JPH0630351U - Bath room - Google Patents

Abstract

(57) [Summary] [Purpose] An object of the present invention is to provide a bathroom which has good heat efficiency, exhibits a good dry state, and can double as a clothes drying room. [Structure] A drying unit 1 capable of blowing warm air under a counter 8 arranged on the side edge of the washing area 5 in the bathroom.
0 is installed, and a ventilation fan unit 20 capable of sucking warm air is disposed on the ceiling 17 of the bathroom, and the ventilation fan unit 20 and the drying unit 10 are connected to each other through a warm air pipe 19 and a warm air circulation duct 18. Constitute.

Description

[Detailed description of the device]

[0001]

[Industrial applications]

 The present invention relates to a bathroom which can also be used as a clothes drying room.

[0002]

[Prior art and its problems]

 Conventionally, Japanese Utility Model Laid-Open No. 2-75097 discloses a hot-air blowout part and a suction part provided on a ceiling surface of a bathroom in order to dry clothes using a space in the bathroom. In such a conventional structure, since hot air is blown from the ceiling surface and sucked from the ceiling surface, the hot air is not sufficiently circulated in the bathroom, and the bathroom cannot be dried well. was there.

[0003]

[Means for Solving the Problems]

 The present invention has been devised in view of the above-mentioned conventional problems, and an object thereof is to provide a bathroom in which clothes can be dried well in a good dry state, and the first gist thereof is a washing place in the bathroom. A drying unit capable of blowing hot air is installed in the lower part of the counter installed at the side edge, and a ventilation fan unit capable of sucking warm air is installed at the ceiling of the bathroom. The units were connected to each other via a hot air circulation duct.

The second gist is that a warm air circulation duct having a substantially triangular cross section is erected at a corner of a bathroom washing room, and warm air can be blown to the washing room side at a lower end of the warm air circulation duct. , A ventilation unit that can suck hot air is installed on the ceiling of the bathroom, and the ventilation fan unit and the upper end of the warm air circulation duct are connected by a hot air pipe installed on the back of the ceiling. That is what I did.

A third gist is that a storage shelf for storing equipment such as shampoo is formed inside the bathroom of the warm air circulation duct.

A fourth gist is that a hot air circulation duct having a substantially triangular cross section is erected at a corner portion of a bathtub side wall surface of a bathroom, and hot air is blown toward a bathtub at a lower end portion of the warm air circulation duct. A unit having a hot-air circulation fan capable of sucking warm air and a heat exchanger was provided on the ceiling of the bathroom forming an outlet, and the unit and the upper end of the warm-air circulation duct were connected for communication. Is.

[0007] Further, the fifth gist is that a drying unit capable of blowing hot air to the washroom side is installed on the back side of the front plate of the bathtub arranged in the bathroom, and the hot air can be sucked into the ceiling of the bathroom. In addition to providing an effective ventilation fan unit, the ventilation fan unit and the drying unit are connected to each other through a hot air circulation duct.

[0008]

[Action]

 In the first aspect, the space under the counter provided at the side edge of the washing room in the bathroom is used to compactly install the drying unit in this space, and the drying unit goes from the drying unit to the bottom of the bathroom. Hot air can be blown out, which circulates well in the bathroom and is sucked in from the ventilation fan unit installed on the ceiling surface, and then the hot air is returned to the drying unit via the circulation duct. By being returned, continuous circulation of warm air allows the bathroom to dry well, and clothes can be dried well in the bathroom.

In addition, in the second aspect, a warm air circulation duct having a triangular cross section is erected compactly in the space of a corner of a bathroom washing room, and a drying unit is incorporated in a lower portion of the duct. The hot air can be blown out from the bottom side of the bathroom, and this hot air can be circulated satisfactorily through the hot air circulation duct via the ventilation fan unit on the ceiling, and the bathroom can be kept in a good dry condition. it can.

Further, in the third aspect, a storage shelf is formed in the warm air circulation duct which is erected at the corner of the washing room, and shampoo and the like can be favorably stored in the storage shelf. The space in the bathroom can be effectively used.

Further, in the fourth aspect, hot air is blown from the outlet of the hot air circulation duct to the bathtub side, and the hot air is sucked up by a hot air circulation fan on the ceiling and passed through a heat exchanger. It is possible to heat the hot air, return it to the hot air circulation duct again, and blow it out from the air outlet to keep the bathroom in a good dry condition.

Further, in the fifth aspect, since the drying unit is incorporated on the back side of the front plate of the bathtub, the drying unit can be well concealed to form a neat bathroom, and the temperature can be kept from the drying unit. The air can be blown out to keep the bathroom dry.

[0013]

【Example】

 Embodiments of the present invention will be described below with reference to the drawings. FIG. 1 is a perspective configuration diagram of a bathroom according to the first embodiment, and FIG. 2 is a sectional configuration diagram of a main part on a counter side provided on a side edge of a bathroom of a bathroom. In the figure, a partition wall 2 is erected on the indoor side of the outer wall 1, the outside of the partition wall 2 is a dressing room 3, and a bathroom is formed inside the partition wall 2. The bottom of the room is formed by a waterproof pan 16, the washing room 5 and the bathtub 6 are provided inside, and the counter 8 is horizontally arranged from the side of the bathtub 6 to the side of the washing room 5. An apron 9 is suspended from the front of the counter 8. Further, a faucet fitting or the like is attached to the front surface of the apron 9.

In this example, a drying unit 10 is concealed in the lower part of the counter 8 on the back side of the apron 9, and the lower surface of the drying unit 10 faces the surface of the washing room 5. An outlet 10a is formed so that the warm air W can be blown downward. A blower fan (not shown) is built in the drying unit 10.

The drying unit 10 is connected to one ends of a hot water forward pipe 11 and a hot water return pipe 12 which are piped through the bottom surface side of the waterproof pan 16 to connect the hot water forward pipe 11 and the hot water return pipe 12. The other end is connected to a heat source device 13 arranged outside the outer wall 1. The heat source device 13 is composed of a heater or the like, and a hot water supply pipe 14 and a reheating pipe 15 are connected to the heat source device 13 so that the hot water heated by the heat source device 13 flows through the hot water outgoing pipe 11. The hot air W can be satisfactorily blown out to the washing place 5 side by rotating the fan in the drying unit 10 through the fan. In addition, the hot water is returned to the heat source device 13 through the hot water return pipe 12, heated again by the heat source device 13, passes through the hot water outgoing pipe 11, and the heated water is constantly supplied to the drying unit 10. Has been done.

A thin plate-shaped warm air circulation duct 18 which is erected upright through the back side of the side wall 7 is connected to the upper surface of the drying unit 10, and the upper end of the warm air circulation duct 18 serves as a ceiling for the wells 17. A warm air tube 19 is connected to the back surface of the hot air tube 19. The other end of the hot air pipe 19 is connected to a ventilation fan unit 20 arranged in the substantially central portion of the ceiling 17, and a hot air suction port 21 and a ventilation suction port 22 are formed on the lower surface of the ventilation fan unit 20. The suction ports 21 and 22 are openable and closable. The ventilation fan unit 20 has a fan for ventilation and a fan for circulating hot air. A ventilation pipe 23 communicating with the outside is connected to the ventilation fan unit 20, and the ventilation pipe 23 is arranged along the back surface of the ceiling 17 and has a tip open to the outside air. In addition, a hanging bar 24 is provided horizontally in the bathroom below the ceiling 17, and the laundry K can be hung on the hanging bar 24.

A bath remote controller 25 for the bathtub 6 is provided in the bathroom, and a ventilation / drying remote controller 26 is attached to the wall surface of the dressing room 3 outside the door 4. The ventilation / drying remote controller 26 can operate the ventilation fan unit 20 by operating a switch. When the hot air inlet 21 is opened, the internal hot air circulation fan is operated. The ventilation suction port 22 is closed, and at that time, the drying unit 10 is also actuated at the same time, and the hot air W is blown out into the bathroom. At the same time, the hot air is sucked by the ventilation fan unit 20, and the hot air pipe 19. Warm air Warm air W is circulated well in the bathroom through the circulation duct 18, and the bathroom is kept in a good dry state, so that the laundry K can be dried well. When the remote controller 26 is operated to the ventilation side, the hot air intake port 21 is closed, the ventilation intake port 22 is opened, the internal ventilation fan is activated, and the inside of the bathroom is ventilated through the ventilation pipe 23. The indoor air is discharged to the outside. That is, when the bathroom is ventilated, the ventilation switch of the remote control 26 is turned on, and when the laundry K is dried in the bathroom, the drying switch is turned on.

In such a structure, the drying unit 10 is compactly stored in the lower part of the counter 8 and is hidden from the outside, so that the inside of the bathroom has a neat appearance and the drying unit 10 operates. When heated, the warm air W is blown toward the floor surface of the washroom 5, and the warm air W rises well upward from the lower part of the bathroom, so that the heat efficiency is improved and the entire bathroom is in a good dry state. The same drying ability as that of an electric clothes dryer can be exhibited. For example, a drying time of about 40 minutes is sufficient to dry a 2 kg shirt. Further, since the drying unit 10 is housed in the counter 8, it is not necessary to provide a heat source pipe on the ceiling, the construction is easy, and the maintainability is good. In addition, since the drying unit 10 is surrounded by the counter 8 and the apron 9, there is little noise during operation, and a quiet operating state can be obtained.

In this way, the bathroom can be used as it is as a clothes drying room, a space for installing a clothes dryer is not required, and molds do not grow in the bathroom to dry the bathroom, and cleaning is easy. It becomes hygienic. Furthermore, if this drying unit 10 is used for heating, it becomes a warm washing room 5 even when entering the bathroom in winter, etc., and comfort is improved. Also, since the laundry K is dried while being dried, it has an effect that it is less likely to wrinkle.

Next, FIG. 3 shows a second embodiment. The same members as those in FIG. 1 are designated by the same reference numerals and the description thereof will be omitted. In this example, a hollow hot air circulation duct 30 having a substantially triangular cross section is erected compactly at the corner of the washing area 5, and a drying unit 31 is provided below the hot air circulation duct 30. Is provided and the drying unit is incorporated in the drying unit portion 31, and a blowing portion 31a is formed at the lower end portion of the drying unit portion 31. In addition, a heat exchanger and other pipes can be incorporated into the compact inside the warm air circulation duct 30 so that the corner space in the bathroom can be effectively used for compact installation. The hot air pipe 19 is connected to the upper end of the air duct 30, and the ventilation fan unit 20 and the drying unit are connected in communication through the hot air circulation duct 30 and the hot air pipe 19 so that the hot air W blown into the bathroom is good. The inside of the bathroom can be circulated in a good dry condition. In addition, in FIG. 3 and FIG. 1, if the air intake hole 4a is formed at the lower end portion of the door 4, outside air can be introduced into the bathroom from the air intake hole 4a during ventilation to satisfactorily perform aeration. You can

Next, FIG. 4 shows a third embodiment. That is, in this example, the storage shelf 30a is formed on the indoor side of the warm air circulation duct 30 in the third embodiment, and other configurations are the same as those in FIG. 3, and the storage shelf 30a is the same. It is possible to store shampoo and the like in the inside, and when washing the hair in the washing room 5, it is possible to take out the equipment such as shampoo and the like from the storage shelf 30a, so that the corner of the bathroom washing room can be easily removed. It can be used effectively.

Next, FIG. 5 shows a fourth embodiment. In this embodiment, warm air circulation ducts 32 and 33 are erected along the corners on the corners of the bathroom wall surface on the bathtub 6 side. Air outlets 32a and 33a are formed at the lower ends of the hot air circulation ducts 32 and 33, respectively, so that the hot air W can be blown toward the bathtub 6 side. The upper ends of the hot air circulation ducts 32 and 33 are connected to the hot air pipes 19 and 19 disposed on the back side of the ceiling 17, respectively, and the hot air pipes 19 and 19 are illustrated as the ventilation fan unit 20. The hot-air circulation fan 21a on the right side is connected, and the lower surface of the hot-air circulation fan 21a is a hot-air suction port 21 that can suck hot air in the bathroom. A heat exchanger (not shown) is provided in the warm air circulation fan 21a, and the hot water outward pipe 11 and the hot water return pipe 12 are connected to the heat exchanger from the outside. The hot water flowing in from is exchanged with a heat exchanger and returned to the hot water return pipe 12.

A ventilation fan 22a is provided on the left side of the warm air circulation fan 21a of the ventilation fan unit 20, and a ventilation suction port 22 is provided at a lower portion of the ventilation fan 22a. A ventilation pipe 23 is connected to the ventilation fan 22a. In such a configuration, the warm air W in the bathroom sucked into the warm air circulation fan 21a from the warm air suction port 21 is heated through the heat exchanger, passes through the warm air pipes 19 and 19 and is heated. It is guided to the circulation ducts 32 and 33 and blown out into the bathroom from the air outlets 32a and 33a, and the warm air W circulates in the bathroom, so that the inside of the bathroom can be satisfactorily dried. In this way, the hot air circulation ducts 32 and 33 can be compactly arranged by effectively utilizing the corners of the wall surface on the bathtub 6 side.

Next, FIG. 6 shows a fifth embodiment. In this embodiment, the drying unit 10 is arranged in a concealed manner on the back side of the front plate 6A that covers the washing place 5 side of the bathtub 6. The outlet 10a of the drying unit 10 is opened in the front plate 6A, and the warm air W can be blown from the outlet 10a to the washing place 5 side. Further, the hot water outflow pipe 11 and the hot water return pipe 12 are connected to the heat exchange section 10A provided in the drying unit 10 so that the hot air W can be satisfactorily heated in the heat exchange section 10A. The drying unit 10 is connected to a hot air circulation duct 18 standing upright along the back side of the side wall 7 of the bathroom, and the upper end of the warm air circulation duct 18 is connected to the hot air circulating duct installed above the ceiling. It is connected to a ventilation fan unit 20 provided on the ceiling 17 via a wind pipe 19. The inside of the ventilation fan unit 20 is divided into two rooms. The room on the right side is equipped with a fan for warm air circulation 21a, and the room on the left side is equipped with a ventilation fan 22a for circulation of warm air. The lower surface of the ventilation fan 21a is a warm air suction port 21, and the lower surface of the ventilation fan 22a is a ventilation suction port 22. A ventilation pipe 23 is connected to the ventilation fan 22a.

With such a configuration, the drying unit 10 can be concealed by the front plate 6A of the bathtub 6 to form a bathroom with a sleek appearance, and warm air is blown from the outlet 10a to the washroom 5 side. The hot air W rises toward the ceiling 17 and the hot air circulation fan 21a operates to suck in the hot air W, and the hot air circulation duct 18 passes through the hot air circulation duct 18 again. It can be circulated to the drying unit 10, and the warm air W can circulate well in the bathroom, and the bathroom can be in a good dry state.

[0026]

[Effect of device]

 The bathroom of the present invention incorporates a drying unit capable of blowing hot air into the lower part of the counter provided at the edge of the washing room in the bathroom, and a ventilation fan unit capable of sucking hot air is installed in the ceiling of the bathroom. By installing the ventilation fan unit and the drying unit in communication with each other through a warm air circulation duct, the drying unit can be incorporated with good appearance in a state of being hidden under the counter, The warm air blown out from this drying unit is blown to the bottom of the bathroom, so the warm air circulates well toward the ceiling over the entire bath room, and the bathroom can be kept in a good dry condition. The laundry can be dried well using the bathtub. In this way, hot air is blown out from the bottom of the bathroom, resulting in good thermal efficiency.Because the drying unit is stored inside the counter, there is no need to install heat source piping up to the ceiling, and construction and maintenance are easy. It will be

Further, a warm air circulation duct having a substantially triangular cross-section is erected at a corner of a bathroom washing room, and a drying unit capable of blowing hot air to the washing room side is installed at a lower end portion of the warm air circulation duct. By installing a ventilation fan unit capable of sucking warm air on the ceiling of the bathroom and connecting the ventilation fan unit and the upper end of the warm air circulation duct with a hot air pipe installed on the back surface of the ceiling, By effectively using the corners of the hot air circulation duct, it is possible to install a warm air circulation duct with a neat appearance, and connect the drying unit and the ventilation fan unit in communication via this warm air circulation duct. The air can be circulated continuously and favorably to maintain a good dry condition in the bathroom.

In addition, since the storage shelf for storing equipment such as shampoo is formed inside the bathroom of the warm air circulation duct, the corner portion of the washing area is effectively used to form the warm air circulation duct. It is possible to store shampoo and other equipment in the storage shelves and use the corners effectively, and to circulate warm air in the bathroom to keep the bathroom dry. You can

Further, a warm air circulation duct having a substantially triangular cross section is erected at a corner of the bathtub side wall of the bathroom, and an outlet for blowing warm air toward the bathtub is formed at the lower end of the warm air circulation duct. A unit having a hot air circulation fan capable of sucking warm air and a heat exchanger is arranged on the ceiling of the bath room, and the unit and the upper end of the warm air circulation duct are connected and connected. By effectively using the corner on the bathtub side of the bathroom, a warm air circulation duct can be compactly arranged at this corner, and the warm air is continuously circulated in the bathtub through this warm air circulation duct. As a result, the bathroom can be kept in a good dry condition.

In addition, a drying unit capable of blowing warm air to the washing place is installed on the back side of the front plate of the bathtub arranged in the bathroom, and a ventilation fan unit capable of sucking warm air is installed on the ceiling of the bathroom. The ventilation unit and the drying unit are connected to each other via a hot air circulation duct, so that the drying unit can be incorporated into the back side of the front plate of the bathtub with a concealed and neat appearance. , The warm air can be blown to the washing area side to dry it well, and the warm air can be raised from the lower part of the bathroom to the ceiling side and circulated through the ventilation fan unit to improve the heat efficiency and improve the bathroom efficiency. The inside can be kept dry, and the laundry can be dried well in the bathroom. Also, heat source piping to the drying unit will be easy and maintenance will be easy.

[Brief description of drawings]

FIG. 1 is a perspective configuration diagram of a bathroom according to a first embodiment.

FIG. 2 is a cross-sectional configuration diagram of essential parts near a counter and a warm air circulation duct in FIG.

FIG. 3 is a perspective configuration diagram of a bathroom according to a second embodiment.

FIG. 4 is a perspective configuration diagram of a bathroom according to a third embodiment.

FIG. 5 is a configuration diagram of a bathroom according to a fourth embodiment.

FIG. 6 is a configuration diagram of a bathroom according to a fifth embodiment.

[Explanation of symbols]

 3 Undressing room 5 Washing place 6 Bathtub 6A Front plate 8 Counter 9 Apron 10 Drying unit 10a Air outlet 11 Hot water outflow pipe 12 Hot water return pipe 13 Heat source machine 18 Hot air circulation duct 19 Hot air pipe 20 Ventilation fan unit 21 Hot air suction port 22 Ventilation Suction port 23 Ventilation pipe 24 Suspending bar 26 Ventilation / drying remote control 30 Warm air circulation duct 30a Storage rack 31 Drying unit part 31a Air outlet 32,33 Warm air circulation duct 32a, 33a Air outlet K Washing clothes

Claims (5)

[Scope of utility model registration request] 1. A drying unit capable of blowing hot air is incorporated in a lower portion of a counter disposed at a side edge of a washing place in a bathroom, and a ventilation fan unit capable of sucking warm air is disposed at a ceiling of the bathroom. At the same time, the bathroom is characterized in that the ventilation fan unit and the drying unit are connected to each other through a hot air circulation duct. 2. A warm air circulation duct having a substantially triangular cross section is erected at a corner of a bathroom washing room, and a drying unit capable of blowing warm air to the washing room side is installed at a lower end of the warm air circulation duct. A bathroom characterized in that a ventilation fan unit capable of sucking warm air is arranged on a ceiling of the bathroom, and the ventilation fan unit and the upper end of the warm air circulation duct are connected by a warm air pipe arranged on the back surface of the ceiling. 3. The bathroom according to claim 2, wherein a storage shelf for storing equipment such as shampoo is formed inside the bathroom of the warm air circulation duct. 4. A warm air circulation duct having a substantially triangular cross section is erected at a corner portion of a bathtub side wall surface of a bathroom, and an outlet for blowing warm air toward the bathtub is formed at a lower end portion of the warm air circulation duct. A bathroom characterized in that a unit having a hot air circulation fan capable of sucking warm air and a heat exchanger is disposed on the ceiling of the bathroom, and the unit and the upper end of the warm air circulation duct are connected and communicated with each other. 5. A drying unit capable of blowing warm air to the washing place is installed on the back side of the front plate of the bathtub arranged in the bathroom, and a ventilation fan unit capable of sucking warm air is arranged on the ceiling of the bathroom. A bathroom characterized in that the ventilation fan unit and the drying unit are connected to each other through a warm air circulation duct.