JP2002266406A - Warm-water cleansing toilet - Google Patents

Abstract

PROBLEM TO BE SOLVED: To address the problem of a warm-water cleansing toilet: that if ambient air is at low temperature, the interior of the mechanism of the warm- water cleansing toilet is often at low temperature as is the ambient temperature; if a large amount of moist air flows into the mechanism held at low temperature and makes direct contact with parts held at low temperature, condensation forms on the parts in contact with the moist air and condensed water may form; if condensation occurs, water droplets form on electronic parts in the mechanism causing troubles. SOLUTION: Moist air entering the warm-water cleansing toilet is taken in from a suction port provided in a deodorizing device and is forced out of the device body by a deodorizing fan to prevent the moist air from remaining in the toilet to prevent condensation from forming inside the device body.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a hot water flush toilet seat and, more particularly, to a deodorizing apparatus for sucking humid air and odor suitable for preventing dew condensation occurring inside the warm water flush toilet seat.

[0002]

2. Description of the Related Art FIG. 10 is a diagram showing a conventional example. The warm water flush toilet seat 200 has a water supply section 202 for supplying clean water used for local cleaning, and the supplied clean water is heated to a temperature suitable for cleaning the local area by a heat exchanger (not shown). Then, it is ejected from the tip of the local cleaning nozzle 205. The deodorizing device 81 operates when the user is seated, and sucks the odor generated in the toilet in the direction indicated by the arrow 204. The sucked odor is decomposed into an odorless substance by a deodorizing catalyst (not shown), and then discharged to the outside of the warm water washing toilet seat.

FIG. 8 is a perspective perspective view showing the operation of a conventional deodorizing device 81. The deodorizing device 81 mainly includes a deodorizing catalyst device 21 for decomposing odors, a deodorizing fan motor 24 for sucking odors, and a deodorizing device suction port 2 for sucking odors.
And 3. The odor generated in the toilet is sucked from the deodorizing device suction port 23 to the deodorizing device in the direction of arrow 26. The sucked odor is sent to the deodorizing catalyst device 21 by the deodorizing fan motor 24 after removing dust and the like by the deodorizing filter 27. The odor is decomposed into an odorless substance by the deodorizing catalyst device, and the exhaust gas is exhausted substantially rearward of the hot water washing device as indicated by an arrow 22.

FIG. 9 is a diagram schematically showing a conventional technique. The deodorizing device 40 mainly includes a deodorizing catalyst device 39 for decomposing odors, a deodorizing fan motor 44 for sucking odors, and a deodorizing device suction port 41 for sucking odors. The odor generated in the toilet is sucked from the deodorizing device suction port 41 in the direction of arrow 42. The sucked odor is sent to the deodorizing catalyst device 39 by the deodorizing fan motor 44 after dust and the like are removed by the deodorizing filter 45. After the odor is decomposed into an odorless substance by the deodorizing catalyst device, the odor is exhausted from a deodorizing device exhaust port 38 provided in the hot water cleaning toilet seat 1 substantially toward the rear of the hot water cleaning device indicated by an arrow 37. . Further, around the local cleaning nozzle (extended position at the time of cleaning) 36, there are gaps 35 and 43 between the local cleaning nozzle and the outer periphery of the hot water cleaning toilet seat. The warm water flush toilet seat needs this gap (gap) for structural reasons. As an example, an opening for the nozzle to enter and exit is provided in the extended / retracted portion of the nozzle, and when the nozzle is in the extended state, a certain gap is formed even in the retracted state. Present around.

[0005] Since the gaps 35 and 43 are present even when the nozzle is housed in a position shown by a local cleaning nozzle (position immediately before housing) 33, the humid air generated in the toilet bowl Penetrates into the warm water flush toilet seat through the gap. The moist air that has entered enters the hot water flush toilet seat as shown by an arrow 34, and stays in the warm water flush toilet seat, and there is a component having a lower temperature in the hot water flush toilet seat compared to the humidity air. Then, dew forms on the part, and dew water is generated. Further, the hot water cleaning device discharges a large amount of hot water during local cleaning. When a large amount of hot water is spouted, particularly when the temperature is low such as in winter, a large amount of steam, that is, high humidity air may be generated from the vicinity of the spout. When the user's local part is being washed, the nozzle is in the extended state, and water is discharged from the tip of the nozzle. Thereafter, after the local cleaning of the user, the nozzle is housed to a predetermined position, and in the housed state, similarly, hot water is spouted from the tip of the nozzle to automatically wash dirt attached to the nozzle. For this reason, especially when hot water is spouted with the nozzle housed, a large amount of high humidity air is generated near the gap around the nozzle. In particular, when the temperature is lower than several degrees Celsius, such as in winter, when water is discharged in the nozzle storage state, a large amount of humid air is generated, and high air enters the mechanism of the warm water flush toilet seat from the gap around the nozzle. A large amount of humid air may enter.

[0006]

When the ambient temperature is low inside the mechanism of the warm water flush toilet seat, the temperature is often as low as the ambient temperature. When a large amount of humid air flows into the mechanism in the low temperature state, the humid air directly touches the parts placed in the low temperature state, so that the humid air touches the parts. In some cases, dew was formed in the area where the water was condensed and dew was formed. When dew condensation occurs, water droplets may be formed on the electronic components of the inner machine, which may cause a failure. In addition, a special insulating member and a waterproof member may be required to protect the electronic components from dew condensation. Furthermore, when the amount of the dew water is large, there is a problem that the dew water leaks out of the warm water flush toilet seat and wets the floor and the like.

[0007]

Means for Solving the Problems and Action / Effects There is provided a nozzle for cleaning a human body part, and a deodorizer for sucking odor generated in a toilet bowl to make it odorless, and then discharging the odor to the outside of the warm water flush toilet seat. In the warm water flush toilet seat equipped with the device,
The deodorizer is characterized in that it absorbs the humid air that has entered the inside of the hot water flush toilet seat and forcibly discharges the air out of the hot water flush toilet seat. The hot water flush toilet seat according to claim 1, wherein the humidity-laden air that has entered the inside of the warm water flush toilet seat is sucked through a suction port provided in the deodorizing device and is forcibly discharged to the outside of the machine body by a deodorizing fan. The occurrence of dew condensation inside the machine body can be prevented without the humid air staying or stopping inside. As a result, it is possible to prevent the occurrence of problems such as a short-circuit failure due to dew water of the electronic components. In addition, a dedicated insulating member and a waterproof member for preventing the above-mentioned problem become unnecessary. Further, when a large amount of the condensed water is generated, it is possible to prevent a problem that the condensed water leaks out of the hot water flush toilet seat and wets a floor or the like.

According to a second aspect of the present invention, in the hot water washing toilet seat according to the first aspect, the suction port for the humid air is provided with a nozzle extension / storage opening provided in an outer peripheral portion of the hot water cleaning toilet seat. It is substantially on the side surface, and the suction of the humid air is discharged substantially rearward of the warm water flush toilet seat. The suction port provided in the deodorizing device is brought close to the substantially side surface of the nozzle, and the humidity fan that has entered through the nozzle gap is forcibly sucked by the suction fan, and then substantially behind the hot water washing toilet seat. So that the humid air does not stop or stay inside the warm water flush toilet seat,
The occurrence of dew can be prevented.

According to a third aspect of the present invention, in the hot water washing toilet seat according to the first aspect, the suction port for the humid air is provided with a nozzle extension / storage opening provided in an outer peripheral portion of the hot water cleaning toilet seat. It is substantially on the side surface, and the suction of the humid air is discharged to substantially the side surface of the warm water flush toilet seat. The suction port provided in the deodorizing device is brought close to the substantially side surface of the nozzle, and the humid air that has entered from the nozzle gap is forcibly sucked by the suction fan. So that the humid air does not stop or stay inside the warm water flush toilet seat,
The occurrence of dew can be prevented. Further, in order to exhaust the humid air to substantially the side of the warm water flush toilet seat,
Exhausted moisture-free air is less likely to touch low-temperature objects, and the possibility of dew condensation due to the exhausted moisture-rich air can be reduced.

[0010] Claim 4 is the bidet of claim 1, the suction port of the air tinged the humidity, the nozzle protraction-accommodating opening provided in the outer portion of the bidet It is substantially on the side surface, and the suction of the humid air is discharged substantially in front of the warm water flush toilet seat. According to a fourth aspect of the present invention, the suction port provided in the deodorizing device is brought close to the substantially side surface of the nozzle, and the humid air intruding from the nozzle gap is forcibly sucked by the suction fan, and then substantially in front of the hot water flush toilet seat. So that the humid air does not stop or stay inside the warm water flush toilet seat,
The occurrence of dew can be prevented. In addition, since the humid air is discharged substantially toward the front of the warm water flush toilet seat and toward the toilet bowl surface, when the humid air is being discharged to the front, dew condensation occurs in the discharge port and the inside of the duct. Even in this case, the generated condensed water falls on the bowl surface of the toilet bowl, and therefore does not wet the periphery of the hot water washing device and the periphery of the toilet bowl.

According to a fifth aspect of the present invention, in the hot water washing toilet seat according to the first aspect, the suction port for the humid air is provided with a nozzle extension / storage opening provided in an outer portion of the hot water cleaning toilet seat. It is almost on the side, and is characterized by a common air suction port for odor and humid air in the toilet. Claim 5
The odor and the humid air in the toilet are sucked from the common suction port by utilizing the gap near the nozzle, so that the odor suction port of the deodorizer and the humid air suction port are provided separately. No need.

According to a sixth aspect of the present invention, in the hot water flush toilet seat according to any one of the first to fifth aspects, when the hot water flush toilet seat starts a human body local cleaning operation, the deodorizing device starts operating regardless of the on / off setting thereof. It is characterized by doing. Claim 6
Is not involved in on / off setting of the deodorizing apparatus, when the warm water washing toilet seat starts a local washing operation, that is because the initiating the suction operation of the deodorizing apparatus and simultaneously performs a water discharge operation of the nozzle, the deodorizing device It is possible to start the suction operation by the deodorizing device at the same time as the generation of the humid air even when the deodorizing device is turned off, and even if the deodorizing device is turned off for some reason, the occurrence of dew condensation is reliably prevented. be able to.

According to a seventh aspect of the present invention, in the hot water flush toilet seat according to any one of the first to fifth aspects, when the hot water flush toilet seat starts a human body local cleaning operation, the deodorizing device starts operating regardless of the on / off setting thereof. The deodorizing operation is continued for a predetermined time after the human body local cleaning operation is completed. Claim 7, regardless of the on / off setting of the deodorizing device, when the warm water flush toilet seat starts a local cleaning operation,
That is, since the suction operation of the deodorizing device is started at the same time as the water discharging operation of the nozzle is performed, the suction operation by the deodorizing device is started at the same time as the generation of humid air even when the deodorizing device is turned off. Therefore, even if the deodorizing device is turned off for some reason, the occurrence of dew condensation can be reliably prevented. Further, even after the water discharging operation is stopped, the deodorizing operation, that is, the suction operation of the humid air is continued for a predetermined time, so that the humid air retained or retained in the toilet after the water discharging operation is stopped is washed with the warm water. Even if it enters the toilet seat, it can be forcibly discharged to the outside of the body, so that the occurrence of dew condensation can be reliably prevented.

[0014]

DESCRIPTION OF THE PREFERRED EMBODIMENTS One embodiment of the present invention will be described with reference to the drawings. FIG. 1 is a perspective perspective view showing one embodiment of the present invention. The warm water flush toilet seat device 1 is a device for cleaning a local part of a human body with clean water or warm water. The water supplied from the water supply pipe 6 is turned into hot water by a heat exchanger (not shown) inside the apparatus, and the hot water is spouted from the tip of the local cleaning nozzle 4. Clean local areas. The local cleaning nozzle 4 is housed inside the warm water cleaning toilet seat device in a normal state. When cleaning the local part of the user, the nozzle is advanced to the state shown in FIG. 1 and hot water is discharged from the water discharge port 9 of the local cleaning nozzle provided at the tip to clean the local part of the user. . After washing the local area of the user, the local washing nozzle 4 is stored in the warm water washing toilet seat 1, and at the same time, the nozzle performs spouting for a certain period of time in the stored state to wash off dirt attached to the nozzle. This water spout for cleaning the human body local part is usually a jet of hot water of about 30 to 40 ° C. about several hundred milliliters per minute, and a single cleaning time is several tens of seconds. Washing can be up to 1 liter or more.

[0015] Around the local cleaning nozzle 4, there is an air gap 10 substantially on the side surface of the nozzle. This is the clearance required for the nozzle to extend and retract,
The gap is about several to several tens of millimeters. The warm water flush toilet seat 1 is provided with a deodorizing device 2 for cleaning a local area of a user. The deodorizing device 2 automatically generates odor in the toilet when it is determined that the user is using the warm water-washing toilet seat, that is, when it is determined that the user is sitting on the heating toilet seat. This device decomposes and deodorizes.
The deodorizing device 2 rotates the deodorizing fan 11, sucks ambient air in the direction of the arrow 3 schematically shown, deodorizes the deodorizing catalyst device 21 provided in the device, and deodorizes the deodorizing catalyst device 21. An operation of discharging outwardly in a direction schematically indicated by an arrow 12, that is, substantially toward the rear of the warm water flush toilet seat device 1 is performed.

In the toilet space (not shown) in which the warm water flush toilet seat 1 is used, there are not many cases where a heating device or the like is still provided. In this way, the usage status of the hot water flush toilet seat may be low in temperature depending on the season, and when a large amount of hot water is used for local cleaning when the surrounding temperature is low, so-called steam is generated in large quantities,
High humidity air will be released to the surroundings. The deodorizing device 2 is provided with a humidified air suction port 8. The humidified air that has entered the inside of the warm water washing toilet seat 1 through a gap 10 substantially on the side surface of the nozzle is used to remove the humidity. The air is sucked in the direction indicated by an arrow 7 schematically representing the suction direction of the tinged air, and is discharged almost behind the hot water washing toilet seat 1 in the same manner as the odor shown by the arrow 3. There is no stagnation or stagnation of humid air inside the interior.

FIG. 2 is a diagram schematically showing one embodiment of the present invention. The deodorizing device 57 is provided with a humidified air suction port 53 provided on a substantially side surface of the local cleaning nozzle 62 so that air in the warm water cleaning toilet seat 1 can be suctioned.
Gaps 52, 6 between the local cleaning nozzle and the warm water flush toilet seat shell
After the dusty air and the like that have entered from 1 are removed by the humidityy air filter 63, the air is sucked from the humidityy air suction port 53 in the direction indicated by the arrow 58, and The odor generated in the inside is sucked by the deodorizing device 57 in the direction of arrow 60, dust and the like are removed by the deodorizing filter 64, and deodorized by the deodorizing catalyst. That is, it is discharged substantially behind the warm water flush toilet seat 1.

FIG. 3 is a diagram schematically showing one embodiment of the present invention. The deodorizing device 79 is provided with a humidified air suction port 73 provided on a substantially side surface of the local cleaning nozzle 80 so as to suck the air in the hot water cleaning toilet seat 1.
Gaps 71, 7 between the local cleaning nozzle and the warm water flush toilet seat outer shell
After removing the dust and the like with the humidified air filter 83 from the humid air that has entered from 2, the humidified air suction port 73 sucks the air in the direction indicated by the arrow 77 at the same time as the arrow. After suctioning the odor generated in the toilet in the direction of 74, removing dust and the like with a deodorizing filter 84, and decomposing into an odorless substance with a deodorizing catalyst 82,
Along with the humid air, the air is discharged from the deodorizing device exhaust port 75 in the direction of arrow 76, that is, substantially to the side surface of the warm water flush toilet seat 1.

FIG. 4 is a diagram schematically showing one embodiment of the present invention. The deodorizing device 95 is provided with a humidified air suction port 102 provided on a substantially side surface of the local cleaning nozzle 96 so that air in the warm water cleaning toilet seat 1 can be sucked. After removing the dust and the like of the humid air that has entered from the gap 101 with the outer periphery of the warm water flush toilet seat by the humid air filter 104, the direction indicated by an arrow 94 from the humid air suction port is shown. At the same time, the odor generated in the toilet bowl is sucked in the direction of arrow 100, and after removing dust and the like with the deodorizing filter 105, the odor is passed through the duct 103 almost behind the local cleaning nozzle. The air is ventilated in the direction indicated by arrow 92 and discharged in the direction of arrow 93 toward substantially the front of the warm water flush toilet seat 1.

FIG. 5 is a diagram schematically showing one embodiment of the present invention. The deodorizing device 126 has a space 12 which shares a deodorizing suction port with a cleaning nozzle space for sucking odor on the ball surface.
The air humidified and the odor generated in the toilet are simultaneously sucked from 1, 127. The sucked humidity air and the odor generated in the toilet bowl are deodorized, and dust and the like are removed by the humidity air filter 128, and the deodorizing fan motor 125 blows the air substantially behind the hot water washing toilet seat 1. Then, after the odor is decomposed into an odorless substance via the deodorizing catalyst device 124, the exhaust gas is exhausted in the direction of arrow 123, that is, substantially behind the warm water washing toilet seat 1.

FIG. 6 is a diagram showing a time chart of one embodiment of the present invention. The time when the user sat on the warm water flush toilet seat 1 is represented by t1. Normally, the operation of the deodorizing device 2 starts at this time t1. In the case of FIG. 6, it is assumed that the setting of the deodorizing device is turned off for some reason. When the user instructs the warm water flush toilet seat to start the local flush, the flush is started (t2). At the same time, the deodorizing device 2 also starts operating at the same time to suck in the humid air (t.
3). At the same time as the user stops cleaning (t4), the suction operation of the deodorizing device also stops (t5).

FIG. 7 is a diagram showing a time chart of one embodiment of the present invention. The time when the user sat on the warm water flush toilet seat 1 is represented by t21. Normally, the operation of the deodorizing device 2 starts at this time t21. As in the case of FIG. 6, it is assumed that the setting of the deodorizing device is turned off for some reason. When the user instructs the warm water flush toilet seat to start cleaning the local area, the flush is started (t22). At the same time, the deodorizing device 2 also starts operating to suck in the humid air (t23). Further, the user stops the cleaning (t2
4) In this case, the deodorizing device is not stopped at the same time t25, and the deodorizing device is stopped at t26 after the elapse of the predetermined time t27, so that the humid air retained or stopped in the toilet even after the cleaning operation is performed. The toilet is forcibly discharged without staying inside the warm water flush toilet seat 1.

As described above, in the present invention, by utilizing the suction force of the deodorizing device, the humid air entering from the gap existing in the warm water washing toilet seat is forcibly forced from the suction port provided on the substantially side surface of the local cleaning nozzle. After the air is sucked out, the air is exhausted to the outside of the warm water flush toilet seat, so that the humid air does not stay or stay in the warm water flush toilet seat, and no dew condensation occurs inside the warm water flush toilet seat. .

[Brief description of the drawings]

FIG. 1 shows an embodiment of the present invention.

FIG. 2 is a diagram schematically showing an embodiment of the present invention.

Figure schematically showing an embodiment of the present invention; FIG

FIG. 4 is a diagram schematically showing one embodiment of the present invention.

FIG. 5 schematically shows an embodiment of the present invention.

FIG. 6 is a time chart showing the operation of one embodiment of the present invention.

FIG. 7 is a time chart showing the operation of one embodiment of the present invention.

FIG. 8 is a diagram showing an example of a conventional technique.

FIG. 9 is a diagram schematically showing a conventional example.

FIG. 10 is a diagram showing an embodiment of the related art.

[Explanation of symbols]

DESCRIPTION OF SYMBOLS 1 ... Hot water washing toilet seat body using the technique of this invention 2 ... Deodorizing device 3 ... Arrow 4 ... Local washing nozzle 5 ... Heating toilet seat 6 ... Water supply pipe 7 ... Arrow 8 ... Humid air intake 9 ... Local Water outlet of cleaning nozzle 10 Air gap on substantially side surface of nozzle 11 Fan motor for deodorization 12 Arrow 21 Catalyst device for deodorization 22 Arrow 23 Desorption device suction port 24 Fan motor for deodorization 25 Hot water cleaning device Base case 26 ... Arrow 27 ... Deodorizing filter 30 ... Power outlet for hot water cleaning device 31 ... Power cable 32 ... Base case for hot water cleaning toilet seat 33 ... Local cleaning nozzle (position immediately before storage) 34 ... Arrow 35 ... Local Gap between the cleaning nozzle and the outer periphery of the warm water cleaning toilet seat 36: Local cleaning nozzle (extended position at the time of cleaning) 37: Arrow 38: Deodorizing device exhaust port 39: Deodorizing catalyst device 40 A deodorizing device 41 which is a conventional example 41 ... Deodorizing device suction port 42 ... Arrow 43 ... Gap between the local cleaning nozzle and the outer periphery of the hot water cleaning toilet seat 44 ... Deodorizing fan motor 45 ... Deodorizing filter 51 ... Base of the hot water cleaning toilet seat Case 52: Clearance between the local cleaning nozzle and the outer periphery of the hot water cleaning toilet seat 53: Humidified air suction port 55: Arrow 56: Deodorizing device exhaust port 57: Deodorizing device of one embodiment of the present invention 58: Arrow 59: Deodorizing Device suction port 60 ... Arrow 61 ... Gap between local washing nozzle and hot water washing toilet seat outer frame 62 ... Local washing nozzle (extended position during washing) 63 ... Humid air filter 64 ... Deodorizing filter 70 ... Base case for hot-water washing toilet seat 71: Gap between nozzle for local washing and outer shell of hot-water washing toilet seat 72: Gap between nozzle for local washing and outer shell of hot-water washing toilet seat 73 ... Humid Gas suction port 74 ... Arrow 75 ... Deodorizing device exhaust port 76 ... Arrow 77 ... Arrow 78 ... Deodorizing device suction port 79 ... Deodorizing device according to one embodiment of the present invention 80 ... Local cleaning nozzle (extended position during cleaning) 81: Deodorizing device of the prior art 82: Deodorizing catalyst 83: Humid air filter 84: Deodorizing filter 91: Base case of the toilet seat for warm water washing 92: Arrow 93: Arrow 94: Arrow 95: One embodiment of the present invention Deodorizing device 96 as an example. Local cleaning nozzle (extended position at the time of cleaning) 97. Deodorizing catalyst 98. Deodorizing fan 99. Deodorizing device suction port 100. Arrow 101. Local cleaning nozzle and hot water cleaning toilet seat. Gap 102 ... humidified air suction port 103 ... duct 104 ... humidified air filter 105 ... deodorizing filter 120 ... base case for hot water washing toilet seat 12 … A gap between the local washing nozzle and the outer periphery of the hot water washing toilet seat and an air gap serving as a deodorizing suction port 122… a hot water washing nozzle (extended position during washing) 123… arrow 124… a deodorizing catalyst 125… a deodorizing fan motor 126 .. A deodorizing apparatus 127 according to an embodiment of the present invention 127... A gap between the local cleaning nozzle and the outer periphery of the warm water cleaning toilet seat and a gap for a deodorizing suction port 128... A deodorizing and humidity-applied air filter 200. Hot water flush toilet seat body 202 using technology Water supply section 203 Heating toilet seat 204 Arrow 205 Local cleaning nozzle t1 Seating start time t2 Cleaning start time t3 Deodorizing and humid air suction start time t4 Cleaning End time t5: Deodorizing and humid air suction ending time t21 ... Seating start time t22 ... Washing start time t23 ... Deodorizing and humid air suction start time t24: Cleaning end time t25: Deodorizing and humid air suction OFF delay start time t26: Deodorizing and humid air suction ending time t27: Deodorizing and humid air suction OFF delay time interval

Claims (7)

[Claims] 1. A hot water washing toilet seat comprising a nozzle for washing a human body part and a deodorizing device for sucking odor generated in a toilet bowl to deodorize and then discharging the odor to the outside of the hot water washing toilet seat, wherein the deodorizing device comprises: A hot water flush toilet seat characterized in that it absorbs the humid air that has entered the inside of the warm water flush toilet seat and forcibly discharges it to the outside of the warm water flush toilet seat. 2. The warm water flush toilet seat according to claim 1,
A suction port for the humid air is provided on a substantially side surface of a nozzle extension / storage opening provided in an outer portion of the hot water washing toilet seat, and discharge of the sucked humid air is performed by the hot water washing. warm water washing toilet seat and performs substantially the rear of the toilet seat. 3. The bidet according to claim 1,
A suction port for the humid air is provided on a substantially side surface of a nozzle extension / storage opening provided in an outer portion of the hot water washing toilet seat, and discharge of the sucked humid air is performed by the hot water washing. A warm water flush toilet seat characterized by being carried out on substantially the side of the toilet seat. 4. The warm water flush toilet seat according to claim 1,
A suction port for the humid air is provided on a substantially side surface of a nozzle extension / storage opening provided in an outer portion of the hot water washing toilet seat, and discharge of the sucked humid air is performed by the hot water washing. A warm water flush toilet seat characterized in that it is carried out substantially in front of the toilet seat. 5. The hot water flush toilet seat according to claim 1,
Suction port of the air tinged the humidity is in the schematic side nozzle protraction-accommodating opening provided in the outer portion of the bidet, the suction port of the air tinged odor and humidity in the toilet bowl A warm water flush toilet seat that is standardized. 6. The warm water flush toilet according to claim 1, wherein when the warm water flush toilet starts a human body local cleaning operation, the deodorizing device starts operating regardless of the on / off setting. A warm water flush toilet seat. 7. The hot water flush toilet seat according to claim 1, wherein when the warm water flush toilet seat starts a human body local cleaning operation, the deodorizing device starts operating irrespective of the on / off setting of the hot water flush toilet seat. A warm water flush toilet seat characterized in that the deodorizing operation is continued for a predetermined time even after the human body local cleaning operation is completed.