JP5348465B2 - Vanity with laundry dryer - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a bathroom vanity provided with a drying function suitably used for drying mainly small laundries without harming storage power or washroom function. <P>SOLUTION: A bathroom vanity SLD includes a washroom heater HU disposed above a vanity mirror LM and a laundry drying storage DL provided in a sideward storage SLC provided sideward of the vanity mirror LM so that air blown out of the washroom heater HU can be supplied, featuring that a washroom heating mode for supplying hot air only to the washroom or a laundry drying mode for supplying hot air only to the laundry drying storage DL can be selected. <P>COPYRIGHT: (C)2010,JPO&amp;INPIT

Description

  The present invention relates to a bathroom vanity with a laundry drying cabinet provided with a laundry drying cabinet in addition to a makeup mirror and a vanity.

There is a need to heat the space in the bathroom where the bathroom vanity is installed, and a bathroom vanity equipped with a heater for heating the bathroom space has been proposed (for example, see Patent Document 1 below). The bathroom vanity described in the following Patent Document 1 is configured so that clothes and the like can be dried using the warm air of a heater. In addition, a bathroom vanity is proposed in which warm air from a heater is introduced into a space for storing a toothbrush and the like instead of clothes (see, for example, Patent Document 2 below).
JP-A-5-157356 JP-A-3-85122

  By the way, when the needs required for the laundry drying function in the bathroom vanity with a laundry drying cabinet are examined in more detail, the present inventor has found that the above-described conventional technology does not sufficiently meet the needs of users.

  Specifically, considering the laundry drying function in the vanity, there are many washing machines with dryers and dedicated large-sized dryers in the bathroom, apart from the vanity. Even if the bathroom vanity is equipped with a laundry drying function using a bathroom heater, it does not seem to be actively used as the main laundry dryer.

  In other words, it is common for a user to wash a normal amount of laundry with a washing machine, and then to dry the laundry using a drying function of the washing machine or a large dryer, so that there is no large dryer. It seems that it is naturally dried indoors and outdoors, and the drying function of the laundry attached to the vanity has problems in terms of drying performance and storage capacity. When used, it is not easy to use and does not seem to be replaced by the drying function of the vanity.

  However, underwear for women who do hand-washing, diapers and clothes for infants who do not want to leave dirty conditions, or gymnastic clothes for children who want to wash and use immediately are extremely small. Therefore, from the standpoint of running costs, it is common for such laundry to be naturally dried indoors and outdoors without using a large dryer, and suddenly such as gym clothes and swimwear that should be dried by the morning. Even in cases where a large amount of water is required, drying is often performed with a hand dryer or the like without using a large-sized dryer (a bathroom dryer has a large space, so drying a small amount of clothes takes electricity and time) I understood it. Considering such a situation, when drying such a very small amount of special clothes, it seems that drying in a small laundry dryer attached to the vanity is suitable, but it is attached to the conventional vanity In the laundry drying cabinet, it seems that there was no situation where the user could be satisfied with the laundry drying with such needs.

  This point will be described in detail. Since the bathroom vanity with a laundry drying cabinet has a function of drying laundry by using a bathroom heater incorporated in the bathroom vanity, the above-mentioned specific clothes such as Therefore, it is not necessary to purchase a small dryer separately for this purpose, and since it is a drying cabinet built into the vanity, there is no need to further narrow the space of the narrow toilet space. A vanity with a cabinet is very advantageous in terms of cost and space, and is an attractive product.

  However, the conventional vanity with a laundry drying cabinet has many problems that are not satisfied by the user. Among such many problems, the biggest problem is a usability problem in which it is not possible to selectively execute only laundry drying or to selectively execute only bathroom heating.

  Therefore, in the present invention, it is possible to dry a small amount of clothes easily and at low cost without dissatisfaction without impairing the original function of drying and heating in the washroom, and laundry drying that enables more convenient laundry drying. The object is to provide a vanity with a cabinet.

The invention according to claim 1 of the present application is a bathroom vanity with a laundry drying cabinet including a makeup mirror, a dressing table, and a laundry drying cabinet, which is disposed above the makeup mirror and sucks air from a suction port. A heater that blows out the heated air from the outlet, a storage provided in at least a part of the periphery of the makeup mirror, and a side of the storage provided on the side of the mirror A laundry dryer provided in a storage portion and configured to be supplied with air blown from the heater;
Control means for controlling the heater, and the control means is a laundry drying mode for drying laundry stored in the laundry drying cabinet separately from the bathroom heating mode for heating the bathroom. The air blow-out destination from the heater is changed so that air is blown out only in the washroom in the washroom heating mode, and air is blown out only in the laundry dryer in the laundry drying mode. Comprising a selection means configured to selectively execute the washroom heating mode and the laundry drying mode, and the control means blows air into the washroom, The laundry drying chamber is also provided with a combination mode for blowing air, and in the combination mode, the amount of air blown out by the heater is larger than that in the washroom heating mode. Characterized in that it is configured.

  According to the present invention, since the heater is arranged above the makeup mirror, it is possible to blow warm air on the makeup mirror, and reliably prevent fogging of the makeup mirror even when the humidity increases due to clothing drying. can do. In addition, since the laundry drying cabinet is provided in the storage on the side of the makeup mirror, it can be arranged near the position of the user's eyes, so that it is very easy to put in and out the washed clothes.

  Furthermore, the control means of the present invention includes a laundry drying mode for drying laundry stored in the laundry drying cabinet separately from the bathroom heating mode for heating the bathroom, and can selectively execute them. Thus, the usage is clear for the user and the usability is improved. Also, in the lavatory heating mode, warm air blown from the heater is blown out to the lavatory side, and in the laundry drying mode, warm air blown from the heater is blown into the laundry dryer, so Since the heater can also be used for drying laundry, the entire bathroom vanity can promote downsizing and cost reduction of the system.

  In addition to arranging the heater above the makeup mirror and arranging the laundry dryer in the side of the makeup mirror, it is possible to realize the optimum arrangement of the heater and the laundry dryer. Since they can be arranged at positions close to each other, the air blown from the heater can be efficiently fed into the laundry drying cabinet. Specifically, with the makeup mirror as a reference, by placing the heater on the upper side and the laundry drying cabinet on the side, the laundry drying cabinet is placed closer to the lower side than the heating appliance. Become. Therefore, the flow of air blown out from the heater will go to the same downward direction as the blowout to the washroom, and it will be able to flow smoothly so that air is surely kept in the laundry dryer without unnecessarily increasing the air resistance. Can be sent to. In addition, since the heater and the laundry dryer can be close to each other, air can be reliably fed into the laundry dryer without unnecessarily increasing air resistance.

Furthermore , it is characterized by having a combined mode in which air is blown into the washroom and air is also blown into the laundry drying cabinet.

According to this invention, it is possible to dry the laundry while heating the inside of the washroom because it is provided with a combined mode of blowing out the air blown from the heater into the washroom and also blowing out into the laundry dryer. Usability is improved for the user.
Further, in the combined mode, the amount of air blown out by the heater is configured to be larger than that in the washroom heating mode.
According to the present invention, since the amount of air blown out by the heater is increased in the combined mode, the heating performance of the washroom and the drying performance of the laundry are not impaired, and the user's request for both is satisfied. Both can be achieved. Moreover, since the quantity of the air which a heater blows out when it is required, it can contribute to energy saving.

In the invention according to claim 2 of the present application, in the combined mode, a part of the air blown out by the heater is distributed in the laundry drying cabinet, and the amount of air distributed in the laundry drying cabinet. Is characterized by less than the amount of air distributed in the washroom.

  According to the present invention, among the air blown out by the heater, the amount of air distributed and blown out in the laundry drying cabinet is made smaller than the amount of air distributed and blown out in the washroom. The laundry can be dried without deteriorating the function of heating.

The invention according to claim 3 of the present application is characterized in that, in the combined mode, the amount of air distributed in the laundry drying cabinet is changed according to a predetermined condition.

  According to the present invention, the amount of air that is distributed to the laundry drying cabinet and blown out of the air blown out by the heater is changed according to predetermined conditions such as time and the degree of drying of the laundry. Therefore, it is possible to blow out an amount of air optimal for drying the laundry into the laundry drying cabinet.

In the invention according to claim 4 of the present invention, in the latter half of the operation of the combined mode, the ratio of the amount of air distributed in the laundry drying cabinet to the amount of air distributed in the washroom is larger than in the initial operation. It is comprised so that it may become.

  According to the present invention, the ratio of the amount of air distributed in the laundry drying cabinet to the amount of air distributed in the bathroom is increased in the latter half of the combined mode operation compared to the initial operation. Therefore, in other words, the amount of air distributed in the washroom at the initial stage of the combined mode operation is made larger than the amount of air distributed in the laundry drying cabinet. After that, in the latter half of the operation, the amount of air distributed in the laundry drying cabinet is made larger than the amount of air distributed in the washroom. This is because drying of the laundry takes a long time, so the amount of air to be distributed to the toilet is secured by suppressing the amount of air blown out in the initial stage of operation, and the heating performance of the toilet is improved. This prevents the user from feeling dissatisfied with the heating performance. After the user is satisfied with the heating performance, the amount of air distribution is increased for drying the laundry, so the user's requirements for heating and drying can be met without sacrificing the drying performance of the laundry. To achieve both.

  According to the present invention, it is possible to provide an easy-to-use laundry vanity with a laundry dryer that can easily dry a small amount of special clothing without impairing the original functions of drying and heating to the bathroom. Is.

  DESCRIPTION OF EXEMPLARY EMBODIMENTS Hereinafter, preferred embodiments of the invention will be described with reference to the accompanying drawings. In order to facilitate the understanding of the description, the same constituent elements in the drawings will be denoted by the same reference numerals as much as possible, and redundant description will be omitted.

Initially, the structure of the apartment house in which the vanity table concerning this embodiment is installed is demonstrated.
FIG. 1 is a diagram showing a schematic configuration of an apartment house in which a vanity according to the present embodiment is installed.

  As shown in FIG. 1, a bathroom 2, a washroom 3, and a toilet 4 are arranged in a house 1 as a room with a water supply facility. In addition, a walk-in closet 5, a close-in, and a storage are provided. Rooms, kitchens, bedrooms, living rooms, etc. are arranged. A main body 20a of a bathroom dryer 20 for ventilating, drying, and heating the bathroom 2 is disposed behind the ceiling of the bathroom 2, and is connected to an exhaust passage 6, ventilation passages 8, 10, 12, and the like. The exhaust passage 6 communicates with an exhaust port 7 that opens to the outdoors, the ventilation passage 8 communicates with an intake grill 9 that opens in the bathroom 3, and the ventilation passage 10 communicates with an intake grill 11 that opens in the toilet 4. The ventilation passage 12 communicates with an intake grill 13 that opens into the closet 5. An operation panel 14 is installed on the wall surface of the washroom 3, and a toilet ventilation switch 15 is installed on the wall surface of the toilet 4.

  In the bathroom 3, the vanity table SLD according to the present embodiment is installed. The vanity table SLD includes a vanity table LD provided with a washbasin and a vanity mirror LM provided above the vanity table LD, and further includes an upper storage ULC (housing) provided above the vanity mirror LM. Storage space, heater storage space), and side storage SLC (storage, side storage portion) provided on the side of the makeup mirror LM and the dressing table LD.

  A washroom heater HU (heater) is provided inside the upper storage ULC. The washroom heater HU is configured to warm the room of the washroom 3 and blow out warm air into the laundry drying cabinet DL and the toothbrush storage cabinet SL described later.

  Inside the side storage SLC, a laundry drying unit DU including a laundry dryer DL and a toothbrush storage unit SU including a toothbrush storage SL are provided. The laundry dryer DL and the toothbrush storage SL are configured so that warm air blown from the bathroom heater HU is introduced and the laundry and toothbrush placed therein can be dried. Yes.

  Next, a bathroom vanity SLD centered on the bathroom heater HU and the laundry drying unit DU will be described with reference to FIG. As shown in FIG. 2, the vanity table SLD includes a vanity table LD, a makeup mirror LM, an upper storage ULC, a side storage SLC, a bathroom heater HU, a laundry drying unit DU, A toothbrush storage unit SU.

  In the dressing table LD, a counter 33 is placed on a cabinet 32, and a basin 34 and a flush fitting 35 are attached to the counter 33. A drain trap 32a is attached to the basin 34, and the water discharged from the flush fitting 35 is drained through the drain trap 32a.

  The makeup mirror LM is attached to the wall above the dressing table LD. The makeup mirror LM includes a mirror 36 and a lighting device 37. An upper storage ULC is attached to the wall above the makeup mirror LM. The washroom heater HU is provided in the upper storage ULC.

  A side storage SLC is attached to the side walls of the dressing table LD, the makeup mirror LM, and the upper storage ULC. The side storage SLC is divided into three parts, which are a side storage SLC1, a side storage SLC2, and a side storage SLC3 in order from the bottom. The side storage SLC1 is attached to the side of the dressing table LD. The side storage SLC2 is attached to the side of the makeup mirror LM. The side storage SLC3 is attached to the side of the upper storage ULC. The laundry drying unit DU and the toothbrush storage unit SU are provided in the side storage SLC2.

  The washroom heater HU includes a suction port 41, a fan 42, a heater 43, a first air outlet 44 (first air outlet, air outlet), and a second air outlet 45 (second air outlet, air outlet). And a damper 46. The air sucked from the suction port 41 by the rotation of the fan 42 is heated by the heater 43. The heated air is blown out from one or both of the first air outlet 44 and the second air outlet 45. It is adjusted whether the air heated by the heater 43 is blown out from the first blow-out port 44 or the second blow-out port 45 by the damper 46 or from both sides. If the damper 46 blocks the first air outlet 44, heated air is blown out only from the second air outlet 45. If the damper 46 blocks the second air outlet 45, heated air is blown out only from the first air outlet 44. Moreover, if the damper 46 is located between the 1st blower outlet 44 and the 2nd blower outlet 45 and neither is obstruct | occluded, it heated from both the 1st blower outlet 44 and the 2nd blower outlet 45. Air is blown out.

  The first outlet 44 is opened downward toward the makeup mirror LM. Therefore, the warm air blown out from the first outlet 44 is blown out toward the makeup mirror LM to be used as anti-fogging for the mirror 36, or blown out toward the user standing in front of the dressing table LD. It can be used as heating.

  The 2nd blower outlet 45 is opened to the side toward the side storage SLC3. An intake duct Din is connected to the second air outlet 45. The intake duct Din is composed of a duct D01, a duct D02, and a duct D03. One end of the duct D01 is connected to the second air outlet 45, and the other end is connected so as to branch into the duct D02 and the duct D03. One end of the duct D02 is connected to the duct D01, and the other end is connected to the laundry drying box DL of the laundry drying unit DU. One end of the duct D03 is connected to the duct D01, and the other end is connected to the toothbrush storage SL of the toothbrush storage unit SU. Therefore, the warm air blown from the second outlet 45 can be branched into the laundry drying cabinet DL and the toothbrush storage cabinet SL. The duct D01, the duct D02, and the duct D03 are arranged along the vicinity of the rear wall surface of the side storage SLC, and are devised so that the storage space on the front side of the side storage SLC can be effectively used.

  Here, the aspect which accommodates the washroom heater HU in the upper storage ULC is further demonstrated, referring FIGS. Drawing 3 is a figure for explaining the first mode which stores washroom heater HU in upper storage ULC. 4 is a cross-sectional view taken along the line AA in FIG. FIG. 5 is a diagram for explaining a second mode in which the washroom heater HU is accommodated in the upper storage ULC. 6 is a cross-sectional view taken along the line BB in FIG.

  In the first mode shown in FIGS. 3 and 4, the space in the upper storage ULC is divided into front and rear, and divided into a rear space ULC1 and a front space ULC2. The front space ULC2 is configured to be used as a storage space. The rear space ULC1 is configured to be used as a space for accommodating the washroom heater HU. In this first aspect, the washroom heater HU is arranged vertically. Moreover, the 1st blower outlet 44 is arrange | positioned toward the makeup | decoration mirror LM (wall surface side) below, and the 2nd blower outlet 45 is arrange | positioned toward the makeup mirror LM (wall surface side) toward the side. ing.

  In the first mode shown in FIGS. 5 and 6, the space in the upper storage ULC is vertically divided and divided into a lower space ULC 3 and an upper space ULC 4. The upper space ULC4 is configured to be used as a storage space. The lower space ULC3 is configured to be used as a space for accommodating the washroom heater HU. In this second aspect, the washroom heater HU is disposed horizontally. Moreover, the 1st blower outlet 44 is arrange | positioned toward the makeup | decoration mirror LM (wall surface side) below, and the 2nd blower outlet 45 is arrange | positioned toward the makeup mirror LM (wall surface side) toward the side. ing.

  Returning to FIG. 2, other components will be described. The laundry drying unit DU is provided in the side storage SLC2. The above-described intake duct Din and exhaust duct Dout are connected to the laundry drying unit DU. More specifically, a duct D02 constituting the intake duct Din and a duct D04 constituting the exhaust duct Dout are connected. Accordingly, the hot air blown from the washroom heater HU is supplied from the duct D02 and can be discharged from the duct D04. Water collected as a result of drying the laundry in the laundry drying unit DU is discharged to the drain trap 32a through the drain pipe DR.

  Here, the laundry drying unit DU will be described in more detail with reference to FIG. As shown in FIG. 7, in the laundry drying unit DU, a filter DL1, a sterilizing unit DL2, and an aroma unit DL3 are provided on the intake duct Din side, and an exhaust fan DL4 (dedicated exhaust fan) and deodorizing are provided on the exhaust duct Dout side. Each unit DL5 is provided. In addition, the laundry drying unit DU is formed with a laundry drying cabinet DL, and an air inlet DL8 for allowing air to flow into the laundry drying cabinet DL and air from the laundry drying cabinet DL. For this purpose, an air outlet DL9 is formed. The air inlet DL8 is provided below the laundry dryer DL, and the air outlet DL9 is provided above the laundry dryer DL. The laundry drying cabinet DL is provided with a first passage DL10 and a second passage DL11 as air bypass routes. 1st channel | path DL10 is arrange | positioned so that the center vicinity of the laundry drying cabinet DL may be penetrated. The second passage DL11 is arranged so as to surround the laundry drying cabinet DL. Accordingly, the air passing through the first passage DL10 and the second passage DL11 performs only heat exchange without touching the laundry in the laundry drying cabinet DL, so that the first passage DL10 and the second passage DL11 are dried. It is configured as a second space Z02 in which the target laundry is not arranged. On the other hand, the space excluding the first passage DL10 and the second passage DL11 in the laundry drying cabinet DL is configured as a first space Z01 in which the laundry to be dried is arranged. Accordingly, the laundry dryer DL has a double structure having the first space Z01 and the second space Z02.

  As described above, the laundry drying unit DU is provided with the filter DL1, the sterilizing unit DL2, and the aroma unit DL3 on the intake duct Din side, and the exhaust fan DL4 and the deodorizing unit DL5 on the exhaust duct Dout side. Yes. The air flowing in from the intake duct Din side passes through the filter DL1, passes through the sterilization unit DL2, and further passes through the fragrance unit DL3. Part of the air that has passed through the fragrance unit DL3 flows into the laundry drying cabinet DL through the air inlet DL8, and the remainder flows into the first passage DL10 and the second passage DL11. The air flowing into the laundry drying cabinet DL from the air inlet DL8 flows to the air outlet DL9 after passing through the vicinity of the laundry arranged inside. Moreover, the air that has flowed into the first passage DL10 and the second passage DL11 flows from one end where the air flows into the other toward the other end. Thus, an exhaust fan DL4 is provided at a location where air flows (that is, in the direction of the exhaust duct Dout), and a deodorizing unit DL5 is provided at the end. By the rotation of the exhaust fan DL4, negative pressure is generated in the laundry drying cabinet DL, the first passage DL10, and the second passage DL11, and the air inside them flows more smoothly to the exhaust duct Dout side. The air that has passed through the exhaust fan DL4 flows out to the exhaust duct Dout after passing through the deodorizing unit DL5.

  In this way, the air intake port Din connected to the laundry drying chamber DL is connected to the lower portion of the laundry drying chamber DL with the air inlet and the exhaust duct Dout is connected to exhaust air from the laundry drying chamber DL. Since the mouth is provided in the upper part of the laundry drying chamber DL, in the configuration in which warm air is blown from the upper portion for drying the clothing, uneven drying of the clothing is likely to occur, but in this configuration, the laundry drying chamber Since the warm air is supplied from the lower part of the warm air, the warm air also has the effect of an updraft and is uniformly applied to the clothing, thereby preventing uneven drying and reducing the drying time. .

  In the case of the present embodiment, an intake unit DLa is formed below the laundry drying cabinet DL, and an exhaust unit DLb is formed above. In the intake unit DLa, a filter DL1, a sterilization unit DL2, and an aroma unit DL3 are arranged. An exhaust fan DL4 and a deodorizing unit DL5 are arranged in the exhaust unit DLb. The intake unit DLa and the exhaust unit DLb are configured to be removable from the laundry drying cabinet DL. Further, the filter DL1, the sterilization unit DL2, and the fragrance unit DL3 are configured to be independently removable from the intake unit DLa. Further, the exhaust fan DL4 and the deodorizing unit DL5 are configured to be independently removable from the exhaust unit DLb. Therefore, the filter DL1, the sterilizing unit DL2, the fragrance unit DL3, the exhaust fan DL4, and the deodorizing unit DL5, which are the functional units described above, are configured to be able to be removed and maintained.

  Returning to FIG. 2, other components will be described. The toothbrush storage unit SU is juxtaposed with the laundry drying unit DU in the side storage SLC2. The above-described intake duct Din and exhaust duct Dout are connected to the toothbrush storage unit SU. More specifically, a duct D03 constituting the intake duct Din and a duct D05 constituting the exhaust duct Dout are connected. Therefore, the warm air blown from the washroom heater HU is supplied from the duct D03 and can be discharged from the duct D05.

  Here, the toothbrush storage unit SU will be described in more detail with reference to FIG. As shown in FIG. 8, in the toothbrush storage unit SU, a filter SL1 and a sterilizing unit SL2 are provided on the intake duct Din side, and an exhaust fan SL4 and a deodorizing unit SL5 are provided on the exhaust duct Dout side. Further, the toothbrush storage unit SU is formed with a toothbrush storage SL, and the air flowing in from the intake duct Din passes through the filter SL1 and then passes through the sterilization unit SL2 and flows into the toothbrush storage SL. . The air flowing into the toothbrush storage SL flows into the exhaust duct Dout due to the negative pressure generated in accordance with the rotation of the exhaust fan SL4, and flows out to the exhaust duct Dout through the exhaust fan SL4 and the deodorizing unit SL5.

  In the present embodiment, an intake unit SLa is formed below the toothbrush storage SL, and an exhaust unit SLb is formed above. A filter SL1 and a sterilizing unit SL2 are arranged in the intake unit SLa. The exhaust unit SLb is provided with an exhaust fan SL4 and a deodorizing unit SL5. The intake unit SLa and the exhaust unit SLb are configured to be removable from the toothbrush storage case SL. Further, the filter SL1 and the sterilization unit DL2 are configured to be independently removable from the intake unit SLa. Further, the exhaust fan SL4 and the deodorizing unit SL5 are configured to be independently removable from the exhaust unit SLb. Therefore, the filter SL1, the sterilizing unit SL2, the exhaust fan SL4, and the deodorizing unit SL5, which are the functional units described above, are configured to be able to be removed and maintained.

  Returning to FIG. 2, the exhaust duct Dout will be described. The duct D04 and the duct D05 are joined together and connected to the duct D06, and the duct D06 is connected to the bathroom or outdoors. Therefore, the air discharged from the laundry drying unit DU and the toothbrush storage unit SU is sent out to the bathroom or outdoors.

  Then, the aspect which controls the bathroom heater HU and the bathroom dryer 20 is demonstrated, referring FIG.9 and FIG.10. FIG. 9 is a diagram showing an operation panel 50 (selection means) of a toilet remote controller that controls the bathroom heater HU and the bathroom dryer 20. FIG. 10 is a control block diagram of the washroom heater HU and the bathroom dryer 20.

  As shown in FIG. 9, the operation panel 50 includes a main area 51, a bathroom drying area 52, a washroom heating area 53, and a reserved operation area 54. The main area 51 is provided with a display unit 501, a speaker 502, a confirmation button 503, an end button 504, a selection key 505, and a power button 506.

  The display unit 501 is a part that displays various information for setting. The speaker 502 is a part for emitting a warning sound, an operation sound, and a voice guide. A selection key 505 is a switch for selecting information displayed on the display unit 501, and when the upward triangle button is pressed, the selection portion moves upward, and when the downward triangle button is pressed, the selection portion is downward. Moving. The confirm button 503 is a button for confirming the part selected with the selection key 505. The end button 504 is a button for ending the setting operation. The power button 506 is a button for turning on the main power.

  In the bathroom drying area 52, a bathroom heating button 521, a bathroom drying button 522, and a bathroom cool air button 523 are provided. The bathroom heating button 521 is a button for operating the bathroom dryer 20 and heating the interior of the bathroom 2. The bathroom drying button 522 is a button for operating the bathroom dryer 20 and drying the interior of the bathroom 2. The bathroom cool air button 523 is a button for operating the bathroom dryer 20 and sending cool air into the bathroom 2.

  The toilet heating area 53 includes a heating button 531, a cool air button 532, a toilet button 533, a laundry drying button 534, a sterilization button 535, an aroma button 536, and a toothbrush sterilization drying button 537. Is provided.

  The heating button 531 is a button for operating the washroom heater HU and heating the inside of the washroom 3. The cool breeze button 532 is a button for operating the washroom heater HU and sending cool breeze into the washroom 3. The washroom button 533 is a button for controlling the washroom heater HU so as to send the wind from the washroom heater HU into the washroom 3. The laundry drying button 534 is a button for controlling the toilet heater HU so as to send the wind from the toilet heater HU into the laundry dryer DL of the laundry drying unit DU. Therefore, when only the toilet button 533 is pressed, the control of the toilet heating mode for heating the toilet is executed, and when the laundry drying button 534 is pressed, the laundry accommodated in the laundry dryer DL is dried. Control of the laundry drying mode is executed. In addition, when both the washroom button 533 and the laundry drying button 534 are pressed, control of the combined mode in which a part of the air blown out by the washroom heater HU is distributed and blown out into the laundry drying chamber DL is executed. Is done.

  The sterilization button 535 is a button for operating the sterilization unit DL2 in the laundry drying unit DU to sterilize air sucked into the laundry drying cabinet DL. The fragrance button 536 is a button for operating the fragrance unit DL3 in the laundry drying unit DU and scenting the air sucked into the laundry drying cabinet DL. The toothbrush sterilization drying button 537 is a button for operating the sterilization unit SL2 in the toothbrush storage unit SU to sterilize the air that is sucked into the toothbrush storage SL.

  In the reserved operation area 54, an operation reservation button 548 and a reservation cancel button 549 are provided. The operation reservation button 548 is a button for reserving the operation of the bathroom dryer 20 or the bathroom heater HU. The reservation cancellation button 549 is a button for canceling the operation reservation of the bathroom dryer 20 or the bathroom heater HU.

  As shown in FIG. 10, the control block of the bathroom heater HU and the bathroom dryer 20 mainly controls the heater control block 60 for controlling the bathroom heater HU and mainly the laundry drying unit DU. The drying unit control block 61 and a bathroom dryer control block 62 mainly for controlling the bathroom dryer 20 are configured.

  The heater control block 60 mainly for controlling the bathroom heater HU includes a CPU 601, a memory 602, a fan motor 603, a fan 42, a damper motor 604, a damper 46, a heater 43, and a temperature. Sensor 47. The CPU 601 functions as a control unit that reads out data and software stored in the memory 602 and executes predetermined arithmetic processing, and operates based on information input from the operation panel 50 of the toilet remote control. Is what you do. A temperature measurement signal is input from the temperature sensor 47 to the CPU 601. The CPU 601 outputs a control signal to each of the fan motor 603, the damper motor 604, and the heater 43. As a result, the fan motor 603, the damper motor 604, and the heater 43 execute predetermined operations.

  The CPU 601 also functions as a control unit for the laundry drying unit DU, and exchanges signals with the drying unit control block 61. The drying unit control block 61 mainly for controlling the laundry drying unit DU includes an exhaust fan motor 611, an exhaust fan DL4, a temperature sensor DL6, a humidity sensor DL7, a sterilization unit DL2, and an aroma unit DL3. It is equipped with. The CPU 601 receives a temperature measurement signal from the temperature sensor DL6 and receives a humidity measurement signal from the humidity sensor DL7. The CPU 601 outputs a control signal to each of the exhaust fan motor 611, the sterilization unit DL2, and the fragrance unit DL3. As a result, the exhaust fan motor 611, the sterilization unit DL2, and the fragrance unit DL3 perform predetermined operations.

  The bathroom dryer control block 62 mainly for controlling the bathroom dryer 20 includes a CPU 621, a memory 622, a ventilation fan motor 623, a ventilation fan 624, a circulation fan motor 625, a circulation fan 626, and a damper. Motor 627, damper 628, heater 629, temperature sensor 630, and bathroom operation panel 631. The CPU 621 is a part that functions as a control unit that reads data and software stored in the memory 622 and executes predetermined arithmetic processing, and information input from the operation panel 50 of the toilet remote control or the bathroom operation panel 631 The operation is performed based on the above. A temperature measurement signal is input from the temperature sensor 630 to the CPU 621. The CPU 621 outputs control signals to the ventilation fan motor 623, the circulation fan motor 625, the damper motor 627, and the heating heater 629. As a result, the ventilation fan motor 623, the circulation fan motor 625, the damper motor 627, and the heater 629 perform predetermined operations.

  Next, the control flow of the bathroom heater HU will be described with reference to FIG. FIG. 11 is a control flowchart of the washroom heater HU. The control flowchart shown in FIG. 11 explains the operation of operating the washroom heater HU and drying the laundry in the laundry drying unit DU (laundry drying cabinet DL).

  The CPU 601 determines whether or not the laundry drying mode is set (step S01). As described above, if the laundry drying button 534 of the operation panel 50 is pressed, the signal is output to the CPU 601 and it is determined that the laundry drying mode is set. If it is determined that the laundry drying mode is set, the process proceeds to step S02. If the laundry drying mode is not set, the process proceeds to step S03.

  If it is determined in step S01 that the laundry drying mode is not set, the CPU 601 turns off the laundry drying mode and terminates the processing according to this flow (step S03).

  If it is determined in step S01 that the laundry drying mode is set, the CPU 601 also determines whether the bathroom heating mode is set, and whether the bathroom heating is simultaneously performed as the combined mode (step S02). As described above, if the toilet button 533 of the operation panel 50 is pressed, the signal is output to the CPU 601 and it is determined that the toilet heating mode is set. As a result of the determination, if the combined mode is set, the process proceeds to a trip in step S04. If the combined mode is not set, the process proceeds to step S05.

  If it is determined in step S02 that the combined mode is set, the CPU 601 performs air volume increase correction so that the air volume of the bathroom heater HU increases (step S04). More specifically, for 10 minutes from the start of operation, the air volume increase correction is performed so as to be 1.5 times the reference air volume, and control is performed so that the rotational speed of the fan 42 is increased by the output of a control signal from the CPU 601. To do. Needless to say, this embodiment describes one embodiment, and correction control is performed for a specified time (10 minutes). It may be detected and controlled. Based on this air volume increase correction, air is distributed from both the first air outlet 44 and the second air outlet 45 (step S06). Specifically, the damper 46 is adjusted by the output of a control signal from the CPU 601 to the damper motor 604, and the amount of air blown from the first air outlet 44 is adjusted from the second air outlet 45 so as to warm the inside of the bathroom first. Air is blown so as to be larger than the air flow. As an example, as shown in FIG. 12, for 10 minutes from the start of air blowing, the air volume from the first air outlet 44 is controlled to 9 while the air volume from the second air outlet 45 becomes 1. . Thereafter, the air volume from the first air outlet 44 is controlled to be 7 while the air volume from the second air outlet 45 is 3. Then, after 1 hour has passed since the start of air blowing, the air volume from the first air outlet 44 is controlled to 8 while the air volume from the second air outlet 45 is 2. This is because the user wants to warm up immediately in the bathroom at the beginning of air blowing, whereas the drying of the laundry does not require much urgency. The air flow is increased. Moreover, since it is thought that the laundry is dry to some extent if 1 hour passes since the ventilation start, the air flow rate to the bathroom is recovered. After the process of step S06, the process proceeds to step S08.

  If it is determined in step S02 that the combined mode is not set, the air volume correction is performed so that the air volume of the washroom heater HU becomes the normal setting of the laundry drying mode (step S05). More specifically, for 20 minutes from the start of operation, the air volume correction is performed so that the rotation speed is 80% in the low rotation mode, and thereafter the air volume correction is performed so that the rotation speed is 30% in the low rotation mode. Do. Based on this air volume correction, control is performed so that the rotational speed of the fan 42 decreases by the output of a control signal from the CPU 601. This is because the capacity of the laundry dryer DL is small, so even if the air volume of the bathroom heater HU, which is mainly used for heating the bathroom, is equivalent to the normal heating operation, the air resistance is actually This is because the air cannot be sufficiently fed. Based on this air volume correction, air is blown from the second air outlet 45 (step S07). Specifically, the damper 46 is adjusted by the output of a control signal from the CPU 601 to the damper motor 604, the first outlet 44 side is closed, and only the second outlet 45 side is opened. Thereafter, the process proceeds to step S08.

  Subsequently, the output of the control signal from the CPU 601 to the exhaust fan motor 611 controls the rotation of the exhaust fan DL4 so as to decrease stepwise from the beginning of the operation (step S08). This is because, at the initial stage of operation, the laundry has a lot of moisture and the humidity in the laundry drying cabinet DL is high, so it is necessary to actively replace the air. The contact time is increased to raise the temperature in the laundry drying cabinet DL, and the effect of carating the laundry to finish and dry the laundry is aimed. When this process ends, the process proceeds to step S09.

  The CPU 601 determines whether 10 minutes have elapsed since the start of the laundry drying mode (step S09). As a result of this determination, if 10 minutes have elapsed since the start of the laundry drying mode, the process proceeds to step S10, and if 10 minutes have not elapsed, the process returns.

  As a result of the determination in step S09, if it is determined that 10 minutes have elapsed since the start of the laundry drying mode, it is determined whether a sterilization process is required (step S10). As described above, if the sterilization button 535 of the operation panel 50 is pressed, the signal is output to the CPU 601 and it is determined that the sterilization process is required. As a result of this determination, if a sterilization process is required, the process proceeds to step S11. If a sterilization process is not required, the process proceeds to step S12.

  If sterilization processing is requested as a result of the determination in step S10, the sterilization processing is executed by outputting a control signal from the CPU 601 to the sterilization unit DL2 (step S11). After execution of this process, the process proceeds to step S12.

  The CPU 601 determines whether 15 minutes have elapsed since the start of the laundry drying mode (step S12). As a result of the determination, if 15 minutes have elapsed since the start of the laundry drying mode, the process proceeds to step S13, and if 15 minutes have not elapsed, the process returns.

  As a result of the determination in step S12, if it is determined that 15 minutes have passed since the start of the laundry drying mode, it is determined whether a fragrance treatment is required (step S13). As described above, if the fragrance button 536 of the operation panel 50 is pressed, the signal is output to the CPU 601 and it is determined that fragrance processing is required. If the result of this determination is that fragrance treatment is required, the process proceeds to step S14, and if fragrance treatment is not required, the process returns.

  If the result of determination in step S13 is that fragrance processing is required, the fragrance processing is executed by outputting a control signal from the CPU 601 to the fragrance unit DL3 (step S14). After this processing, return.

  Next, a laundry drying unit DUa, which is a modification of the laundry drying unit DU, will be described with reference to FIGS. FIG. 13 is a schematic cross-sectional view of the laundry drying unit DUa as viewed from the makeup mirror LM side. FIG. 14 is a diagram schematically showing the structure of the back surface of the laundry drying unit DUa. FIG. 15 is a diagram schematically showing the structure of the air supply / exhaust unit U connected to the laundry drying unit DUa.

  As shown in FIG. 13, the laundry drying unit DUa is housed in the middle side storage SLC2. An air supply / exhaust unit U is accommodated behind the laundry drying unit DUa. The laundry drying unit DUa includes a laundry drying cabinet 70, an intake unit 71 disposed at the lower part of the laundry drying cabinet 70, and an exhaust unit 72 disposed at the upper portion of the laundry drying cabinet 70. .

  The laundry drying cabinet 70 is provided with a support bar 701 so that the laundry CL can be dried. The lower surface of the laundry drying chamber 70 is open so that air sent from the intake unit 71 can flow into the interior, and the upper surface is also open so that air can flow out to the exhaust unit 72. It is configured as follows.

  The intake unit 71 is formed with an intake chamber 710, and a plurality of supply holes 711 are formed on the upper surface of the intake chamber 710. Accordingly, when the intake unit 71 is brought into contact with the lower surface of the laundry drying cabinet 70, the air in the intake chamber 710 is supplied into the laundry drying cabinet 70 through the supply hole 711.

  The exhaust unit 72 has an exhaust chamber 720 formed therein, and a plurality of exhaust holes 721 are formed on the lower surface of the exhaust chamber 720. Therefore, when the exhaust unit 72 is brought into contact with the lower surface of the laundry drying cabinet 70, the air in the laundry drying cabinet 70 is discharged to the exhaust chamber 720 through the discharge hole 721.

  FIG. 14 shows the laundry drying unit DUa configured as described above when viewed from the back side. As shown in FIG. 14, in the exhaust unit 72, an external exhaust hole 722 that communicates with the exhaust chamber 720 is formed. In the intake unit 71, an external intake hole 712 that communicates with the intake chamber 710 is formed. A drain hole 713 is formed in the vicinity of the side surface opposite to the external intake hole. As described above, the air intake unit 71 is disposed below the laundry drying cabinet 70, and an air supply hole 711 is formed on the upper surface thereof. The supply hole 711 is an air supply hole and also functions as a hole through which water drops of laundry are passed. Water droplets that have passed through the supply hole 711 drop onto the floor surface 714 of the intake chamber 710. Therefore, in this embodiment, the floor surface 714 of the intake chamber 710 is inclined toward the drain hole 713. Therefore, the intake chamber 710 (particularly the floor surface 714) functions as a water receiving tray.

  As shown in FIG. 15, the air supply / exhaust unit U partitions the box-shaped and hollow main body U <b> 1 with a partition plate 73 to form an intake chamber 74 and an exhaust chamber 75. A drain D2 is connected to the intake chamber 74 through a connection port 742, and an intake hole 741 is formed. The connection port 742 is formed at the upper end of the air supply / exhaust unit U, and the intake hole 741 is formed in the vicinity of the lower end of the air supply / exhaust unit U that is located away from the connection port 742. The air intake hole 741 is formed to communicate with the external air intake hole 712 of the laundry drying unit DUa when the air supply / exhaust unit U is disposed on the back surface of the laundry drying unit DUa.

  A duct D4 is connected to the exhaust chamber 75 through a connection port 753, and an exhaust hole 752 is formed. The connection port 753 is formed at the upper end of the air supply / exhaust unit U, and the exhaust hole 752 is also formed in the vicinity thereof. The exhaust hole 752 is formed to communicate with the external exhaust hole 722 of the laundry drying unit DUa when the air supply / exhaust unit U is disposed on the back surface of the laundry drying unit DUa.

  Further, a drain hole 751 connected to the drain pipe DR is formed in the exhaust chamber 75. The drain hole 751 is formed in the vicinity of the lower end of the air supply / exhaust unit U, which is a position away from the exhaust hole 752. This drain hole 751 is formed so as to communicate with the drain hole 713 of the laundry drying unit DUa when the air supply / exhaust unit U is disposed on the back surface of the laundry drying unit DUa.

  By adopting the air supply / exhaust unit U configured as described above, the drain D2 and the drain D4 are connected to the air supply / exhaust unit U and arranged in the side storage SLC2 to prepare for installing the laundry drying unit DUa. Will be completed. Since a total of four guide rails 76 (guide means) are provided on the side surface of the laundry drying unit DUa in the vertical and horizontal directions, the guide rail 76 is provided on the inner side surface of the side storage SLC2 ( The laundry drying unit DUa can be easily stored in the side storage SLC2 by following the guide means. When the laundry drying unit DUa is stored in the side storage SLC2, the piping is completed as described above, so that the laundry drying unit DUa can be easily installed.

  In the above-described washroom heater HU, the damper 46 switches between blowing out air from the first outlet 44 and blowing out air from the second outlet 45. The method for switching to the air blowing to the laundry drying unit DU is not limited to this mode. The modification is shown in FIG.16 and FIG.17.

  In the example shown in FIG. 16, the washroom heater HU1 includes one fan 81 and one heater 82. When the fan 81 rotates, an air flow passing through the heater 82 is generated. A first louver 83 and a second louver 84 are provided in the air flow direction. In the case of this modification, the opening that blows out air from the bathroom heater HU1 is formed as a single one, and the air flow is divided by switching the direction in which the first louver 83 and the second louver 84 face. ing. The first louver 83 is formed so that the passing air is directed to one end 85 of the duct D07. The duct D07 is connected to the laundry drying unit DU, and an exhaust duct D08 extends from the laundry drying unit DU. Accordingly, the air directed to the one end 85 of the duct D07 by the first louver 83 is supplied to the laundry drying unit DU and used for drying the laundry.

  In the example shown in FIG. 17, the laundry drying unit DUb is provided with an intake slit 86, and the duct D07 is omitted. In this case, the first louver 83 is formed so that the passing air is directed toward the intake slit 86. Since the intake slit 86 is connected to the laundry dryer DL in the laundry drying unit DUb, the air directed to the intake slit 86 by the first louver 83 is supplied to the laundry drying unit DU, and the laundry Used for drying.

  In the laundry drying unit DU described above, a dedicated exhaust fan DL4 is provided to generate a negative pressure in the laundry drying cabinet DL. However, even in the laundry drying unit DUc in which the exhaust fan DL4 is omitted, By taking measures at other portions, it is possible to exhibit the same function as the laundry drying unit DU. An example in which the laundry drying unit DUc in which the dedicated exhaust fan DL4 is omitted will be described with reference to FIGS.

  In the example shown in FIG. 18, the above-described toilet heater HU1 is used as the toilet heater. Moreover, the duct D07 mentioned above is also used for the duct for supplying the air blown from the bathroom heater HU1 to the laundry drying unit DUc. A branching damper 88 is provided in the exhaust duct D09 extending from the laundry drying unit DUc. From the portion where the damper 88 is provided, a duct D10 for exhaust to the outside and a duct D11 connected to the duct D12 for intake of the bathroom heater HU1 are branched. An exhaust fan 87 is provided in the duct D10. A dehumidifier 89 is provided in the duct D11.

  In the case shown in FIG. 18, when the exhaust path is an external exhaust path on the duct D10 side, negative pressure can be generated in the laundry drying unit DUc by the rotation of the exhaust fan 87. When the exhaust path is a circulation path on the duct D11 side, negative pressure can be generated in the laundry drying unit DUc by the rotation of the fan 81 of the bathroom heater HU1. Even when the circulation path is used in this way, moisture can be removed from the air containing moisture discharged from the laundry drying unit DUc by the dehumidifying device 89 and supplied to the bathroom heater HU1. In the example shown in FIG. 18, the dehumidifying device 89 is disposed in the duct D11. However, it is also a preferable aspect to provide the dehumidifying device 89 in the laundry drying unit DUc.

  Further, in the aspect shown in FIG. 18, the damper 88 is exhausted to the outside of the bathroom in the latter period in comparison with the initial stage of supplying warm air to the laundry drying cabinet DL in response to the output of the instruction signal from the CPU 601. It is also a preferable aspect that the amount of circulation to the washroom heater HU1 is controlled to be larger than the amount. At the initial stage of supplying hot air to the laundry dryer DL, humid air is discharged, so increase the amount of exhaust to the outside of the washroom, and then circulate the air that has been removed from the wet condition into the washroom Therefore, it is possible to reuse hot air while suppressing the influence of air in a humid state, and it is possible to achieve both improved usability and energy saving effect. That is, with this configuration, the operation of the dehumidifying device 89 can be minimized.

  In the example shown in FIG. 18, the exhaust fan 87 is arranged in the duct on the external exhaust side. However, it is also a preferable aspect that the function of the exhaust fan 87 is assigned to the ventilation fan 624 (see FIG. 10) of the bathroom dryer 20. is there. This example is shown in FIG. As shown in FIG. 19, the exhaust duct D09 extending from the laundry drying unit DUc is not provided with an exhaust fan, and is directly connected to the bathroom dryer 20.

  In each of the above-described examples, the washroom heater HU1 is not greatly different in configuration from the conventional washroom heater, but the washroom has a configuration specialized for generating negative pressure in the laundry drying unit DUc. It is also preferable to employ a place heater HU2. An example of this is shown in FIG. As shown in FIG. 20, the washroom heater HU2 includes a washroom heating intake duct D13, a washroom heating fan 91, a washroom heating heater 93, and a laundry drying air intake duct D14. And a laundry drying fan 92 and a laundry drying heater 94. The duct D15 connecting the washroom heater HU2 and the laundry drying unit DUc is disposed in close proximity to the laundry drying heater 94.

  With the configuration shown in FIG. 20, the fan 91 can be rotated to independently heat the bathroom, and the fan 92 can be rotated to independently blow the air to the laundry drying unit DUc. Can be done. Further, the duct D15 that connects the washroom heater HU2 and the laundry drying unit DUc is disposed in close proximity to the laundry drying heater 94, and therefore is forced regardless of the air resistance by the rotation of the fan 92. Air can be sent into the.

  As described above, the dehumidifying device 89 described with reference to FIG. 18 is also preferably provided in the laundry drying unit DUc in addition to the mode of disposing in the duct D11. A laundry drying unit DU1 provided with a dew condensation member as a dehumidifying device in the unit will be described with reference to FIG.

  As shown in FIG. 21, in the laundry drying unit DU1, a filter DL1, a sterilizing unit DL2, and an aroma unit DL3 are provided on the intake duct side, and an exhaust fan DL4, a dew condensation member 803, and a deodorizing unit DL5 are provided on the exhaust duct side. , Each provided. Also, the laundry drying unit DU1 is formed with a laundry drying cabinet DLy, and an air inlet DL8 for allowing air to flow into the laundry drying cabinet DLy, and air from the laundry drying cabinet DLy. For this purpose, an air outlet DL9 is formed. The air inlet DL8 is provided below the laundry dryer DLy, and the air outlet DL9 is provided above the laundry dryer DLy. The laundry drying cabinet DLy is provided with a first passage DL10a and a second passage DL11a as air bypass routes. 1st channel | path DL10a is arrange | positioned so that the center vicinity of the laundry drying cabinet DLy may be penetrated. The second passage DL11a is disposed so as to surround the laundry drying cabinet DLy. In the first passage DL10a, a lateral opening 802 that communicates with the first space Z01 that is a laundry storage space is formed. Further, a similar lateral opening 801 is formed in the second passage DL11a. Therefore, a part of the air passing through the first passage DL10a and the second passage DL11a is supplied so as to touch the laundry in the laundry drying cabinet DL, and the remaining portion from the exhaust pipe 804 so as not to touch the laundry. Discharged. On the other hand, the air discharged from the air outlet DL9 and passing through the exhaust fan DL4, the dew condensation member 803 and the deodorizing unit DL5 is discharged from the exhaust pipe 805.

  As described above, the laundry drying unit DU1 is provided with the filter DL1, the sterilizing unit DL2, and the aroma unit DL3 on the intake duct side, and the exhaust fan DL4, the dew condensation member 803, and the deodorizing unit DL5 on the exhaust duct side. It has been. The air flowing in from the intake duct side passes through the filter DL1, passes through the sterilization unit DL2, and further passes through the aroma unit DL3. Part of the air that has passed through the fragrance unit DL3 flows into the laundry drying cabinet DLy through the air inlet DL8, and the remaining portion flows into the first passage DL10a and the second passage DL11a. The air that has flowed into the laundry drying box DLy from the air inlet DL8 flows to the air outlet DL9 after passing through the vicinity of the laundry disposed inside. In addition, the air flowing into the first passage DL10a and the second passage DL11a flows from one end to the other end, and part of the air flows into the first space Z01 side where the laundry is arranged from the lateral openings 801 and 802. Flows into. In this way, the exhaust fan DL4 is provided at the destination of the air flow, and the dew condensation member 803 and the deodorizing unit DL5 are provided at the destination. Due to the rotation of the exhaust fan DL4, a negative pressure is generated in the laundry drying cabinet DLy, and the air inside thereof flows more smoothly to the exhaust pipe 805 side.

  In the case of the example shown in FIG. 21, an intake unit DLya is formed at the lower side and an exhaust unit DLyb is formed at the upper side with the laundry drying cabinet DLy interposed therebetween. The intake unit DLya is provided with a filter DL1, a sterilization unit DL2, and an aroma unit DL3. In the exhaust unit DLyb, an exhaust fan DL4, a dew condensation member 803, and a deodorizing unit DL5 are arranged. The intake unit DLya and the exhaust unit DLyb are configured to be removable from the laundry drying cabinet DLy. Further, the filter DL1, the sterilization unit DL2, and the fragrance unit DL3 are configured to be independently removable from the intake unit DLya. Further, the exhaust fan DL4, the dew condensation member 803, and the deodorizing unit DL5 are configured to be independently removable from the exhaust unit DLyb. Therefore, each of the above-described functional units, the filter DL1, the sterilization unit DL2, the fragrance unit DL3, the exhaust fan DL4, the dew condensation member 803, and the deodorization unit DL5 are configured to be able to be removed and maintained. .

It is a figure which shows schematic structure of the apartment house in which the vanity table concerning this embodiment was installed. It is a block diagram for demonstrating in detail the vanity shown in FIG. It is a figure for demonstrating the aspect which accommodates a washroom heater in an upper storage. It is a figure for demonstrating the aspect which accommodates a washroom heater in an upper storage. It is a figure for demonstrating the aspect which accommodates a washroom heater in an upper storage. It is a figure for demonstrating the aspect which accommodates a washroom heater in an upper storage. It is a figure which shows roughly the structure of a laundry drying cabinet. It is a figure which shows roughly the structure of a toothbrush storage. It is a figure which shows the operation panel which controls a washroom heater and a bathroom dryer. It is a control block diagram of a bathroom heater and a bathroom dryer. It is a flowchart which controls a washroom heater and a bathroom dryer. It is a graph which shows the time series change of the air distribution amount in control of FIG. It is the schematic sectional drawing which looked at the laundry drying unit as a modification from the makeup mirror side. It is the figure which showed roughly the structure of the back surface of the laundry drying unit shown in FIG. It is the figure which showed schematically the structure of the air supply / exhaust unit connected to the laundry drying unit shown in FIG. It is a figure for demonstrating the modification of the blowing of the air from a washroom heater. It is a figure for demonstrating the modification of the blowing of the air from a washroom heater. It is a figure for demonstrating the example using the laundry drying unit which does not have a dedicated exhaust fan. It is a figure for demonstrating the example using the laundry drying unit which does not have a dedicated exhaust fan. It is a figure for demonstrating the example using the laundry drying unit which does not have a dedicated exhaust fan. It is a figure which shows roughly the structure of the laundry drying store as a modification.

Explanation of symbols

1: Housing 2: Bathroom 3: Toilet 4: Toilet 5: Closet 6: Exhaust passage 7: Exhaust passages 8, 10, 12: Ventilation passages 9, 11, 13: Intake grill 14: Operation panel 15: Toilet ventilation switch 20 : Bathroom dryer 20a: Main body 32: Cabinet 32a: Drain trap 33: Counter 34: Wash basin 35: Wash basin 36: Mirror 37: Lighting device 41: Suction port 42: Fan 43: Heater 44: First outlet 45 : Second outlet 46: damper 47: temperature sensor 50: operation panel 51: main area 52: bathroom drying area 53: washroom heating area 54: reserved operation area 60: heater control block 61: drying unit control block 62: Bathroom dryer control block 501: Display unit 502: Speaker 503: Confirm button 504: End button 505: Select key 506: Power button 52 : Bathroom heating button 522: Bathroom drying button 523: Bathroom cool air button 531: Heating button 532: Cool air button 533: Toilet button 534: Laundry drying button 535: Disinfection button 536: Aromatic button 537: Toothbrush disinfection drying button 548 : Driving reservation button 549: Reservation cancellation button 601: CPU
602: Memory 603: Fan motor 604: Damper motor 611: Exhaust fan motor 621: CPU
622: Memory 623: Ventilation fan motor 624: Ventilation fan 625: Circulation fan motor 626: Circulation fan 627: Damper motor 628: Damper 629: Heating heater 630: Temperature sensor 631: Bathroom operation panel D01, D02, D03, D04, D05, D06: Duct Din: Intake duct Dout: Exhaust duct DU: Laundry drying unit DL: Laundry drying unit DL1: Filter DL10: First passage DL11: Second passage DL2: Bactericidal unit DL3: Fragrance unit DL4 : Exhaust fan DL5: Deodorizing unit DL6: Temperature sensor DL7: Humidity sensor DL8: Air inlet DL9: Air outlet DLa: Intake unit DLb: Exhaust unit DR: Drain pipe HU: Toilet heater SLD: Toilet vanity LD: Dressing table LM: Cosmetic mirror SU: Toothbrush storage uni SL: Toothbrush storage SL1: Filter SL2: Disinfection unit SL4: Exhaust fan SL5: Deodorizing unit SLa: Intake unit SLb: Exhaust unit SLC: Side storage SLC1, SLC2, SLC3: Side storage U: Supply / exhaust Unit ULC: Upper storage ULC1, ULC2, ULC3, ULC4: Space

Claims (4)

A vanity with a laundry dryer, including a makeup mirror, a vanity and a laundry dryer,
A heater that is disposed above the makeup mirror, sucks and heats air from a suction port, and blows out the heated air from a blowout port;
A storage provided at least in part around the makeup mirror;
A laundry drying cabinet provided in a side storage portion of the storage provided on the side of the mirror and configured to be supplied with air blown from the heater;
Control means for controlling the heater,
The control means includes a laundry drying mode for drying the laundry housed in the laundry drying cabinet separately from the bathroom heating mode for heating the bathroom,
The blowout destination of the air from the heater is changed so that air is blown out only into the washroom in the washroom heating mode, and air is blown out only into the laundry dryer in the laundry drying mode. Has been
Comprising selection means configured to selectively execute the washroom heating mode and the laundry drying mode ;
Further, the control means has a combined mode for blowing air into the washroom and also blowing air into the laundry drying cabinet, and in the combined mode, the amount of air blown out by the heater is the washroom heating. A vanity table with a laundry dryer, which is configured to be more than in the mode . In the combined mode, a part of the air blown out by the heater is distributed in the laundry drying cabinet, and the amount of air distributed in the laundry drying cabinet is the amount of air distributed in the washroom. The bathroom vanity with a laundry dryer according to claim 1 , wherein the amount is less than the amount. The toilet makeup with a laundry dryer according to claim 2 , wherein in the combined mode, the amount of air distributed in the laundry dryer is changed according to a predetermined condition. Stand. In the latter half of the operation in the combined mode, the ratio of the amount of air distributed in the laundry drying cabinet to the amount of air distributed in the washroom is larger than that in the initial operation. The vanity with a laundry dryer according to claim 3 ,

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