JP4063247B2 - Urinal equipment - Google Patents

Description

  The present invention relates to a urinal device provided with an object detection means for detecting a user's human body and urine flow, and in particular, the object detection means can be arranged without providing a dedicated mounting hole or the like, and without being conspicuous in appearance, The present invention relates to an arrangement structure of object detection means of a urinal device suitable for reliably detecting a human body and urine flow of a user.

Conventionally, as an object detection means of a urinal device, a photoelectric type is most often used for human body detection. In the case of this photoelectric type, it is necessary to expose the filter part that can transmit infrared rays to the outside due to the characteristic of using infrared rays, and the control unit and valve that control the supply of toilet bowl water or toilet flush water A hole for incorporating the object detection means is provided in a lid portion or the like that covers the storage space provided in the urinal body from above, and is disposed in this portion.
However, there is a filter part that can transmit the infrared rays of the object detection means on the exterior of the urinal body, and the object detection means is arranged in the hole. However, the current situation is that it looks worse. (For example, refer to Patent Document 1 and Patent Document 2).

On the other hand, as a means for improving the design, the urinal device is provided with a base part for supporting the urinal body provided with water supply and drainage pipes from the rear, and the object detection means is provided on the urinal body. Some have been proposed that are arranged on the upper or lower base part appearance. (For example, see Patent Document 3 and Patent Document 4).
In these cases, the distance to the object to be detected tends to be longer compared to the case where an object detection means is provided with a hole in the urinal body, and a color or material that is difficult to reflect infrared rays such as black clothes. In many cases, the user's human body and urine flow cannot be detected when the user wears the item.
In addition, when arranged below, depending on the position including the height, the user's human body and urine flow may not be detected depending on how the user's legs are spread.
On the other hand, when it is arranged at the top, it is arranged at a position where it can be easily seen by the user. Therefore, the filter part that can transmit infrared rays is often tampered with. Moreover, since the base part itself must be raised by the space for placing the object detection means, it becomes a high position with respect to the user's line of sight, and there may be a feeling of pressure.

Concerning such photoelectric problems, there has also been proposed a method for detecting the user's human body and urine flow by concealing behind the urinal body and transmitting and receiving impulse electromagnetic waves through ceramics ( For example, see Patent Document 5).
On the other hand, the electromagnetic wave that can be transmitted through the earthenware is a high-frequency radio wave. When this high-frequency radio wave passes through a space with a different dielectric constant, attenuation and reflection occur at the thickness and the boundary between them. In order to stabilize, it is necessary to stabilize the intensity of the radio wave after transmission. That is, it is necessary to stabilize the relative position between the urinal body and the object detection means as much as possible.
On the other hand, in Patent Document 5, the object detection means is arranged on the wall surface on which the urinal device is arranged, and the arrangement position of the object detection means with respect to the urinal body depends on the situation of the wall surface at the time of installation. It is not fixed and it is difficult to stabilize the detection performance of the object detection means.
Japanese Patent No. 2581954 (2nd page, FIGS. 1 and 2) Japanese Patent Laid-Open No. 11-315578 (page 3, FIGS. 1 and 2) JP-A-6-220901 (page 1-3, FIG. 4) JP-A-5-65732 (page 1-4, FIG. 1-3) Japanese Patent Laid-Open No. 2001-212032 (page 1-8, FIGS. 1 and 2)

  The present invention has been made in order to solve the above-described problems. The object of the present invention is to dispose the object detection means without providing a dedicated mounting hole or the like and without conspicuous in the appearance. A urinal device that can suppress variations in the relative position of the urinal body, suppresses variations in the user's human body and urine flow detection performance for each urinal device, and stabilizes the user's human body and urine flow detection performance Is to provide.

In order to achieve the above object, according to the first aspect of the present invention, a urinal body, object detection means for detecting a human body and urine flow of a user, and washing water for cleaning the bowl surface of the urinal body And the water supply portion is fixedly supported in a hole provided in a wall constituting a part of the bowl surface, and the object detection means is configured such that the water supply portion is the urinal. The non-appearance surface of the wall fixedly supported by the main body is used as the fixed support surface, and is disposed in the urinal body .
An elastic member having a closed cell structure that suppresses formation of a water film due to permeation of condensed water is compressed between the object detection unit and the fixed support surface .

The urinal body is basically made by a casting method, and the bowl surface that receives the user's urine flow and the wall surface that makes the user's eyes visible are formed by a mold. The non-appearance surface such as is usually formed by a mold as well.
The surface that does not face the molding die changes depending on the flow of liquid raw materials during molding, molding pressure, time, etc., whereas the surface formed by the molding die has smoothness. High and relatively stable in surface shape.
Among these wall surfaces, in particular, the region in the vicinity of the hole portion of the wall surface where the hole portion for fixing and supporting the water supply portion is provided is a part to which water is supplied due to its role, thus preventing leakage to the back surface or the like. In order to ensure the sealing performance, the shape is often a flat surface or a curved surface with a small curvature, and the portion requires a certain degree of flatness.
For this reason, by using the wall surface provided with the hole for fixing and supporting the water supply portion as the fixed support surface of the object detection means, it is possible to more reliably suppress variations in the relative position of the object detection means with respect to the urinal body. It is possible to suppress the variation in the detection performance of the user's human body and urine flow for each toilet device, and to stabilize the detection performance of the user's human body and urine flow.
Here, the “bowl surface” is a wall surface configured to receive a user's urine, and collectively refers to a wall surface configuring the entire recess including the ceiling surface of the urinal device. The bowl surface is also a surface subjected to appearance treatment such as glaze.
Here, the “non-appearance surface” is a surface where the urinal device is installed, that is, a state where the urinal device can be used and is not touched by the user or the like.

  According to a second aspect of the present invention, the object detection means is arranged in the urinal body with the hole portion that fixes and supports the water supply portion as a fixing reference.

Among the wall surfaces, the hole portion for fixing and supporting the water supply portion is provided by post-processing after molding, and is therefore one of the parts where the position dimension can be obtained most stably. With this fixed reference, the object detection means can be arranged without providing a dedicated fixed reference, and variation in the relative position of the object detection means with respect to the urinal body can be more reliably suppressed. It is possible to further stabilize the detection performance of the user's human body and urine flow by suppressing variation in the detection performance of the user's human body and urine flow.
Furthermore, if the periphery of the hole is corrected with a jig or the like at the time of post-processing, flatness is secured more than other parts, and variation in the relative position of the object detection means with respect to the urinal body can be further suppressed. In addition, it is possible to suppress variations in the detection performance of the user's human body and urine flow for each urinal device, and to stabilize the detection performance of the user's human body and urine flow.
Here, the “fixed reference” refers to a reference for the position dimension that specifies the position at which the object detection means is fixed to the urinal body.

According to a third aspect of the present invention, the upper portion of the urinal body is provided with a storage portion that can store the object detection means, and at least a part of the object detection means is disposed in the storage portion. It is characterized by that.

The top of the urinal body is designed to have a top surface that is designed to be the most visible to the user, so the appearance is emphasized and the shape of the walls that make up the ball surface In many cases, this part is intentionally provided with a lid as a separate part, or the outer wall constituting the appearance surface and the ball surface side wall are separated into a bag shape.
By storing the object detection means by effectively using this space, it is not necessary to provide a useless space such as providing a dedicated space for arranging the object detection means.

According to a fourth aspect of the present invention, the urinal device further includes a fixing member, and the object detecting means is fixedly supported by the urinal body through the fixing member. It is said.

  By adopting such a configuration, when the same object detection means is incorporated in different urinal devices, it can be shared by using a member that is indirectly fixed and supported even if the shape of the urinal body or the position of the water supply section is different. It is possible to make it.

According to a fifth aspect of the present invention, the object detection means is fixedly supported so as to be detachable from the fixing member.

  By adopting such a configuration, when replacing parts of the object detection means, the object detection means can be attached and removed without removing other parts, and maintenance can be easily performed. Is possible.

According to a sixth aspect of the invention, the object detecting means transmits a high-frequency radio wave as a transmission wave, receives a reflected wave bounced off by the object as a reception wave, and obtains the transmission wave and the reception wave. A user is detected based on a detected signal obtained by detecting a Doppler signal or a standing wave generated by interference.

As described in the prior art, the high-frequency radio wave can pass through the pottery and resin constituting the urinal body.
For this reason, the object detection means can be concealed inside the urinal device without providing a dedicated window, and the object detection means can be disposed without causing the user to recognize the object detection means. It is possible to prevent this in advance.

According to the present invention, the object detection means can be arranged without providing a dedicated mounting hole or the like and without conspicuous in the appearance, and further, variation in the relative position of the object detection means with respect to the urinal body can be suppressed. There is an effect that the detection performance of the user's human body and urine flow can be suppressed, and the detection performance of the user's human body and urine flow can be stabilized.

Embodiments of the present invention will be described below with reference to the drawings.
FIG. 1 is a perspective view showing the appearance of a urinal device according to a first embodiment of the present invention, and FIG. 2 shows the shape of the urinal body (a) front view, (b) side view, (c) rear view. It is. 3 is a side view showing the arrangement position of the object detection means of the urinal apparatus, FIG. 4 is an assembled sectional view showing the mounting structure, and FIG. 5 is an assembled state of the object detection means and the fixing member. FIG.

The urinal device LU according to the first embodiment of the present invention includes a urinal body U and a base portion L that supports the urinal body U from the rear.
As a first aspect of the first embodiment, an example will be described in which the non-appearance surface of the wall in which the water supply unit is fixedly supported by the urinal body is used as the fixed support surface, and the object detection means is disposed in the urinal body.
The urinal device LU is composed of a base part L concealing and storing a water supply and drainage function part arranged along a wall, and a urinal body U fixed to the front surface of the base part L. A water supply part SP that supplies water from the inside of the base part L and supplies cleaning water to the bowl surface Ua of the urinal body U is disposed in the upper center.
In addition, a top surface portion Ut is provided at the upper end of the urinal body, and the top surface portion Ut eliminates distortion such as sink marks due to a wall constituting the bowl surface Ua of the urinal body U to ensure an appearance. Is provided. Therefore, there is a space between the urinal body U and the wall constituting the ceiling surface of the bowl surface Ua, and a storage portion Ub is provided.
The object detection means S is arranged facing downward in the storage portion Ub provided at the upper part of the urinal body U. At this time, the object detection means S is a part of the wall constituting the bowl surface Ua of the urinal body U, has a hole Ud for fixing and supporting the water supply part SP, and is provided on the wall facing the user. Via a fixing member K fixedly supported by a double-sided tape T provided with an elastic member in the intermediate layer above the water supply part SP on the back side surface of the wall, with the back surface Uc as a fixed support surface. The urinal body U is fixedly supported.
At this time, the object detection means S uses high-frequency radio waves, and in order to make it easier to detect the movement of urine in the urinal body U, the space in the bowl surface Ua of the urinal body U The urinal device LU determines the start and end of use by detecting the movement of the urine, and automatically after the end of use. An appropriate amount of washing water is supplied from the water supply part SP to wash the bowl surface Ua of the urinal body U.
Further, although the object detection device S is directed downward, since the transmission wave is wide, it is possible to detect the movement of the user standing in front.
Here, the movement of urine is mainly faster than the movement of the user, so there is a difference in frequency and the signal size is also different. By dividing the level, two objects can be detected by the same object detection device S.

The urinal body U includes a front view shown in FIG. 2, a side view, and a side view shown in a top view omitting the drawing, which form an external appearance including a bowl surface that receives a user's urine flow during molding. The both surfaces on the side constituting the back surface including the rear view of FIG. 2 are formed by a molding die.
The surface of the urinal body U that faces the mold does not change depending on the flow conditions of the liquid raw material during molding and molding conditions such as pressure and time. Since the surface Uc on the back side of the wall opposite to the surface is a surface formed by a molding die, the surface is highly smooth and has a relatively stable surface shape.
Here, in the surface Uc on the back side of the wall facing the user, it is desirable that the double-sided tape T is attached to a surface having a height difference of 3 mm or less within a range of 100 mm in the horizontal direction and 50 mm in the vertical direction. Here, the height difference means the difference between the highest level and the lowest level in the vertical direction of the surface formed within the range.
For this reason, by using the surface Uc on the back side of the wall facing the user as the fixed support surface of the object detection means S, variations in the relative position of the object detection means S with respect to the urinal body U can be suppressed. It is possible to stabilize the detection performance of the user's human body and urine flow by suppressing variations in the detection performance of the user's human body and urine flow for each toilet device.

Here, the object detection means S incorporated in the urinal apparatus will be described once.
FIG. 6 is an external perspective view showing the object detection means incorporated in the urinal apparatus of the first embodiment of the present invention, and FIG. 7 is an exploded perspective view thereof. FIG. 8 is an exploded perspective view showing the structure of the internal high-frequency circuit section.

The object detection means S includes a front case 8 and a rear case 7 that form an outer shell, and a high-frequency circuit unit A that is housed inside.
The high-frequency circuit unit A includes an antenna surface 1a on which a planar antenna for transmitting and receiving high-frequency radio waves is disposed, a circuit pattern on the back side thereof, an oscillator member such as a field effect transistor (FET) and a dielectric resonator, and transmission waves and receptions. The shield case 2 made of aluminum is disposed on the surface 1b on which the circuit pattern or the like is disposed, and the fixing screw 3 is mainly formed on the high-frequency substrate 1 on which a nonlinear member such as a diode is appropriately disposed. This is a structure fixed to the high-frequency substrate 1. In addition to the fixing screw hole 2a for fixing the high-frequency board 1, the shield case 2 is provided with an adjusting screw portion 2b for adjusting the frequency of the high-frequency radio wave to be transmitted to an appropriate value. In the adjusting screw portion 2b, the frequency can be increased by tightening the adjusting screw 5, and can be lowered by loosening and shallowing. After adjusting the frequency, the label 6 is attached on the adjusting screw portion 2b to prevent the frequency from being inadvertently changed after being adjusted to an appropriate frequency. The fixing screw 3 that fixes the shield case 2 and the high-frequency substrate 1 is also a special screw that cannot be easily removed.
On the other hand, on the antenna surface 1a side of the high-frequency substrate 1, the high-frequency substrate 1 and the shield case 2 formed between the antenna surface 1a and the inner surface of the lid portion 8a of the front case 8 facing the antenna surface 1a. In order to fill a gap enough to avoid the head of the fixing screw 3 fixing the fixing screw 3, an independent polypropylene having a thickness larger than the gap is provided so as to be in close contact with both the antenna surface 1a and the inner surface of the lid portion 8a. An elastic member 4 having a foam structure is disposed.
Further, the entire high frequency circuit portion A is configured so that the front case 8 and the rear case 7 are covered with ABS resin so as to form a watertight structure by bonding with the flange portion 7c as an adhesive surface.

The urinal device LU is usually installed indoors, and the temperature of the toilet space does not change drastically throughout the year. However, in the case of high humidity in the summer or the temperature and water temperature of the toilet space in the winter, If the difference is large, there is a risk that the urinal body U itself is cooled by the water supply member or the vicinity thereof, or the washing water, resulting in condensation, and the urinal body U and the base L There is a possibility that water may enter through the gap. Although the appearance surface of the urinal body U is a smooth surface by glaze treatment or the like, it is possible to prevent the condensed water from remaining attached, but on the other hand, including the storage portion Ub The non-appearance surface is not glazed.
If a water film is formed in front of the antenna surface 1a due to condensation or moisture, the radio wave is attenuated by the water film, and it is very likely that the inherent detection performance cannot be obtained. There is.
On the other hand, by making the whole object detection means S into a watertight structure, even if there is water due to condensed water or water leakage generated in other parts, the object detection means S enters the inside of the object detection means S. I can prevent that. Next, by disposing the elastic member 4 inside, the air in the space sealed by the front case 8 and the rear case 7 can be reduced as much as possible. It is configured so that it does not wrap around in front of the surface 1a, can prevent a decrease in detection performance of the object detection means S itself, and can ensure stable detection performance. .

Further, in the present invention, as shown in FIGS. 4 and 5, also between the object detection device S and the lower inner wall surface facing the object detection means S of the storage portion Ub of the urinal body U. The second elastic member 9 is disposed in a slightly compressed state.
The elastic member 9 also has a closed-cell structure, and can first serve as a heat insulating material by including bubbles, and can also be arranged in close contact with the unevenness of the ceramic surface by providing elasticity. In addition, because of the closed cell structure, the water absorption rate is as low as 1 mg / cm 2 or less, and even if condensed water or the like touches the end face portion, it does not penetrate.
For this reason, it is possible to prevent condensation of the object detection means S itself and to prevent the condensed water generated in other parts from wrapping around the antenna surface 1a, so that the radio wave is attenuated by the water film. In addition, the inherent detection performance can be maintained.
The water absorption referred to here is a value determined by the method described in Method A of the water absorption test method in JIS K 6767 “Polyethylene Foam Test Method”.

Here, what happens if the elastic member has a large water absorption rate, such as the role as a heat insulating material, or it can be placed in close contact with the inside of the device by providing elasticity, and the front of the antenna surface 1a. Condensation of water can be prevented, but if the condensed water generated in other parts wraps around and touches the end face part, it is absorbed from the end face part, resulting in a film containing moisture. Therefore, it is conceivable that the transmission wave is attenuated and the inherent detection performance cannot be obtained.
For this reason, it is more desirable if the resin itself as a base material is a material that hardly absorbs water, and the water absorption is 0.5 mg / cm 2 or less.
In addition, since the compression margin of the elastic member needs to be large enough to absorb the unevenness of the ceramic surface, it is about 0.5 to 3 mm with respect to the thickness of about 3 to 20 mm. For this reason, it is preferable to keep the thickness at 20% or less.

On the other hand, the elastic member 9 has a structure in which a resin such as polypropylene (PP) as a base material is originally a low dielectric constant and further includes bubbles, so that the relative dielectric constant is 2 or less. Since it is a value close to 1 of air and is a member having a low dielectric constant that is more difficult to attenuate radio waves, it can be used without degrading the inherent detection performance.
The relative dielectric constant is the ratio of the dielectric constant to air. When passing through spaces with different dielectric constants, reflection occurs at the boundary surface, but the amount of reflection is strictly a square root. There is a tendency that the larger the difference in relative dielectric constant, the larger the difference. For this reason, it is better to set the amount of reflection to 25% or less, preferably 20% or less as a material that transmits radio waves. Therefore, a material having a relative dielectric constant of more than 1 and 3 or less, preferably 2 or less is selected. is doing. Also, the transmission distance, that is, the loss due to the transmission tends to increase as the thickness increases. In this case, the loss tends to increase as the relative permittivity increases, so the relative permittivity should be as low as possible. It is desirable to select.

The rear case 7 is disposed behind the shield case 2 of the high-frequency circuit section A because the electric shock such as static electricity is formed through the shield case 2 made of a conductor. In order to prevent semiconductor components such as field effect transistors (FETs) and diodes from entering the substrate 1 and destroying them, it is possible to prevent this by covering with an insulating material such as ABS resin. This is because not only the problem but also electrical failure can be strengthened, and the total environmental resistance is improved.
The ABS resin used for the front case 8 and the rear case 7 is also a material having a low relative dielectric constant and a small amount of radio wave attenuation, like PP, but the thickness of the front case 8 is not limited to the antenna. It is desirable to suppress attenuation at the time of transmission of the transmission wave as much as possible by setting the front of the surface 1a to about 1 to 2 mm.

By the way, the fixing member K is fixed to a surface Uc on the back side of the wall facing the user by a double-sided tape T having an elastic member as an intermediate layer. The double-sided tape T is made of a different material of ceramic and resin. In the unlikely event that the object detection device S is maintained, the object detection will be performed. The device S is detachably fixed to the fixing member K.
By doing in this way, it is possible to attach and detach the object detection means S without removing the double-sided tape T that is strongly bonded, while leaving the fixing member K as it is.

Here, the structure will be described with reference to FIG.
The fixing member K holds the fixed flange portion Ka to which the double-sided tape is attached and T is fixedly supported on the surface Uc on the back side of the wall facing the user of the urinal body U, and the object detection means S. It is composed of a holding portion Kb, a hook portion Kc that assists the holding, and the like, and is complicated in shape, and thus is formed of ABS resin.
When the object detection means S is assembled to the fixing member K, the object detection means S is inserted from the fixing flange portion Ka side, and is pushed into the holding portion Kb up to a stopper portion Kd disposed in the back. In the pushed-in state, the hook portion Kc is lightly locked. That is, the object detection means S is fixedly held to the fixing member K by press-fitting at the holding portion Kb and light engagement by the hook portion Kc.
For this reason, if it pulls out with the light force only of the hand which can work with the hand inserted from the side, it can be removed easily.
By fixing and supporting the object detection device S through the fixing member K in this way, as shown in FIG. 1, the urinal on the front surface is moved away from the top plate L1 of the upper portion of the base L. It is possible to remove the inspection lid L3 beside the main body U attachment portion L2 and put the hand from the side to move the object detection device S backward, thereby facilitating maintenance work.

  By the way, the arrangement position of the object detection means S does not necessarily have to be arranged downward in the storage portion Ub provided in the upper part of the urinal body U. As a second aspect of the first embodiment in which the object detection means S is arranged on the surface Uc on the back side of the wall facing the user, an attachment that is fixedly supported with a hole Ud that fixes and supports the water supply part SP as a fixed reference An example of the structure is shown.

  FIG. 9 and FIG. 10 are assembly sectional views of the upper part showing the attachment structure of the object detection means with the hole portion for fixing and supporting the water supply portion of the urinal body as a fixed reference, and FIG. 9 is arranged above the water supply portion SP. On the contrary, FIG. 10 shows a second example in which the object detection means S is disposed below.

Among the wall surface Uc on the back side of the wall of the urinal body U facing the user, the vicinity Ue of the hole portion Ud that fixes and supports the water supply portion SP is a part to which water is supplied due to its role. Therefore, it is necessary to prevent water leakage to the back surface and the like, and this is a part that requires a certain degree of flatness in order to ensure the sealing performance (see FIG. 2C).
The hole Ud is formed by a processing step of forming a hole later using a jig or the like before firing after forming the urinal body with a mold, and the jig or the like is used in accordance with this process. Thus, the flatness of the vicinity Ue of the hole is ensured.
Such a plane is formed on the outer periphery of the hole in a range from 0.5 cm to 5 cm from the opening end of the hole toward the outside of the hole.
For this reason, the position of the hole Ud and the vicinity Ue of the hole are parts that can be managed in the processing step after molding, and are one of the most stable parts in terms of dimensions and shape, and at the same time By using this part for fixed support together with the water supply part SP, it is possible to suppress variations in the relative position of the object detection means S with respect to the urinal body U, including the arrangement position in the vertical direction. In addition to suppressing variations in the detection performance of the user's human body and urine flow, it is also possible to continuously maintain the fixed support with respect to the urinal body U, so that the user's human body and urine flow can be maintained. It is possible to continuously stabilize the detection performance.

In the example shown in FIG. 9 and FIG. 10, the elastic member 9 is provided between the object detection device S and the surface Uc on the back side of the wall facing the user of the urinal body U, as in the above-described embodiment. It goes without saying that it is better to have '.
Similarly, it goes without saying that the object detection means S is preferably configured to be detachable with respect to each fixing member in order to save the trouble of removing the water supply part SP during maintenance work.

  Further, as in the example shown in FIG. 9 and FIG. 10, a third example in which object detection means is disposed in a storage portion Ub that is fixedly supported together with the water supply portion SP and provided in the upper part of the urinal body U. Show.

11 is an external perspective view showing the second object detection means, FIG. 12 is an assembly sectional view showing the mounting structure, and FIG. 13 is an assembled state of the second object detection means and the second fixing member. FIG.
The second object detection means S ′ has the high-frequency circuit section A disposed therein, and a front case 11 on the antenna surface 1a side and a rear case 10 on the shield case 2 side. Ten flange portions 10c are bonded to the front case 11 to form a watertight structure. Further, an elastic member 12 is directly disposed on the surface of the lid portion 11 a facing the antenna surface 1 a of the front case 11. Again, the rear case 10 and the front case 11 are made of ABS resin.

Next, a structure for attaching the object detection means S ′ to the fixing member K ′ will be described.
The object detection means S ′ extends along the guide rail K′b provided inside from the fixed support portion K′a side fixed to the urinal body U together with the water supply portion SP of the fixing member K ′. The elastic member 12 comes out below the fixing member K ′ by the pressing portion K′c arranged at the upper part when inserted into the back.
A stopper portion K′d having a spring structure is disposed in the back of the fixing member K ′, and the object detection means S ′ in the holding state is the pressing portion K′c, the stopper portion K′d, and the guide rail. It is held by a holding portion K′e located at the back of K′b and below the stopper.
Since the fixing member K ′ is complicated in shape as described above, the fixing member K ′ is formed of an ABS resin that has good moldability and is easy to obtain accuracy.
With this structure, the object detection means S ′ can be freely handled even when the fixing member K ′ is attached, and the elastic member 12 is provided on the upper part of the urinal body U. When arrange | positioning in the accommodating part Ub, it is possible to arrange | position closely to the inner wall face.

The object detection means S ′ and the fixing member K ′ configured as described above have the fixing support portion K′a fixed and supported together with the water supply portion SP, which will be described.
The water supply unit SP is configured around a spreader SP1 that supplies washing water to the bowl surface Ua of the urinal body U, but supplies the washing water so as to flow, and the spreader SP1 is configured to spread appropriately. The body U is fixed by a fastening member SP4 through a packing SP2 and a fastening seat SP3 in the vicinity Ue of the back portion of the hole through the hole Ud.
The surface facing the packing SP2 is the vicinity Ue of the hole portion, and this portion is formed by post-processing as described above. Therefore, the most stable dimensional and shape of the urinal body U It is the part which is doing. Further, since the fixing support portion K′a of the fixing member K ′ is tightened together via the tightening seat SP3, even if there is some unevenness around the hole Ue, it can be absorbed, It is possible to suppress variations in the relative position of the object detection means S with respect to the urinal body U including the arrangement position in the vertical direction, and only to suppress variations in the user's human body and urine flow detection performance for each urinal device. In addition, it is possible to reliably maintain the fixed support with respect to the urinal body U continuously, and to continuously stabilize the detection performance of the user's human body and urine flow.

In this structure, a lever portion 10b is provided on the rear case 10, and the lever portion 10b can be removed by lifting the lever 10b upward and then withdrawing, and consideration is given to facilitate attachment and removal. Needless to say.
Needless to say, the elastic member 12 is equivalent to the elastic member described above in terms of material and compression margin.

Up to this point, an example using the hole portion Ud for fixing and supporting the water supply portion SP as a fixing reference has been described, but an example using other openings will be described below.
First, as a third aspect of the first embodiment, an example in which the odor discharge hole Ug of the urinal body U is a fixed reference will be described.
FIG. 14 is an assembled cross-sectional view of the urinal body and the like showing the attachment structure of the object detection means with the odor discharge hole of the urinal body as a fixed reference, and FIG. 15 is the odor suction hole and odor discharge of the urinal body. It is a fragmentary sectional view which shows a communication state with a hole.
14 is also a top view of the urinal body U taken along the section cc of FIG. 2 and viewed from above. FIG. 15 is a sectional view of the urinal body U taken along the section dd of FIG. It is also a partial side view.

As shown in FIG. 2, the ceiling surface of the bowl surface Ua of the urinal body U is provided with an odor suction hole Uf which is an opening for sucking odor generated in the bowl by urine or the like. The rear surface of the urinal body U is provided with an odor discharge hole Ug which is an opening for discharging the odor from the urinal body U.
As shown in FIG. 15, the odor suction hole Uf and the odor discharge hole Ug are connected to the storage portion Ub, a side wall constituting the appearance, a wall constituting the bowl surface Ua, and a back wall. It is in a communication state via the passage Uk. In this example, a mechanism for sucking odors is provided outside the urinal body U, and is configured to be discharged to the outside of the urinal device LU through a pipe in the base portion L. ing.

As shown in FIG. 14, the object detection means S is held by a holding portion K4a of a fixing member K4, and faces the user of the urinal body U through the fixing member K4 to the odor discharge hole Ug. It arrange | positions so that it may closely_contact | adhere to the surface Uc of the back side of the wall to do.
The fixing member K4 includes an elastic member D4 for absorbing a change in thickness around the odor discharge hole Ug of the urinal body U, a vicinity Ui of the odor discharge hole Ug, and a hook portion K4b of the fixing member K4. And is fixedly supported by the odor discharge hole Ug. At the same time, a double-sided tape T4 provided with an elastic member in the intermediate layer at a part of the back wall of the urinal body U and the flange portion K4c so as not to rotate with respect to the odor discharge hole Ug which is a circular opening. Is held by.
Further, an opening K4f is provided in a portion of the fixing member K4 facing the odor discharge hole Ug, and the odor discharge hole Ug and the odor discharge hole on the base portion L side outside the urinal body U are provided. It arrange | positions closely with the junction part with Ug.

The surface Um facing the base portion L of the back wall where the odor discharge hole Ug is provided is for efficiently discharging the odor out of the urinal body U, so that the odor discharge hole Ug on the base portion L side and It is desirable to adhere closely to the joint part of the material, and since it is not a part that affects the appearance, it is formed of a flat shape and is formed by a mold, as described above. Smoothness is higher than that of the surface not facing the surface, and the surface shape is relatively stable.
Further, the odor discharge hole Ug is formed by a machining process in which a hole is formed later using a jig or the like before firing after forming the urinal body with a molding die. The flatness of the vicinity Ui of the odor discharge hole Ug is ensured.
Such a plane is formed on the outer periphery of the hole in a range of 0.5 cm to 5 cm from the opening end of the odor discharge hole Ug toward the outside of the hole.
For this reason, the odor discharge hole Ug and the vicinity Ui of the odor discharge hole Ug are parts that can be managed in the processing step after molding, and are one of the most stable parts in terms of dimensions and shape, By using this part as a fixed reference, variation in the relative position of the object detection means S with respect to the urinal body U can be suppressed, and variation in detection performance of the human body and urine flow of the user for each urinal device can be reduced. In addition to restraining, the urinal body U is installed on the base L, and then firmly fixed and supported continuously by closely joining the joint with the odor discharge hole Ug on the base L side. Therefore, it is possible to continuously stabilize the detection performance of the user's human body and urine flow.

Next, as a fourth aspect of the first embodiment, an example in which the odor suction hole Uf of the urinal body U is a fixed reference will be described.
FIG. 16 is an assembled cross-sectional view of the urinal body and the like showing the attachment structure of the object detection means with the odor suction hole of the urinal body as a fixing reference, and FIG. 17 is an attachment in the vicinity of the object detection means and the fixing member. It is the elements on larger scale which show a structure, (a) is an enlarged view of FIG. 16, (b) is an assembly sectional drawing which shows the cross section ee.
FIG. 16 is a cross-sectional view of the urinal body U taken along the cross-section bb of FIG. 2 and is a view of the storage portion Ub as viewed from above.

As shown in FIG. 16, the object detection means S is held by a holding portion K5a of a fixing member K5, and is in close contact with the arrangement surface Ub1 of the storage portion Ub via the fixing member K5 in the odor suction hole Uf. Arranged to do.
The fixing member K5 is engaged with the cap CP through the odor suction hole Uf of the urinal body U, and an elastic member D5 for absorbing irregularities of the arrangement surface Ub1 is used as the arrangement member Ub1 and the fixing member K5. And is fixedly supported by the odor suction hole Uf.
The fixing member K5 and the cap CP engage and fix the fitting portion K5b of the fixing member K5 and the fitting portion CPb of the cap CP. At the same time, the fitting portion K5b of the fixing member is provided to match the shape of the corner portion of the odor suction hole Uf having a square opening, and also functions as a detent for the fixing member K5. .
Of course, the portion of the fixing member K5 facing the odor suction hole Uf is provided with an opening K5c, and similarly, the cap CP is also provided with an opening CPa to allow the passage of the odor. .

The odor suction hole Uf is provided in a wall that constitutes the ceiling surface of the bowl surface Ua of the urinal body U, and this ceiling surface is formed by a molding die. Smoothness is higher than that of the non-faced surface, and the surface shape is relatively stable.
In addition, the odor suction hole Uf is a part that can be managed after forming the urinal body with a mold and then drilling a hole later using a jig or the like before firing. By using this part as a fixed reference, variation in the relative position of the object detection means S with respect to the urinal body U can be suppressed, and the user of each urinal apparatus In addition to suppressing variations in the detection performance of the human body and urine flow, the fixing member K5 and the cap CP reliably and continuously maintain the fixing support in the storage portion Ub of the urinal body U. It is possible to continuously stabilize the detection performance of the user's human body and urine flow.

Furthermore, as a fifth aspect of the first embodiment, an example in which the drainage portion Uh of the urinal body U is a fixed reference will be described.
FIG. 18 is an assembled cross-sectional view of the vicinity of the drainage section, with the urinal body and the like taken as a cross section, showing the attachment structure of the object detection means with the drainage section of the urinal body as a fixed reference.

As shown in FIG. 18, the object detection means S is held by a holding portion K6a of a fixing member K6, and faces the user of the urinal body U via the fixing member K6 to the drainage portion Uh. It arrange | positions so that it may contact | adhere to the surface Uc of the back side of a wall.
The fixing member K6 passes through the drainage portion Uh of the urinal body U, and the elastic member D6 for absorbing a change in the external dimension of the joint portion Uh1 between the drainage portion Uh and the base portion L side is used as the drainage. The drainage portion Uh is fixedly supported while being sandwiched between the joint portion Uh1 of the portion Uh and the penetration portion K6b of the fixing member K6. At the same time, in order to prevent rotation with respect to the drainage portion Uh having a circular outer shape, the wall surface Uh2 and the flange portion K6c near the drainage portion Uh are held by a double-sided tape T6 having an elastic member in the intermediate layer. Yes.
Furthermore, the fixing member K6 is disposed in close contact with the joint portion on the base portion L side together with the joint portion of the drainage portion Uh in a state where the urinal body U is installed on the base portion L. It has come to be.

Since the drainage part Uh is a part for draining urine, washing water, etc. outside the urinal body U, it is necessary to prevent water leakage between the joint part with the base part L side due to its role. In order to ensure the sealing performance, the surface is required to have a certain degree of surface smoothness, external dimensions and position dimensions.
The wall surface Uh2 in the vicinity of the drainage portion Uh provided with the drainage portion Uh is formed by a molding die in order to stabilize the outer dimensions and the position dimensions, and faces the molding die as described above. Smoothness is higher than that of the non-exposed surface, and the surface shape is relatively stable.
Further, the drainage portion Uh is formed by forming the urinal body U with a molding die and then correcting the joining portion Uh1 by a machining process later using a jig or the like before firing. I try to secure it.
For this reason, the drainage part Uh and the joint part Uh1 of the drainage part Uh are parts that can be managed in the molding process during molding and after molding, and are one of the most stable parts in terms of dimensions and shape. By using this part as a fixed reference, variations in the relative position of the object detection means S with respect to the urinal body U can be suppressed, and the human body and urine flow detection performance of each urinal device In addition to suppressing the variation of the urinal, after the urinal body U is installed on the base part L, it is securely fixed by closely bonding with the joint part with the drainage part Uh on the base part L side. Support can be maintained continuously, and the detection performance of the user's human body and urine flow can be continuously stabilized.

Up to this point, a description has been given of the one using high-frequency radio waves. However, as a sixth aspect of the first embodiment, as an example of object detection means using another detection technique, the water supply unit of the urinal body U The case where the hole portion Ud for fixing and supporting is used as a fixing reference will be described.
FIG. 19 is an external front view of the vicinity of the water supply portion showing a case where an object detection means using another detection technology is attached to the urinal device, and FIG. 20 is a water supply in which the urinal body etc. showing the attachment structure is shown in cross section FIG.

As shown in FIGS. 19 and 20, the spreader SP′1 is provided with a member capable of transmitting infrared light on the bowl surface Ua of the urinal body U of the urinal body U of the water supply part SP ′ so as to spread the washing water appropriately. A filter SP′2 is provided, and a photoelectric object detection means S2 is arranged behind the filter SP′2. Although the detailed structure of the object detection unit S2 is not particularly shown, the presence or absence of the user is determined by receiving the reflected light reflected by the user by emitting infrared rays toward the user. Is.
The object detection means S2 is disposed in an upper space separated from the water supply flow path SP′a of the spreader SP′1, and is fixedly supported through the hole Ud of the urinal body U together with the spreader SP′1. ing.
Further, the water supply part SP ′ is arranged as high as possible in order to clean the bowl surface Ua, and is designed to be invisible when the user is small.

  For this reason, not only does the urinal body U need not be provided with a fixed reference dedicated to the object detection means, but also a filter part capable of transmitting infrared light compared to the case where the object detection means is disposed above the base part. Since it is not mischievous and can be placed in front of the bowl surface Ua located in front of the base, the distance to the detection object becomes closer, and infrared rays such as black clothes are reflected. Even when the user wears a difficult color or material, the presence or absence of the user can be easily detected.

Up to this point, the urinal device provided with the base portion at the rear portion of the urinal body has been described. The urinal device US of the second embodiment having a different structure will be described below.
The urinal device US of the second embodiment of the present invention is characterized in that each functional member is housed in the urinal body H or the lid F and integrated.
First, as a first aspect of the second embodiment, an example in which object detection means using high-frequency radio waves is arranged in the urinal body with the water supply portion fixedly supported by the urinal body as a fixing reference. Show.
FIG. 21 is a perspective view showing the appearance of a urinal device according to a second embodiment of the present invention, FIG. 22 is a front view showing the shape of the urinal device, (b) a side view, and FIG. FIG. 23 is a top view of the urinal body in a state where the functional member in the storage portion of the urinal main body is removed, with the lid removed; It is an assembly sectional view in the storage part.

As shown in FIGS. 21 and 22, the urinal device US of the second embodiment is roughly divided into a urinal body H and a lid F that covers the upper part of the urinal body H and the storage part Hb provided on the upper part of the urinal body H. It consists of
Inside the storage part Hb, the valve part is driven based on a signal obtained from the valve part J and the object detection means S for supplying water for cleaning the bowl surface Ha receiving the user's urine from the outside. The control part C to be controlled is accommodated, and the water supply part SR is fixed through a hole Hd that fixes and supports the water supply part SR from the ceiling surface that is a part of the bowl surface.

As shown in FIG. 23, the valve part J constituting the flow path of the washing water will be described in the order of the flow of the washing water. First, the adapter part J1 connected to the water supply source such as a toilet wall, the opening and closing of the flow path The water stop part J2 that performs manual operation, the electromagnetic valve part J3 that electrically opens and closes the flow path by the control part C, the pressure adjustment part J4 that makes the pressure of the wash water supplied to the water supply part SR constant, and the A water supply pipe portion J5 connected to the water supply portion SR and further clamps J5 and J6 are provided to prevent water leakage between the constituent members.
Since the valve portion J is a flow path to which cleaning water is supplied, condensation or the like is likely to occur, and a waterproof member B is disposed below the entire valve portion J.
On the other hand, the waterproof member B also serves as a member for fixing the object detection means S, and the object detection means S is provided at the holding portion Ba of the waterproof member B on the arrangement surface Hb1 of the storage portion Hb. It is closely arranged at the front center.

As shown in FIG. 24, the water supply portion SR has a packing SR2 for absorbing the influence of inclination and the like on the arrangement surface Hb1 of the storage portion Hb, and a washer SR3 and a nut SR4 for fixing and supporting the spreader. Further, the waterproof member B is fastened together with the fixing part Bb between the packing SR2 and the washer SR3, so that the water supply part SR is a part of the bowl surface Ha. The hole portion Hd that fixes and supports the water supply portion SR from the ceiling surface is fixed as a reference.
Moreover, the said object detection means S becomes a structure which can be attached or detached from the said holding | maintenance part Ba of the said waterproof member B by moving to the left with the control part C shown in FIG.

In particular, the placement surface Hb1 of the storage portion Hb is a part that requires a certain level of surface smoothness in order to stably arrange the storage members described above. Since it is a site | part formed, compared with the surface which does not face a shaping | molding die as mentioned above, smoothness is high and surface shape is comparatively stable.
Further, the hole portion Hd for fixing and supporting the water supply portion SR is formed by a processing step of forming a hole later using a jig or the like before firing after forming the urinal body H with a mold. It is a part that can be managed at the time of molding and in a processing step after molding, and is one of the most stable parts in terms of dimensions and shape.
For this reason, by using the hole as a reference for fixing the waterproof member B, the object detection means S can be indirectly arranged, and the relative position of the object detection means S with respect to the urinal body H varies. In addition to suppressing variations in the user's human body and urine flow detection performance for each urinal device, the urinal body H and the water supply unit SR are also fixed together for secure fixing. Support can be maintained continuously, and the detection performance of the user's human body and urine flow can be continuously stabilized.

Next, as a second mode of the second embodiment, an example in which object detection means using a detection technique different from that using high-frequency radio waves is used for the urinal apparatus US will be described.
FIG. 25 is an external front view of the vicinity of the water supply portion showing the case where the object detection means using another detection technology is attached to the urinal apparatus of the second embodiment, and FIG. 26 shows the attachment structure of the object detection means. It is assembly sectional drawing of the water supply part vicinity which made the urinal main body etc. a cross section.

As shown in FIG. 25 and FIG. 26, the spreader SR′1 is provided with a member capable of transmitting infrared rays in the front portion of the spreader SR′1 that appropriately spreads and flows the wash water on the bowl surface Ua of the urinal body U of the water supply portion SR ′. A filter SR′2 is provided, and an object detection means S3 composed of a multiple thermopile is disposed behind the filter SR′2. Although the detailed structure of the object detection unit S3 is not specifically shown, a plurality of elements that measure the temperature of the heating element in a non-contact manner are arranged, and the potential change between the elements that varies depending on the body temperature of the user. The presence or absence of the user is determined based on the above.
The object detecting means S3 is arranged in an arrangement space SR′b of the object means S3 in front of the spreader SR′1 separated from the water supply flow path SP′a, and the urinal together with the spreader SP′1. It is fixedly supported through the hole Hd of the main body U.
The water supply portion SR ′ is disposed on the ceiling surface of the bowl surface Ha, and is designed to be invisible when the user is small.

  For this reason, it is not necessary to provide the urinal body H with a fixed reference dedicated to the object detection means, and since the object detection means S3 is disposed at a position not visible to the user, it can transmit infrared rays. The filter section SR'2 is not tampered with, and can be arranged in front of the bowl surface Ha, so that the distance to the detection target can be reduced and the presence or absence of the user can be easily detected. Is possible.

The shield case in the embodiment described above is described as being composed of aluminum, but if it is a conductive material, other metal or resin-plated metal surface, carbon or metal material can be used. There is no problem with mixed resin materials.
The front case employs ABS resin, but other resins such as polypropylene may be used as long as the relative dielectric constant is low. Similarly, any material can be used for the rear case as long as insulation is ensured.
Similarly, the fixing member is not particularly limited as long as it has good moldability and accuracy, and glass fibers can be used to increase the strength.
Although the water-tight structure has been described for the adhesion, it is not particularly limited, and it is of course possible to use a seal structure such as an O-ring.
Further, in the above-described embodiment, the 2 × 2 transmission / reception integrated pattern is illustrated as the planar antenna pattern. However, depending on the object to be detected, such as the human body and the urine flow, and the arrangement position of the object detection means, the necessary directivity is shown. It is necessary to design the number and interval appropriately in order to obtain the properties.
Moreover, although the urinal apparatus demonstrated above drains toward a wall together, it does not specifically limit and may drain toward a floor. In this case, the bottom part of the urinal body is not changed to the part formed by the molding die, and is similarly a part that is closely bonded to the connection part provided on the floor or the like. Therefore, it is possible to obtain the same effect even if the drainage section is used as a fixed reference.
On the other hand, as a detection technique, in addition to the one using high-frequency radio waves, a photoelectric type and a thermopile are shown as examples, but the sixth embodiment of the first embodiment and the second embodiment of the second embodiment are shown. The embodiment of 2 may be an example opposite to each other, and in this example, the hole portion of the water supply portion is described as an example of fixing, but as an fixing reference, an opening portion facing the bowl surface such as an odor suction hole Of course, it is possible to use.

It is a perspective view which shows the external appearance of the urinal apparatus of 1st Example of this invention. It is a figure which shows the shape of the urinal body of the urinal apparatus of 1st Example of this invention, (a) Front view, (b) Side view, (c) Back view. As a first aspect of the first embodiment of the present invention, object detection when the water supply portion is a fixed support surface that is a non-appearance surface of the wall fixedly supported by the urinal body and the object detection means is disposed on the urinal body. It is a side view which shows the arrangement position of a means. As a first aspect of the first embodiment of the present invention, object detection when the water supply portion is a fixed support surface that is a non-appearance surface of the wall fixedly supported by the urinal body and the object detection means is disposed on the urinal body. It is assembly sectional drawing which shows the attachment structure of a means. It is an external appearance perspective view which shows the assembly state of the object detection means and fixing member integrated in the 1st aspect of 1st Example of this invention. It is an external appearance perspective view which shows the object detection means integrated in the 1st aspect of 1st Example of this invention. It is a disassembled perspective view which shows the structure of the object detection means integrated in the 1st aspect of 1st Example of this invention. It is a disassembled perspective view which shows the structure of the high frequency circuit part inside the object detection means integrated in the 1st aspect of 1st Example of this invention. As a second aspect of the first embodiment of the present invention, the object detection of the first example in which the hole portion for fixing and supporting the water supply portion of the urinal body is used as a fixed reference, and the object detection means is disposed above the water supply portion. It is a figure which shows the attachment structure of a means, and is assembly sectional drawing of the upper part which made the urinal main body etc. a cross section in the cross section aa of FIG. As a second aspect of the first embodiment of the present invention, the object detection of the second example in which the hole portion for fixing and supporting the water supply portion of the urinal body is used as a reference and the object detection means is disposed below the water supply portion. It is a figure which shows the attachment structure of a means, and is assembly sectional drawing of the upper part which made the urinal main body etc. a cross section in the cross section aa of FIG. As a second aspect of the first embodiment of the present invention, the hole for fixing and supporting the water supply part of the urinal body is used as a reference, and the object detection means is incorporated in the third example of the urinal body housing. It is an external appearance perspective view which shows the 2nd object detection means. As a second aspect of the first embodiment of the present invention, the hole for fixing and supporting the water supply part of the urinal body is used as a reference, and the object detection means is incorporated in the third example of the urinal body housing. It is assembly sectional drawing which shows the attachment structure of the 2nd object detection means. It is an external appearance perspective view which shows the assembly state of the 2nd object detection means of the urinal apparatus of 1st Example of this invention, and a 2nd fixing member. (A) is the external appearance perspective view seen from upper direction, (b) is seen from the downward direction. As a third aspect of the first embodiment of the present invention, it is a diagram showing an attachment structure of the object detection means based on the odor discharge hole of the urinal body, and the urinal body etc. FIG. It is a figure which shows the communication state of the odor suction hole and odor discharge | emission hole of the urinal body of the urinal apparatus of 1st Example of this invention, and is a fragmentary sectional view which shows the cross section dd of FIG. As a fourth aspect of the first embodiment of the present invention, it is a diagram showing the attachment structure of the object detection means with the odor suction hole of the urinal body as a fixed reference, and the urinal body is a cross-section in the cross-section bb of FIG. FIG. It is the elements on larger scale which show the attachment structure of the object detection means and fixing member vicinity in FIG. (A) is an enlarged view, (b) is an assembly sectional view showing a section ee. As a fifth aspect of the first embodiment of the present invention, it is a diagram showing an attachment structure of the object detection means with the drainage part of the urinal body as a fixed reference, and the urinal body and the like in section aa in FIG. It is an assembly sectional view near the drainage part. It is an external appearance front view of the water supply part vicinity which shows the case where the object detection means using another detection technique is attached as a 6th aspect of 1st Example of this invention. As a sixth aspect of the first embodiment of the present invention, it is a diagram showing an attachment structure when an object detection means using another detection technique is attached, and the urinal body and the like are taken as a cross section in a cross section aa of FIG. It is an assembly sectional view near the water supply unit. It is a perspective view which shows the external appearance of the urinal apparatus of 2nd Example of this invention. It is a figure which shows the external appearance of the urinal apparatus of 2nd Example of this invention, (a) Front view, (b) It is a side view. It is a figure which shows the accommodation state of each functional member in the accommodating part of the urinal main body of the urinal apparatus of 2nd Example of this invention, and is a top view in the state which removed the cover. It is a figure which shows the attachment structure of the object detection means at the time of setting the hole part which fixes and supports the water supply part of a urinal body as a fixed reference | standard as the 1st aspect of 2nd Example of this invention, and it arrange | positions in the said accommodating part. FIG. 23 is an assembled cross-sectional view of the storage portion of the urinal body with the urinal body and the like taken along the cross-section a′a ′ shown in FIG. 22. As a second aspect of the second embodiment of the present invention, the vicinity of the water supply portion showing a case where the hole portion for fixing and supporting the water supply portion of the urinal body is used as a reference and the object detection means using another detection technology is attached. FIG. As a second aspect of the second embodiment of the present invention, there is provided an object detection unit when an object detection unit using another detection technology is attached with a hole portion that fixes and supports the water supply unit of the urinal body as a reference. It is a figure which shows an attachment structure, and is assembly sectional drawing of the water supply part vicinity which made the urinal main body etc. into a cross section in the cross section a'a 'of FIG.

Explanation of symbols

LU: urinal device, L: base part L1: top plate, L2: urinal body mounting part, L3: inspection lid part U ... urinal body, Ua ... bowl surface, Ub ... storage part, Ub1 ... arrangement surface Uc ... the back side of the wall facing the user, Ud ... hole, Ue ... near the hole Uf ... odor suction hole, Ug ... odor discharge hole Uh ... drainage part, Uh1 ... joint, Uh2 ... near wall Ui ... In the vicinity of the odor discharge hole, Um ... the surface facing the base portion L of the back wall, Ut ... ceiling part SP ... water supply part, SP1 ... spreader, SP2 ... packing SP3 ... fastening seat, SP4 ... fastening member 1 ... high frequency board DESCRIPTION OF SYMBOLS 1a ... Antenna surface, 1b ... Pattern-arranged surface 2 ... Shield case, 2a ... Fixing screw hole, 2b ... Adjustment screw part 3 ... Fixing screw, 4 ... Elastic member, 5 ... Adjustment screw, 6 ... Label 7 ... Rear case, 7c ... Flange part 8 ... Front 8a ... lid portion 9 ... elastic member, 9 '... elastic member 10 ... rear case, 10b ... lever portion, 10c ... flange portion 11 ... front case, 11a ... lid portion 12 ... elastic member S ... object detection means, K: fixing member, T: double-sided tape Ka: fixing flange portion, Kb: holding portion, Kc: hook portion, Kd: stopper portion K2: fixing member, K2a: fixing flange portion K3: fixing member, K3a: fixing flange portion S '... Object detection means K' ... Fixing member, K'a ... Fixing support part, K'b ... Guide rail K'c ... Pressing part, K'd ... Stopper part, K'e ... Holding part K4 ... Fixing member, K4a: holding part, K4b ... hook part K4c ... flange part, K4f ... opening part, D4 ... elastic member, T4 ... double-sided tape K5 ... fixing member, K5a ... holding part, K5b ... fitting part, K5c ... opening part,
CP ... cap, CPa ... opening, CPb ... fitting portion, D5 ... elastic member K6 ... fixing member, K6a ... holding portion, K6b ... through portion, K6c ... flange portion,
D6 ... elastic member, T6 ... double-sided tape SP '... water supply section, SP'1 ... spreader, SP'2 ... filter SP'a ... water supply flow path, S2 ... object detection means US ... urinal device, F ... lid H ... Urinal body, Ha ... Bowl surface, Hb ... Storage part, Hb1 ... Arrangement surface Hd ... Hole part, C ... Control part, J ... Valve part J1 ... Adapter part, J2 ... Water stop part, J3 ... Solenoid valve part, J4 … Pressure regulator,
J5 ... Water supply pipe part, J6 ... Clamp, J7 ... Clamp B ... Waterproof member, Ba ... Holding part, Bb ... Fixing part SR ... Water supply part, SR1 ... Spreader, SR2 ... Packing SR3 ... Washer, SR4 ... Nut SR '... Water supply Part, SR'1 ... spreader, SR'2 ... filter SP'a ... water supply flow path, SP'b ... arrangement space, S3 ... object detection means

Claims (6)

A urinal body, object detection means for detecting a user's human body and urine flow, and a water supply unit for supplying cleaning water for cleaning the bowl surface of the urinal body, wherein the water supply unit is provided on the bowl surface. The object detecting means is fixedly supported in a hole provided in a part of the wall, and the object detecting means is a small supporting surface that is a non-external surface of the wall on which the water supply unit is fixedly supported by the urinal body. Placed in the toilet body ,
A urinal apparatus , wherein an elastic member having a closed cell structure that suppresses formation of a water film due to permeation of condensed water is compressed and disposed between the object detection unit and the fixed support surface . 2. The urinal apparatus according to claim 1, wherein the object detection means is disposed in the urinal body with the hole portion that fixes and supports the water supply portion as a fixed reference. 3. The storage device according to claim 1, further comprising: a storage unit capable of storing the object detection unit at an upper portion of the urinal body, wherein at least a part of the object detection unit is disposed in the storage unit. The urinal device described. The urinal device becomes further comprises a fixing member, via the fixing member, one said object detecting means of claim 1 to claim 3, characterized in that it is fixedly supported on the urinal body A urinal device according to crab. The urinal apparatus according to claim 4 , wherein the object detection unit is fixedly supported so as to be detachable from the fixing member. The object detection means transmits a high-frequency radio wave as a transmission wave, receives a reflected wave bounced off by an object as a reception wave, and generates a standing wave generated by the Doppler signal or interference obtained from the transmission wave and the reception wave. The urinal device according to any one of claims 1 to 5, wherein a user is detected based on a detection signal obtained by detection.

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