JPH0723797B2 - Air conditioner - Google Patents

Description

Description: TECHNICAL FIELD The present invention relates to an air conditioner equipped with a remote control device.

(Prior Art) Recently, even in an air conditioner such as an air purifier or an air conditioner for cooling / heating, a remote control system for freely operating the air conditioner body from an arbitrary remote position or a predetermined specific remote position. Has been adopted.

Then, as the remote control system in which the operation position can be arbitrarily selected, for example, a handheld type cordless type remote controller including a light emitting unit in the operating device on the hand side is used, and a signal from the light emitting unit of the handheld remote controller is used. A cordless transmission system based on an optical transmission system is generally adopted in which operation is controlled by receiving transmission light through a spatial transmission line at a transmission light receiving unit provided on the air conditioner main body side, while a predetermined specific As a remote control system remotely operated from a position, for example, an optical fiber is used as a signal transmission path, and the light receiving section of the air conditioner main body and the light emitting section of the remote controller side are connected via the optical fiber for control. Fiber Over de transmission system is generally employed (see, for example, JP-A-60-42541).

The remote control device of the cordless transmission system is extremely convenient because it can freely control its operating state from any position where it can be transmitted to the air conditioner main body in a completely free state, but on the other hand, it is a remote side Since the controller is freely portable, it can sometimes be lost.

Therefore, as a countermeasure against such a case, for example, the remote controller on the hand side may be held in a state of being connected to the air conditioner main body side in some way except when using the cordless.

In the case of the above-mentioned prior art, for example, as shown in FIG. 1 of the above publication, the hand side remote controller having the light emitting portion as described above is used as a controller that can be commonly used in both the cordless state and the fiber cord state. Other than when used in a cordless state, it can be attached and fixed arbitrarily to the optical fiber side attachment part that communicates with the light receiving part of the air conditioner body to prevent loss of the remote controller on the hand side and the same. We have realized an increase in variations of remote control systems in products (fiber cord transmission systems can be used in addition to cordless transmission systems).

(Problems to be Solved by the Invention) With the above-described configuration of the related art, it is possible to realize two types of remote control systems, a cordless transmission system and a fiber cord transmission system, and to prevent loss of the remote controller on the hand side. Is a big advantage.

However, the installation form of the air conditioner main body is not limited to the case of the wall-mounted type as described above, and depending on the installation place and the usage form on the user side, the user can directly operate the air conditioner main body, for example, a stand. Often, a mold (see FIG. 2b) or a pond type (see FIG. 2e) is used. In such a case, it is not appropriate to combine the fiber cord transmission system as in the above-mentioned conventional technique, and it is rather preferable that the fiber cord transmission system is directly connected to the air conditioner main body side.

When the air conditioner main body side is directly connected as described above, it may be better to install the same air conditioner main body upside down, for example, depending on the above-mentioned installation form. In the case of, the engaging structure that does not have to reverse the vertical position of the remote controller directly connected in relation to the character display such as ON / OFF is required.

(Means for Solving Problems) The present invention has been made for the purpose of satisfying the above-mentioned demands, and for example, as shown in FIGS. 1 and 6, a light emitting section for transmitting a control signal. The handheld remote controller 6 having the above-mentioned structure can operate in various installation modes including the case where the vertical position is reversed, and the handheld remote controller 6 can be placed at a predetermined position.
Of the air conditioner main body 1 provided with a light receiving part 41 corresponding to the light emitting part and receiving a control signal transmitted from the light emitting part. The air conditioner main body 1 is cordlessly operated by the remote controller 6. While being configured for remote control, a remote controller housing recess 51 extending laterally is formed adjacent to the side of the light receiving portion 41 of the air conditioner body 1, and the light receiving element 46 of the light receiving portion 41 is formed. When the remote controller 6 is housed in the remote controller housing recess 51 or is taken out from the remote controller housing recess 51 and is externally operated, the remote controller 6 operates as described above. In the air conditioner adapted to correspond to the light emitting unit, the remote controller housing recess 51 is provided. The remote controller 6 to be housed has a light emitting unit 21, 2 for transmitting a control signal, which has an optical axis outward in the longitudinal direction at each of both ends in the longitudinal direction.
Even when the air conditioner body 1 is installed upside down, the other end side light emitting section 21 or 22 is provided to the air conditioner body 1 without turning the remote controller itself upside down. The light receiving element 46 of FIG.

(Operation) According to the problem solving means of the present invention, first, the air conditioner main body 1 is installed in various installation modes including the case where the vertical position is reversed, while the air conditioner is installed. A light receiving section 41 is provided at a predetermined position of the main body 1, and a handheld type cordless remote controller 6 having a light emitting section 21 for a control signal is used to remote the air conditioner main body 1 provided with the light receiving section 41 in a cordless state. While being controllable, a horizontally elongated storage recess 51 of the remote controller 6 is formed adjacent to the light receiving portion 41 of the air conditioner body 1. The light receiving unit 41 of the remote controller 6 is
When it is used in a cordless state and the recess for storage
In any case when directly connected to the main body stored in 51
Since the light from the remote controller 6 can be received, the cordless transmission system is used when the remote controller 6 is taken out of the recess 51 for storing the remote controller, and the remote controller 6 is kept in the recess 51 for storing the remote controller. When housed inside, the direct control system directly connected to the air conditioner body can be realized independently.

On the other hand, when the remote controller 6 is housed in the remote controller housing recess 51,
The remote controller 6 accommodated in the remote controller accommodating recess 51 is provided with the light emitting portions 21 and 22 for transmitting control signals, each having an optical axis outward in the longitudinal direction, at both ends in the longitudinal direction thereof. Even when the air conditioner main body 1 is installed upside down, the other end side light emitting section 21 or 22 is used without turning the remote controller 6 itself upside down. It is possible to surely correspond to the light receiving element 46 of the main body 1.

(Embodiment) FIG. 1 to FIG. 9 show a configuration of an air conditioner according to an embodiment of the present invention.

First, FIG. 1 shows an overall system configuration of an air conditioner in the embodiment. In the figure, reference numeral 1 denotes an air conditioner main body such as an electric dust collector type air cleaner. . The air conditioner main body 1 is centered on an electronic dust collecting element configured to have a dust collecting cell, and the dust collecting cell surrounds a high voltage generating part of an ion generating part (corona discharge electrode) and the high voltage generating part. It is composed of a dust collecting electrode plate, and each of the parts is connected to the external housing 11
It is built in. Then, the air taken in through the grill portion 12 provided on the front side of the outer casing 11 is guided to the above-mentioned electric dust collecting element through a pre-filter (not shown), and first, the ion generating portion is provided in the electric dust collecting element. Then, the dust particles in the air are charged, and the charged dust particles are electrostatically adsorbed by the dust collecting electrode plate to collect the dust.

Further, the air conditioner body 1 in the present embodiment is, for example, as shown in FIGS. 2 (a) to 2 (e), [1] wall-mounted type (FIG. 2a), [2] stand type. (Fig. 2b),
[3] Ceiling suspension type (Fig. 2c), [4] Ceiling embedded type (Second type)
It is configured so as to be compatible with all installation methods of FIG. D) and [5] Pon-type (FIG. 2e).
As shown in the same figure as the wall-hanging type structure of FIG. (A), the hooks 2, 2 fixed to the wall surface 5 side are engaged with the left and right upper ends of the back side of the outer casing 11. Hanging flanges 4,4 with fitting holes 3,3 are attached. And
The air conditioner body 1 is installed on the wall surface 5 at a predetermined height in the room by being suspended from the wall surface hook-shaped hooks 2, 2 via the flanges 4, 4, and thus the installed state Then, by pulling the lower surface portion 10 side forward, it can be rotated by a predetermined angle to the state of the imaginary line shown in FIG. 2 (a) (this point will be described in detail later).

Reference numeral 90 in FIG. 2 (b) indicates a stand.

On the other hand, reference numeral 6 is a handheld remote controller for controlling the operating state of the air conditioner body 1 (ON / OFF of power supply, H / L adjustment of fan strength, etc.). In the remote controller 6, for example, as shown in detail by disassembling each part in FIG. 3, a transmission control circuit board 62 having a hybrid structure is housed and fixed via a keyboard plate 64 in a box-shaped main body side remote control box 61. A remote control cap (lid member 63) having a battery storage section described later is fitted from the upper side. The transmission control circuit board 62 is provided on the front end side 62A and the rear end side 62B and has different emission wavelengths, for example, an LED.
A first light emitting portion 21 and a second light emitting portion 22 are provided respectively. The transmission control circuit of the transmission control circuit board 62 projects from the keyboard plate 64 side to the front side operation panel surface 61a via the operation button through holes 65a, 65b, 65c, 65d of the remote control box 61. Some operation buttons 25a, 25b,
A keyboard circuit that operates in response to the operation of 25c, 25d and outputs operation information, a pulse encoder circuit that encodes and outputs the information content according to the operation information from the keyboard circuit, and a light source frequency of ambient light and Is a pulse generation circuit for generating pulse signals of different predetermined reference oscillation frequencies, and the pulse signal from this pulse generation circuit is converted into a burst signal encoded according to the operation information by the encode signal of the pulse encoder circuit. And a corresponding one of the first and second light emitting units 21 and 2 corresponding to the burst signal output of the mixing circuit.
Let 2 emit light arbitrarily. Here, the first light emitting unit 21
Is, for example, an infrared light emitting part using a gallium / arsenic infrared LED with a wavelength of about 940 nm, and the second light emitting part 22 is a red visible light emitting part with a wavelength of about 660 nm using, for example, a gallium / phosphorus red LED. Has been formed. These first and second
It is known that the signal transmission efficiencies of the light emitting units 21 and 22 greatly differ depending on their transmission modes. For example, in the case of the first light emitting section 21 using the gallium / arsenic infrared LED, the second light emitting section 21 using the gallium / phosphorus red LED is generally used.
The luminous efficiency is high and the attenuation rate in the air medium is lower than that of the light emitting section 22 of FIG. Therefore, it is suitable for signal transmission in a cordless state. On the other hand, however, as is clear from the graph of FIG. 4, if a transmission mode through a relatively inexpensive synthetic resin optical fiber such as a plastic fiber is adopted, there is a disadvantage that the attenuation rate becomes large on the contrary. This is because the absorption / scattering loss in the material of the optical fiber that determines the transmission loss in the optical fiber, the radiation loss due to the bending of the optical fiber, the cladding loss, etc. are the characteristics of the optical fiber used and the wavelength of the transmission light. The red visible light having a longer wavelength than that of the first light emitting section 21 using the infrared light is based on the fact that the degree of dependence on the wavelength is large when the material is specified. It is shown that the second light-emitting unit 22 using is more suitable for signal transmission using an optical fiber.

The remote control box 61 of the remote controller 6
The side of the first light emitting portion 21 of the inside is exposed to a transparent window 26 made of acrylic, and infrared rays of the above-mentioned wavelength are transmitted through the transparent window 26 in the optical axis direction of the first light emitting portion 21. It is designed to emit light rays in a fiberless state. Further, the second light emitting portion 22 is fitted in the center portion of the light emitting portion holder whose center is extended and fixed in the width direction of the remote control box 61 from above and below to be securely fixed. The first optical fiber connector 3 attached to one end (end portion on the light emitting portion side) 30a of the optical fiber 30 described later, which is located on both sides of the bottom space of the box and faces the front position thereof.
First fitting grooves 32, 32 are provided in which the one locking flange piece 34 is fitted from above in a sliding state. The remote control cap 63, which is fitted and integrated with the remote control box 61 from the back side, is cut out in a concave shape from the portion corresponding to the first fitting grooves 32, 32 of the remote control box 61, and will be described later. A fitting space 460 of the first optical fiber connector 31 is formed.

As shown in FIG. 5, the first optical fiber connector 31 has a connector body 33 and a connector body 33 that are detachably fitted and fixed to the light emitting portion side end 30a of an acrylic optical fiber 30, for example. Is integrally formed on the front side of the remote control box main body so as to extend laterally.
It is composed of a locking flange piece 34 that fits in 2. The connector main body 33 has an optical fiber insertion hole 34a having a circular cross section which penetrates in the central portion axial direction, and a C-shaped ring-shaped metal fitting 35 is fitted in the optical fiber insertion hole 34 from above the connector main body 33. A slit 36 for forming is formed, and the stopper 35 is fitted into the slit 36 from above, and the sliced surface 37a is inserted into the optical fiber insertion hole 34a and is aligned with the outer surface of the flange piece 34. The connector body 33 is fixed to the end portion 30a of the optical fiber 30 on the light emitting portion side. On the other hand, when the stopper 35 is removed, the fixed state between the optical fiber 30 and the connector body 33 is released.

Therefore, when the first optical fiber connector 31 is fitted and fixed in the first fitting grooves 32, 32 on the remote control box 61 side by using the locking flange piece 34, The slice surface 37a is connected to the second light emitting portion 22.
The red visible light from the second light emitting section 22 is introduced into the optical fiber 30. On the other hand, a second optical fiber connector 38 having the same structure is attached to the other end side 30b of the optical fiber 30 as in the case of the one end side 30a described above. Then, the light guided from the second light emitting section 22 into the optical fiber 30 via the first optical fiber connector 31 is guided to the second optical fiber connector 38 through the optical fiber 30. In FIG. 5, reference numeral 39 denotes the connector body of the second optical fiber connector 38, and 40 denotes the locking flange piece.

The remote control cap 63 shown in FIG. 3 has a recess 63a for accommodating the battery, and the battery lid 81 can be detachably attached when the batteries 80, 80 are accommodated in the recess 63a for accommodating the battery. It is supposed to be combined.

On the other hand, a first light receiving portion 41 corresponding to the first light emitting portion 21 of the remote controller 6 is provided on the front surface portion 9 of the outer casing 11 of the air conditioner main body 1, and a first light receiving portion 41 is provided on the lower surface portion 10. A second light receiving portion 42 corresponding to each of the two light emitting portions 22 is provided, and each of these light receiving portions 41, 42 comprises a photodiode whose sensitivity is set corresponding to the wavelength of each of the light emitting portions 21, 22. Each is connected to the input side of the corresponding receiving side control circuit. The control circuit includes, for example, a decoder that decodes the coded transmission signal into an original operation information signal, and the decoded operation information signal corresponds to the operation information, for example, a transistor relay type air conditioner main body. It is configured to supply to the side power supply switch circuit or the air volume switching switch circuit of the fan motor drive control circuit (excitation current control circuit) unit.

First, the first light receiving portion 41 is installed close to the right side portion of the lower end of the front surface portion 9 of the outer casing 11 of the air conditioner body 1, and specifically, as shown in FIG. An optical filter 44, a waveguide space 45, a first light receiving element 46 such as a photodiode, and a reflecting surface 47 formed on the right side wall surface of the waveguide space 45 in FIG. 6 are provided.

On the left side of FIG. 6 of the first light receiving portion 41, there is formed a remote control accommodating recess 51 for accommodating the above-mentioned remote controller 6 in the rear direction. The remote-control accommodating recess 51 is provided adjacent to the first light-receiving section 41 as shown in the figure, while the front operation panel surface 61a of the remote controller 6 is accommodated in the air conditioner when the remote controller 6 is accommodated. The depth is set so as to be substantially flush with the wall surface of the front surface portion 9 of the machine body 1, and in this state, the first or second light emitting portion 21 of the remote controller 6 is formed. , 22 is opposed to the reflecting surface 47 via the waveguide space 45 of the first light receiving portion 41. For example, this is shown in FIG.
As shown in comparison with FIG. (B), the air conditioner body 1 is arranged upside down, and the remote controller 6 is displayed according to the display (characters such as operation: ON / stop: OFF) on the operation panel 61a.
The first light-emitting unit is also used when the left and right sides of the
Only by reversing the positional relationship between 21 and the second light emitting portion 22, the changed facing relationship between the light emitting portion and the reflecting surface 47 is surely maintained, and the character display is always in the upright state. There is.

The optical filter 44 of the first light receiving unit 41 is a frequency filter that transmits only the light from the first light emitting unit 21 and cuts the light of the frequency from other unnecessary light sources (light sources that become disturbance light). The infrared light from the first light emitting portion 21 of the remote controller 6 which is always used in a cordless state is transmitted and guided to the light receiving element 46 through a part of the waveguide space 45. . In addition, the waveguide space 45
Is formed between the optical filter 44 and the first light receiving element 46 and communicates with the remote control accommodating recess 51. Therefore, when the remote controller 6 is accommodated in the remote control accommodating recess 51 as described above, the light from the first light emitting portion 21 or the second light emitting portion 22 of the remote controller 6 is transmitted to the waveguide space. The first light receiving element 46 through 45
And lead to the reflective surface 47. The light guided to the reflecting surface 47 is, of course, reflected by the reflecting surface 47 and enters the first light receiving element 46 at the same time as the direct incident light, thereby increasing the amount of light incident on the first light receiving element 46. Therefore, even if the waveguide space 45 is formed in parallel with the light receiving surface from the lateral direction, it may be combined with the reflected light on the back surface of the optical filter 44, so that a sufficient amount of incident light can be secured, which is reliable. It is possible to secure high operating performance and reliability.

In this case, in view of the structure and function described above, the optical filter 44 is directly attached to the surface of the first light receiving element 46, and the light receiving window surface portion on the outer surface side of the housing 11 is made of acrylic or the like. It is of course possible to install a transparent plate or the like to form the waveguide space 45 similar to the above.

However, in that case, when the second light emitting unit 22 for infrared visible light is selected as the light emitting unit facing the reflecting surface 47, the frequency of the light emitting unit is different, and therefore, it is necessary to devise a band setting.

Next, the second light receiving portion 42 of the lower surface portion 10 of the air conditioner body 1
Is, for example, as shown in FIG. 8, a second light receiving element 56 formed of a photodiode as described above and the second light receiving element 56.
On the light receiving surface 56a of the optical fiber 30
And a fitting portion of the second optical fiber connector 38 for connecting and fixing the slice surface 37b of 0b in a state of being opposed to each other, and the fitting portion is provided with the second optical fiber connector 38. With the fitting grooves 57, 57 into which the flange pieces 40 are slidably fitted from both sides on the back surface side and the second optical fiber connector 38 are removed, the air conditioner body 1 is straightened from below the rear surface. To the above photo detector
The light receiving surface 56a of 56 is provided with an introducing space portion 58 for introducing the red visible light from the second light emitting portion 22 of the handheld type remote controller 6 by completely removing the optical fiber 30.

Therefore, the second light receiving element 56 of the second light receiving section 42 and the second light emitting section 22 of the remote controller 6 remove the optical fiber 30 and transmit the control signal in a cordless state as described above. The first remote control system and the second remote control system, which is directly connected through the optical fiber 30 and transmits the control signal, are connected by two kinds of remote control systems. In addition, in addition to the direct control system described at the beginning, there is a total of three types of operating state control systems, and by attaching or detaching the optical fiber 30 to or from any one of them, a remote control system can be obtained. By attaching and detaching the controller 6 to and from the air conditioner body 1, the controller It is possible to select to. Moreover, the attachment / detachment of the optical fiber 30 can be easily performed by sliding the light emitting unit side and light receiving unit side connecting end portions 30a and 30b of the optical fiber 30 as described above, simply by the sliding operation. Since the connection is made by using the first and second optical fiber connectors 31 and 38 which can be fitted and fixed to, the above system change is extremely easy.

Further, particularly, the fitting grooves 57, 57 of the second optical fiber connector 38 on the side of the air conditioner body 1 are provided with the fitting grooves 57, 57.
Since it is adapted to be slid and fitted from the rear side 8 side to the front side 9 side, as described above, the lower side of the air conditioner main body 1 can be set with the hook-shaped hooks 2, 2 as fulcrums. As shown by the phantom line in FIG. 2 (a), it rotates to form a gap on the wall surface 5 side, and the second optical fiber connector 38 on the side of the light receiving unit is used to form the gap by using the gap. The air conditioner main body 1 can be easily fitted only by engaging the main body side fitting grooves 57, 57 and thereafter pressing the air conditioner main body 1 against the wall surface portion 5 side in the opposite direction to the above using the weight. Therefore, it is very easy to attach / detach even though the light-receiving-side connecting portion of the optical fiber 30 is located at a considerably high position, and is generally located on the rear side of the air conditioner body, which is generally extremely difficult to attach / detach. Will be able to.

Further, when the optical fiber 30 is connected in such a manner and, for example, a remote control system via the optical fiber 30 is configured as shown in FIG. Since the 30 is surely hung vertically along the wall surface 5, it becomes easy to lock the remote controller 6 including the remote controller 6 side, and the appearance is beautiful.

On the other hand, in this case, for example, as shown in FIG. 9, only the optical fiber 30 is removed, and only the remote controller 6 is locked to the wall surface portion 5 immediately below the second light receiving portion 42 similar to the above as shown in the drawing. Considering the case, the second light receiving section 42 exists on the optical axis extension line 1 of the second light emitting section 22 in the locked state, and even the distance should be set within the reliability performance range. For example, even red visible light can be used in a sufficiently cordless state, and its position can be set easily by adjusting only the position in the width direction.

This is particularly convenient in the following usage environment.
For example, in a place having a large ventilation capacity such as in a factory, a plurality of or a plurality of types of air conditioners (including similar products such as air conditioners and air cleaners) may be used at the same place at the same time. Then, in such a case, assuming that a cordless remote control system is adopted, when a large number of people operate the air conditioner, the location of the remote controller 6 moves each time,
There may occur a situation where the correspondence between the air conditioner body 1 and the remote controller 6 is unclear, or the remote controller 6 itself is lost.

However, even in this case, as described above, each air conditioner body 1
If the remote controller 6 can be locked directly below the wall surface in response to the above, the correspondence relationship between the air conditioner body 1 and the remote controller 6 is always clear even though it is a cordless type. Rather than
There is no fear of loss.

Further, in the configuration of the above embodiment, the first light receiving portion 41 on the front side of the air conditioner body that is always used in a cordless state.
Is composed of an infrared light sensing type light receiving element,
A red visible light sensing type capable of arbitrarily selecting two control states, a first remote control state of a cordless state without using the optical fiber 30 and a second remote control state of a fiber cord method using the optical fiber 30. The second light receiving section 42 which employs the light receiving element is disposed on the lower surface of the air conditioner body 1 and closer to the wall as described above.

Therefore, regardless of day or night, generally speaking, the ambient light (visible light) whose light source position is always above the air conditioner body 1 does not directly enter the second light receiving section 42. It is especially convenient when the first remote control system that does not use the optical fiber 30 is adopted,
There is an advantage that the reliability can be improved.

(Effect of the Invention) As described above, the air conditioner of the present invention has various configurations including the handheld remote controller 6 including the light emitting unit for transmitting the control signal and the case where the vertical position is reversed. The air conditioner body 1 having a light receiving section 41 corresponding to the light emitting section of the handheld remote controller 6 and receiving a control signal transmitted from the light emitting section is provided at a predetermined position. Have,
The air conditioner main body 1 is configured to be remote-controlled by the remote controller 6 in a cordless state, while the air conditioner main body 1 is laterally adjacent to the side of the light receiving portion 41 of the air conditioner main body 1 and is used for storing a remote controller. The concave portion 51 is formed, and the light receiving element 46 of the light receiving portion 41 is operated in the state in which the remote controller 6 is housed in the remote controller housing recess 51 and is taken out from the remote controller housing recess 51. In the air conditioner adapted to correspond to the light emitting section of the remote controller 6 in any of the above states, the remote controller 6 housed in the remote controller housing concave portion 51 has both longitudinal ends thereof. Control signal having an optical axis outward in the longitudinal direction in each of the parts Even if the air conditioner main body 1 is installed in the upside down state, the other end side light emitting section 21 or 22 is provided without turning the remote controller 6 itself upside down. Is adapted to correspond to the light receiving element 46 of the main body 1 of the air conditioner.

That is, according to the configuration of the present invention, first, the air conditioner main body 1 is installed in various installation modes including the case where the vertical position is reversed, while the air conditioner main body 1 is installed.
The hand-held cordless remote controller 6 having the light emitting portion 21 for the control signal is used to remotely control the air conditioner main body 1 provided with the light receiving portion 41 in a cordless state. The air conditioner body 1
Adjacent to the light receiving section 41 of the remote controller 6
Of the air conditioner main body 1 when the remote controller 6 is used in a cordless state and when the main body stored in the storage recess 51 is directly connected. In either case, since the light from the light emitting section 21 can be received, the cordless transmission system is used when the remote controller 6 is taken out from the remote controller housing recess 51, and the other remote controller 6 is used. In the state where 6 is housed in the remote controller housing recess 51, the direct control system directly connected to the air conditioner main body can be independently realized.

On the other hand, when the remote controller 6 is housed in the remote controller housing recess 51,
The remote controller 6 accommodated in the remote controller accommodating recess 51 is provided with the light emitting portions 21 and 22 for transmitting control signals, each having an optical axis outward in the longitudinal direction, at both ends in the longitudinal direction thereof. Even when the air conditioner main body 1 is installed upside down, the other end side light emitting section 21 or 22 is used without turning the remote controller 6 itself upside down. It is possible to surely correspond to the light receiving element 46 of the main body 1.

Therefore, according to the present invention, it is of course possible to prevent the remote controller 6 on the hand side from being lost, as in the case of the prior art, and in the case where the remote controller 6 on the hand side is directly connected to the air conditioner body 1 side. Is suitable for installation forms such as a stand type and a stand type.

Moreover, when various installation forms including them are adopted, even if the vertical position of the air conditioner body 1 is reversed, the vertical position of the remote controller 6 does not have to be reversed, such as ON / OFF. There is no possibility that the displayed characters of will be reversed.

[Brief description of drawings]

FIG. 1 is a schematic diagram showing an overall system configuration of an air conditioner according to an embodiment of the present invention, and FIG. 2 (a) is an air conditioner when the air conditioner is configured as a wall-hanging type. FIG. 2 (b) is a side view of a partially cutaway side view of the machine installed state, FIG. 2 (b) is a side view of the same stand type, and FIG. 2 (c) is a side view of the same ceiling hanging type. Figure 2 (d)
Fig. 2 is a side view of the same ceiling embedded type, Fig. 2 (e) is a side view of the same ceiling mounted type, and Fig. 3 is a remote controller which is a control means of the air conditioner. 4 is an exploded perspective view showing the structure of FIG.
FIG. 5 is a graph showing attenuation factor characteristics of transmitted light used in the remote control system of the air conditioner according to wavelength, FIG. 5 is a perspective view showing the configuration of an optical fiber used in the remote control system, and FIG. FIG. 7 (a) and FIG. 7 (b) are cross-sectional views showing the configurations of the first light receiving portion and the remote control storage portion of the air conditioner body, and FIG. Fig. 8 is a front view showing the state of use when it is reversed to Fig.
FIG. 9 is a perspective view showing the structure of the second light receiving portion of the air conditioner main body, and FIG. 9 is a side view when the optical fiber is detached and used in a cordless state in the wall-hanging installation state of FIG. 2 (a). Is. 1 ... Air conditioner body 2 ... Hook hook 3 ... Engagement hole 4 ... Hanging flange 5 ... Wall surface part 6 ... Remote controller 9 ... Front surface part 10 ... Bottom surface part 11 ... External Case 12 …… Grill part 21 …… First light emitting part 22 …… Second light emitting part 25a to 25d …… Operation buttons 26 …… Transparent window 30 …… Optical fiber 31 …… First optical fiber connector 32… … Second fitting groove 33 …… Connector body of the first optical fiber connector 34 …… Flange piece for locking the first optical fiber connector 38 …… Second optical fiber connector 39 …… Second optical fiber Main body of the connector for the optical fiber connector 40 …… Flange piece of the connector for the second optical fiber 41 …… The first light receiving portion 42 …… The second light receiving portion 44 …… The optical filter 45 …… The waveguide space 46 …… The first Photodetector 51 …… Recessed recess for remote control 56 …… Second photodetector 57 …… Second fitting groove

Claims (1)

[Claims] 1. A handheld remote controller (6) having a light emitting portion for transmitting a control signal, and various installation forms including a case where the vertical position is reversed can be adopted, and at the predetermined position, An air conditioner body (1) provided with a light receiving part (41) corresponding to the light emitting part of the handheld remote controller (6) and receiving a control signal transmitted from the light emitting part. The main body (1) is configured to be remote-controlled by the remote controller (6) in a cordless state, while the light receiving section (41) of the air conditioner main body (1) is provided.
A remote controller housing recess (51) extending laterally adjacent to the side of the light receiving section (4) is formed.
The light receiving element (46) of 1) is taken out from the remote controller housing recess (51) in a state where the remote controller (6) is housed in the remote controller housing recess (51) and is externally operated. In the air conditioner configured to correspond to the light emitting unit of the remote controller (6) in any of the states, the remote controller (6) housed in the remote controller housing recess (51) is , Each of the longitudinal end portions thereof is provided with a light emitting portion (21), (22) for transmitting a control signal having an optical axis outward in the longitudinal direction, and the air conditioner body (1) is turned upside down. Even when installed, the other end side light emitting section (21) or (22) of the air conditioner main body (1) can be installed without turning the remote controller (6) itself upside down. Air conditioner, characterized by being adapted to obtain to correspond to the optical device (46).