separated in public places and buildings, and men's restrooms are equipped with toilets and toilets respectively, so the amount of water used does not change, but in general houses, in order to utilize the toilet space, most of the toilets were treated with a single toilet. Especially when men urinate, the amount of water consumed was higher than the amount of urine. In addition, when you urinate upright, you should aim well into the toilet, and water splashed out of the toilet to prevent odors and became a source of odor.

In order to solve the above problems, the present invention separates the toilet water tank from the toilet water tank so as to reduce the amount of water used when men and women urinate in toilets installed in toilets such as residential and general houses, and both have a predetermined width and volume. The water tank of the water tank and the toilet attached to the toilet are seated and fixed at a certain part behind the bottom of the toilet top plate, and have a hinge groove formed so that a certain part behind the bottom of the toilet top plate protrudes in a certain direction. A hinge groove is protruded in a certain portion, and a fixing pin is inserted into the hinge groove at the rear of the bottom of the toilet top and the hinge groove protruding from one surface of the urinal, so that the urinal is seated and rotated around the hinge groove. Equipped with a motor cylinder that stably controls the rotation angle of the urinal, the urinal rotates from front to back by an electric signal or manual force from the motor cylinder and rotates from the back to the front. It is provided to clean the inner circumference of the urinal with a small amount of water by adjusting the low level and sending the washing water to the water passage of the toilet by pressing the flush handle, and opening the automatic flushing valve by a signal from the proximity sensor.

In the toilet and the integrated urinal according to the present invention for solving the above problems, the y-shaped pipe at the lower end of the urinal and the end of the urinal drain pipe connected to a certain portion of the discharge pipe, where the lower end of the urinal located on the back of the toilet drain pipe is connected to the space of the trough groove A hinge part is provided to allow the urinal to rotate between the water tank of the water tank that penetrates and has a predetermined width and volume, and the toilet accessory box, and the urinal reciprocates so that the speed and rotation are stably controlled in the front and rear sides. An electric motor cylinder is disposed, and consists of several water grooves penetrating a predetermined length on one surface of the urinal head to allow water to flow to the inner peripheral surface of the urinal to be washed. The automatic flushing valve, proximity detection sensor, motor cylinder detection sensor, camera sensor, intelligent human body detection sensor, bidet accessory, etc. are built in a fixed detection sensor control box so that they are not exposed to the outside. When is pulled out from the front and tilted, the proximity sensor mounted and fixed in the toilet accessory detects the sensing unit and sends a signal, it opens for several seconds by the automatic flushing valve to clean the inner circumference of the urinal, and the urinal rotates vertically after urinating. When settled, the proximity sensor mounted and fixed in the toilet bowl detects the sensing unit and sends a signal to open it for several seconds by the automatic flushing valve, so that the drainage connector and the connection pipe penetrated by a predetermined length in the inner wall of the back of the urinal are interconnected. The connection pipe is connected to each other at a certain part of the inner wall of the rear of the urinal head and the connection pipe penetrated to four sides by a predetermined length in the inner wall of the urinal head, and the washing water comes out of several water grooves at regular intervals on one side of the urinal head. In addition, the system is set so that the camera sensor, the intelligent human body detection sensor, and the electric motor cylinder detection sensor are interlocked to control the height of the urinal.

As prior art, Korean Patent Application Publication No. 10-2009-1000787. Registered Patent No. 10-1030917. Registered Patent No. 10-1410360. Registered Patent No. 10-0978796. Patent No. 10-1492182 has been registered.

The present invention is an integral urinal with a toilet and is distinguished from the water tank of the toilet used for men and women, and the urinal is built-in between the water storage tank and the toilet accessory, so there is no confusion in the flushing of urine, and the splashing of urine or splashing of water is prevented. As it can be prevented, it blocks the source of odor, gives a sense of unity and beauty in appearance, and effectively uses less water.

1 is an overall exploded perspective view of a toilet and an integrated urinal according to the present invention.
Figure 2 is a three-dimensional view when the urinal is not used as an integrated urinal with a toilet according to the present invention.
3 is a three-dimensional view when the urinal is used as an integral urinal with a toilet according to the present invention.
Figure 4 is a front view of a toilet and an integrated urinal according to the present invention.
Figure 5 is a left side view of a toilet and an integral urinal according to the present invention.
6 is a cross-sectional view of AA` when the urinal is not used as an integral urinal with a toilet according to the present invention.
7 is a cross-sectional view of a B-B' type when using the urinal as an integral urinal with a toilet according to the present invention.
Figure 8 is a cross-sectional view showing a male urinating upright as an integral urinal with a toilet according to the present invention.
9 is a C-C' cross-sectional view of the main body of both toilets as an integral urinal according to the present invention, and is a view showing that the large and urine water passages are selectively changed on the left and right sides depending on the location.
Fig. 10 is a DD cross-sectional view of the toilet body as an integral urinal with a toilet according to the present invention.
11 is a three-dimensional view of a urinal as an integral urinal with a toilet according to the present invention.
12 is a cross-sectional view of the EE` showing the urinal as an integral urinal with a toilet according to the present invention.
13 is a cross-sectional view of an FF′ showing a urinal as an integral urinal with a toilet according to the present invention, an enlarged front view and a rear view.
14 is a three-dimensional view of a conventional toilet.

Hereinafter, preferred embodiments of the present invention in which the object of the present invention can be realized in detail will be described with reference to the accompanying drawings. For the sake of clarity of the invention, the illustrated drawings show only the essential contents and do not show incidental and general ones, and thus should not be construed as being limited to the drawings.

Figure 1 is an overall exploded perspective view of the present invention. As shown in the figure, a storage tank 2 and a toilet accessory 3 having a predetermined width and volume in the place of the existing storage tank in the place of the existing storage tank at the rear of the toilet top plate bottom surface 56 of the toilet body 1 It is fixed by connecting the bolts 31 to the connection grooves 38 and fastening them with nuts 36 by selectively seating each other at a certain part of the rear of the surface 56 according to the location, regardless of left and right. As shown in Fig. 9, it is selectively manufactured by changing the location of the toilet waterway passage 35 according to the installation location regardless of left and right. That is, when the toilet waterway passage 35 is formed in a certain part on the left behind the toilet top floor 56, the reservoir tank 2 is seated and fixed in a certain part on the left behind the toilet top floor 56, and the right side The toilet accessory box (3) is seated and fixed to a certain part on the right behind the bottom surface of the toilet top (56). In addition, when the toilet passage 35 is formed on the right side, the reservoir tank 2 is seated and fixed at a certain part on the right behind the bottom surface 56 of the toilet top plate, and the toilet accessory box 3 on the left side is placed on the bottom surface of the toilet top plate. (56) It is seated and fixed in a certain part on the left side of the rear. On the other hand, even if the toilet accessory box (3) is not seated and fixed on either side, there is no problem in using the toilet and urinal, but there is no aesthetic appearance due to the misalignment of the left and right sides.

The urinal (5) is a predetermined width and space of the urinal (5) that is smaller than the area and space between the reservoir tank (2) and the toilet accessory (3) so that it can freely rotate and move from the front to the back or from the back to the front. The space of the urinal inner circumferential surface 50 is a container for receiving washing water and urine, and the corner is uniformly rounded from the urinal head 55 to form a cone-shaped inner circumferential surface 50, and the bottom of the urinal 5 The inner circumferential surface becomes narrower as it goes toward, and the inner circumferential surface 50 of the urinal lower end 51 is made through a circular tube. Reservoir tank (2) of a toilet divided into both sides with a predetermined area and volume and a toilet included (

3) This is because the urinal head 55 should be as wide as possible in the form of the space and the shape between it and a straight or Y-shape. As shown in Fig. 10, the water passageway 35 and horizontally and vertically coincide with the water passageway 35 at a certain part on one side of the back of the toilet top plate bottom surface 56 of the toilet body 1, and a storage tank for washing water to pass through. A storage tank water tank having a tank drain groove 64 and formed in a certain part at one side of the reservoir tank drain groove 54 and the bottom of the toilet top 56 drilled in a certain part of the bottom of the storage tank 2 The drain groove 64 is configured to match each other. In this case, the water passage 35 for men and women of the toilet body 1 is an outlet for washing water in the toilet. The conventional reservoir tank drain groove is configured in the center of the rear of the bottom of the toilet top plate, and thus has a locational difference from the reservoir tank drain groove 64 of the present invention. 9 and 10 show that the main body of the toilet can not be molded as one for manufacturing reasons. As shown in Fig. 9, separate molded products are made, and the ceramic adhesive is applied to the rim of the toilet body of Fig. It is a toilet body (1) made by placing it on the toilet and attaching it regularly. 2, 3, 4, 5, 6

7, 8, 10, 11, 12, and 13 will be described in detail as follows. The urinal 5 rotates and moves a predetermined length and angle from the front to the rear or from the rear to the front. It has a hinge groove 19 protruding in a certain direction from a certain part behind the bottom surface 56 of the toilet top plate of the toilet body 1 between the reservoir tank 2 and the toilet accessory box 3, and the urinal ( 5) has a hinge groove 25 protruding in a certain direction from a certain portion of one end. Fixing pins (a hinge groove 19) protruding in a certain direction from a certain part of the bottom of the toilet top plate (56) and a hinge part groove (25) protruding in a certain direction from a certain part of one end of the urinal (5). The bottom surface of the toilet top plate between the reservoir tank (2) and the toilet accessory box (3) is connected to each other so that only the urinal (5) can be detached and rotated, and the urinal (5) can rotate and move. (56) The rear has an appropriate width. The urinal (a hinge groove 19) protruding in a certain direction from a certain part behind the toilet top plate bottom surface 56 and a hinge part groove 25 protruding in a certain direction from a certain part of the urinal 5 5) is seated and rotates by properly tilting from the front to the rear or from the rear to the front. On the other hand, the hinge groove 19 protruding in a certain direction from a certain portion behind the toilet top plate bottom surface 56 of the toilet base body 1 and the toilet top bottom surface 56 of the toilet base body 1 The drip tray groove 34 formed between the hinge grooves 20 protruding in the direction forms a space so that the urinal lower end 51 can move forward and backward, and the inner peripheral surface 50 of the urinal 5 The lower end 51 of the urinal penetrating through this circular tube is moved by rotating around the hinge grooves 19 and 25, but a certain portion of the lower end 51 of the urinal is inserted into the trough groove 34 and The water drained through the urine or several water grooves 26 flows to the inner circumferential surface 50 of the urinal 5 by moving back and forth only in the hollow groove 34, so that the inner circumferential surface passes through a circular tube to the lower end 51 of the urinal. Even if the lower end of the urinal 51 is freely moved back and forth, it prevents sewage from splashing out of the border of the drip tray groove 34 made in a certain part of the central part of the rear of the toilet top 56 of the toilet body 1

. The electric motor cylinder (14) is housed in a hinge groove (29) configured to protrude in a certain direction from a certain portion of the rear end of the urinal (5) so that the urinal (5) is inclined appropriately to urinate stably and to control the speed. The hinge groove formed on the upper end of the cylinder shaft (

62) are connected to each other with bolts 31 to be rotatable with a nut 36, and the hinge groove 63 for supporting the lower end of the motor cylinder 14 and the bottom of the toilet top plate 56

) Fill the connecting bolt 31 to the hinge groove 20 formed by protruding in a certain direction from a certain portion of the rear and fasten it with a nut 36. The motor cylinder connected to the hinge groove (20), (29) (

14) by pressing the lower button displayed on the remote control (15), etc., the motor cylinder detection sensor (1)

When the motor is driven by 0), the cylinder shaft to be accommodated properly comes out and rotates the urinal (5), and pressing the upper button marked on the remote control (15) rotates the urinal (5) inclined appropriately to urinate. By properly entering the cylinder shaft to be accommodated and closing the urinal 5 in a vertically stopped state, signals for which the system is set to interlock afterwards are blocked. The electric motor cylinder 14 is an electric motor that performs a reciprocating motion in which the length is lengthened or shortened by the driving of the electric motor.

The bottom of the toilet top plate 56 of the toilet body 1 is located in a certain portion of the rear of the discharge pipe 45, and the bottom of the urinal 18 is composed of a space in a downward direction at a certain part of the central part of the back of the toilet top plate. A cylindrical tube of a y-shaped tube 32 connected to the lower end of the urinal 18 is provided, and the end 44 of the lower end of the urinal 18 passes through a certain portion of the discharge tube 45 to discharge wastewater. Reservoir tank (2) behind the bottom of the toilet top (56) of the main body (1)

) And the toilet accessory box (3) has a predetermined width and volume and is divided into both sides; A water tank (2) and a toilet accessory (3) divided into both sides are mounted on a certain part behind the bottom of the toilet top plate (56) of the main body (1), and bolts (31) are placed in the connection groove (38). It can be seen that the reservoir tank (2) and toilet accessory box (3), which are connected, fastened and fixed with nuts 36, placed on both sides, become narrower as they rise to the entrance. This is to secure a certain area and space behind the bottom of the toilet top plate (5) between the reservoir tank (2) and the toilet accessory box (3) so that the urinal (5) can rotate and move. 55) This is because the part must have a large space. A water inlet pipe (12) connected from the water supply (28) is connected to a certain part of the inner bottom of the reservoir tank (2), and the reservoir tank drain groove (54) is drilled to allow for flushing for feces and flushing for urine. Attached and coupled to the reservoir tank drain groove (54), (64), and connected to a water flush handle (22) for men and women formed on a certain part of the outer surface of the reservoir tank (2) and a water line, and a flush handle (22) When pressed, the water contained in the reservoir tank (2) is discharged through the water passage (35). In the inner space of the toilet compartment (3), the detection sensor control box (7) installed in the toilet compartment (3) is built-in, and the automatic flush valve in the detection sensor control box (7) installed in the toilet compartment (3) (8) and proximity sensor (9) and motor cylinder detection sensor (10) and camera sensor (67) and intelligent human body detection sensor

(68) and bidet accessories are regularly seated, and the inlet connector 12, drainage connector 13, and wire protection tube 6 are built-in so that they are not exposed to the outside.

On the other hand, the principle of the urinal 5 operating the automatic water flushing valve 8 by the proximity sensor 9 and the flow of washing water will be described as follows. The urinal (5) is equipped with a detection sensor control box (7) inside the toilet accessory box (3) so that the urinal (5) is not exposed to the outside to open the automatic flushing valve (8) through the proximity sensor (9) for several seconds. And a detection sensor groove (11) drilled in a certain part on one side so that the vertical and horizontal lines coincide at a certain part on one side of the detection sensor control box (7) and a certain part on one side of the toilet accessory box (3) so that it can be detected by the sensor, 65

And, the sensing unit 24 is attached and fixed to a certain portion of one end of the outer surface of the urinal 5. When the urinal 5 is vertically stopped, the sensing unit 24 and the proximity sensor 9 do not face each other, but are located alternately, and the groove of the hinge protrudes in a certain direction from a certain part behind the bottom of the toilet top 56 ( 19), (25) is rotated about the central axis and when the urine is inclined appropriately, the signal of the proximity sensor 9 passes through the detection sensor grooves 11 and 65 and faces the detection unit 24 as if When it passes, it sends a signal to the automatic flushing valve (8) and sends a signal to the toilet (3) The inlet pipe (12) that enters through the inlet pipe groove (39) penetrated into the bottom surface (12) is connected to the water supply (28) at one end and is connected to the inlet pipe (28). (12) The other end and the toilet accessory box (3) It is connected to the inlet pipe connector 46 configured on one side of the automatic flush valve (8) seated in a certain part of the inside with a connector nut (49), In the state, the automatic flushing valve (8) is opened for several seconds, and one side of the drainage connector (13) passing through the inner space of the toilet (3) is connected to the drain pipe connector (47) configured on the other side of the automatic flushing valve (8). Connected and coupled with a connector nut (49), and a drainage connector (13)

The other end of the urinal 5 and the drain pipe connector 30 provided at a certain portion of the rear surface are mutually coupled. To make the drainage connector 13 less exposed, the urinal 5 is provided with a connecting tube 57 which is circularly penetrated by a predetermined length penetrating into the inner wall from a certain portion of the rear surface of the urinal 5, and has four sides inside the inner wall of the urinal head 55 A predetermined portion of the circular through-pipe 26 that is circulated and penetrated by a predetermined length and a connecting pipe 57 that is circularly penetrated by a predetermined length are connected so that water is circulated through each other, and one side of the head portion 55 of the urinal It consists of several water grooves (27) penetrated at regular intervals by a predetermined length. The washing water discharged into several water grooves 27 penetrating at regular intervals on one surface of the urinal head 55 is to wash the inner peripheral surface 50 of the urinal 5. Therefore, the urinal head part 55, the inner circumferential surface 50

The washing water flows in all directions, and the washing water goes out to the urinal lower end 51 through which the lower inner circumferential surface of the urinal 5 is penetrated by a circular tube, and the space part of the drip tray groove 34 of the urinal lower part 18 and the y-shaped pipe 32 It is connected so as to communicate with each other at a certain portion of the urinal drain pipe end 44 and the discharge pipe 45 through the connecting urinal drain pipe 58 to discharge the sewage. In addition, when the urinal 5 is drawn forward and is inclined appropriately to urinate, the hinge grooves 19 and 25 protruding in a certain direction are rotated to the central axis and move to a vertical stop, the proximity sensor 9 ) Signal passes through the detection sensor grooves (11) and (65) as if passing through the detection unit (24), thereby opening the automatic flushing valve (8) to discharge water and

When (5) is rotated from the front to the rear and from the rear to the front, the sensing unit 24 and the proximity detection sensor 9 face each other, and the automatic flushing valve 8 is opened to discharge water.

This prevents the detection unit 24 and the proximity sensor 9 from facing each other when the urinal 5 is in a vertical stop state and an inclined stop state, and only when they face each other, the automatic flushing valve 8 is performed by the proximity sensor 9. ) To open, meaning that washing water is discharged only when the urinal (5) moves. In addition to the metal detection sensor that opens and closes the automatic water flushing valve (8), a better detection sensor can be applied as the technology of detection sensor develops in the future.

On the other hand, the camera sensor 67 and the intelligent human body detection sensor 68 will be described as follows. A camera sensor groove 66 is drilled in a certain part on one side of the toilet accessory box 3, and the camera sensor (

The intelligent human body detection sensor (68) and the motor cylinder detection sensor (10) installed in the detection sensor control box (7) by attaching and fixing 67) in line with the camera sensor groove (66) and processing the connected wires to prevent exposure to the outside. The system is set up so that is interoperable. When the urinal 5 moves and rotates in a vertical stop, the body part and the shape of the hand inputted to the intelligent human body detection sensor 68 are detected by the camera sensor 67, and the intelligent human body detection sensor 68

When the electric motor cylinder detection sensors 10 that operate the electric motor cylinder 14 interlock with each other, the high and low inclination of the urinal 5 changes according to the position of the body part and the shape of the hand, etc., and when the body part and the shape of the hand stop. (5) is adjusted to an appropriate height so that there is no inconvenience for short and tall people to use by urinating. In addition, when a person is bitten and presses the button displayed on the remote control (15), the urinal (5) is rotated by the motor cylinder (14) in an inclined stop state and is closed to a vertical stop. 67) and the intelligent human body detection sensor 68 and the electric motor cylinder detection sensor 10 are blocked afterwards. Therefore, even if a person is next to the toilet, the urinal 5 does not move unless the lower button indicated on the remote control 15 is pressed.

On the other hand, if the urinal head part 55 is pulled out from the front and rotated using the handle 21 provided on one side of one side, and is inclined appropriately to urinate, one end of the rear side of the drip tray groove 34 and the drip tray groove 34 are fixed. The urinal 5 stops rotating and tilting as the part is inserted and a certain surface of one end of the lower end 51 of the urinal moving forward and backward contact each other. This becomes the basis of the inclination height of the urinal 5, and the adjustment bolt 42 of the urinal 5 is applied from the height thereafter. After urinating, when the urinal 5 is rotated and pushed by the handle 21 as a means, it is settled vertically. The center of gravity (23) of the urinal (5) is always rearward than the hinge grooves (19) and (25) protruding in a certain direction from a certain portion of the urinal (5) so that the urinal (5) is set vertically and does not rotate easily. As it is on the side, the urinal 5 is not easily pulled out due to gravity. As a result of the experiment, it will be said that the center of gravity is naturally on the back side even if the weight is not added to the back side. On the other hand, in order to manually adjust the height of the urinal (5), a certain part is formed by a drip tray groove (34) formed between the hinge part grooves (19, 20) that regularly protrude from a certain part behind the bottom of the toilet (56). One side of the inserted urinal lower end 51 is fixed by inserting an adjustment nut 43 at a certain position at the rear end of the drip tray groove 34 so that a certain part of the inserted urinal can be in contact with each other, and adjust by loosening or tightening the adjustment bolt 42 One end of the bolt 42 is in contact with a certain surface of one end of the urinal lower end 51 so that the high and low level of the urinal 5 can be adjusted.

On the other hand, when the urinal (5) is vertically stopped, the plate (69) at the front of the urinal (5) is replaced with the low water tank (2) and the toilet so that a gap is not seen between the low water tank (2) and the toilet accessory box (3). As it is wider than the area and space between the accessory box (3), the low address water tank (2) and the toilet accessory box (

3) and the urinal (5) are integrated, and it is possible to maintain the balance and beauty in appearance by covering the space between the low address water tank (2) and the toilet accessory (3).

The form of the plate 69 on the front of the urinal is a rectangular, polygonal, oval, etc., so that it can be attached and detached in various colors according to various shapes and tastes, a number of C-shaped grooves 59 on one side of the urinal front part 70 are uniform in the longitudinal direction. It is integrated with a toilet, characterized in that it consists of several T-shapes 71 protruding a predetermined length from one surface of the plate 69 of the urinal front part that is properly inserted and fixed by sliding into the C-shaped groove 59 urinal.

1: Main body of both sides 2: Reservoir tank 3: Toilet accessory box 4: Reservoir tank lid 5: Urinal 6: Electric wire protection tube 7: Detection sensor control box 8: Automatic flushing valve 9: Proximity detection sensor 10: Motor cylinder detection sensor 11: sensing sensor groove 12: inlet connector 13: drain connector 14: motor cylinder 15: remote control 16: connection pin 17: fixing pin 18: urinal lower end 19: hinge groove 20: motor cylinder hinge groove 21: handle 22 : Unisex water drop handle 23: Center of gravity 24: Sensing part 25: Urinal hinge groove 26: Circular through-pipe 27: Water groove 28: Water tap 29: Urinal hinge groove 30: Drain pipe connector 31: Bolt 32: Y-shaped pipe 33: Male 34: trough groove 35: water passage 36: nut 37: water supply pipe groove 38; Connecting groove 39; Inlet pipe groove 40: drain pipe groove 41: wire groove 42: adjustment bolt. 43: adjustment nut 44: drain pipe end 45: discharge pipe 46; Inlet pipe connector 47: drain pipe connector 48; Connection bolt 49: Connection nut 50: inner peripheral surface of the urinal 51: bottom of urinal 52: inlet pipe connection groove 53: drain pipe connection groove 54: reservoir tank drain groove 55: urinal head portion 56: toilet top plate bottom 57: circular connector 58: Urinal drain pipe 59: C-shaped groove 60: Urinal hinge 61: Hinge 62: Motor cylinder hinge groove 63: Hinge groove 64 at the bottom of the motor: Reservoir tank drain groove 65: Detection sensor groove 66: Camera sensor groove 67: Camera Sensor 68: Intelligent human body detection sensor 69: Plate material at the front of the urinal 70 Urinal front 71: T-shaped

Claims (8)

Including that the reservoir tank drain groove 64 and the toilet water passage 35 form a space on one side of a certain part behind the bottom of the toilet top plate 56, it is divided into both sides and has a predetermined width and volume. A storage tank (2) and a toilet accessory (3); Between the reservoir tank (2) and the toilet accessory box (3), the toilet top plate bottom (56)
) Having a hinge groove (19), (20) protruding in a predetermined portion of the rear, and having an adjustment nut (43) inserted and fixed to a predetermined portion of the rear surface of the trough groove (34); The urinal (5) is a container that receives urine and has a hinge groove (29) on a certain part of the rear surface, and includes a sensing part (24), a handle (21), and a drain pipe connector (30), which protrudes from one side of the urinal (5). A hinge portion groove 25; The urinal (5)
Is rotated and stopped by the reciprocating motion of the motor cylinder 14, and the urinal 5 is connected with the motor cylinder detection sensor 10
Equipped with a camera sensor 67 and an intelligent human body detection sensor 68; The urinal 5 has a hinge groove (
19) and (25) rotated to the front and rear with respect to the central axis, tilted forward and stopped vertically; The plate material 69 at the front of the urinal has a certain area to cover the gap between the reservoir tank 2 and the toilet accessory box 3, and has several C-shaped grooves 59 and a number to be attached and detached in various shapes and colors. Having two T-shaped (71); The urinal lower end 51 is inserted into the space portion of the drip tray groove 34 in the central portion behind the toilet top plate bottom surface 56 and moves forward and backward; A toilet integrally formed with a urinal, characterized in that the lower end of the urinal 18 and the y-shaped pipe 32 are connected to the bottom of the toilet top plate 56 in a downward direction to discharge the waste water through the drain pipe. According to claim 1, the reservoir tank (2) and the toilet accessory box (3), which are divided into both sides and have a predetermined width and volume, are selectively mutually separated at a certain part behind the bottom surface of the toilet top (56). A toilet formed integrally with a urinal, characterized in that the position is changed and seated and fixed. According to claim 1, when the urinal (5) is in a vertical stop state and an inclined stop state, the detection unit (24) and the proximity detection sensor (9) do not face each other, A toilet integrally formed with a urinal, characterized in that the lowering valve (8) is opened. According to claim 1, when the urinal (5) is pulled out and inclined by means of the handle (21) of the urinal (5), the adjustment nut (43) is located in a certain part of the rear of the bottom of the toilet top plate (56). ) Is inserted and fixed, and the end of the adjustment bolt 42 and a certain surface of one end of the urinal lower end 51 are in contact with each other to adjust the height of the urinal 5 and a toilet integrally formed with a urinal. According to claim 1, the body part and hand shape inputted to the intelligent human body detection sensor 68 interworked with the electric motor cylinder detection sensor 10 are detected by the camera sensor 67, so that a part of the body and the shape of a hand are detected. A toilet integrally formed with a urinal, characterized in that the high and low of the urinal 5 are adjusted according to the position. The urinal according to claim 1, wherein the urinal (5) includes a hinge groove (19) regularly protruding from a certain portion behind the toilet top plate bottom surface (56) and a hinge groove (19) regularly protruding from a certain portion on one surface of the urinal (5). 25) a toilet integrally formed with a urinal, characterized in that the urinal (5) is connected to each other so that only the urinal (5) can be attached and detached with the fixing pin (17) and fastened to be rotatable. According to claim 1, wherein the drainage connector 13 is provided with a circular connector 57 so that the exposure is less, and the washing water is discharged to the water groove 27 of the urinal head portion 55 through the circular connector 57. Toilet, characterized in that the urinal is integrally formed. According to claim 1, when a button such as a remote control (15) is pressed while the urinal (5) is inclined to stop, the urinal (5) is rotated by the motor cylinder (14), and the urinal (5) is closed in a vertical stop state, the motor A toilet integrally formed with a urinal, characterized in that signals from the cylinder detection sensor 10, the camera sensor 67, and the intelligent human body detection sensor 68 are blocked afterwards.

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