JP4715393B2 - Air conditioner - Google Patents

Description

  The present invention relates to an air conditioner that performs air conditioning such as heating and ventilation in two parallel rooms.

  2. Description of the Related Art Conventionally, bathroom heaters that perform heating or the like in a bathroom have been proposed. In general, in the winter, the residential room is heated and does not feel cold, but the unheated bathroom has a low temperature before bathing, and the bather is cold immediately after entering the bathroom. Feel.

  Therefore, the bathroom is heated in advance using a bathroom heater, and the temperature difference between the living room and the bathroom during bathing in the winter is eliminated, so that the cold does not feel immediately after entering the bathroom. To reduce the burden on the elderly.

  In addition, the bathroom heater has a ventilation function so that moisture in the bathroom can be discharged.

  The bathroom and dressing room adjacent to the bathroom has not been equipped with a heater in the past, and there is a temperature difference from the heated room in winter, so it feels cold during undressing. Therefore, a washroom heater has been proposed that performs heating or the like in the washroom.

  Conventionally, in order to be able to air-condition two adjacent rooms like a bathroom and a bathroom changing room, a heater is installed in each room as described above, and the user operates each heater. Then, heating operation was performed.

  On the other hand, the apparatus which mounted the function which can air-condition a separate room in the bathroom heater is also proposed (for example, refer patent document 1).

Japanese Patent Laid-Open No. 9-264550

  However, in the configuration in which a heater or the like is installed in each of the two rooms, there is a problem that installation work takes time.

  Moreover, when the function which can air-condition another room was installed in the bathroom heater, there existed a problem that the structure of an air path etc. will become complicated and an apparatus will enlarge.

  In addition, if the bathroom heater is equipped with a function that can air-condition other rooms, it is necessary to install ducts that connect the inlets and outlets provided in the other rooms, which again takes time to install. was there.

  The present invention has been made to solve such problems, and an object of the present invention is to provide an air conditioner that is easy to install and capable of air-conditioning two rooms with a simple configuration.

In order to solve the above-described problem, an air conditioner according to the present invention includes a first air inlet and a first air outlet that are disposed facing the first room, and a first air outlet that is connected to the outside . air elaborate have first inlet or et intake, or blown from the first outlet, a first switching whether to exhaust from the first exhaust port connected with the outdoor first and a air passage switching member An air-conditioning means, a second air inlet and a second air outlet arranged facing the second room in parallel with the first room, a second air outlet connected to the outdoors, and a second air inlet pressurized et elaborate have intake air, or blown from second blow-out opening, and a second air conditioning means and a second air path switching member for switching whether to exhaust from the second exhaust port connected with the outdoor , a first air conditioning means and the second air conditioning means is provided in parallel to the main body case, a first air path switching member first A first front panel corresponding to the first air-conditioning means and a second front panel corresponding to the second air-conditioning means. While being provided independently, the main body case can be installed on a ceiling surface or a wall surface on a partition between the first room and the second room .

  In the air conditioner of the present invention, the first room and the first room are associated with the first room and the second air conditioner is associated with the second room arranged in parallel with the first room. It is installed on the ceiling or wall on the partition of the two rooms.

  Thereby, the 1st inlet and the 1st outlet are exposed to the ceiling surface or wall surface of the 1st room, and the 2nd inlet and the 2nd outlet are on the ceiling surface or wall surface of the 2nd room. Exposed.

  And in the air conditioner of this invention installed as mentioned above, a 1st air conditioning means inhales the air of the 1st room from the 1st inlet, and the air inhaled from the 1st room is 1st. The first room is air-conditioned by blowing from the air outlet to the first room.

  Further, the second air conditioning means sucks air in the second room from the second suction port, and blows out air sucked from the second room from the second air outlet to the second room, Air conditioning the second room.

  According to the air conditioner of the present invention, the first air conditioner and the second air conditioner each having the air inlet and the air outlet are provided in parallel. By installing it on the partition, air conditioning of two rooms is possible with one device.

  This eliminates the need to install an air conditioner in each room, and enables installation work for two units in the same manner as the installation of one air conditioner, as well as the duct connecting the inlet and outlet. Installation is also unnecessary and installation work is easy.

  In addition, since the air-conditioning means including a fan or the like is arranged in parallel, the structure is simple without complicating the structure of the air passage. Therefore, the apparatus can be reduced in size.

  Hereinafter, embodiments of an air conditioner of the present invention will be described with reference to the drawings.

<Configuration example of the air conditioner according to the first embodiment>
1 to 4 are configuration diagrams showing an example of the air conditioner according to the first embodiment. FIG. 1A is a side sectional view of the air conditioner 1A as viewed from one side surface, and FIG. It is the sectional side view which looked at apparatus 1A from the other side. 2 is a plan sectional view of the air conditioner 1A, FIG. 3 is a front sectional view of the air conditioner 1A, and FIG. 4 is an exploded perspective view of the bathroom air conditioner 1A.

  The air conditioner 1A according to the first embodiment is configured by integrally forming a washroom air conditioner 2A and a bathroom air conditioner 3A in parallel, and independently driving the drive means of each part with the washroom air conditioner 2A and the bathroom air conditioner 3A. It is provided.

  The washroom air conditioner 2A is an example of a first air conditioning unit, and is a fan 4a that is a first fan, a fan motor 5a that drives the fan 4a, a fan case 6a that forms an air passage, and a damper that switches the air passage. 7a and a damper motor 8a for driving the damper 7a.

  The fan 4a is a multi-blade impeller and is attached to the shaft of the fan motor 5a. The fan motor 5a is an example of a fan driving unit, and is attached to the fan case 6a with the rotation axis of the fan 4a as a horizontal direction.

  The fan case 6a includes a fan suction port 9a formed by opening a surface along the axial direction of the fan 4a. The fan case 6a has a fan outlet 10a formed by opening a lower surface along the tangential direction of the fan 4a, and a first exhaust port formed by opening a side surface along the tangential direction of the fan 4a. And a fan exhaust port 11a.

  The damper 7a is an example of a first air path switching member. The damper motor 8a rotates the shaft 12a around a fulcrum to perform an air path switching operation. The damper motor 8a is an example of an air path switching drive unit, and transmits a driving force to the damper 7a via, for example, a gear G or the like.

  In the fan case 6a, a circulation air passage 13a communicating with the fan air outlet 10a from the fan suction port 9a or an exhaust air passage 14a communicating with the fan air outlet 11a is formed depending on the position of the damper 7a.

  That is, when the damper 7a is in the fully closed position shown by a solid line in FIG. 1A, the air passage to the fan exhaust port 11a is shielded, and the circulation air passage 13a communicating from the fan suction port 9a to the fan air outlet 10a is formed. It is formed. A position where the damper 7a is fully closed is referred to as a circulation position of the damper 7a.

  On the other hand, when the damper 7a is in the fully open position indicated by the alternate long and short dash line in FIG. 1A, the air path to the fan outlet 10a is shielded, and the exhaust air communicated from the fan inlet 9a to the fan outlet 11a. A path 14a is formed. The position where the damper 7a is fully opened is referred to as the ventilation position of the damper 7a.

  The washroom air conditioner 2A includes a heater 15a in the fan case 6a. The heater 15a is an example of a heating unit, and is provided in the fan outlet 10a of the fan case 6a. As shown by a solid line in FIG. 1 (a), when the damper 7a is placed in the circulating position and the fan 4a is driven to rotate by the fan motor 5a, air is sucked from the fan suction port 9a, passes through the circulation air passage 13a, and the fan outlet 10a. Blow out from. When the heater 15a is energized, the heater 15a is heated so that the air passing through the fan outlet 10a is warmed, and hot air is blown out from the fan outlet 10a.

  Here, as the heater 15a, for example, a PTC heater is provided. The PTC heater is a heater having a positive thermistor characteristic, and when the temperature rises, the resistance value rises. As a result, the consumed current is controlled and the temperature rise is moderated. However, it reaches the saturation region and becomes stable, and performs self-temperature control.

  As described above, in the PTC heater, the current consumption decreases as the heater temperature rises, and after that, when the saturation temperature reaches a constant temperature, the current consumption is stable at a low value. There are advantages that power consumption can be saved and that an abnormal increase in temperature of the heating element can be prevented.

  The bathroom air conditioner 3A is an example of the second air conditioner, and has the same configuration as the washroom air conditioner 2A. The fan 4b that is the second fan, the fan motor 5b that drives the fan 4b, and the air path A fan case 6b to be formed, a damper 7b for switching the air path, and a damper motor 8b for driving the damper 7b are provided.

  The fan 4b is a multi-blade impeller and is attached to the shaft of the fan motor 5b. The fan motor 5b is an example of a fan driving unit, and is attached to the fan case 6b with the rotation axis of the fan 4b as a horizontal direction.

  The fan case 6b includes a fan suction port 9b formed by opening a surface along the axial direction of the fan 4b. The fan case 6b has a fan outlet 10b formed by opening a lower surface along the tangential direction of the fan 4b, and a second exhaust port formed by opening a side surface along the tangential direction of the fan 4b. And a fan exhaust port 11b.

  The damper 7b is an example of a second air path switching member. The damper motor 8b rotates the shaft 12b as a fulcrum to perform an air path switching operation. The damper motor 8b is an example of an air path switching drive unit, and transmits a driving force to the damper 7b via, for example, a gear G or the like.

  In the fan case 6b, depending on the position of the damper 7b, a circulation air passage 13b communicating from the fan suction port 9b to the fan outlet 10b or an exhaust air passage 14b communicating to the fan exhaust port 11b is formed.

  That is, when the damper 7b is in the fully closed position shown by the solid line in FIG. 1B, the air passage to the fan exhaust port 11b is shielded, and the circulation air passage 13b communicating from the fan suction port 9b to the fan air outlet 10b is formed. It is formed. A position where the damper 7b is fully closed is referred to as a circulation position of the damper 7b.

  On the other hand, when the damper 7b is in the fully open position shown by the alternate long and short dash line in FIG. 1B, the air path to the fan outlet 10b is shielded, and the exhaust air communicated from the fan inlet 9b to the fan outlet 11b. A path 14b is formed. The position where the damper 7b is fully opened is referred to as the ventilation position of the damper 7b.

  The bathroom air conditioner 3A includes a heater 15b in a fan case 6b. The heater 15b is an example of a heating unit and is provided at the fan outlet 10b of the fan case 6b. Here, as the heater 15b, for example, a PTC heater is provided.

  As shown by a solid line in FIG. 1 (b), when the damper 7b is placed in the circulation position and the fan 4b is driven to rotate by the fan motor 5b, air is sucked from the fan suction port 9b, passes through the circulation air passage 13b, and the fan outlet 10b. Blow out from. When the heater 15b is energized, the heater 15b is heated to warm the air passing through the fan outlet 10b, and warm air is blown out from the fan outlet 10b.

  The air conditioner 1A includes a main body case 16 in which a washroom air conditioner 2A and a bathroom air conditioner 3A are accommodated. The main body case 16 is partitioned by a partition member 17, and includes a toilet air conditioner 2 </ b> A in one space with the partition member 17 interposed therebetween, and a bathroom air conditioner 3 </ b> A in the other space.

  The washroom air conditioner 2A and the bathroom air conditioner 3A are symmetrical with respect to the partition member 17, and in the washroom air conditioner 2A, the circulation air passage 13a and the exhaust air passage 14a formed by the fan case 6a, and the bathroom air conditioner. In the machine 3A, the circulation air passage 13a and the exhaust air passage 14b formed by the fan case 6b are separated by the partition member 17 and are independent, and the air is not mixed.

  The fan suction port 9a formed in the fan case 6a of the toilet air conditioner 2A and the fan suction port 9b formed in the fan case 6b of the bathroom air conditioner 3A are directed outward in the horizontal direction.

  A suction opening 18a that communicates with the fan suction port 9a of the washroom air conditioner 2A and a suction opening 18b that communicates with the fan suction port 9b of the bathroom air conditioner 3A are independently formed on the lower surface of the main body case 16. The

  Further, the fan air outlet 10a of the toilet air conditioner 2A and the fan air outlet 10b of the bathroom air conditioner 3A are formed independently on the lower surface of the main body case 16, and the fan exhaust port 11a of the toilet air conditioner 2A and the bathroom The fan exhaust port 11 b of the air conditioner 3 </ b> A is formed independently on the side surface of the main body case 16.

  The air conditioner 1A is provided with a first front panel mounting portion 16a corresponding to the toilet air conditioner 2A on the lower surface of the main body case 16, and a second front panel mounting portion 16b corresponding to the bathroom air conditioner 3A. The first front panel 19a is attached corresponding to the washroom air conditioner 2A, and the second front panel 19b is attached corresponding to the bathroom air conditioner 3A.

  The first front panel 19a corresponding to the washroom air conditioner 2A and the second front panel 19b corresponding to the bathroom air conditioner 3A are configured as mutually independent parts, and the first front panel 19a has a suction opening. A suction port 20a that communicates with 18a and constitutes a first suction port, and an air outlet 21a that communicates with the fan air outlet 10a and constitutes a first air outlet are provided. In addition, the second front panel 19b communicates with the suction opening 18b to form a second suction port, and a suction port 20b that communicates with the fan blower outlet 10b to form a second outlet. Is provided.

  The air conditioner 1A includes an exhaust chamber 22 that connects the fan exhaust port 11a of the toilet air conditioner 2A and the fan exhaust port 11b of the bathroom air conditioner 3A. The exhaust chamber 22 is an example of a connecting pipe, and is attached to the side surface of the main body case 16 in which the fan exhaust port 11a and the fan exhaust port 11b are formed. Are connected to one channel.

  An exhaust duct 23 is attached to the exhaust chamber 22. The exhaust duct 23 is an example of an exhaust pipe, and connects the air conditioner 1 </ b> A and the outside via the exhaust chamber 22.

<Example of control functions of the air conditioner according to the first embodiment>
FIG. 5 is a functional block diagram illustrating an example of a control system of the air conditioner 1A according to the first embodiment. 1 A of air conditioners are provided with the control part 31 and the operation part 32, and the operation part 32 receives operation of users, such as a bather, and the control part 31 controls 2 A of bathroom air conditioners and 3 A of bathroom air conditioners.

  The control unit 31 is an example of control means, and is connected to the fan motor 5a, the damper motor 8a, the heater 15a, and the like of the washroom air conditioner 2A. In addition, a fan motor 5b, a damper motor 8b, a heater 15b, and the like of the bathroom air conditioner 3A are connected.

  The control unit 31 includes a CPU, a memory, and the like (not shown), and controls the toilet air conditioner 2A and the bathroom air conditioner 3A in conjunction with each other according to the operation of the operation unit 32 and a program stored in advance. Here, the board | substrate which comprises the control part 31 is installed in the main body case 16 by the side of the toilet air conditioner 2A which is hard to receive the influence of the humidity of a bathroom, for example. Further, the substrate may be configured to be accommodated outside the main body case 16.

  FIG. 6 is a configuration diagram illustrating an example of the operation unit 32. An operation unit 32a shown in FIG. 6 (a) is an example of an operation means. A heating mode button 33 for selecting a heating operation mode for performing heating operation in conjunction with the washroom air conditioner 2A and the bathroom air conditioner 3A, and the washroom air conditioner. A ventilation mode button 34 for selecting a ventilation operation mode for performing ventilation operation in conjunction with the machine 2A and the bathroom air conditioner 3A is provided.

  The operation unit 32a includes a timer setting button 35 for setting various times, a display unit 36 for displaying setting contents, and the like.

<Installation example of the air conditioner according to the first embodiment>
FIGS. 7 to 9 are configuration diagrams showing an example of installation of the air conditioner according to the first embodiment. FIG. 7 is a configuration diagram of the bathroom undressing place 51 and the bathroom 52 as viewed from the front side in the direction, and FIG. 8 is the bathroom undressing. The block diagram which looked at the place 51 and the bathroom 52 from the ceiling side, FIG. 9 is the block diagram which looked at the wash-dressing room 51 from the side.

  The installation places of the air conditioner 1A are the bathroom undressing place 51 and the bathroom 52, and the air conditioner 1A is installed in a form straddling the bathroom undressing place 51 and the bathroom 52. The washroom 51 is an example of a first room, the bathroom 52 is an example of a second room, and the washroom 51 and the bathroom 52 are adjacent to each other with a partition 53 interposed therebetween.

  On the ceiling surface 54 of the washroom 51, an opening is exposed through which the first front panel mounting portion 16a provided on the toilet air conditioner 2A side of the air conditioner 1A is exposed. An opening through which the second front panel mounting portion 16b provided on the bathroom air conditioner 3A side of the air conditioner 1A is exposed is opened with the partition 53 interposed therebetween.

  The air conditioner 1 </ b> A includes a washroom air conditioner 2 </ b> A corresponding to the washroom undressing place 51 on the ceiling surface 54 on the partition 53 between the washroom undressing room 51 and the bathroom 52, and a bathroom corresponding to the bathroom 52. It is attached in the direction in which the air conditioner 3A is installed.

  In the air conditioner 1A, the first front panel 19a corresponding to the toilet air conditioner 2A is attached to the first front panel mounting portion 16a exposed on the ceiling surface 54 of the bathroom dressing room 51, and the ceiling surface of the bathroom 52 The second front panel 19b is attached to the second front panel mounting portion 16b exposed at 54 in correspondence with the bathroom air conditioner 3A, so that the first front panel 19a is attached to the ceiling surface 54 of the washroom 51. The second front panel 19 b is installed on the ceiling surface 54 of the bathroom 52.

  As a result, it is possible to install an air conditioner in both the bathroom undressing place 51 and the bathroom 52 with the installation work of one air conditioner 1A. Work can be done.

  In the air conditioner 1A, the exhaust duct 23 connected to the exhaust chamber 22 extends to the outer wall of a building (not shown), and the air is exhausted outdoors. Here, in the air conditioner 1A, the toilet air conditioner 2A is directly attached with the first front panel 19a, and the bathroom air conditioner 3A is directly attached with the front panel 19b. It is not necessary to install a duct.

  Further, in the air conditioner 1 </ b> A, the operation unit 32 a described with reference to FIG. 6 and the like is attached to the wall surface 53 a on the side of the bathroom undressing room 51 of the partition 53 between the bathroom undressing room 51 and the bathroom 52. The operation unit 32a and the control unit 31 of the air conditioner 1A are connected to each other by, for example, an electric cable.

<Operation example of the air conditioner according to the first embodiment>
Next, the operation of the air conditioner 1A according to the first embodiment will be described with reference to the drawings. First, the heating operation will be described. A bather or the like presses the heating mode button 33 of the operation unit 32a installed in the bathroom undressing place 51 in order to heat the bathroom undressing room 51 and the bathroom 52 before bathing.

  When the heating mode button 33 of the operation unit 32a is pressed, the control unit 31 determines that the heating operation mode in which the washroom air conditioner 2A and the bathroom air conditioner 3A are linked is selected, and the fan of the washroom air conditioner 2A is selected. The motor 5a, damper motor 8a, and heater 15a are driven, and the fan motor 5b, damper motor 8b, and heater 15b of the bathroom air conditioner 3A are driven.

  That is, the main control unit 31 drives the damper motor 8a of the washroom air conditioner 2A to set the position of the damper 7a to the circulation position indicated by the solid line in FIG. Thereby, in the washroom air conditioner 2A, the circulating air communicated from the inlet 20a of the first front panel 19a to the outlet 21a through the air passage from the fan inlet 9a of the fan case 6a to the fan outlet 10a. A path 13a is formed.

  Further, the main control unit 31 drives the damper motor 8b of the bathroom air conditioner 3A to set the position of the damper 7b to the circulation position indicated by the solid line in FIG. Thereby, in 3 A of bathroom air conditioners, the circulation air path connected from the inlet 20b of the 2nd front panel 19b to the outlet 21b via the air path from the fan inlet 9b of the fan case 6b to the fan outlet 10b 13b is formed.

  Further, the main control unit 31 rotates the fan motor 5a of the washroom air conditioner 2A to rotate the fan 4a and energizes the heater 15a to heat the heater 15a. The main control unit 31 rotates the fan motor 5b of the bathroom air conditioner 3A to rotate the fan 4b and energizes the heater 15b to heat the heater 15b.

  As a result, the air conditioner 1A is configured such that, in the washroom air conditioner 2A, a fan is provided from the suction opening 20a of the first front panel 19a installed on the ceiling of the washroom 51 through the suction opening 18a of the main body case 16. The air in the washroom 51 is sucked into the fan suction port 9a of the case 6a.

  If the position of the damper 7a is the circulation position, the circulation air passage 13a from the fan inlet 9a to the fan outlet 10a is formed in the fan case 6a, so that the air sucked from the fan inlet 9a is a circulation air passage. It passes through 13a and is blown out into the bathroom undressing place 51 through the blower outlet 21a of the first front panel 19a.

  And since the heater 15a is arrange | positioned at the fan blower outlet 10a of the fan case 6a, when the heater 15a is energized and the heater 15a is heated, the air which passes along the circulation air path 13a will be warmed, and the 1st front It blows out from the blower outlet 21a of the panel 19a. Thereby, 1 A of air conditioners can heat the inside of the bathroom undressing place 51, circulating the air of the bathroom undressing room 51 by the bathroom air conditioner 2A.

  Similarly, in the air conditioner 3A, the air conditioner 1A is connected to the fan case 6b from the suction opening 20b of the second front panel 19b installed on the ceiling of the bathroom 52 through the suction opening 18b of the main body case 16. The air in the bathroom 52 is sucked into the fan suction port 9b.

  If the position of the damper 7b is the circulation position, a circulation air passage 13b is formed in the fan case 6b from the fan suction port 9b to the fan outlet 10b, so that the air sucked from the fan suction port 9b is a circulation air passage. 13b is blown out into the bathroom 52 from the fan outlet 10b through the outlet 21b of the second front panel 19b.

  And since the heater 15b is arrange | positioned at the fan blower outlet 10b of the fan case 6b, when electricity is supplied to the heater 15b and the heater 15b is heated, the air which passes along the circulation air path 13b will be warmed, and 2nd front It blows out from the blower outlet 21b of the panel 19b. Thereby, 1 A of air conditioners can heat the inside of the bathroom 52, circulating the air of the bathroom 52 by 3 A of bathroom air conditioners.

  A bather or the like presses the heating mode button 33 of the operation unit 32a again when stopping the heating operation. When the heating mode button 33 of the operation unit 32a is pressed again, the control unit 31 determines that the stop of the heating operation mode is selected, and stops the toilet air conditioner 2A and the bathroom air conditioner 3A at different timings.

  That is, the control unit 31 first stops driving the heater 15b and the fan motor 5b of the bathroom air conditioner 3A. Thereby, the blowing of warm air from the bathroom air conditioner 3A stops.

  Next, when a predetermined heating operation time set in advance has elapsed, the control unit 31 stops driving the heater 15a and the fan motor 5a of the toilet air conditioner 2A. Thereby, the blowing of warm air from the washroom air conditioner 2A stops after being delayed from the bathroom air conditioner 3A.

  Here, the heating operation time for delaying and stopping the heating operation of the washroom air conditioner 2A is set in consideration of the bathing time of the bather and the like. That is, in the air conditioner 1A, the washroom air conditioner 2A and the bathroom air conditioner 3A are interlocked to heat the washroom undressing room 51 and the bathroom 52 before bathing, respectively.

  In contrast, during bathing, even if it is hot air, it may feel cold when the bather hits the wind, so after performing the heating operation before bathing, the air conditioning during bathing by the bather's operation, etc. The operation of the device 1A is stopped.

  However, if the heating operation of both the washroom air conditioner 2A and the bathroom air conditioner 3A is stopped during bathing, the temperature of the washroom 52 may decrease during bathing. For this reason, the heating operation of the washroom air conditioner 2A is delayed and stopped, thereby suppressing the temperature drop of the washroom undressing room 51 during bathing.

  In the air conditioner 1A, the heater 15a and the heater 15b are independent of the washroom air conditioner 2A and the bathroom air conditioner 3A, and the driving and stopping of the heater 15a and the heater 15b can be individually controlled. In addition, the driving sources of the fans 4a and 4b are independent, and driving and stopping of the fans 4a and 4b can be individually controlled.

  Therefore, it is possible to delay and stop the heating operation of the washroom air conditioner 2A with respect to the bathroom air conditioner 3A.

  Next, the ventilation operation will be described. A bather or the like presses the ventilation mode button 34 of the operation unit 32a in order to ventilate the washroom 51 and the bathroom 52.

  When the ventilation mode button 34 of the operation unit 32a is pressed, the control unit 31 determines that the ventilation operation mode in which the toilet air conditioner 2A and the bathroom air conditioner 3A are linked is selected, and the fan of the toilet air conditioner 2A is selected. The motor 5a and the damper motor 8a are driven, and the fan motor 5b and the damper motor 8b of the bathroom air conditioner 3A are driven.

  That is, the main control unit 31 drives the damper motor 8a of the washroom air conditioner 2A to set the position of the damper 7a to the ventilation position indicated by the one-dot chain line in FIG. Thereby, in the washroom air conditioner 2A, the exhaust gas communicated from the suction port 20a of the first front panel 19a to the fan exhaust port 11a through the air passage from the fan suction port 9a of the fan case 6a to the fan exhaust port 11a. An air passage 14a is formed.

  Further, the main control unit 31 drives the damper motor 8b of the bathroom air conditioner 3A to set the position of the damper 7b to a ventilation position indicated by a one-dot chain line in FIG. Thereby, in the bathroom air conditioner 3A, the exhaust air communicated from the suction port 20b of the second front panel 19b to the fan exhaust port 11b via the air passage from the fan suction port 9b of the fan case 6b to the fan exhaust port 11b. A path 14b is formed.

  Further, the main control unit 31 rotates the fan motor 5a of the toilet air conditioner 2A to rotate the fan 4a, and rotates the fan motor 5b of the bathroom air conditioner 3A to rotate the fan 4b. In the ventilation operation mode, both the heaters 15a and 15b are not driven.

  As a result, the air conditioner 1A is configured such that, in the washroom air conditioner 2A, a fan is provided from the suction opening 20a of the first front panel 19a installed on the ceiling of the washroom 51 through the suction opening 18a of the main body case 16. The air in the washroom 51 is sucked into the fan suction port 9a of the case 6a.

  If the position of the damper 7a is the ventilation position, the exhaust air passage 14a from the fan suction port 9a to the fan exhaust port 11a is formed in the fan case 6a. Therefore, the air sucked from the fan suction port 9a The air is exhausted from the fan exhaust port 11a through the exhaust chamber 22 and the exhaust duct 23 to the outdoors.

  Thereby, 1 A of air conditioners can ventilate the washroom 51 by exhausting the air of the washroom 51 to the outdoors by the washroom air conditioner 2A.

  Similarly, in the air conditioner 3A, the air conditioner 1A is connected to the fan case 6b from the suction opening 20b of the second front panel 19b installed on the ceiling of the bathroom 52 through the suction opening 18b of the main body case 16. The air in the bathroom 52 is sucked into the fan suction port 9b.

  If the damper 7b is in the ventilation position, an exhaust air passage 14b from the fan suction port 9b to the fan exhaust port 11b is formed in the fan case 6b, so that the air sucked from the fan suction port 9b The air is exhausted from the fan exhaust port 11b to the outside through the exhaust chamber 22 and the exhaust duct 23 through 14b.

  Thereby, 1 A of air conditioners can ventilate the bathroom 52 by exhausting the air of the bathroom 52 outdoors by the bathroom air conditioner 3A.

  In addition, when performing ventilation operation with the washroom air conditioner 2A and the bathroom air conditioner 3A, a louver or undercut of the door provided between the washroom 51 and a corridor (not shown), and the washroom 51 and the bathroom Room air or the like is supplied through a louver 55a of a door 55 provided in a partition 53 that partitions 52.

  A bather or the like presses the ventilation mode button 34 of the operation unit 32a again when stopping the ventilation operation. When the ventilation mode button 34 of the operation unit 32a is pressed again, the control unit 31 determines that the stop of the ventilation operation mode is selected, and simultaneously stops the toilet air conditioner 2A and the bathroom air conditioner 3A.

  That is, the controller 31 simultaneously stops driving the fan motor 5a of the washroom air conditioner 2A and the fan motor 5b of the bathroom air conditioner 3A. Thereby, the ventilation operation by the washroom air conditioner 2A and the bathroom air conditioner 3A is stopped.

  In addition, the dampers 7a and 7b of the washroom air conditioner 2A and the bathroom air conditioner 3A are set at intermediate positions as indicated by the broken lines in FIGS. 1A and 1B to exhaust indoor air (ventilation) and blow air into the room. You may provide the cool air operation mode performed simultaneously, and the drying operation mode of the clothing etc. which perform ventilation of warm air to the room simultaneously by exhausting indoor air (ventilation) and energizing heaters 15a and 15b. Further, a selection button may be provided on the operation unit 32a so that these modes can be selected.

  As described above, in the air conditioner 1A according to the first embodiment, by operating the single operation unit 32a, the bathroom air conditioner 3A is heated and ventilated by the toilet air conditioner 2A, and the bathroom air conditioner 3A. The heating or ventilation of the bathroom 52 can be performed in conjunction with each other. Thereby, heating and ventilation of two rooms can be performed by a simple operation.

  In addition, since the washroom air conditioner 2A and the bathroom air conditioner 3A are accommodated in a single body case 16 and integrated, the two apparatus can be installed in the same installation work as one apparatus. Can be installed.

  The washroom air conditioner 2A and the bathroom air conditioner 3A may be housed in separate cases and connected by a front panel mounting portion to be integrated.

  Here, the bathroom in the present invention does not have a bathtub and includes a shower room with only a shower.

  FIG. 6B shows a modification of the operation unit 32. The operation unit 32b shown in FIG. 6 (b) is configured to selectively perform linked operation and individual operation for heating and ventilation of the washroom 51 and the bathroom 52.

  That is, the operation unit 32b includes a simultaneous heating mode button 33a for selecting a heating operation mode for performing heating operation in conjunction with the washroom air conditioner 2A and the bathroom air conditioner 3A, and a washroom for performing heating operation with the washroom air conditioner 2A alone. The room heating mode button 33b and the bathroom heating mode button 33c for performing heating operation by the bathroom air conditioner 3A alone are provided.

  The operation unit 32b includes a simultaneous ventilation mode button 34a for selecting a ventilation operation mode for performing ventilation operation in conjunction with the washroom air conditioner 2A and the bathroom air conditioner 3A, and a washroom for performing ventilation operation with the washroom air conditioner 2A alone. The room ventilation mode button 34b and the bathroom ventilation mode button 34c for performing the ventilation operation by the bathroom air conditioner 3A alone are provided.

  Thereby, by selecting the simultaneous heating mode button 33a of the operation unit 32b, as described above, a heating operation in which both the washroom air conditioner 2A and the bathroom air conditioner 3A are interlocked can be performed. On the other hand, by selecting the washroom heating mode button 33b of the operation unit 32b, the bathroom air conditioner 3A is stopped, and the heating operation of the washroom air conditioner 2A alone can be performed. Moreover, by selecting the bathroom heating mode button 33c of the operation unit 32b, the toilet air conditioner 2A is stopped, and the heating operation of the bathroom air conditioner 3A alone can be performed.

  Similarly, by selecting the simultaneous ventilation mode button 34a of the operation unit 32b, a ventilation operation in which both the toilet air conditioner 2A and the bathroom air conditioner 3A are interlocked can be performed as described above. On the other hand, by selecting the toilet ventilation mode button 34b of the operation unit 32b, the bathroom air conditioner 3A is stopped, and the ventilation operation of the toilet air conditioner 2A alone can be performed. Further, by selecting the bathroom ventilation mode button 34c of the operation unit 32b, the toilet air conditioner 2A is stopped, and the ventilation operation of the bathroom air conditioner 3A alone can be performed.

<Configuration example of the air conditioner of the second embodiment>
10 and 11 are configuration diagrams showing an example of the air conditioner according to the second embodiment. FIG. 10 is a plan sectional view of the air conditioner 1B, and FIG. 11 is a front sectional view of the air conditioner 1B. Here, in the air conditioner 1B of the second embodiment, the side views of the washroom air conditioner and the bathroom air conditioner are the same as those in FIG. In the following description, the same components as those in the air conditioner 1A according to the first embodiment will be described with the same numbers.

  The air conditioner 1B of the second embodiment is configured such that a washroom air conditioner 2B and a bathroom air conditioner 3B are integrally configured, and the washroom air conditioner 2B and the bathroom air conditioner 3B share the driving means of each part.

  The toilet air conditioner 2B is an example of a first air conditioner, and includes a fan 4a, a fan case 6a that forms an air passage, a damper 7a that switches the air passage, and a heater 15a. The bathroom air conditioner 3B is an example of a second air conditioner, and includes a fan 4b, a fan case 6b that forms an air path, a damper 7b that switches the air path, and a heater 15b.

  The air conditioner 1B drives the fan 4a of the washroom air conditioner 2B, the fan motor 24 that drives the fan 4b of the bathroom air conditioner 3B, the damper 7a of the washroom air conditioner 2B, and the damper 7b of the bathroom air conditioner 3B. A damper motor 25 is provided.

  The fan motor 24 is an example of fan driving means, and is a motor with both shafts whose shafts protrude from both ends of the motor case. The fan 4a of the washroom air conditioner 2B and the fan 4b of the bathroom air conditioner 3B are arranged coaxially with the rotation axis as the horizontal direction, the fan 4a is attached to one shaft of the fan motor 24, and the fan 4b is mounted on the other shaft. Is attached.

  The damper motor 25 is an example of an air path switching drive unit, and transmits a driving force to the damper 7a of the washroom air conditioner 2B and the damper 7b of the bathroom air conditioner 3B via the gear G, for example. The damper 7a of the toilet air conditioner 2B and the damper 7b of the bathroom air conditioner 3B rotate in conjunction with the fulcrums of the shafts 12a and 12b, respectively, to perform an air path switching operation.

  In the air conditioner 1B, the damper 7a is driven by the damper motor 25 in the washroom air conditioner 2B, and the damper 7b is also driven by the damper motor 25 in the bathroom air conditioner 3B when it is in the circulation position shown by the solid line in FIG. As a result, the circulation position indicated by the solid line in FIG. Thereby, circulation air paths 13a and 13b are formed in both the washroom air conditioner 2B and the bathroom air conditioner 3B, respectively.

  On the other hand, in the bathroom air conditioner 2B, the damper 7a is driven by the damper motor 25, and the damper 7b is moved to the damper motor 25 also in the bathroom air conditioner 3B when the damper 7a is in the ventilation position indicated by the one-dot chain line in FIG. By being driven, a ventilation position indicated by a one-dot chain line in FIG. Thereby, exhaust air paths 14a and 14b are formed in both the washroom air conditioner 2B and the bathroom air conditioner 3B, respectively.

  In the air conditioner 1B, a toilet air conditioner 2B and a bathroom air conditioner 3B are accommodated in a main body case 16. The toilet air conditioner 2B and the bathroom air conditioner 3B are symmetrically arranged with the partition member 17 in between, and the fan motor 24 is attached through the partition member 17 with the axis being in the horizontal direction.

  In the air conditioner 1B, a first front panel 19a is attached to the lower surface of the main body case 16 corresponding to the washroom air conditioner 2B, and a second front panel 19b is attached corresponding to the bathroom air conditioner 3B. The first front panel 19a and the second front panel 19b are configured as parts independent of each other.

  The air conditioner 1B is provided with an exhaust chamber 22 that connects the fan exhaust port 11a of the washroom air conditioner 2B and the fan exhaust port 11b of the bathroom air conditioner 3B. The exhaust chamber 22 connects the air conditioner 1B and the outdoors. An exhaust duct 23 is connected.

<Example of control function of air conditioner according to second embodiment>
FIG. 12 is a functional block diagram illustrating an example of a control system of the air conditioner 1B according to the second embodiment. The air conditioner 1B includes a control unit 37 and an operation unit 32a. The operation unit 32a receives an operation of a user such as a bather, and the control unit 37 controls the toilet air conditioner 2B and the bathroom air conditioner 3B.

  The control unit 37 is an example of a control unit, and a fan motor 24 that drives a fan 4a of the bathroom air conditioner 2B and a fan 4b of the bathroom air conditioner 3B, a damper 7a of the bathroom air conditioner 2B, and a damper 7b of the bathroom air conditioner 3B. Are connected to the heaters 15a and 15b of the bathroom air conditioner 2B and the bathroom air conditioner 3B.

  The control unit 37 includes a CPU, a memory, and the like (not shown), and controls the washroom air conditioner 2B and the bathroom air conditioner 3B in conjunction with each other according to the operation in the operation unit 32a and a program stored in advance. Here, the operation unit 32a is assumed to be the same as that described with reference to FIG.

<Example of installation of air conditioner according to second embodiment>
FIGS. 13 and 14 are configuration diagrams showing an installation example of the air conditioner according to the second embodiment. FIG. 13 is a configuration diagram of the bathroom undressing place 51 and the bathroom 52 as seen from the front side in the direction of arrangement, and FIG. 14 is the bathroom undressing. It is the block diagram which looked at the place 51 and the bathroom 52 from the ceiling side. Here, since the figure which looked at the washroom 51 from the side is equivalent to FIG. 9, illustration is abbreviate | omitted.

  The installation form of the air conditioner 1B of the second embodiment is the same as that of the air conditioner 1B of the first embodiment, and the air conditioner 1B has a ceiling surface 54 on the partition 53 between the washroom 51 and the bathroom 52. In addition, the washroom air conditioner 2 </ b> B is installed corresponding to the bathroom undressing room 51, and the bathroom air conditioner 3 </ b> B is installed so as to correspond to the bathroom 52.

  In the air conditioner 1 </ b> B, the first front panel 19 a is installed on the ceiling surface 54 of the washroom 51 and the second front panel 19 b is installed on the ceiling surface 54 of the bathroom 52.

<Operation example of the air conditioner of the second embodiment>
Next, the operation of the air conditioner 1B of the second embodiment will be described with reference to the drawings. First, the heating operation will be described. A bather or the like presses the heating mode button 33 of the operation unit 32a installed in the bathroom undressing place 51 in order to heat the bathroom undressing room 51 and the bathroom 52 before bathing.

  When the heating mode button 33 of the operation unit 32a is pressed, the control unit 37 determines that the heating operation mode in which the washroom air conditioner 2B and the bathroom air conditioner 3B are linked is selected, and the washroom air conditioner 2B and the bathroom. The fan motor 24 and damper motor 25 shared by the air conditioner 3B, and the heater 15a and heater 15b of the washroom air conditioner 2B and bathroom air conditioner 3B are driven.

  That is, the main control unit 37 drives the damper motor 25 to set the position of the damper 7a of the washroom air conditioner 2B to the circulation position indicated by the solid line in FIG. 1A and the position of the damper 7b of the bathroom air conditioner 3B. Is a circulation position indicated by a solid line in FIG.

  Thereby, in the washroom air conditioner 2B, the circulating air communicated from the inlet 20a of the first front panel 19a to the outlet 21a via the air passage from the fan inlet 9a of the fan case 6a to the fan outlet 10a. A path 13a is formed.

  In the bathroom air conditioner 3B, the circulation air passage 13b communicated from the air inlet 20b of the second front panel 19b to the air outlet 21b through the air passage from the fan air inlet 9b of the fan case 6b to the fan air outlet 10b. Is formed.

  Further, the main control unit 37 rotates the fan motor 24 to rotate the fan 4a of the bathroom air conditioner 2B, and rotates the fan 4b of the bathroom air conditioner 3B, and also the heater 15a of the bathroom air conditioner 2B. Is heated to heat the heater 15a, and the heater 15b of the bathroom air conditioner 3B is energized to heat the heater 15b.

  As a result, the air conditioner 1B, in the washroom air conditioner 2B, wash-off clothes from the suction port 20a of the first front panel 19a installed on the ceiling of the washroom 51 to the fan suction port 9a of the fan case 6a. The air in place 51 is inhaled.

  Since the position of the damper 7a is the circulation position, the air sucked from the fan suction port 9a passes through the circulation air passage 13a and passes through the blower outlet 10a and the outlet 21a of the first front panel 19a to the washbasin changing place 51. It is blown out inside.

  When the heater 15a is energized to heat the heater 15a, the air passing through the circulation air passage 13a is warmed and blown out from the outlet 21a of the first front panel 19a. Thereby, the air conditioner 1B can heat the inside of the washroom 51 while circulating the air of the washroom 51 by the washroom air conditioner 2B.

  Similarly, in the air conditioner 1B, the air in the bathroom 52 flows from the suction port 20b of the second front panel 19b installed on the ceiling of the bathroom 52 to the fan suction port 9b of the fan case 6b. Inhaled.

  Since the position of the damper 7b is the circulation position, the air sucked from the fan suction port 9b passes through the circulation air passage 13b and enters the bathroom 52 from the fan air outlet 10b through the air outlet 21b of the second front panel 19b. Blown out.

  When the heater 15b is energized and the heater 15b is heated, the air passing through the circulation air passage 13b is warmed and blown out from the outlet 21b of the second front panel 19b. Thereby, air conditioner 1B can heat the inside of bathroom 52, circulating the air of bathroom 52 by bathroom air conditioner 3B.

  A bather or the like presses the heating mode button 33 of the operation unit 32a again when stopping the heating operation. When the heating mode button 33 of the operation unit 32a is pressed again, the control unit 37 determines that the stop of the heating operation mode is selected, and simultaneously stops the toilet air conditioner 2A and the bathroom air conditioner 3A.

  That is, in the air conditioner 1B, since the fan 4a of the washroom air conditioner 2B and the fan 4b of the bathroom air conditioner 3B are driven by the common fan motor 24, the blowing cannot be stopped individually.

  For this reason, the control part 37 stops the drive of the fan motor 24 while stopping the drive of the heater 15a of the bathroom air conditioner 2B, and the heater 15b of the bathroom air conditioner 3B. Thereby, the blowing of warm air from the washroom air conditioner 2B and the bathroom air conditioner 3B stops.

  Next, the ventilation operation will be described. A bather or the like presses the ventilation mode button 34 of the operation unit 32a in order to ventilate the washroom 51 and the bathroom 52.

  When the ventilation mode button 34 of the operation unit 32a is pressed, the control unit 37 determines that the ventilation operation mode in which the toilet air conditioner 2B and the bathroom air conditioner 3B are linked is selected, and the fan motor 24 and the damper motor 25 are turned on. To drive.

  That is, the main control unit 37 drives the damper motor 25 to set the position of the damper 7a of the washroom air conditioner 2B to the ventilation position indicated by the one-dot chain line in FIG. The position is a ventilation position indicated by a one-dot chain line in FIG.

  Thereby, in the washroom air conditioner 2B, the exhaust gas communicated from the suction port 20a of the first front panel 19a to the fan exhaust port 11a via the air passage from the fan suction port 9a of the fan case 6a to the fan exhaust port 11a. An air passage 14a is formed.

  Further, in the bathroom air conditioner 3B, an exhaust air passage communicating from the air inlet 20b of the second front panel 19b to the fan air outlet 11b through the air passage from the fan air inlet 9b of the fan case 6b to the fan air outlet 11b. 14b is formed.

  Further, the main control unit 37 rotates the fan motor 24 to rotate the fan 4a of the washroom air conditioner 2B, and rotates the fan 4b of the bathroom air conditioner 3B. In the ventilation operation mode, both the heaters 15a and 15b are not driven.

  As a result, the air conditioner 1B, in the washroom air conditioner 2B, wash-off clothes from the suction port 20a of the first front panel 19a installed on the ceiling of the washroom 51 to the fan suction port 9a of the fan case 6a. The air in place 51 is inhaled.

  Since the position of the damper 7a is the ventilation position, the air sucked from the fan suction port 9a passes through the exhaust air passage 14a and is exhausted to the outside from the fan exhaust port 11a through the exhaust chamber 22 and the exhaust duct 23.

  Thereby, the air conditioner 1B can ventilate the washroom 51 by exhausting the air of the washroom 51 to the outdoors by the washroom air conditioner 2B.

  Similarly, in the air conditioner 1B, the air in the bathroom 52 flows from the suction port 20b of the second front panel 19b installed on the ceiling of the bathroom 52 to the fan suction port 9b of the fan case 6b. Inhaled.

  Since the position of the damper 7b is the ventilation position, the air sucked from the fan suction port 9b passes through the exhaust air passage 14b and is exhausted to the outside through the exhaust chamber 22 and the exhaust duct 23 from the fan exhaust port 11b.

  Thereby, the air conditioner 1B can ventilate the bathroom 52 by exhausting the air in the bathroom 52 to the outdoors by the bathroom air conditioner 3B.

  A bather or the like presses the ventilation mode button 34 of the operation unit 32a again when stopping the ventilation operation. When the ventilation mode button 34 of the operation unit 32a is pressed again, the control unit 37 determines that the stop of the ventilation operation mode is selected, and simultaneously stops the toilet air conditioner 2B and the bathroom air conditioner 3B.

  That is, the control unit 37 stops driving the fan motor 24, thereby stopping the ventilation operation by the toilet air conditioner 2A and the bathroom air conditioner 3A.

  As described above, in the air conditioner 1B of the second embodiment, in addition to the effects obtained by the air conditioner 1A of the first embodiment, the fan motor and the damper motor are replaced with the washroom air conditioner 2B and the bathroom air conditioner 3B. Therefore, the configuration can be simplified, the apparatus can be reduced in size, and the cost can be reduced.

  In the air conditioner 1B according to the second embodiment, the dampers 7a and 7b may be set at intermediate positions as shown in FIG. 1 so that cool air operation and ventilation operation can be performed.

<Modification of the air conditioner of each embodiment>
In the air conditioners 1A and 1B of the above-described embodiments, the bathroom air conditioners 2A and 2B are configured to preheat the bathroom 52 before bathing. On the other hand, after having provided radiant heating devices, such as a carbon lamp, and stopping bathing (preliminary) heating by bath air conditioners 2A and 2B, heating operation during bathing by a radiant heating device may be performed.

  Moreover, although air-conditioning apparatus 1A, 1B of each embodiment was installed in the wash-dressing room 51 and the ceiling surface 54 of the bathroom 52, you may install it in a wall surface.

  In the air conditioner 1A of the first embodiment, since the fan motor and the damper motor are independent from each other in the washroom air conditioner 2A and the bathroom air conditioner 3A, the washroom air conditioner 2A and the bathroom air conditioner 3A alone are used. Ventilation operation may also be performed.

  On the other hand, in the air conditioner 1A of the first embodiment, a damper motor may be shared as in the air conditioner 1B of the second embodiment.

  The present invention is applied to an air conditioner that can perform heating and ventilation in conjunction with two partitioned rooms such as a bathroom and a bathroom undressing room.

It is a block diagram which shows an example of the air conditioner of 1st Embodiment. It is a block diagram which shows an example of the air conditioner of 1st Embodiment. It is a block diagram which shows an example of the air conditioner of 1st Embodiment. It is a block diagram which shows an example of the air conditioner of 1st Embodiment. It is a functional block diagram which shows an example of the control system of the air conditioner of 1st Embodiment. It is a block diagram which shows an example of an operation part. It is a block diagram which shows the example of installation of the air conditioner of 1st Embodiment. It is a block diagram which shows the example of installation of the air conditioner of 1st Embodiment. It is a block diagram which shows the example of installation of the air conditioner of 1st Embodiment. It is a block diagram which shows an example of the air conditioner of 2nd Embodiment. It is a block diagram which shows an example of the air conditioner of 2nd Embodiment. It is a functional block diagram which shows an example of the control system of the air conditioner of 2nd Embodiment. It is a block diagram which shows the example of installation of the air conditioner of 2nd Embodiment. It is a block diagram which shows the example of installation of the air conditioner of 2nd Embodiment.

Explanation of symbols

1A, 1B ... air conditioner, 2A, 2B ... washroom air conditioner, 3A, 3B ... bathroom air conditioner, 4a, 4b ... fan, 5a, 5b ... fan motor, 6a, 6b ... Fan case, 7a, 7b ... Damper, 8a, 8b ... Damper motor, 9a, 9b ... Fan suction port, 10a, 10b ... Fan air outlet, 11a, 11b ... Fan exhaust Mouth, 12a, 12b ... shaft, 13a, 13b ... circulation air passage, 14a, 14b ... exhaust air passage, 15a, 15b ... heater, 16 ... body case, 17 ... partition Member, 18a ... suction opening, 18b ... suction opening, 19a ... first front panel, 19b ... second front panel, 20a, 20b ... suction port, 21a, 21b ... Air outlet, 22 ... Exhaust cha Bar, 23 ... Exhaust duct, 31 ... Control part, 32 ... Operation part, 33 ... Heating mode button, 34 ... Ventilation mode button, 35 ... Timer setting button, 36 ... -Display part, 51 ... Washroom, 52 ... Bathroom, 53 ... Partition, 54 ... Ceiling

Claims (4)

A first inlet and a first outlet disposed to face the first chamber, a first exhaust port connected with the outdoor air elaborate have the first suction port or et intake, the A first air-conditioning means having a first air path switching member that switches whether to blow out from the first air outlet or to exhaust from the first exhaust port connected to the outdoors ;
A second inlet and a second outlet disposed to face the second chamber in parallel to said first chamber, a second exhaust port connected with an outdoor, the second inlet or al the elaborate have intake air, or blown out of the second outlet, and a second air conditioning means and a second air path switching member for switching whether to exhaust from said second exhaust port connected with the outdoor ,
The first air conditioning means and the second air conditioning means are provided in parallel in the main body case ,
The first air path switching member and the second air path switching member are individually driven by independent air path switching drive means,
A first front panel corresponding to the first air conditioning means and a second front panel corresponding to the second air conditioning means are provided independently,
The air conditioner characterized in that the main body case can be installed on a ceiling surface or a wall surface on a partition between the first room and the second room . It said first exhaust port and a connection pipe for connecting the second exhaust port, the connection pipe and the air conditioning apparatus according to claim 1, characterized in that a tuna instrument exhaust pipe outdoors. The first air conditioning means includes a first fan that sucks in and blows out air.
The second air conditioning means includes a second fan that sucks in and blows out air,
Said first fan and said second fan, independent fan according to claim 1 or 2 Symbol mounting of the air conditioning apparatus characterized in that it is driven individually by drive means. The first air conditioning means includes a first fan that sucks in and blows out air.
The second air conditioning means includes a second fan that sucks in and blows out air,
Said first fan and said second fan, independent fan drive means interlocked to in, characterized in that it is driven according to claim 1 or 2 Symbol placement of the air conditioner.

Images