JPH03110328A - integrated air conditioner - Google Patents

Abstract

PURPOSE:To stabilize quality through improvement of part precision and assembly precision by a method wherein, in a fundamental part of structure, a base sheet and an outer casing are formed on each of the indoor side and the outdoor side with an integral molded product of resin, and a buckle head formed of a sheet metal is located at a boundary between the indoor side and the outdoor side. CONSTITUTION:Since a fundamental part of structure is a grill 2 on the indoor side formed of resin, a base frame 3, and a buckle head 4 formed of a sheet metal, the number of parts is reduced and part precision and assembly precision are improved. Meanwhile, since a base plate part 7 of the base frame 3 is inserted in the grill 2 on the indoor side, there is no need for a heat insulating material for absorbing condensate. Meanwhile, since a condenser 17 is secured directly to the base frame 3, mounting size precision is improved. Further, since a part of the buckle head 4 is used as an installation tool, the number of parts for the installation tool is reduced, and a body 1 can be installed reliably.

Description

DETAILED DESCRIPTION OF THE INVENTION Field of the Invention The present invention relates to an integrated air conditioner that is attached to an upper and lower opening/closing window, a method for assembling the same, and a device for attaching the same.

The conventional technique will be explained with reference to FIGS. 20 to 24. 101 is the main body of the integrated air conditioner, which includes a front grill 102. Outer box 103
and an internal unit 104 that is housed in the outer box 103 so that it can be drawn out. This outer box 1
03 is a sheet metal part, and louvers 105 are provided on the top and sides by cutting and bending, and a wire mesh 106 is welded on the back, and coupling devices 107 and 107 are installed on the front and back sides of the bottom for reinforcement. 108 is welded and painted to prevent rust, and heat insulating material and sealing material are pasted to insulate and prevent wind leakage.

Next, the internal unit 104fi is composed of a board 109 made of sheet metal and a bulkhead 112 on the board 109 that separates the outdoor air circuit 110 and the indoor air circuit 111.
3, propeller fan 114, motor 115, and motor stand 1
16, an air guider 117, a connecting crosspiece 118 that reinforces the air guider 117 and the bulkhead 112, a compressor 119 and a condenser cover 120 that constitute a well-known refrigeration cycle.
Even if the condenser 113 has both ends screwed to both ends of the air guider 117 and is fixed on the board 109, the indoor air circuit 11i, the evaporator 121, the water receiver, the pan 122, and the sirocco fan 123 and sirocco air guider 124 and sirocco air guider side plate 125
and the top cover 12 for protecting the duct 126 and ensuring the strength of the bulkhead 112 at the same time.
It consists of 7. Next, I will explain the flow of the wind.

First, indoor air is sucked in from the suction part 128 of the front grille 102 by the sirocco fan 123, cooled by the evaporator 121, and then blown out from the air outlet grille 129 to the indoor side through the sirocco air guider 124 and duct 126.Next, Outdoor air is sucked in by the propeller fan 114 through the suction port 130 provided on the back of the outer box 103, heated by the condenser 113, and blown out from the louver 105 through the air guider 117 to the outdoor side.Next, the installation First, the template 128 that overlaps the window frame is fixed to the top of the outer box 103 with screws, and the Kono class 129 is fixed to the bottom of the outer box 103 with screws.Next, this L-shaped plate 128 is fixed to the bottom of the outer box 103 with screws. tokono class 12
Insert the fixture (not shown) into the main body 101 into the window.
Set up.

Problems to be Solved by the Invention However, the above-mentioned conventional configuration (Table 1) All the basic parts to ensure strength are sheet metal parts, and the number of component parts is large. High quality is required, which tends to cause quality variations.In addition, since sheet metal parts are mainly used, rust prevention treatment and insulation materials are used in large quantities, so there is a need to eliminate the number of parts. The air guider is fixed with screws to the air guider whose dimensions are regulated by the substrate, bulk, parallel, connecting crosspiece, etc. Even if the dimensional accuracy of any of the component parts changes, the installation dimensions will change, so the quality is poor] Difficulties are likely to occur, and even if high quality is required, the main unit cannot be installed without the L-shaped plate and the metal plate, and all of these installation parts must be attached by the installer with screws, etc. (Since it is in the installed state)
Stability was likely to occur.8 Stabilization of the installation condition and simplification of installation are required. In addition, assembly of the main body (parts and screws must be attached from all directions) is difficult to perform, and it is difficult to perform automatic assembly, so there is a need for labor-saving measures such as automatic assembly. .

Means for Solving the Problems In order to solve the above problems, the present invention (first aspect of the present invention) is to form the board and the outer box as an integral molded product of resin on each of the indoor side and the outdoor side, and to form the boundary between the indoor side and the outdoor side with a sheet metal. The top and bottom of this bulkhead are engaged with an integrally molded product on the outdoor side, and the integrally molded product on the indoor side is engaged with the bulkhead. The board and the outer box are integrally molded from resin, and a part of the lower part of the integral molded product on the outdoor side extends to the indoor side, and a bulkhead made of sheet metal is provided at the boundary between the indoor side and the outdoor side. The top and bottom of the box are engaged with the integrally molded product on the outdoor side, and the integrally molded product on the indoor side is engaged with the bulkhead.Furthermore, according to the present invention, the board and the outer box are integrated with resin on each of the indoor side and the outdoor side. It is formed from a molded product, and a screw boss is inserted approximately at the center of the back of this integrally molded product on the outdoor side, and where both side end plates of the condenser are located.
Additionally, mounting holes for screws are provided on both side end plates of the condenser. Furthermore, the present invention (i.e., the substrate and the outer box are integrally molded from resin on each of the indoor side and the outdoor side, and the boundary between the indoor side and the outdoor side is made of sheet metal, and the upper end is higher than the integrally molded product on the outdoor side). Further, in accordance with the present invention, the substrate and the outer box are integrally molded from resin on each of the indoor side and the outdoor side, and the top and bottom surfaces of the integrally molded outdoor side molded article are provided. A rib is provided to form a groove into which a fixture is inserted.Furthermore, the present invention is constructed so that all parts and screws can be installed and tightened from the indoor side.

Since the basic operational components are made of resin and the number of parts is reduced, parts accuracy and assembly accuracy are improved, and quality is stabilized. Furthermore, since the resinized outdoor side board part extends to the indoor side, condensed water generated on the indoor side collects on the resinized board, eliminating the need for anti-corrosion treatment and insulation. The condenser is directly fixed to the back of the resin molded outdoor part, improving installation dimensional accuracy.Furthermore, the bulkhead also serves as a fixture, reducing the number of parts and improving installation accuracy. Installation can be simplified.The ribs on the outdoor molded product allow the main body to be installed in the desired position with high accuracy.The main body parts and screws can be installed only from the indoor side, making it possible to automate assembly. Labor savings and quality stabilization will be achieved.

Embodiments Hereinafter, embodiments of the present invention will be described based on the accompanying drawings. First, the overall structure of the integrated air conditioner will be explained. In FIGS. 1 to 19, 1 is a main body of an integrated air conditioner, which is composed of an indoor grill 2, a frame 3, a bulkhead 4, and an indoor air circuit A and an outdoor air circuit B.

The indoor side grill 2 is detachably attached to the bulkhead 4 and the underframe 3 from the front side of the main body 1, and has a suction port 5. The underframe 3 is made of resin and is provided with an outer box part 6 that covers the outdoor air circuit B and a board part 7 that is inserted into the indoor grille 2. Furthermore, on the outer surface of this outer box part 6, there is a louver 8 that extends from the left side to the right side through the back side and also serves as reinforcement for the outer box part 6, and a louver 8 that protrudes vertically from the top surface of the main body and extends from the outer box part 6 to the right side. A suction louver 9 that also serves as reinforcement for the suction louver 9, and a rail portion 1 to which a fixture 65 is attached to the indoor side (front side) of the suction louver 9.
0, and a corrugated portion 11 that restricts movement of the main body 1 of the fixture 65 in the width direction. Reference numeral 14 represents a suction portion formed by the louver 8, and reference numeral 15 represents a blowout portion. The shape of the louver 8 is wedge-shaped, which becomes thicker toward the inside of the product, and the tip is rounded.
Reinforcement a A vertical rib 16 protruding toward the indoor side, bosses 18 and 19 for fixing the condenser 17 that constitutes a well-known refrigeration cycle to the underframe 3, and a bulkhead 4 that partitions the indoor side and the outdoor side. A boss 20 that fixes both ends of the condenser 17, a boss 21 that fixes the center, and ribs 24 and 25 that prevent contact noise between the end plates 22 and 23 of the condenser 17 and the outer box part 3 are attached to the end plates 22 and 23. It is provided so as to touch the upper and lower ends. Next, the substrate portion 7, which is partially inserted into the indoor grille 2, will be explained. The substrate portion 7A inserted into the indoor grille 2 has a rib 2 higher than the lower end of the louver 8.
6 is provided all around and is connected to the outer box part 6.

Further, a hole 34 is provided on the front side of the rib 26 for fixing an evaporator 33 constituting a well-known refrigeration cycle with a screw. Also, inside the base plate 7 are two bolts 29 for fixing a compressor 27 that constitutes a well-known refrigeration cycle via a rubber mount 28, and a circular rib 30 that supports the outer periphery of the rubber mount 28. and the bulkhead 4
A rib 31 for positioning the lower part of the bulkhead on the base plate 7, a U-groove 32 for fixing the bulkhead 4 to the base plate 7 via the rib 31, and a water splash prevention part 66 are provided.

Furthermore, on the bottom surface of the board part 7, there is a rail part 12 for attaching a fixture 65, and a rib (not shown) for reinforcing the board part 7.
is provided. This rail portion 12c, the rib 12A closer to the indoor side, the rib 12B closer to the back side, and the fixture 6
Here, the corrugated portion 13 restricts the movement of the fixture 65 in the width direction of the main body 1.
The rib 12Cζ is provided with a gap C to prevent it from directly hitting the floor when the main body 1 is installed or placed down.
It is connected to ribs 12A and 12B.

Next, the outdoor air circuit BJ& is provided with the condenser 17 and a slinger ring to dissipate the heat of the condenser 17 and at the same time to scatter the water on the base plate 7, facing the blowout part 15. The propeller fan 70 is fixed to the bulkhead 4 with screws.
A lead wire cover 3 covers the fan motor 71 that drives the fan motor 71, the air guider 35, and the lead wires of the fan motor 71.
6, a compressor 27, piping, etc. Here, the water splash prevention part 66 provided inside the base plate part 7
This includes a flat part 67 protruding from the base plate 7 at the bottom of the propeller fan 70, an oblique surface 68 (hereinafter referred to as a slope) for positioning the lower end of the air guider 35, and an outer periphery of the flat part 67 closer to the indoor side. and a rib 6 protruding from the flat part 67 on the artificial side with respect to the rotational direction of the propeller fan 70.
It consists of 9. Next, the bulkhead 4 (FIG. 7) will be explained. This bulkhead 4 is made of sheet metal parts, including the mounting hole 37 of the fan motor 71, the relief orifice 38 of the compressor 27, the lead wire of the fan motor 71, the relief orifice 39, and the lead wires of the fan motor 71 and the compressor 27. A hole 41 for passing through the power supply board 40 on the indoor side, a hole 42 for fixing to the underframe 3 with screws, a bend 43 of both ends toward the outdoor side, a mounting hole 44 for fixing the fixture 65, and An inward bend 45, a groove 48 for engaging the tab 47 of the blowout grille 46, a bend 49 for installing on the board 7, and a hole and groove for fixing the power supply board 40 (none of which are shown). , a bend 72 at both ends that regulates the movement of the fixture 65 in the vertical (height) direction, a mounting part 73 that protrudes upward from the underframe 3 when the main body is completed and overlaps a part of the window frame when installed, and a compressor. 27
It consists of a relief part 74 of the leg 27A, a notch 78 that engages with the indoor grille 2, and a bend 79. In addition, even if the necessary constriction is applied to avoid resonance with the fan motor 71 and insufficient strength, the air guider 35 (Fig. 8) (Fig. The condenser cover part 50 is bent semicircularly from the bulkhead 4 to the condenser 17 side, and only a part of the lower part is bent upward, and the center is above the center of the propeller fan 70. , and the boss 18 together with the orifice 51 which is a vertically long elongated hole and the condenser 17.
- Holes 75 and 76 for fixing to the underframe 3 via 19
Next, there is an evaporator 33 provided on the front surface of the indoor wind circuit A facing the indoor grill 2 and the suction port 5 of the indoor grill 2, and whose lower end is engaged with the base plate 7; An air filter 52 is provided between this evaporator 33 and the suction port 5.
and a sirocco air guider 54 made of heat insulating foam that guides the condensed water produced by the evaporator 33 to the outdoor air circuit B and also serves as an air guider for the sirocco fan 53 attached to the fan motor 71 to ventilate the evaporator 33. , the air outlet grill 46 , the operation panel 55 , the air intake port 63 of the sirocco fan 53 , the top cover 56 of the evaporator 33 , the engagement piece 57 that fixes the upper end of the end plate of the evaporator 33 , and the groove that fixes the thermocave 58 . 59, a notch 60 for sending air from the vicinity of the thermocab 58 to the sirocco fan 53, a claw 47 that engages with the bulkhead 4, a blowout grille 46 that also serves as an indoor rail 77 that guides the air filter 52,
It is composed of a changing blade 61 that changes the air blown out from this blowout grille 46, a power supply board 40 that houses electrical components, a soundproof board 62 that covers the compressor 27 that comes out into the room beyond the bulkhead 4, piping, etc. Here, we will explain the indoor grille 2.The indoor grille 2 (Fig. 6) has a suction port 5 on the front and left and right claws 80 on the upper end that engage with the notches 78 of the bulkhead 4. A claw 81 that engages with the bend 79 of the bulkhead 4, a hole 82 for inserting the blowout grille 46, and a hole 83 for fixing to the base plate 7 of the underframe 3 with screws are provided. The upper end (height direction) ζ of the suction port 5 is located above the evaporator 33 and almost in front of the thermo-cavity 58.Next, the changing blade 61 (FIG. 12) will be explained.This changing blade 61 (i) It is rotatably (changeably) attached to the blowout grille 46 and is composed of two blades 61A and one blade 61B. They are integrally molded and connected so that they can be rotated (changed) by a connecting bar 61C that has an effect.Also, the changing blade 61B
IL It is hooked into a groove 61D in the connecting bar 61C so that it can rotate (change) together with the changing blade 61A. Next, the fixture 65 will be explained. This fixture 65 (FIG. 10) is composed of a mounting frame 84 and a bellows 85 that can be expanded and contracted in the width direction of the main body I.
A hinge part 86 of the frame 84 is engaged with a claw 87 of the installation frame 84. Installation frame 84 (Fig. 1O, Fig. 11) (Table) The window frame holder on which the window frame rests has a part 88, a part 89 inserted into the rail part 10 of the underframe 3, and a part 89 of the board part 7, which is inserted into the rail part 12. It consists of a U-shaped part 90 to be inserted and a rib 91 to be inserted under the bend 72 of the bulkhead 4. Also, the U-shaped parts 89 and 90 (as well as the wavy parts 11 and 13 of the underframe 3) There are protrusions 93 and 94 that come into contact with each other to restrict the movement of the fixture 65 in the width direction.Next, the assembly method will be explained.First, pipes (not shown) are attached to the underframe 3.
Insert the condenser 17 with the attached from the indoor side. Next, the lower end of the air guider 35 is inserted obliquely along the slope 67 over the wood chip prevention part 66, and the condenser 17 and air guider 35 are connected to the underframe 3 by screws 95 via the bosses 18 and 19.
Tighten together. At this time, the relationship between the boss 18, the condenser 17, and the ribs 24 and 25, as shown in Figure 16, is the underframe 3.
It has a dimensional relationship that causes deformation. Next, a suction pipe and a rubber mount 28 are attached to the compressor 27, and the compressor 27 is inserted from the indoor side and fixed to the base plate 7 via the rubber mount 28 with two bolts 64 installed as shown in FIG. Next, piping (not shown) is brazed and the compressor 27 is wired. Next, attach the fan motor 7I to the bulkhead 4 with screws.Fix the lead wire cover 36 over the lead wires of the fan motor 71, route the lead wires in the brackets along the aperture 39, and bring them out through the hole 41 and out to the indoor side of the propeller. fan 7
0 to the fan motor 71, remove the rib 31 from the indoor side.
It is installed by climbing over and fixed to the outer box part 6 and the board part 7 with screws 96. At this time, the wiring of the compressor 27 is guided indoors through the hole 41.

Next, the soundproof plate 62 is attached to the bulkhead 4 (the sirocco air guider 54 is installed on the base plate 7 from the indoor side, and the sirocco fan 53 is attached to the fan motor 71).

Next, fix the evaporator 33 to the rib 27 of the base plate 7 with screws. Insert the blowout grill 46 a. Engage the tabs 57 on both end plates of the evaporator 33, and engage the tabs 47 in the notches 48 of the bulk head 1. do. Next, the power supply board 40 is fixed to the bulkhead 4, and the thermocabin 58 is routed along the groove 47 above the evaporator 33. Next, cover the front grill 2 from the front, insert the blow-out grill 46 through the hole 82 of the front grill 2, engage the bulkhead 4 with the claws 80 and 81, fix it to the base plate 7 with the screws 97, and insert the air filter 52. . As a result, the front side grill 2 covers the bulkhead 4 and the underframe 3. Also, the surroundings (outer circumference) of the air outlet grill 46 (the side air outlet grill 4)
6 and the indoor grille 22 form a groove 98. Next, we will explain the installation. First, insert the fixture 65 into the rail parts 10 and 12 of the underframe 3, and then insert the bellows 85.
is fixed to the hole 44 of the bulkhead 4 with a screw. At this time, the protrusions 93 and 94 of the installation frame 84 are
It is possible to fix the fixture 65 in any position. Next, the strength required to install the main body 1 is to first place the main body 1 on the window frame 99 so that the rib 12A of the frame 3 is along the vertical surface 100 of the window frame 99, and then attach the window frame 101 to the mounting tool. 65 along the length of the rib 9, and the window frame holder of the fixture 65 is lowered onto the portion 88. This allows the main body 11 to be installed in the window. Next, move the fixture 65 in the width direction of the main body 1, adjust it to match the width of the window, fix the fixture 65 to the window frame 101 with screws, and complete the installation. At this time, the fixture 6
The positional relationship in the depth direction between the rib 91 of No. 5 and the rib 12A of the underframe 3 (L) The force that causes the outdoor surface 102 of the old rib to be the same as the outdoor surface 103 of the rib 12A\ or the indoor surface of the rib 12A Even if the compressor 103 is located on the outside of the room, it is installed as shown in Figure 4, so the compressor 27 is placed on the window frame 99.Next, we will explain the flow of wind and water. First, as shown by the arrow, indoor air is sucked in by the sirocco fan 53 from the suction port 5 of the front grille 2, passes through the air filter 52 and the suction port 63, and is cooled by the evaporator 33. Air guider 54 and blowout grill 4
6 and is blown out into the room. Next, as shown by arrow E, the outdoor air is drawn in by the propeller fan 70 from the suction louver 9 of the underframe 3 and the suction section 14, passes through the air guider 35, is heated by the condenser 17, and is discharged from the blow-off section 15 to the outside. It's blown out. By creating such a wind circuit (flow of wind) on the outside of the room, the air heated by the condenser 17 is immediately blown outside, making it possible to use a material with a low heat-resistant temperature for the underframe 3. Heat leakage to the indoor side can also be reduced. The condensed water condensed in the evaporator 33 is then guided to the outdoor side by the sirocco air guider 54 and is stored in the base plate 7 of the underframe 3, and is stored in the slinger ring provided on the propeller fan 70. is applied to the condenser 17. At this time, the water splash prevention part 66 prevents the propeller fan 70 from stirring up the condensed water that is rippled by the wind pressure of the propeller fan 70. In the above configuration, since the basic components of the structure are the indoor grille 2 molded with resin, the underframe 3, and the bulkhead 4 made of sheet metal, the number of parts is small and the precision of parts and assembly dimensions can be improved. On the other hand, since the base plate part 7 of the underframe 3 is inserted into the indoor grille 2, condensed water can be reliably guided to the outdoor side, and a heat insulating material or the like is not required for processing the condensed water. On the other hand, the dimensional precision of mounting the condenser 17 directly onto the underframe 3 can be improved. Also Bulkhead 4
The number of parts of the fixture is small, and the main body 1 can be reliably installed. Also, the rib 91 of the fixture 65 and the rib 12 of the underframe 3
Since A has the positional relationship as shown in FIG. 19, the main body 1 can be easily installed in a predetermined state. Furthermore, since the components and screws of the main body 1 are attached from the indoor side, assembly can be automated.

Effects of the Invention As is clear from the above embodiments, the basic components of the structure of the present invention are such that the substrate and the outer box are integrally molded from resin on the indoor side and the outdoor side, and the boundary between the indoor side and the outdoor side is Because it has a structure with a bulkhead made of sheet metal, the number of basic structural parts is small and high quality can be achieved.
Furthermore, the board and outer box are integrally molded from resin on each of the indoor and outdoor sides, and a part of the lower part of the outdoor side integrally molded product extends to the indoor side, and a sheet metal is formed at the boundary between the indoor and outdoor sides. By providing the completed bulkhead, condensed water can be reliably guided to the outside, and no heat insulating material is required to treat the condensed water. Furthermore, the board and outer box are integrally molded from resin for both the indoor and outdoor sides.
And this outdoor side - a screw boss is installed approximately at the center of the back of the molded product and where both side end plates of the condenser are located.
In addition, by providing mounting holes for screws on both side end plates of the condenser, the number of parts that are directly fixed to the outdoor integral molded product (frame) is reduced, and the mounting dimensional accuracy is improved. Quality can be improved. The board and outer box are integrally molded from resin on both the indoor and outdoor sides.
By providing a bulkhead made of sheet metal at the boundary between the indoor side and the outdoor side, with its upper end extending above the integrally molded part on the outdoor side, this bulkhead can be used as a fixture.Reducing the number of parts and ensuring reliability Easy installation.

Furthermore, according to the present invention, the substrate and the outer box are integrally molded from resin on each of the indoor side and the outdoor side, and ribs are formed on the top and bottom surfaces of the outdoor side molded product to form grooves into which fixtures are inserted. By providing this rib, the rib comes into contact with the window frame during installation, allowing the main body to be easily installed in a predetermined state.Furthermore, the present invention is structured so that all parts and screws can be installed and tightened from the indoor side. Assembly can be automated, resulting in labor savings and higher quality.

[Brief explanation of drawings]

FIG. 1 is a front perspective view of an integrated air conditioner showing an embodiment of the present invention. FIG. 2 is a rear perspective view of an integrated air conditioner. FIG. 3 is a longitudinal section of an integrated air conditioner. Figure 5 is an exploded perspective view of the same air conditioner; Figure 6 is a perspective view of the indoor grill of the same air conditioner. Figure 7 is a perspective view of the bulkhead plate of the same air conditioner. Figure 8 is a perspective view of the air guides of air conditioners with the same body type. Figure 9 is a cross section of the air guiders of air conditioners with the same body shape.
Figure 1 shows the half cross-section of the fixture of the same air conditioner.
Figures 2 (a) and (b) are perspective views of the wind direction changing vanes of air conditioners with the same body type. Figure 13 is the main part of the frame (part F) of the air conditioners with the same body type. Figure 14 is the perspective view of the air conditioners with the same body type. Figure 15 is the cross-section of the underframe louver. Figure 15 is the explanation of compressor installation for air conditioners with the same body. Figure 18 is the cross-section of the indoor grille installation of the air conditioner with the same body. Figure 19 is Half-section diagram showing the installed state of the integrated air conditioner No. 20
The figure shows a conventional example of an integrated air conditioner.
Figure 1 is a rear perspective view of the same-body air conditioner. Figure 22 is a perspective view of the rear side of the same-body air conditioner.
The figure is a perspective view of the outer box of the same-body air conditioner. 1... Main body 2... Indoor grill, 3...
・Remove the stand 4...Bulkhead, 5...Suction L 6...Outer N wide 7...Board center 7A...
・Substrate starvation 8...Roubaix 9...Roubaix 10
...Rail length 11...Wavy pattern 12...Rail pattern 12A...Indoor side squirrel 12B...Outdoor side rib 12C...Rib, 13...Wavy pattern 14・
... Suction R, 15... Blowout eyes 17...
・Condensation method 18/19...Boss 20/21...
・Boss 23, 24... End plate, 24, 25...
・Rib, 26...Rib, 27...Compressed air 2
8...Rubber mount, 30...Circular rib, 3
1...Positioning rib, 32...Ult 33
...Evaporation 35...Air guider, 40...
Power supply board, 42...hole 43...bend L-de, 4
4...hole, 45...bend 11 46...
Blowout hole/lz, 51... orifice included 5
3...Sirocco fan, 54...Sirocco air gaiter 65...Installation 866...Water splash prevention star 67...Self plane rotation 68...Slanted sharpening 72...・
Folding ζ de, 73... Overlapping sleep 75, 76...
Hole, 77...Guidance L/, 78...Notch, 79...Folding 80...Tsu person 81.
...Tsu person 84...Installation 85...Jabō 88...Window frame support is sleepy 91...Rib, 93/94
...Protrusion R, 95...Screw, 99...Window frame stand, 100...Vertical sharpening 101...Window removal 103.
···surface.

Claims (7)

[Claims] (1) The outdoor board and outer box of an integrated air conditioner equipped with a compressor, condenser, evaporator, etc. are integrally formed from a resin molded product, and the indoor board and outer box are also integrally formed from a resin molded product. Furthermore, this integrated air conditioner has a partition plate made of sheet metal between the indoor and outdoor sides. (2) The integrated air conditioner according to claim 1, wherein the outdoor side substrate and the substrate portion of the outer box, which are integrally formed from a resin molded product, extend to the indoor side. (3) The integrated air conditioner according to claim 1, wherein substantially the center in the height direction of both end plates of the condenser is directly screwed to the outdoor side substrate and the outer box, which are integrally formed of a resin molded product. (4) The outdoor board and outer box of the integrated air conditioner are integrally formed with a resin molded product, the indoor board and outer box are also integrally formed with a resin molded product, and the boundary between the indoor and outdoor sides is 2. The integrated air conditioner according to claim 1, wherein the partition plate is provided with a sheet metal, and the upper end of the partition plate extends upward from the outdoor resin molded product. (5) The board and outer box are integrally molded from resin on each of the indoor and outdoor sides, and the top and bottom surfaces of the integrally molded outdoor side molded parts are in contact with the groove in which the fixture is inserted and the window frame. The integrated air conditioner according to claim 1, further comprising ribs. (6) The integrated air conditioner according to claim 1, wherein all the components are attached from the indoor side. (7) The integrated air conditioner according to claim 1, wherein all the screws for attaching the parts are tightened from the indoor side.