JP4394705B2 - Men's toilet with adjustable height - Google Patents

Description

  The present invention relates to a male toilet that can be adjusted in height to suit the height of the user. The height-adjustable men's toilet can prevent the surroundings of the toilet or the floor and walls from becoming dirty due to urine scattering during urination, dripping of residual urine, and the like. The present invention adjusts the height so that urine can be easily urinated without contaminating the surroundings because the urine receiver is adjusted to the optimal position even for adults, children, or persons with different heights. This is about a men's toilet.

  The male urinary splash prevention pipe described in Japanese Utility Model Laid-Open No. 1-136570 uses a tapered pipe made of water-soluble paper as an auxiliary device for urination, so that urine is scattered near the toilet. Is prevented. The men's urination scattering prevention auxiliary cover described in JP-A-2005-060997 controls the trajectory of small water and guides it like a rain gutter so that it fits in the toilet bowl. Moreover, the toilet bowl with a urine assisting device described in Japanese Patent Application Laid-Open No. 2000-107088 has a cup-shaped receiving part in its hand and can urinate at a predetermined position, and is received by the cup-shaped receiving part. The urine is guided to the side of the toilet by a hose.

Japanese Utility Model Publication 1-136570 Japanese Patent Laid-Open No. 2005-060997 JP 2000-107088 A

  The men's toilet aid described in Patent Literature 1 to Patent Literature 3 is used to guide the urine to the toilet by bringing it close to the local area by the user's hand. Since the men's toilet assist device is an essential requirement to hold by hand, there is a possibility that urine may be applied to the hand, which is unsanitary. In addition, since the men's toilet aid must be held by hand, urine hitting the hand may be scattered. Since it is troublesome to adjust the height of the men's toilet aid by hand, the surroundings are not always hygienic.

  In order to solve the above-described problems, the present invention provides a high-capacity urinating device that can urinate toward a urine receiver tilted at a predetermined angle in a funnel-shaped height that matches the height of the user. The purpose is to provide an adjustable men's toilet. SUMMARY OF THE INVENTION An object of the present invention is to provide a men's toilet that can be adjusted in height without directly touching a toilet or an assisting tool and without urine being scattered around. When urinating, a man always removes the pants chuck and then urinates after taking the topic out of the pants. The present applicant pays attention to the movement of the hand during the urination, and an object thereof is to provide a men's toilet that can adjust the height of the urine receiving device to an optimum height.

(First invention)
The men's toilet of height adjustment of the first aspect of the present invention includes a spiral groove in which the water supplied from the water supply port circulates, and a water supply is applied so as to circulate through the spiral groove and the inside is washed. It is comprised of a urine receiving portion that receives urination, a funnel-shaped discharge port that discharges the urine, and a urine receptacle that is inclined at an angle that is easy for the user to make. And a water supply pipe made of a synthetic resin or metal bellows pipe which is connected to the water supply opening and can be adjusted in length in the height direction, and is connected to the discharge opening and is adjusted in length in the height direction. a drain pipe and a synthetic resin or metal bellows tube can, the not covering the water supply tube and drainage tube, with which the rack mechanism is provided on at least a part of the side, fixed to the fixing portion at the top an inner tube which is, the length in the height direction of the inner tube through the slit An outer tube that can be adjusted, a rotary drive mechanism that includes a pinion mechanism that engages with the rack mechanism through the slit in the outer tube and converts rotational motion into linear motion, and a user's hand The position of the operation or hand is detected, and the height of the urine receiver is controlled to the optimum height by the rotary drive mechanism. If the user is not detected, the height of the urine receiver is set to the initial position. It is characterized by comprising a control device for returning to (1).

(Second invention)
In the men's toilet of height adjustable according to the second invention, the drive means for the urine receiver is provided with malfunction prevention means.

  According to the present invention, since urination is performed after the urine receiver has been automatically moved to the optimum height and the shortest distance of the user, urine is not scattered around, and only a clean toilet is provided. In addition, since the toilet bowl is small, it is suitable for either a cheap luxury hotel suitable for mass production, home use, or a public toilet.

  According to the present invention, since the user does not touch the toilet directly, even a public toilet used by many people is hygienic.

  According to the present invention, the position of a hand pinched by the user is detected by a sensor and automatically adjusted to an optimum height suitable for the user, so that the user can be part of a men's toilet. It is not touched, can urinate easily, and is hygienic.

  According to the present invention, the height or hand of a person's crotch is detected by a sensor and automatically adjusted to a predetermined height suitable for the user. It is hygienic because it is not touched.

  According to the present invention, since the washing water is swirled on the urine receptacle inclined at a predetermined angle, the urine or the water supply is scattered in the urine receptacle and leaks to the outside. And the interior can always be kept clean.

  The height-adjustable men's toilet has a urine receptacle inclined at a predetermined angle, a water supply pipe and a drain pipe capable of adjusting the length, and an inner pipe provided with a rack mechanism in the height direction. And an outer tube that slides the inner tube, a drive mechanism that drives the outer tube up and down, and a control device that controls the drive mechanism. The urine receiving device is constituted by a water supply port that is supplied with water so as to circulate on the inner surface and cleans the inside thereof, a urine receiving portion that receives urine, and a drain port that drains urine.

  The water supply pipe is connected to the water supply port connected to the tap water so that the length can be adjusted. Similarly, the drain pipe is connected to the sewage from the drain port so that the length can be adjusted. The material of the water supply pipe and the drain pipe can be made of synthetic resin or metal. The water supply pipe has a flexible pipe shape whose length can be adjusted.

  The water supply pipe and the drain pipe are covered with an inner pipe and a part thereof is fixed. The inner pipe is provided with a rack mechanism in the height direction. The outer tube has a structure in which the inner tube can slide, and is provided with a slit so that a rack mechanism provided in the inner tube is exposed.

  The rotation drive mechanism includes, for example, a pinion mechanism for converting the rotation of the motor into a linear motion, and is engaged with the rack mechanism via a slit of the outer tube. The inner tube or the outer tube can be omitted. The rotation of the motor is a vertical movement by the pinion mechanism and the rack mechanism, and the height can be adjusted. The control device can adjust the urine receiver to a desired height of the user by controlling the rotation drive mechanism with a sensor or a foot switch. As the rotational drive mechanism, for example, a linear motor can be used instead of a rack mechanism and a pinion mechanism.

  The men's toilet with adjustable height according to the present invention urinates at an optimum height of the user and at the shortest distance, so that the urine is not scattered around and the toilet is clean. The height-adjustable men's toilet of the present invention can also be provided for home use, public toilets, or luxurious places.

  In a men's toilet with adjustable height, the height of the urine receiving device is adjusted by adjusting the number of times the foot switch is pressed, so that the optimal height and the shortest distance of the user are obtained. The height adjustment can be lifted and lowered using gravity and a spring in addition to electrical driving.

  In a men's toilet that can be adjusted in height, the height of the urine receptacle is determined by detecting the height of a person's crotch with, for example, an infrared sensor, at a predetermined height that matches the height of the user, and at the shortest distance. Adjusted automatically. According to the present invention, the user can move the urine receiver to the optimum height and the shortest distance without doing anything without touching a part of the men's toilet. The infrared sensor and the power source for height adjustment can be provided with a storage battery or the like in preparation for a power failure.

  The height-adjustable men's toilet has no inner pipe or outer pipe, the drive mechanism that drives the water supply and drain pipes in the vertical direction is not specified, and the height-adjustable control device Are different in different ways. The drive mechanism is not particularly limited as long as it is a known or well-known mechanism, and many mechanisms can be employed. The control device detects the person and simultaneously detects the height, and automatically adjusts the height of the urine receiver to the optimum height by the drive mechanism. The height adjustment can be performed by a plurality of sets of optical sensors or infrared sensors.

  The height-adjustable men's toilet is a mixture of the above-mentioned inventions. The present invention can be applied to home, hotel, and public toilets. That is, the present invention can be modified depending on the installation location, purpose, etc., such as a simple type, a luxury type, and an intermediate type.

  The height of the urine receiver is determined by paying attention to the user's hand and detecting its position. In urination, it is essential for men to open their trousers with their hands and pinch the local area in a predetermined direction. The present applicant pays attention to the essential requirements and detects the local position of the user based on the position of the hand.

  The height of the urine receiver is more accurately determined by detecting the movement of the user's hand. The user may loosen or remove the band and then slowly lower the chuck, suddenly lower the chuck, or may have other wrinkled hands. For example, the position at hand is slightly different when the chuck is lowered, when the band is grasped, or when the local is grasped. According to the seventh aspect of the invention, the position is detected more accurately by detecting the position where the local is grasped, that is, the position where the local is projected forward.

  When the user's urination is completed, the height-adjustable men's toilet detects that the user is gone by, for example, a light sensor or an infrared sensor, and sets the height of the urine receiver to the initial position, for example, Return to the bottom. That is, the height-adjustable men's toilet of the eighth aspect of the invention is always raised from below to a predetermined position so as not to give a sense of incongruity in the same state.

  In the men's toilet that can be adjusted in height, the urine receiver driving means is provided with a malfunction prevention means. The malfunction prevention means stops at a predetermined position so as not to cause chattering due to the detection state of the sensor. In addition, the men's toilet whose height can be adjusted cannot urinate if it does not reach a desired height for some reason, that is, in the case of a mismatch. In such a case, the height-adjustable men's toilet is announced to start again from the approach (start) to the toilet.

  In the men's toilet capable of height adjustment, after detecting a person, detection means for detecting the height position is driven. The height-adjustable men's toilet requires a plurality of sets of sensors to detect the height position, so that the position detection sensor is powered on only after detecting a person, thus saving energy. I am trying. The sensor is a pair of a sensor that outputs light or infrared light and a sensor that receives the light or infrared light.

  In a men's toilet that can be adjusted in height, a synthetic resin or metal bellows pipe can be adopted as the water supply pipe and the drain pipe. The synthetic resin or metal bellows tube has a ready-made product and is not damaged even if the height adjustment is repeated.

  In a men's toilet with adjustable height, the drain pipe can be a slide pipe having a small diameter at the top and a large diameter at the bottom. Since the drain pipe does not flow upward through the drain pipe, it can be a slide pipe.

  In addition to adjusting the height of the urine receiver, the height-adjustable men's toilet can automatically open / close the urine receiver and start / stop water supply by detecting the presence of people. Yes.

  The height-adjustable men's toilet is provided with a spiral groove on the inner surface of the funnel for allowing the water supply to flow easily. By adjusting the jetting power of the water from the water supply port, the spiral groove can be cleaned cleanly without the internal water scattering and leaking to the outside.

  The height-adjustable men's toilet is different in the shape of the urine receptacle. The urine receiving device has a double periphery, and the water supplied from the water supply pipe comes out from the doubled state. The water supply is drained from the drain with the urine while being diffused into the urine receiving device.

  The men's toilet with adjustable height has a different mechanism for moving the urine receptacle. The urine receiver is supported by a support member, and a water supply pipe and a drain pipe are exposed. The support member is provided with a rack mechanism, and is movable up and down by rotation of a pinion mechanism that engages with the rack mechanism.

  FIG. 1 is an embodiment of the present invention and is a schematic view for explaining a men's toilet whose height can be adjusted when a user urinates. In FIG. 1, a men's toilet 10 that can be adjusted in height includes a urine receiver 11, an inner tube 12 that is connected to the urine receiver 11, an outer tube 13 that covers the inner tube 12, and the outer tube. 13, a fixing mechanism 14 for fixing the inner pipe 12, a driving mechanism 15 for adjusting the height of the inner pipe 12, a water pipe 16 and a drain pipe 161 passing through the inner pipe 12 and the outer pipe 13 to the urine receiver 11. And a foot switch 18 for operating the drive mechanism. The tilt angle and size of the urine receiver 11 can be arbitrarily changed depending on the place of use.

  A plurality of sensors, for example, optical sensors or infrared sensors 171, 172,... Are provided on the wall 17 at predetermined intervals in the height direction. The infrared sensors 171, 172,... Can detect the height of the user's crotch. Therefore, when the foot switch 18 is pressed, the height is detected, and the drive mechanism 15 The height of the inner tube 12 can be adjusted. The upper portion of the inner tube 12 is bent at an angle that facilitates urine output. If necessary, a lid (not shown) provided on the urine receiver 11 can be opened by the foot switch 18 in conjunction with the height adjustment of the inner tube 12. The height-adjustable men's toilet can be adjusted only by the foot switch 18 without the sensor. The height-adjustable men's toilet can be inexpensive because the height adjustment mechanism is simple.

  The user 19 stands in front of the height-adjustable men's toilet 10, automatically reaches a desired height without the foot switch 18 or the foot switch, and then enters the urine receiver 11. Urinate. The urine receiver 11 is supplied with water from the water pipe 16 at the same time as receiving the urine, for example, and drained from the drain pipe 161 together with the urine. Water supply from the water pipe 16 can be interlocked with a signal from the sensor or foot switch. The height-adjustable men's toilet can be processed by the control means so as to automatically detect the height of the user 19, discharge the urine into the drainage pipe 161, and clean the urine receiver 11.

  FIG. 2 is an enlarged view of the male toilet of FIG. FIG. 3 is an embodiment of the present invention, and is an enlarged view of an inner tube and an outer tube of a men's toilet whose height can be adjusted and the vicinity thereof. 2 and 3, the inner tube 12 has a structure capable of sliding up and down inside the outer tube 13. The inner pipe 12 is fixed to the fixing portion 123 at the top, and a rack mechanism 152 is provided at least at a part of the side portion.

  The outer tube 13 is provided with a slit (not shown) on the side, and the pinion mechanism 151 is engaged with the rack mechanism 152 through the slit. The pinion mechanism 151 is connected to the rotating shaft 154 of the motor 153. The rotation of the motor 153 can adjust the height of the urine receiver 11 by moving the inner tube 12 up and down via the pinion mechanism 151 and the rack mechanism 152. The motor 153 and the drive mechanism 15 including the pinion mechanism 151 and the rack mechanism 152 are protected by a case.

  Inside the inner tube 12 and the outer tube 13, for example, a metal or synthetic resin water supply pipe 121 and a drain pipe 122 made of a flexible bellows are electrically connected. In addition to the bellows tube, the drain tube 122 can slide an inner tube and an outer tube. The water supply pipe 121 and the drainage pipe 122 are fixed to the fixing part 123 at the upper part, and the tip part is connected to the water supply port 112 and the drainage port 114. The water supply pipe 121 is connected to the water pipe 16, and the drain pipe 122 is connected to the drain pipe 161.

  The urine receiving device 11 is provided with a water supply pipe 111 along the lower part of the upper fin 112, and when the water is discharged from the water supply pipe 111 through the drain outlet 114, it becomes swirling water 113, Washed. As the urine receiver 11, a known size and shape, an inclination angle, and a cleaning mechanism can be applied.

  FIG. 4 is an enlarged view of a urine receiver in a men's toilet that can be adjusted in height according to an embodiment of the present invention. In FIG. 1 and FIG. 2, the urine receiver 11 is drawn in a small manner from the relationship of drawing. Although the urine receiver 11 in FIG. 4 is horizontal without an angle, it may be inclined or may be of a known shape with one higher and the other lower. The water supply pipe 111 is disposed in the upper part of the urine receiver 11 and is washed while turning inside while being discharged along the inner wall surface of the fin 112 in the upper part of the urine receiver 11. Moreover, although the said water supply pipe | tube 111 is provided along the inner surface of the urine receptacle 11, the said urine receptacle 11 can also be put in the inside by making double. The drain port 114 is thicker than the water supply pipe 111 and is provided with a strainer 115 that prevents large waste from flowing.

  FIG. 5 is a view for explaining a urine receiver in a men's toilet capable of height adjustment according to a second embodiment of the present invention. In FIG. 5, the urine receiver 51 has an outer vessel 511 and an inner vessel 512 that are doubled. A water supply groove 513 is formed between the outer vessel 511 and the inner vessel 512, and the water supply swirls the fins 514 provided at the distal end of the urine receptacle 51 to move the interior of the urine receptacle 51. Water is discharged while washing. The drain port of the urine receiver 51 is connected to the drain pipe 122.

  The water supply pipe 121 and the drain pipe 122 are made of a flexible member and attached to the support member 52. The support member 52 is provided with a rack mechanism 152. When the motor 15 attached to the wall 17 rotates, the rack mechanism 152 that engages with the pinion mechanism 151 moves up and down, and the urine receiver 51 of the men's toilet 50 that can be adjusted in height moves up and down. . In addition, although the said supporting member is perpendicular | vertical, it can also raise to the direction which faces a person.

  6 (a) and 6 (b) show a third embodiment of the present invention, which can adjust the height of the urine receiver by detecting the local position according to the height of the user according to the position of the user's hand. It is a figure for demonstrating the toilet for men of height adjustment. 6A and 6B, the urine receiver 11 is surrounded by a front wall 61 and side walls 62 and 62 'provided on the left and right. The side walls 62 and 62 'have a width of about 300 mm, and can be wider or narrower. The front wall 61 is provided with a sensor 611 that detects whether or not there is a person in front of a men's toilet whose height can be adjusted. On both sides of the side walls 62 and 62 ', a plurality of sets of output units 621 and receiving units 621' of light or infrared sensors for detecting the local position of the user are provided.

  The height of the urine receiver 11 is set to be movable, for example, about 350 mm to 900 mm. The user stands in front of the height-adjustable men's toilet, so that the sensor attached to the front wall 61 detects a person, and the power source of the sensor provided on the side walls 62 and 62 is turned off. To be thrown in. The sensors provided on the side walls 62 and 62 are 621-1, 621-2, ..., 621-n arranged at predetermined intervals in the height direction. The sensor detects, for example, the position of a hand pinching the local area and sends information to a control means (not shown) so that the urine receiver 11 can move to an optimum height for urination. Further, in the first to third embodiments, the urine receiver 11 is drawn so as to be entirely out of the front wall 61, but about ½ may be embedded in the front wall 61. it can.

  FIG. 7 is a diagram for explaining an example of a block diagram for adjusting the height of the urine receiver in the fourth embodiment of the present invention. In FIG. 7, the height-adjustable male toilet includes, for example, a person detection unit 711, a position detection device driving unit 712, a hand detection unit 713, a hand movement storage unit 714, a height determination unit 715, It comprises at least a height drive control means 716, a drive means 717, an initial position storage means 718, a malfunction prevention means 719, and a control means 720 for controlling the entire block.

  The person detecting means 711 detects whether or not a person has come to a predetermined position for urination. The position detection device driving means 712 is a means for driving a position detection device for detecting the position of the hand that pinched the local area. The position detecting device driving means 712 saves energy by preventing the hand detecting means 713 composed of a plurality of sets of sensors from being turned on and not driven when there is no person. The hand detecting means 713 detects the height of the user, particularly the local position, with the hand near the local area.

  The hand movement storage means 714 stores position information that the hand has removed or loosened the band, information that lowers the chuck, and information that the hand is grasping the position as position information. The information is a constant movement made up of left and right movements or up and down movements, although there is a habit depending on the person. However, the movement of the hand during urination is pinched locally and protrudes forward, so that it can be clearly distinguished from the above movement. The height determining means 715 detects the position where the hand protrudes forward by pinching the local area based on the information of the hand detecting means 713 and the hand motion storing means 714. The height drive control means 716 controls the urine receiver to move to the position determined by the height determination means 715.

  The driving means 717 moves the receiving tool in accordance with the height of the user under the control of the height driving control means 716. When the urination is completed, the height-adjustable men's toilet has the height drive control at the initial position of the urine receiver, for example, the lowest position when the person detecting means 711 detects that no person is present. Move by means 716. The initial position does not necessarily need to be the lowest position, but it is easy for the user to always return the initial position to the initial position.

  The malfunction prevention means 719 prevents chattering and repeated movement in the vertical direction by a sensor that detects the user's hand. In other words, the malfunction prevention means 719 allows a slight time delay to move to the detected position. The control means 720 controls the block and the whole boy's toilet that can be adjusted in height.

  FIG. 8 is a diagram for explaining an example of a flowchart for adjusting the height of the urine receiver in the fifth embodiment of the present invention. In FIG. 8, the control means 720 can use a men's toilet whose height can be adjusted by turning on the human detection means 711 (step 811). The control means 720 checks whether or not there is a person in front of the height-adjustable male toilet (step 812).

  When it is determined that there is no person, the control means 720 is always waiting so that a person can detect it. When the control means 720 determines that there is a person, the position detection device driving means 712 turns on the power of the sensor for detecting the position at hand (step 813).

  The control means 720 continues to check whether or not the hand position is detected by the sensor (step 814). When it is determined that the hand position is detected, the control unit 720 checks whether or not the hand position is correct (step 815). If it is unclear whether the hand position is correct, the control means 720 returns to step 814 to redetect the hand position.

  When the control means 720 determines that the movement at hand is correct, the position is determined by the height determination means 715 as the position of urination (step 816). For the determination of the height position, the control unit 720 refers to information stored in the hand movement storage unit 714. The control means 720 instructs the height drive control means 716 to move the urine receiver 11 to the determined height position (step 817).

  The control means 720 checks whether or not the user's urination is completed based on the presence or absence of a person (step 818). When it is determined that there is a person in front of the toilet, the control means 720 leaves the height drive control means 716 as it is (step 819). When it is determined that there is no person in front of the toilet, the control means 720 instructs the height drive control means 716 to return to the initial position stored in advance (step 820). If it is determined that there is no person in front of the toilet, the control means 720 next turns off the power of the position detection device (step 821) to save energy.

  In addition, when the position of the hand is not detected even though it is determined that there is a person in front of the toilet, the control means 720 alerts the user so that the correct predetermined position is obtained by a message or voice. can do. Furthermore, the present invention can include a device that can wipe the edge of the urine receiver. For example, the apparatus enables the toilet paper to be moved by a motor or the like from one roll toward a take-up roll provided on the other roll. The one roll and the take-up roll can be provided with a pulley or the like for bending the paper so that the paper can be moved while being pressed along the edge of the urine receiver.

  As mentioned above, although the Example of this invention was explained in full detail, this invention is not limited to the said Example. The present invention can be modified in various ways without departing from the scope of the claims. The drive mechanism and control in the present embodiment can be achieved by known or well-known techniques. Moreover, a well-known or well-known material can be used similarly for the material which comprises the toilet for boys of this Example which can adjust height.

  Although the drive mechanism and the control device in the present embodiment have been described on the assumption that they are electrically performed (use of power storage equipment at the time of a power failure), they can also be performed by mechanical control using gravity, springs, and the like. The material, shape and size of the urine receiver of the present embodiment can be arbitrarily changed in consideration of the overall design. Further, the blocks shown in FIG. 7 can be achieved by known or well-known means. The first to fifth embodiments of the present invention can be a boy's toilet that is partially recombined and can be adjusted in height.

In the Example of this invention, it is the schematic for demonstrating the toilet for men whose height is adjustable when the user is urinating. (Example 1) FIG. 2 is an enlarged view of a men's toilet with adjustable height in FIG. 1 according to an embodiment of the present invention. In the Example of this invention, it is an enlarged view of the inner tube and outer tube | pipe of the men's toilet which can adjust height, and its vicinity. In the Example of this invention, it is an enlarged view of the urine receptacle in the toilet for men of height adjustment. In 2nd Example of this invention, it is a figure for demonstrating the urine receptacle in the toilet for men of height adjustment. (Example 2) (A) and (B) are the third embodiment of the present invention, and the height at which the height of the urine receiver can be adjusted by detecting the local position according to the height of the user according to the position of the user's hand. It is a figure for demonstrating the toilet for men which can be adjusted. (Example 3) It is a figure for demonstrating an example of the block block diagram for adjusting the height of a urine receiver in 4th Example of this invention. Example 4 It is a figure for demonstrating an example of the flowchart for adjusting the height of a urine receiver in 5th Example of this invention. (Example 5)

Explanation of symbols

10 ... Height-adjustable male toilet 11 ... Urine receptacle 111 ... Water supply pipe 112 ... Fin 113 ... Swivel water 114 ... Drain port 12 ... Inner pipe 121 ..Water supply pipes 122, 161 ... Drain pipe 123 ... Fixed part 13 ... Outer pipe 14 ... Fixed part 15 ... Drive mechanism 151 ... Pinion mechanism 152 ... Rack mechanism 153・ ・ Motor 154 ・ ・ ・ Rotating shaft 16 ・ ・ ・ Water pipe 161 ・ ・ ・ Drain pipe 17 ・ ・ ・ Wall 171,172, ・ ・ ・ Infrared sensor 18 ・ ・ ・ Foot switch 19 ・ ・ ・ User 50 ・ ・-Height-adjustable male toilet 51 ... Urine receptacle 511 ... Outer vessel 522 ... Inner vessel 52 ... Supporting member

Claims (2)

A spiral groove in which the water supplied from the water supply port circulates, and a water supply is applied to circulate through the spiral groove so that the interior is washed and the inside is doubled so that the water is discharged and urine is received. In a men's toilet with adjustable height, comprising a urine receiving part, a funnel-shaped discharge port for discharging the urine, and a urine receiver inclined at an angle that is easy for the user to perform,
A water supply pipe connected to the water supply port and made of a synthetic resin or metal bellows pipe capable of adjusting the length in the height direction; and
A drain pipe made of a synthetic resin or metal bellows pipe connected to the outlet and capable of adjusting the length in the height direction;
Wherein not covering the water supply tube and drainage tube, with the rack mechanism is provided on at least a part of the side, and the inner tube which is fixed to the fixing portion at the top,
An outer tube capable of adjusting the length in the height direction of the inner tube through a slit;
A rotational drive mechanism that includes a pinion mechanism that engages with the rack mechanism via the slit in the outer tube and converts rotational motion into linear motion;
By detecting the movement of the user's hand or the position of the hand, the height of the urine receiver is controlled to the optimum height by the rotational drive mechanism, and when the user is not detected, A control device for returning the height to the initial position;
A men's toilet with adjustable height.   The height-adjustable male toilet according to claim 1, wherein the urine receiver driving means is provided with a malfunction prevention means.

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