WO1993017283A1 - Packaged air conditioner - Google Patents

Packaged air conditioner Download PDF

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Publication number
WO1993017283A1
WO1993017283A1 PCT/JP1990/001229 JP9001229W WO9317283A1 WO 1993017283 A1 WO1993017283 A1 WO 1993017283A1 JP 9001229 W JP9001229 W JP 9001229W WO 9317283 A1 WO9317283 A1 WO 9317283A1
Authority
WO
WIPO (PCT)
Prior art keywords
outdoor
air conditioner
outer box
indoor
board
Prior art date
Application number
PCT/JP1990/001229
Other languages
French (fr)
Japanese (ja)
Inventor
Hideki Matsumi
Original Assignee
Hideki Matsumi
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by Hideki Matsumi filed Critical Hideki Matsumi
Priority to US07/689,747 priority Critical patent/US5193355A/en
Publication of WO1993017283A1 publication Critical patent/WO1993017283A1/en

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Classifications

    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F24—HEATING; RANGES; VENTILATING
    • F24F—AIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
    • F24F1/00—Room units for air-conditioning, e.g. separate or self-contained units or units receiving primary air from a central station
    • F24F1/02—Self-contained room units for air-conditioning, i.e. with all apparatus for treatment installed in a common casing
    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F24—HEATING; RANGES; VENTILATING
    • F24F—AIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
    • F24F1/00—Room units for air-conditioning, e.g. separate or self-contained units or units receiving primary air from a central station
    • F24F1/02—Self-contained room units for air-conditioning, i.e. with all apparatus for treatment installed in a common casing
    • F24F1/022—Self-contained room units for air-conditioning, i.e. with all apparatus for treatment installed in a common casing comprising a compressor cycle
    • F24F1/027—Self-contained room units for air-conditioning, i.e. with all apparatus for treatment installed in a common casing comprising a compressor cycle mounted in wall openings, e.g. in windows

Definitions

  • the present invention relates to a method for assembling a structure of an integrated air conditioner to be attached to upper and lower opening windows, and an attachment device therefor.
  • windows that open and close vertically are widely used as residential windows, and many air conditioners that are sandwiched between the windows that open and close are used.
  • Reference numeral 101 denotes an integrated air conditioner body consisting of a front grille 102, an outer box 103, and an inner unit 104 that can be pulled out into the outer box 103.
  • the outer box 103 is a sheet metal part, and is provided with a louver 105 by cutting and erecting the top and side surfaces, and a wire mesh 106 is welded to the rear surface.
  • Couplers 107 and 108 are welded to the front and rear sides for reinforcement, and are painted to prevent damage. Insulation and sealing materials are applied to insulate and prevent air leakage. Have been.
  • Unit 104 Board 109 made of sheet metal, and bulk separating the outside wind circuit 110 and indoor wind circuit 111 provided on board 109 It consists of heads 1 and 2.
  • Condenser 113, propeller fan 114, and motor are installed in outdoor air circuit 110.
  • a well-known refrigeration cycle consists of 1 15 and motor combination 1 16 and air guider 1 1 17, its air guider 1 17 and connecting bar 1 18 for reinforcing bulkhead 1 1 2
  • a compressor 1 19 and a condenser cover-120 are provided.
  • the condenser 113 has both ends screwed to both ends of the air guider 117 and fixed on the substrate 109.
  • the flow of the wind will be described.
  • indoor air is sucked in from the suction part 1 2 8 of the front grill 10 2 by the indoor sirocco fan I 23 ⁇ ⁇
  • the basic components for securing strength in the conventional configuration described above are all sheet metal components, and the number of component parts is large. ⁇ Quality variations are likely to occur due to dimensional accuracy and assembly accuracy of individual parts. ⁇ High quality is required. In addition, since sheet metal parts are mainly used, there is a need to eliminate the number of parts due to the large amount of use of heat protection and heat insulating materials.
  • Condenser 1 1 3 Substrate 1 0 9 ⁇ Bulk head 1 1 2 Screw fixed to air guider 1 1 7 whose dimensions are controlled by coupling 1 0 7 * 10 8 etc. Even if the dimensional accuracy of any of these components changes, the mounting dimensions change, so that quality variations are likely to occur, and high quality is required. ,
  • the substrate and the outer box of the present invention are formed integrally with resin on both the indoor side and the outdoor side by resin, and a bulkhead made of sheet metal is provided at a boundary between the indoor side and the outdoor side, and the bulkhead is provided.
  • the upper and lower ends of the unit are engaged with the integrally molded product on the outdoor side, and the integral molded product on the indoor side is engaged with the bulkhead.
  • the substrate and the outer box are formed of resin as an integrally molded product on the indoor side and the outdoor side, respectively.
  • a part extends to the indoor side, and a bulkhead made of sheet metal is provided at a boundary between the indoor side and the outdoor side. This is the one with the inner molded product engaged with the bulkhead.
  • the substrate and the outer box are formed of resin in one unit on the indoor side and the outdoor side, respectively, at a position substantially at the center of the back surface of the outdoor-side integrally formed product and at which the rain side end plate of the condenser is located.
  • a screw boss is provided on each side, and mounting holes for screws are provided on both side end plates of the condenser.
  • the substrate and the outer box are formed of resin in an integrated product on the indoor side and the outdoor side, respectively, and are formed of sheet metal at a boundary between the indoor side and the outdoor side, and the upper end is above the integrated molded product on the outdoor side. It has a bulkhead that has been extended to the country.
  • the present invention further provides a resin body in which a substrate and an outer box are formed of resin by integral molding on the indoor side and the outdoor side, and grooves are formed on the top and bottom surfaces of the integrally molded outdoor-side molded article to insert mounting fixtures. It has been set up.
  • the present invention is configured such that all parts and screws can be attached and tightened from the indoor side.
  • the basic components are made of resin and the number of parts is reduced, the accuracy of parts and assembly is improved, and the quality is stabilized. Furthermore, since the resinized outside substrate portion extends to the indoor side, condensed water generated inside the room accumulates on the resinized substrate, thus eliminating the need for heat protection and heat insulation.
  • the condenser is placed directly on the back of the resin-molded outdoor unit. Since it is connected and fixed, the mounting dimensional accuracy is improved.
  • the bulkhead also plays a role as an installation tool.
  • the number of parts is reduced, the installation accuracy is improved, and the installation is simplified.
  • the main body can be installed in a predetermined state with high accuracy by the rib of the outdoor molded product.
  • Fig. 1 is a front perspective view of a conventional integrated air conditioner.
  • 3 ⁇ 4 Fig. 2 is a rear perspective view of the same type air conditioner.
  • Fig. 3 is a perspective view showing the inside of the integrated air conditioner.
  • ⁇ Fig. 5 The figure is a perspective view of the outer case of the unitary air conditioner.
  • Fig. 6 is a front perspective view of the integrated air conditioner in one embodiment of the present invention.
  • Fig. 7 is a back perspective view of the unitary air conditioner.
  • Fig. 9 shows a cross section of the single air conditioner 3 ⁇ 4
  • Fig. 10 shows an exploded perspective view of the single air conditioner 3 ⁇ 4 Fig. 11 shows an indoor grill of the single air conditioner 2 Fig.
  • FIG. 12 is a perspective view of the bulkhead of the air conditioner
  • Fig. 13 is a perspective view of the air guider of the air conditioner
  • Fig. 14 is an air guider of the air conditioner
  • Fig. 15 is a perspective view of the installation of the air conditioner.
  • ⁇ Fig. 16 is an installation of the air conditioner.
  • Fig. 17 (a) and (b) are perspective views of the blades that change the direction of the air flow of the air conditioner.
  • Fig. 18 is a perspective view of the essential part of the frame (F section) of the air conditioner of the same shape.
  • EL Fig. 9 Fig. 9 is the same type air conditioner.
  • HL Fig. 20 is the same type air conditioner.
  • FIG. 21 is a sectional view of the main part of the same body type air conditioner.
  • Fig. 22 (a) to (c) show the compressor installation explanation of the same body type air conditioner.
  • Fig. 3 is a sectional view of the indoor grille of the unitary air conditioner.
  • Fig. 24 ' is a half sectional view showing the installed state of the unitary air conditioner.
  • reference numeral 1 denotes the main body of the integrated air conditioner, which is composed of an indoor grill 2, a joint frame 3, a bulkhead 4, an indoor air circuit A and an outdoor air circuit B.
  • the indoor grill 2 has a suction port 5 detachably attached to the pallet head 4 and the joint frame 3 from the front of the main body 1.
  • the joint frame 3 is made of resin and has an outer box 6 covering the outdoor air circuit B and a substrate 7 extending into the interior grill 2.
  • a looper 8 is connected to the outer surface of the outer case part 6 from the left side to the right side through the back surface, and also serves as reinforcement of the outer case part 6, and protrudes vertically from the top surface of the main body.
  • Suction louver 9 that also reinforces outer box 6, rail 10 for mounting fixture 65 on the indoor side (front side) of suction looper 9, and width direction of main body 1 of fixture 65.
  • Reference numeral 14 denotes a suction portion formed by the louver 8, and reference numeral 15 denotes a blowout portion.
  • Louver 8 shape The wedge shape is thicker toward the inside of the product and the tip is rounded.
  • louver 8 of the blowing section 15 is reinforced inside the outer box section 6 and Bosses 18 and 19 for fixing the protruding vertical rib 16 and the condenser 17 that constitutes the well-known refrigeration cycle to the joint frame 3, and the bulk that separates the indoor and outdoor sides [Head 4] ⁇
  • the end plates 22 and 23 of the condenser 17 and the outer box 3 Ribs 2 4 and 2 5 are end plates
  • a rib 26 higher than the lower end of the louver 8 is provided all around the board portion 7A inserted in the indoor grill 2 and is connected to the outer box portion 6.
  • a hole 34 for fixing an evaporator 33 constituting a well-known refrigeration cycle with a screw is provided on the front side of the rib 26.
  • 32 and a water splash prevention part 66 are provided on the bottom surface of the board part 7, a rail part 12 for mounting the fixture 65 and a rib (not shown) for reinforcing the board part 7 are provided.
  • This rail section 1 2 is composed of a rib 12 A closer to the indoor side, a rib 12 B closer to the rear side, and a rib 12 C that regulates the upward and downward (height) movement of the mounting fixture 65.
  • a wavy portion 13 that regulates the movement of the mounting fixture 65 in the width direction is provided inside the rib 12B. Live 1 2 C It is provided so that it has a gap C so that it does not directly hit the floor when the main body 1 is installed or when the main body 1 is set down, and the force is applied to the lip 12A and 12B .
  • the outdoor air circuit B is opposed to the blow-out portion 15 and is ventilated to radiate the heat of the condenser 17 and the condenser 17 and at the same time, is sleeved to scatter water on the substrate portion 7.
  • the fan motor 71 which is fixed to the bulkhead 4 with screws and drives the propeller fan 70, the air guider 35 and the fan motor 71 It is composed of a lead wire cover 36 that covers the lead wire, a compressor 27 and piping.
  • the water splash prevention part 66 provided inside the substrate part 7 will be described.
  • the lower part of the propeller fan 70 is a flat part & 7 protruding from the substrate part 7, an oblique surface 68 (hereinafter referred to as a slope) for positioning the lower end of the air guider 35, and an outer peripheral part of the flat part 67. It is composed of a rib 69 protruding from the flat portion 67 on the inlet side with respect to the indoor side and the rotation direction of the propeller fan 70.
  • bulk head 4 (Fig. 7) will be described.
  • This bulge head 4 is made of sheet metal parts, and has a mounting hole 37 for the fan motor 71, a throttle 38 for the compressor 27 to escape, and a lead wire escape for the fan motor 71.
  • the hole 41 for passing the lead wires of the diaphragm 39, the fan motor 71, and the compressor 27 to the power supply plate 40 on the indoor side, and the hole 4 for fixing to the joint frame 3 with screws 2 and praying bends to the outside of the room at both ends 4 3
  • Mounting holes 4 for fixing the fixtures 6 5, bending to the inside of the room 4 5, and grease 4 6 4 8 and bend for installation on board 7 4 9 and power board 4 Holes and grooves (both not shown) for fixing 0 and bending at both ends that restrict the vertical movement (height) of the fixture 6 5 7 2 and projecting upward from the underframe 3 when the body is completed
  • the installation part 73 that overlaps a part of the window frame and the relief part 7 4 of the leg 27 A of the compressor 27 and the notch 7 8 that engages with the indoor grill 2 are bent and bent. It consists of 7 9. Necessary throttling is provided to avoid resonance with the fan motor 71 and insufficient strength.
  • the condenser cover 50 covering the upper end of the condenser 17 and the bulkhead 4 to the condenser 1 to ensure airtightness of the ventilation and to prevent water droplets from scattering. It is bent to the semicircle to the 7 side, and only a part of the lower part is bent upward, and the center of the propeller fan 70 is located above the center of the propeller fan. Along with the orifice 51 and the condenser 17, there are provided holes 75 and 76 for fixing to the underframe 3 via the bosses 18 and 19.
  • an evaporator 33 is provided on the front side of the indoor air circuit A so as to face the indoor grill 2 and the suction port 5 of the indoor grill 2 and has a lower end engaged with the substrate section 7;
  • the condensed water generated by the air filter 52 and the evaporator 3 3 is introduced between the air filter 52 and the suction port 5 to the outdoor air circuit B, and is attached to the fan motor 71 to be connected to the evaporator 3.
  • Sirocco fan 53 that ventilates to 3 Sirocco air guider 54 that is also a heat-insulating foam that also serves as the air guider for 3, blow-off grill 46, operation panel 55, and wind for sirocco fan 53 6 6 and the top cover of the evaporator 3 3 5 6 and the engaging piece 5 7 for fixing the upper end of the end plate of the evaporator 3 3 and the groove 5 9 for fixing the thermocap 5 8 and the thermocap 5 8 Switch off the wind near the fan to the fan.
  • the cutout 60, the blowout grill 46 that also serves as the indoor rail 77 that guides the air filter 52 and the lug 47 that engages with the bulkhead 4, and the blowout grill 46 Modified blades 61 to change the blown wind, power supply plate 40 to store electrical components, soundproof plate 62 to cover compressor 27 coming out of the room beyond bulkhead 4, pipes, etc. It is composed of
  • This indoor side grill 2 (Fig. 14) has a suction port 5 at the front, a left and right hook 80 engaging a notch 78 of the bulkhead 4 at the upper end, and a bulkhead 4 at the upper end.
  • a hole 81 for engaging with the bend 79, a hole 82 for inserting the blow-out grill 46, and a hole 83 for fixing the board portion 7 of the joint frame 3 with screws are provided.
  • the upper end (in the height direction) of the suction port 5 is located above the evaporator 33 and almost in front of the thermocap 58.
  • the changing blade 6 1 is rotatably (changeable) attached to the blowing grill 46, and is composed of two blades 61 A and one blade 61 B.
  • the two blades 61A ⁇ PPP are rotatable (changeable) by a connecting bar 61C having a hinged eruption of the fat—the body is formed and connected.
  • the modified blade 61 B is bowed in the groove 61D of the connecting bar 61C so that it can rotate (change) together with the modified blade 61A.
  • This mounting fixture 6 5 (Fig. 15) consists of an installation frame 84 and a bellows 85 that can expand and contract in the width direction of the main body 1. It is engaged with the lug 87 of the mounting frame 84.
  • Mounting frame 8 4 (Fig. 15 EI Fig. 16) Window frame receiving portion 8 8 on which the window frame is mounted, U-shaped portion 8 9 inserted into rail portion 10 of underframe 3 and board portion 7 rail It consists of a U-shaped part 90 inserted into the part 12 and a rib 91 inserted under the bent part 72 of the bulkhead 4.
  • the U-shaped portions 89, 90 are provided with projections 93, 94, which contact the corrugated portions 11, 11, of the underframe 3 to restrict the widthwise movement of the fixture 65.
  • an assembling method will be described. First, a condenser 17 with pipes (not shown) attached to frame 3 is inserted from the indoor side. Next, the lower end of the air guider 35 goes over the water splash prevention part 66 and is inserted obliquely along the slope 67, and the condenser 17 and the air guider 35 are screwed through the bosses 18 and 19 9. 5 and fasten to mating frame 3 together. At this time, the relationship between the bosses 18 and 19, the condenser 17 and the ribs 24 * 25 has such a dimensional relationship that the mat frame 3 is deformed as shown in FIG.
  • the evaporator 33 is fixed to the rib 27 of the substrate section 7 with screws, the blowout grill 46 is inserted, and the lug 57 is engaged with the rain end plate of the evaporator 33. 4 7 engages notch 4 8 of Balta head 4.
  • the power supply plate 40 is fixed to the bulkhead 4 and the thermocap 58 is routed over the evaporator 33 along the groove 47.
  • the front grill 2 ⁇ ⁇ covers the balta head 4 and the joint frame 3.
  • a groove 98 is formed by the blow-out grill 46 and the indoor grill 22.
  • the installation will be described.
  • the projections 93 and 94 of the installation frame 84 are in contact with the corrugated portions 11 * 13, and the installation tool 65 can be fixed at an arbitrary position.
  • the ribs 1 2 ⁇ of the frame 3 are aligned with the vertical surface 100 of the window frame 99.
  • the main body is installed in one window.
  • the fixing tool 65 is changed in the width direction of the main body 1 and adjusted so as to match the width of the window, and the fixing tool 65 is fixed to the window frame 101 with a screw to complete the installation.
  • the positional relationship in the depth direction between the rib 91 of the fixture 65 and the rib 12A of the underframe 3 in the depth direction The outdoor surface 102 of the rib 91 and the outdoor of the rib 12A
  • the surface 103 on the indoor side of the force or rib 12 A is the same, the surface 103 of the same side is closer to the outdoor side.
  • the compressor 27 is mounted on the window frame 99.
  • arrow D which is the flow of wind on the indoor side
  • the indoor air is drawn in from the suction port 5 of the front grille 2 by the sirocco fan 53, and the air filter 52 and the suction port 6 are drawn. After passing through 3, it is cooled by the evaporator 33 and is blown out to the indoor side through the sirocco air guider 54 and the blowout grill 46.
  • the outside air flows from the suction looper 9 of the underframe 3 and the suction section 14 by the port perforator 70 as shown by the arrow E, and the outside air is sucked through the air guider 35 through the air guider 35.
  • the power of the water flow, the condensed water condensed in the evaporator 33, is led to the outside of the room by the sirocco air guider 54 ', collected in the base plate 7 of the joint frame 3, and stored in the propeller It is applied to the condenser 17 by the slinger ring provided in the housing 70.
  • the propeller fan The water splash prevention part 66 prevents the propeller fan 70 from scooping the condensed water waving due to the wind pressure of 70.
  • the basic components of the structure are the interior grill 2 made of resin, the joint frame 3 and the bulkhead 4 made of sheet metal. The number of parts is small, and the parts and assembly dimensional accuracy can be improved.
  • the condensed water can be reliably guided to the outside of the room, and no heat insulating material is required for the treatment of the condensed water.
  • the condenser 17 is directly fixed to the underframe 3, the mounting dimensional accuracy can be improved.
  • a part of the bulkhead 4 is used as an installation tool. The number of parts of the installation tool is small, and the main body 1 can be installed securely.
  • the main body I can be easily installed in a predetermined state.
  • assembly is automated.
  • the basic components of the structure are formed by integrally molding the substrate and the outer box with resin on the indoor side and the outdoor side, respectively. Because of the structure with the socket, the number of basic parts of the structure is small and high quality can be achieved.
  • the substrate and the outer box are formed of resin in one unit on the indoor side and on the outdoor side, respectively.
  • the substrate and outer box are made of resin on both the indoor side and the outdoor side, and are formed of resin-molded products.
  • the condenser is directly fixed to the outdoor unit (mold frame) by providing screw bosses at the position where it is located and mounting holes for screws on both side end plates of the condenser.
  • the number of parts is reduced, the mounting dimensional accuracy is improved, and the quality is improved.
  • the substrate and the outer box are made of resin on both the indoor side and the outdoor side, and are made of molded resin.
  • the boundary between the indoor side and the outdoor side is made of sheet metal, and the upper end is an integrated molded article on the outdoor side.
  • the substrate and the outer box are formed of resin as an integrally molded product on the indoor side and the outdoor side, respectively, and grooves are formed in the top and bottom surfaces of the integrally molded outdoor molded product to insert the mounting fixture.
  • the present invention has a configuration in which all parts and screws can be attached and tightened from the indoor side, assembly can be automated, and labor saving and high quality can be achieved.

Abstract

A packaged air conditioner whose structurally basic parts are such that a base plate and an outer box in each of indoor and outdoor units are formed of an integrally molded resin part (2, 3) and a bulkhead (4) made of metallic sheet is provided at the border between the outdoor and indoor units, whereby the number of basic parts for the structure is small and higher quality of the parts can be provided.

Description

明 細 書  Specification
発明の名称 Title of invention
一体形空気調和機  Integrated air conditioner
技術分野 Technical field
本発明 上下開閉窓に取り付ける一体形空気調和櫸の構^ 組立方法及び、 その取付装置に関する ものであ る。  The present invention relates to a method for assembling a structure of an integrated air conditioner to be attached to upper and lower opening windows, and an attachment device therefor.
背景技術 Background art
米国等で 住居の窓と して上下開閉の窓が広く 使用 されて おり、 空気調和機と して、 その上下開閉窓に挟む形態のものが 多く 使用されている。  In the United States and other countries, windows that open and close vertically are widely used as residential windows, and many air conditioners that are sandwiched between the windows that open and close are used.
以下、 図面を参照に しながら上述の従来からある空気調和機 について説明を行な う。  Hereinafter, the conventional air conditioner described above will be described with reference to the drawings.
まず 第 1 図から第 5 図を参考に説明する。 1 0 1 は一体形 空気調和機の本体 前面グリ ル 1 0 2、 外箱 1 0 3及びこの 外箱 1 0 3 の内部へ引出 し可能に納め られている内部ュニッ ト 1 0 4 から構成されている。 この外箱 1 0 3 は板金部品であ り、 天面 · 側面にそれぞれ切り起こ しによ りルーバ 1 0 5 が設け ら れており、 背面には金網 1 0 6が溶接され ま た底面の前面側 および背面側には補強を兼ねて連結機 1 0 7 ， 1 0 8 が溶接さ れ 防錡のため塗装が施されており、 また断熱及び風漏れ防止 のため断熱材やシール材が貼られている。 つぎに内部.ュニッ ト 1 0 4 板金で作られた基板 1 0 9 と、 その基板 1 0 9上に 設けられた室外側風回路 1 1 0 と室内側風回路 1 1 1 を区分す るバルクへッ ト 1 1 2 によ り構成されている。 また室外側風回 路 1 1 0 に 凝縮器 1 1 3 とプロペラ フ ァ ン 1 1 4 とモータ 1 1 5 とモータ合 1 1 6 とエアガイダ一 1 1 7 と、 そのエアガ イダー 1 1 7 とバルクへッ ト 1 1 2 の補強を行う連結桟 1 1 8 と、 周知の冷凍サイ クルを構成する圧縮機 1 1 9 と凝縮器カバ - 1 2 0 が設けられている。 まナ 凝縮器 1 1 3 はその両端が エアガイダ一 1 1 7 の両端へネジ止めされ 基板 1 0 9 上に固 定されている。 次に 室内側風回路 1 1 1 蒸発器 1 2 1 と 氷受け皿 1 2 2 とシロ ッ コ フ ァ ン 1 2 3 とシロ ッ コエアガ^ダ 1 2 4 とシロ ッ コエアガイダ側板 1 2 5 とダク ト 1 2 6 とダク ト 1 2 6 を保護する と同時にパルクへッ ト 1 1 2 の強度を確保 するための天面カバ一 1 2 7 から構成されている。 次に風の流 れに付いて説明する。 まず室内側 シロ ッ コフ ァ ン I 2 3 に よ り前面グリ ル 1 0 2 の吸い込み部 1 2 8 から室内空気を吸い 込^ 蒸発器 1 2 1 で冷やされ シロ ッ コエアガイダー 1 2 4 ダク ト 1 2 6 を通って吹き出しグリ ル 1 2 9から室内側に吹き 出す。 次に室外側 . プロペラフ ァ ン 1 1 4 によ り外箱 1 0 3 の背面に設けられた吸い込み口 1 3 0 から室外空気を吸い込み 凝縮器 1 1 3 により加熱され エアガイダ— 1 1 . 7 を通ってル ーパ 1 0 5から室外側に吹き出される。 次に据え付けについて 説明する。 まず 外箱 1 0 3 の天面に窓枠と重なり合う L型板 1 2 8 をネジにより固定する。 そ して、 外箱 1 ひ 3 の底面にコ ノ字板 1 2 9 をネジによ り固定する。 次にこの L型板 1 2 8 と コノ字板 1 2 9 に据え付け具 （図示せず） を揷入し 窓に本体 1 0 1 を設置する。 First, a description will be given with reference to FIGS. Reference numeral 101 denotes an integrated air conditioner body consisting of a front grille 102, an outer box 103, and an inner unit 104 that can be pulled out into the outer box 103. ing. The outer box 103 is a sheet metal part, and is provided with a louver 105 by cutting and erecting the top and side surfaces, and a wire mesh 106 is welded to the rear surface. Couplers 107 and 108 are welded to the front and rear sides for reinforcement, and are painted to prevent damage. Insulation and sealing materials are applied to insulate and prevent air leakage. Have been. Next, inside: Unit 104 Board 109 made of sheet metal, and bulk separating the outside wind circuit 110 and indoor wind circuit 111 provided on board 109 It consists of heads 1 and 2. Condenser 113, propeller fan 114, and motor are installed in outdoor air circuit 110. A well-known refrigeration cycle consists of 1 15 and motor combination 1 16 and air guider 1 1 17, its air guider 1 17 and connecting bar 1 18 for reinforcing bulkhead 1 1 2 A compressor 1 19 and a condenser cover-120 are provided. The condenser 113 has both ends screwed to both ends of the air guider 117 and fixed on the substrate 109. Next, the indoor side air circuit 1 1 1 evaporator 1 2 1, ice tray 1 2 2, sirocco fan 1 2 3, sirocco air girder 1 2 4, sirocco air guider side plate 1 2 5 and duct It consists of a top cover 127 that protects 126 and ducts 126 while at the same time ensuring the strength of the parc heads 112. Next, the flow of the wind will be described. First, indoor air is sucked in from the suction part 1 2 8 of the front grill 10 2 by the indoor sirocco fan I 23 ^ ^ The sirocco air guider cooled by the evaporator 1 2 1 1 2 4 Duct 1 Air blows through 26 and blows out indoors from grill 1 29. Next, outdoor air is sucked in from outside air through a suction port 130 provided on the back of the outer case 103 by a propeller fan 114 and heated by a condenser 113 to be heated by an air guider 117. The air is blown out from the looper 105 through the room. Next, installation will be described. First, the L-shaped plate 1 28 overlapping the window frame is fixed to the top of the outer box 103 with screws. Then, fix the conical plate 1 29 to the bottom of the outer box 1 and 3 with screws. Next, the fixtures (not shown) are inserted into the L-shaped plate 1 28 and the cono-shaped plate 1 29, and the main body 101 is set in the window.
しかしなが ^ 上記従来の構成で 強度を確保するための 基本部品がすべて板金部品であり、 かつ構成部品点数が多いた ¾ 部品単品の寸法精度、 組立精度による品質パラ ツキが発生 し易すいた ^ 高品質化が要求されている。 ま た板金部品が主 であるので防錡処理および断熱材等の使用量が多いため部品点 数の消滅が求め られている。 However, the basic components for securing strength in the conventional configuration described above are all sheet metal components, and the number of component parts is large. 品質 Quality variations are likely to occur due to dimensional accuracy and assembly accuracy of individual parts. ^ High quality is required. In addition, since sheet metal parts are mainly used, there is a need to eliminate the number of parts due to the large amount of use of heat protection and heat insulating materials.
また凝縮器 1 1 3 基板 1 0 9 ♦ バルクへッ ト 1 1 2 · 連 結機 1 0 7 * 1 0 8 等によ り寸法規制をしているエアガイダー 1 1 7 にネ ジで固定されているた & この構成部品のいずれの 寸法精度が変化しても取付寸法が変化するため品質バラ ツキが 発生し易く、 高品質化が要求されている。 ，  Condenser 1 1 3 Substrate 1 0 9 ♦ Bulk head 1 1 2 Screw fixed to air guider 1 1 7 whose dimensions are controlled by coupling 1 0 7 * 10 8 etc. Even if the dimensional accuracy of any of these components changes, the mounting dimensions change, so that quality variations are likely to occur, and high quality is required. ,
また本体を据え付けるに L型板 1 2 8 と コ ノ字板 1 2 9 がなければ据え付けでき またこの据え付け部品は全て据え 付け者によ ってネジ等によ り取り付け られているの 据え付 け状態にバラツキが発生し易いた 据え付け状態の安定化と 据え付けの簡素化が要求されている。 また本体の組立 あ ら ゆる方向から部品とネジを取り付けなければな らないた 作 業性が悪く、 かつ自動組立などを実施する ことが困難であるの で自動組立化等の省人化が要求されている。  Also, it is possible to install the main body without the L-shaped plate 1 28 and the conical plate 1 2 9 when installing it.All the installation parts are installed by screws etc. by the installer. Since the state tends to vary, it is required to stabilize the installation state and to simplify the installation. In addition, assembly of the main body requires mounting of parts and screws in all directions, which is inconvenient and difficult to carry out automatic assembly. Have been.
発明の開示 Disclosure of the invention
そこで本発明 室内側および室外側各々で基板と外箱を樹 脂によ り一体成形品で形成し この室内側と室外側の境に板金 で出来たバルクへッ トを設け、 このバルクへッ トの上下を室外 側の一体成形品と係合し 力'、つ室内側の一体成形品をバルクへ ッ 卜 と係合した ものである。  Therefore, the substrate and the outer box of the present invention are formed integrally with resin on both the indoor side and the outdoor side by resin, and a bulkhead made of sheet metal is provided at a boundary between the indoor side and the outdoor side, and the bulkhead is provided. The upper and lower ends of the unit are engaged with the integrally molded product on the outdoor side, and the integral molded product on the indoor side is engaged with the bulkhead.
さ らに本発明は室内側及び室外側各々で基板と外箱を樹脂に よ り一体成形品で形成し かっこの室外側一体成形品の下部の 一部が室内側に延出 し この室内側と室外側の境に板金で出来 たバルクへッ トを設け、 このバルクへッ 卜の上下を室外側の一 体成形品と係合し かつ室内側の一体成形品をバルクへッ ト と 係合したものである。 Further, in the present invention, the substrate and the outer box are formed of resin as an integrally molded product on the indoor side and the outdoor side, respectively. A part extends to the indoor side, and a bulkhead made of sheet metal is provided at a boundary between the indoor side and the outdoor side. This is the one with the inner molded product engaged with the bulkhead.
さらに本発明 室内側および室外側各々で基板と外箱を樹 脂により一体成形品で形成し かっこの室外側一体成形品背面 のほぼ中心で、 かつ凝縮器の雨サイ ド端板が位置する部分にネ ジボスを設け、 また凝縮器の両サイ ド端板にネ ジ用の取付穴を 設けたものである。  Further, the substrate and the outer box are formed of resin in one unit on the indoor side and the outdoor side, respectively, at a position substantially at the center of the back surface of the outdoor-side integrally formed product and at which the rain side end plate of the condenser is located. A screw boss is provided on each side, and mounting holes for screws are provided on both side end plates of the condenser.
さらに本発明 ^ 室内側および室外側各々で基板と外箱を樹 脂により一体成形品で形成し この室内側と室外側の境に板金 でできて、 かつ上端を室外側の一体成形品より上に延出したバ ルクへッ トを設けたものである。  Further, the present invention ^ The substrate and the outer box are formed of resin in an integrated product on the indoor side and the outdoor side, respectively, and are formed of sheet metal at a boundary between the indoor side and the outdoor side, and the upper end is above the integrated molded product on the outdoor side. It has a bulkhead that has been extended to the country.
さらに本発明 室内側および室外側各々で基板と外箱を榭 脂により一体成形品で形成し この一体成形された室外側成形 品天面及び底面に据え付け具を揷入する溝を形成する リ プを設 けたものである。  In addition, the present invention further provides a resin body in which a substrate and an outer box are formed of resin by integral molding on the indoor side and the outdoor side, and grooves are formed on the top and bottom surfaces of the integrally molded outdoor-side molded article to insert mounting fixtures. It has been set up.
さらに本発明 全ての部品及びネ ジを室内側から取付およ び締め付けできる様な構成としたものである。  Further, the present invention is configured such that all parts and screws can be attached and tightened from the indoor side.
基本構成部品が樹脂化され また部品点数が減少するため部 品精度及び組立精度が向上し品質が安定する。 さ らに 樹脂化 された室外側の基板部分が室内側に延出しているため室内側で できた凝縮水 この樹脂化された基板に溜るため防鐯処理及 ぴ断熱材が不要となる。  Since the basic components are made of resin and the number of parts is reduced, the accuracy of parts and assembly is improved, and the quality is stabilized. Furthermore, since the resinized outside substrate portion extends to the indoor side, condensed water generated inside the room accumulates on the resinized substrate, thus eliminating the need for heat protection and heat insulation.
さらに 凝縮器は樹脂化された室外側一体成形品の背面に直 接固定されるので取付寸法精度が向上する。 In addition, the condenser is placed directly on the back of the resin-molded outdoor unit. Since it is connected and fixed, the mounting dimensional accuracy is improved.
さ らに バルクへッ 卜が据え付け具と しての役目 も担うた & 部品点数が減少し据え付け精度が向上する と共に据え付けの簡 素化が図られる。  In addition, the bulkhead also plays a role as an installation tool. The number of parts is reduced, the installation accuracy is improved, and the installation is simplified.
さ らに 室外側成形品の リ ブによ り精度良く 所定の状態に本 体を据え付ける こ とができる。  Furthermore, the main body can be installed in a predetermined state with high accuracy by the rib of the outdoor molded product.
さ らに 本体部品及びネジを室内側からのみ取り付けるた 組立の自動化が出來 省人化及び品質の安定化が図られる。 図面の簡単な説明  Furthermore, assembling, in which the main body parts and screws are attached only from the indoor side, has been automated, and labor saving and quality stabilization have been achieved. BRIEF DESCRIPTION OF THE FIGURES
第 1 図は従来の一体形空気調和機の正面斜視 ¾ 第 2 図は同 —体形空気調和機の背面斜視 第 3 ¾ 第 4 図はそれぞれ同 一体形空気調和機の内部を示す斜視 ^ 第 5図は同一体形空気 調和機の外箱斜視 ¾ 第 6 図は本発明の一実施例における一体 形空気調和機の正面斜視 ¾ 第 7 図は同一体形空気調和機の背 面斜視 ¾ 第 8 図は同一体形空気調和機の縦断面 第 9図は 同一体形空気調和機の横断面 ¾ 第 1 0 図は同一体形空気調和 機の分解斜視 ¾ 第 1 1 図は同一体形空気調和機の室内側グリ ルの斜視 ¾ 第 1 2 図は同一体形空気調和機のバルクへッ トの 斜視 ¾ 第 1 3 図は同一体形空気調和機のエアガイ ダの斜視 第 1 4 図は同一体形空気調和機のエアガイ ダの断面 ¾ 第 1 5 図は同一体形空気調和機の据え付け具斜視 ¾ 第 1 6 図は同一 体形空気調和機の据え付け具半断面 El 第 1 7 図（a )、 （b )は同 —体形空気調和機の風向き変更羽根斜視 ¾ 第 1 8 図は同一体 形空気調和機の合枠要部 （ F部） 斜視 EL 第 } 9 図は同一体形 空気調和機の合枠ルーバ断面 HL 第 2 0 図は同一体形空気調和 機の合枠要部リ ブ斜視 El 第 2 1 図は同一体形空気調和機の要 部組立断面匮 第 2 2図（a )〜（c)は同一体形空気調和機の圧縮 機取付説明 第 2 3図は同一体形空気調和機の室内側グリ ル 取付断面 11 第 2 4'図は同一体形空気調和機の据え付け状態を 示す半断面図である。 Fig. 1 is a front perspective view of a conventional integrated air conditioner. ¾ Fig. 2 is a rear perspective view of the same type air conditioner. Fig. 3 is a perspective view showing the inside of the integrated air conditioner. ^ Fig. 5 The figure is a perspective view of the outer case of the unitary air conditioner. Fig. 6 is a front perspective view of the integrated air conditioner in one embodiment of the present invention. Fig. 7 is a back perspective view of the unitary air conditioner. Longitudinal cross section of a single air conditioner Fig. 9 shows a cross section of the single air conditioner ¾ Fig. 10 shows an exploded perspective view of the single air conditioner ¾ Fig. 11 shows an indoor grill of the single air conditioner 2 Fig. 12 is a perspective view of the bulkhead of the air conditioner 同一 Fig. 13 is a perspective view of the air guider of the air conditioner Fig. 14 is an air guider of the air conditioner Cross-section ¾ Fig. 15 is a perspective view of the installation of the air conditioner. 体 Fig. 16 is an installation of the air conditioner. Fig. 17 (a) and (b) are perspective views of the blades that change the direction of the air flow of the air conditioner. Fig. 18 is a perspective view of the essential part of the frame (F section) of the air conditioner of the same shape. EL Fig. 9 Fig. 9 is the same type air conditioner. HL Fig. 20 is the same type air conditioner. Fig. 21 is a sectional view of the main part of the same body type air conditioner. Fig. 22 (a) to (c) show the compressor installation explanation of the same body type air conditioner. Fig. 3 is a sectional view of the indoor grille of the unitary air conditioner. Fig. 24 'is a half sectional view showing the installed state of the unitary air conditioner.
発明を実施するための最良の形態 BEST MODE FOR CARRYING OUT THE INVENTION
以下、 本発明の実施例を添付図面にも とづいて説明する。 ま ず一体型空気調和機における全体構造について説明する。 第 6 図〜第 2 4 図において 1 は一体形空気調和機の本体で、 室内側 グリル 2、 合枠 3、 バルクへッ ト 4および室内風回路 A · 室外 風回路 Bから構成されている。 室内側グリ ル 2 は本体 1 の前面 からパルクへッ ト 4 および合枠 3 に,着脱可能に取り付け られ 吸い込み口 5 を有している。 また合枠 3 は樹脂で成形されてお り室外風回路 Bを覆う外箱部 6 と室内グリ ル 2 の中まで揷入さ れている基板部 7が設けられている。 さ らにこの外箱部 6 の外 面に 左側面から背面を通って右側面までつながっていて、 かつ外箱部 6 の補強を兼ねるルーパ 8 と、 本体天面から垂直方 向に飛び出てかつ外箱部 6 の補強を兼ねる吸い込みルーバ 9 と、 この吸い込みルーパ 9 の室内側 （前面側） に据え付け具 65を取 り付ける レール部 1 0 と、 この据え付け具 6 5 の本体 1 の幅方 向の動きを規制する波状部 1 1 が設けられている。 1 4 はルー バ 8 によ り構成された吸い込み部であ り、 1 5 は吹き出 し部で ある。 ルーバ 8 の形状 製品内部にむかって太く なつている クサビ形状でかつ先端は丸く なっている。 また外箱部 6 の内部 に 前記吹き出し部 1 5 のルーバ 8 を補強し かつ室内側に 飛び出ている縦リ ブ 1 6 と、 周知の冷凍サイ ク ルを構成する凝 縮器 1 7 を合枠 3 に固定するためのボス 1 8 · 1 9 と、 室内側 と室外側を区画するバルクへッ ト 4 の ] ¾端を固定するボス 2 0 と中心を固定するボス 2 1 と、 凝縮器 1 7 の端板 2 2 · 2 3 と 外箱部 3 とによ る接触音を防止する為の リ ブ 2 4 · 2 5 が端板Hereinafter, embodiments of the present invention will be described with reference to the accompanying drawings. First, the overall structure of the integrated air conditioner will be described. 6 to 24, reference numeral 1 denotes the main body of the integrated air conditioner, which is composed of an indoor grill 2, a joint frame 3, a bulkhead 4, an indoor air circuit A and an outdoor air circuit B. The indoor grill 2 has a suction port 5 detachably attached to the pallet head 4 and the joint frame 3 from the front of the main body 1. The joint frame 3 is made of resin and has an outer box 6 covering the outdoor air circuit B and a substrate 7 extending into the interior grill 2. In addition, a looper 8 is connected to the outer surface of the outer case part 6 from the left side to the right side through the back surface, and also serves as reinforcement of the outer case part 6, and protrudes vertically from the top surface of the main body. Suction louver 9 that also reinforces outer box 6, rail 10 for mounting fixture 65 on the indoor side (front side) of suction looper 9, and width direction of main body 1 of fixture 65. There is provided a wavy portion 11 that regulates the movement of the vehicle. Reference numeral 14 denotes a suction portion formed by the louver 8, and reference numeral 15 denotes a blowout portion. Louver 8 shape The wedge shape is thicker toward the inside of the product and the tip is rounded. In addition, the louver 8 of the blowing section 15 is reinforced inside the outer box section 6 and Bosses 18 and 19 for fixing the protruding vertical rib 16 and the condenser 17 that constitutes the well-known refrigeration cycle to the joint frame 3, and the bulk that separates the indoor and outdoor sides [Head 4] 接触 Prevents the contact noise between the boss 20 fixing the end and the boss 21 fixing the center, the end plates 22 and 23 of the condenser 17 and the outer box 3 Ribs 2 4 and 2 5 are end plates
2 2 · 2 3 の上端及び下端に当たるよ う に設けられている。 次 に室内側グリ ル 2 に一部が挿入されている基板部 7 について説 明する。 室内側グリ ル 2 に挿入されている基板部 7 Aに 前 記ルーバ 8 の下端よ り高い リ ブ 2 6 が全周設けられており外箱 部 6 につながっている。 また リ ブ 2 6 の前面側には周知の冷凍 サイクルを構成する蒸発器 3 3 をネジで固定するための穴 3 4 が設けられている。 It is provided so as to correspond to the upper and lower ends of 22 and 23. Next, the board part 7 partially inserted in the indoor grill 2 will be described. A rib 26 higher than the lower end of the louver 8 is provided all around the board portion 7A inserted in the indoor grill 2 and is connected to the outer box portion 6. A hole 34 for fixing an evaporator 33 constituting a well-known refrigeration cycle with a screw is provided on the front side of the rib 26.
また基板部 7 の内部に 周知の冷凍サイ クルを構成する圧 縮機 2 7 をゴムマウ ン ト 2 8 を介して固定するための 2 本のポ ル ト 2 9 と、 ゴムマウ ン ト 2 8 の外周を支持する円形状の リ ブ Further, two ports 29 for fixing a compressor 27 constituting a well-known refrigeration cycle to the inside of the substrate section 7 through a rubber mount 28, and an outer periphery of the rubber mount 28 Circular rib that supports
3 0 と、 前記バルタへッ ト 4 の下部を基板部 7 に位置決めする ための リ ブ 3 1 と この リ ブ 3 1 を介してバルクへッ ト 4 を基板 部 7 に固定するための U溝 3 2 と水飛び防止部 6 6 が設けられ ている。 また基板部 7 の底面には据え付け具 6 5 を取り付ける レール部 1 2 と、 基板部 7 の補強を行う リ ブ （図示せず） が設 け られている。 この レール部 1 2 室内側寄りの リ ブ 1 2 A と背面側寄り リ ブ 1 2 B及び据え付け具 6 5 の上下 （高さ） 方 向の動きを規制する リ ブ 1 2 Cよ り構成されている。 こ こでリ ブ 1 2 Bの内側に 据え付け具 6 5 の本体 1 幅方向の動きを 規制する波状部 1 3 が設けられている。 ま リ ブ 1 2 C 本体 1 を据え付けたときおよび本体 1 を下に置いたときに直接 床面に当たらないよう隙間 Cを有する様に設けられており、 リ プ 1 2 A · 1 2 Bにつな力くつている。 30, a rib 31 for positioning the lower portion of the balta head 4 on the substrate portion 7, and a U groove for fixing the bulkhead 4 to the substrate portion 7 via the rib 31. 32 and a water splash prevention part 66 are provided. On the bottom surface of the board part 7, a rail part 12 for mounting the fixture 65 and a rib (not shown) for reinforcing the board part 7 are provided. This rail section 1 2 is composed of a rib 12 A closer to the indoor side, a rib 12 B closer to the rear side, and a rib 12 C that regulates the upward and downward (height) movement of the mounting fixture 65. ing. Here, a wavy portion 13 that regulates the movement of the mounting fixture 65 in the width direction is provided inside the rib 12B. Live 1 2 C It is provided so that it has a gap C so that it does not directly hit the floor when the main body 1 is installed or when the main body 1 is set down, and the force is applied to the lip 12A and 12B .
次に室外風回路 B 前記吹き出し部 15に対向して前記凝縮 器 1 7 と この凝縮器 1 7 の熱を放熱するために通風する と同時 に基板部 7上の水を飛散させるためのスリ ンガーリ ングを設け たプロペラフ ァ ン 7 0 と、 バルクへッ ト 4 にネジにより固定さ れプロペラフ ァ ン 7 0 を駆動するフ ァ ンモ一夕 7 1 とエアガイ ダー 3 5 とフ ァ ンモータ 7 1 のリ ー ド線をカバーする リ ー ド線 カバー 3 6 と圧縮機 2 7 及び配管等によって構成されている。 こ こで前記基板部 7 の内部に設けられた水飛び防止部 6 6 につ いて説明する。 これはプロペラフ ァ ン 7 0 の下部に基板部 7 か ら突出した平面部 & 7 と、 エアガイダー 3 5 の下端の位置決め をする斜めの面 6 8 (以下斜面） と、 平面部 6 7 の外周の室内 側寄り とプロペラフ ァ ン 7 0 の回転方向に対して入口側に平面 部 6 7 から突出 したリ ブ 6 9 から構成されている。 次にバルク へッ ト 4 (第 7 図） について説明する。 このパルクへッ ト 4 は 板金部品により作られており、 フ ァ ンモータ 7 1 の取付穴 3 7 と、 圧縮機 2 7 の逃がしょ う絞り 3 8 とフ ァ ンモータ 7 1 の リ 一 ド線逃がしょ う絞り 3 9 とフ ァ ンモータ 7 1 及び圧縮機 2 7 の リ ー ド線を室内側の電源板 4 0 に通すための穴 4 1 と前記合 枠 3 にネジで固定するための穴 4 2 と両端の室外側への祈り曲 げ 4 3 と据え付け具 6 5 を固定するための取付穴 4 と室内側 への折り曲げ 4 5 と吹き出しグリ ル 4 6 のッメ 4 7 を係合する 溝 4 8 と基板部 7 の上に設置する為の折り曲げ 4 9 と電源板 4 0 を固定するための穴と溝 （いずれも図示せず） と据え付け具 6 5 の上下 （高さ） 方向の動きを規制する両端の折り曲げ 7 2 と本体完成時台枠 3 から上方向にとび出ていて据え付け時、 窓 枠の一部に重な り合う据え付け部 73と圧縮機 2 7 の脚 2 7 Aの 逃がし部分 7 4 と室内側グリ ル 2 と係合する切欠き 7 8 と折り 曲げ 7 9 から構成されている。 ま たフ ァ ンモータ 7 1 との共振 や強度不足を避けるため必要な絞りが施されている。 Next, the outdoor air circuit B is opposed to the blow-out portion 15 and is ventilated to radiate the heat of the condenser 17 and the condenser 17 and at the same time, is sleeved to scatter water on the substrate portion 7. Of the propeller fan 70 provided with a ring, the fan motor 71 which is fixed to the bulkhead 4 with screws and drives the propeller fan 70, the air guider 35 and the fan motor 71 It is composed of a lead wire cover 36 that covers the lead wire, a compressor 27 and piping. Here, the water splash prevention part 66 provided inside the substrate part 7 will be described. The lower part of the propeller fan 70 is a flat part & 7 protruding from the substrate part 7, an oblique surface 68 (hereinafter referred to as a slope) for positioning the lower end of the air guider 35, and an outer peripheral part of the flat part 67. It is composed of a rib 69 protruding from the flat portion 67 on the inlet side with respect to the indoor side and the rotation direction of the propeller fan 70. Next, bulk head 4 (Fig. 7) will be described. This bulge head 4 is made of sheet metal parts, and has a mounting hole 37 for the fan motor 71, a throttle 38 for the compressor 27 to escape, and a lead wire escape for the fan motor 71. The hole 41 for passing the lead wires of the diaphragm 39, the fan motor 71, and the compressor 27 to the power supply plate 40 on the indoor side, and the hole 4 for fixing to the joint frame 3 with screws 2 and praying bends to the outside of the room at both ends 4 3 Mounting holes 4 for fixing the fixtures 6 5, bending to the inside of the room 4 5, and grease 4 6 4 8 and bend for installation on board 7 4 9 and power board 4 Holes and grooves (both not shown) for fixing 0 and bending at both ends that restrict the vertical movement (height) of the fixture 6 5 7 2 and projecting upward from the underframe 3 when the body is completed During installation, the installation part 73 that overlaps a part of the window frame and the relief part 7 4 of the leg 27 A of the compressor 27 and the notch 7 8 that engages with the indoor grill 2 are bent and bent. It consists of 7 9. Necessary throttling is provided to avoid resonance with the fan motor 71 and insufficient strength.
次にエアガイ ダー 3 5 (第 1 3 図） 〖 通風の気密性確保と 水滴飛散防止の為凝縮器 1 7 の上端を覆っている凝縮器カバー 部 5 0 とバルクへッ ト 4 から凝縮器 1 7側へ半円上に曲がって、 かつ下部の一部のみ上方向に曲がっていて、 さ らにプロペラ フ ア ン 7 0 の中心より上方向に中心があり、 かつ上下方向に長い 長穴のオリ フ ィ ス 5 1 と凝縮器 1 7 と共にボス 1 8 · 1 9 を介 して台枠 3 に固定されるための穴 7 5 · 7 6 を有している。  Next, the air guider 35 (Fig. 13) 為 The condenser cover 50 covering the upper end of the condenser 17 and the bulkhead 4 to the condenser 1 to ensure airtightness of the ventilation and to prevent water droplets from scattering. It is bent to the semicircle to the 7 side, and only a part of the lower part is bent upward, and the center of the propeller fan 70 is located above the center of the propeller fan. Along with the orifice 51 and the condenser 17, there are provided holes 75 and 76 for fixing to the underframe 3 via the bosses 18 and 19.
次に室内側風回路 A 前面に室内側グリ ル 2 と室内側グリ ル 2 の吸い込み口 5 に対向して設けられかつ下端を基板部 7 に 係合した蒸発器 3 3 と、 この蒸発器 3 3 と吸い込み口 5 の間に エアフ ィ ルタ ー 5 2 と、 蒸発器 3 3 によ り作られた凝縮水を室 外風回路 B に導き、 かつ前記フ ァ ンモータ 71に取り付け られて 蒸発器 3 3 へ通風する シロ ッ コフ ァ ン 5 3 のエアガイ ダーを兼 ねた断熱発泡体のシロ ッ コエアガイダ 5 4 と、 吹き出しグリ ル 4 6 と操作パネル 5 5 と シロ ッ コ フ ァ ン 5 3 の風の吸い込み口 6 3 と蒸発器 3 3 の天面カバー 5 6 と蒸発器 3 3 の端板上端を 固定する係合片 5 7 とサーモキヤ ピ 5 8 を固定する溝 5 9 とサ 一モキャ ピ 5 8 付近の風をシロ ッ コ フ ァ ン 5 3 に送るための切 欠き 6 0 と、 バルクへッ ト 4 に係合するッメ 4 7 とエアフィ ル ター 5 2の案内をする室内レール 7 7 を兼ねた吹き出しグリ ル 4 6 と、 この吹き出 しグリ ル 4 6 から吹き出した風を変更する 変更羽根 6 1 と、 電装部品を収納する電源板 4 0 と、 バルクへ ッ ト 4 を越えて室内側へ出てきた圧縮機 2 7 を覆う防音板 6 2 と配管等から構成されている。 Next, an evaporator 33 is provided on the front side of the indoor air circuit A so as to face the indoor grill 2 and the suction port 5 of the indoor grill 2 and has a lower end engaged with the substrate section 7; The condensed water generated by the air filter 52 and the evaporator 3 3 is introduced between the air filter 52 and the suction port 5 to the outdoor air circuit B, and is attached to the fan motor 71 to be connected to the evaporator 3. Sirocco fan 53 that ventilates to 3 Sirocco air guider 54 that is also a heat-insulating foam that also serves as the air guider for 3, blow-off grill 46, operation panel 55, and wind for sirocco fan 53 6 6 and the top cover of the evaporator 3 3 5 6 and the engaging piece 5 7 for fixing the upper end of the end plate of the evaporator 3 3 and the groove 5 9 for fixing the thermocap 5 8 and the thermocap 5 8 Switch off the wind near the fan to the fan. The cutout 60, the blowout grill 46 that also serves as the indoor rail 77 that guides the air filter 52 and the lug 47 that engages with the bulkhead 4, and the blowout grill 46 Modified blades 61 to change the blown wind, power supply plate 40 to store electrical components, soundproof plate 62 to cover compressor 27 coming out of the room beyond bulkhead 4, pipes, etc. It is composed of
ここで 室内側グリ ル 2 について説明する。 この室内側グリ ル 2 (第 1 4 図） に 前面に吸い込み口 5 と、 上端にバルク へッ 卜 4の切欠き 7 8 と係合する左右のッメ 8 0 と、 バルクへ ッ ト 4 の折り曲げ 7 9 と係合するッメ 8 1 と、 吹き出しグリ ル 4 6を揷入する穴 8 2 と、 合枠 3 の基板部 7 にネジで固定する ための穴 8 3 が設けられている。 こ こで、 吸い込み口 5 の上端 (高さ方向） 蒸発器 3 3 より上でサーモキャ ピ 5 8 のほぼ 正面に位置するよう に成っている。  Here, the indoor grill 2 will be described. This indoor side grill 2 (Fig. 14) has a suction port 5 at the front, a left and right hook 80 engaging a notch 78 of the bulkhead 4 at the upper end, and a bulkhead 4 at the upper end. A hole 81 for engaging with the bend 79, a hole 82 for inserting the blow-out grill 46, and a hole 83 for fixing the board portion 7 of the joint frame 3 with screws are provided. Here, the upper end (in the height direction) of the suction port 5 is located above the evaporator 33 and almost in front of the thermocap 58.
次に 変更羽根 6 1 (第 1 7図） について説明する。 この変 更羽根 6 1 前記吹き出しグリ ル 4 6 に回転 （変更） 可能に 取り付けられており、 2枚の羽根 6 1 Aと 1枚の羽根 6 1 Bか ら構成されている。 こ こで 2枚の羽根 6 1 A ^ P P榭脂の ヒ ンジ勃果を有する連結桟 6 1 Cで回転 （変更） 可能なよう に —体成形されつながっている。 また変更羽根 6 1 B 変更羽 根 6 1 Aと共に回転 （変更） 可能なよう に連結桟 6 1 Cに有す る溝 6 1 Dに弓 Iつ力、けられている。  Next, the modified blade 6 1 (FIG. 17) will be described. The changing blade 6 1 is rotatably (changeable) attached to the blowing grill 46, and is composed of two blades 61 A and one blade 61 B. Here, the two blades 61A ^ PPP are rotatable (changeable) by a connecting bar 61C having a hinged eruption of the fat—the body is formed and connected. In addition, the modified blade 61 B is bowed in the groove 61D of the connecting bar 61C so that it can rotate (change) together with the modified blade 61A.
次に据え付け具 6 5 について説明する。 この据え付け具 6 5 (第 1 5図） 据え付け枠 8 4 と本体 1 の幅方向に伸縮自在 な蛇腹 8 5 から構成されており、 蛇腹 8 5 のヒ ッ カケ部 8 6 が 据え付け枠 8 4 のッ メ 8 7 に係合されている。 据え付け枠 8 4 (第 1 5 EI 第 1 6 図） 窓枠が乗る窓枠受け部 8 8 と前記 台枠 3 の レール部 1 0 に挿入されるコの字部 8 9 と前記基板部 7 レール部 1 2 に挿入される コの字部 9 0 とバルクへッ ト 4 の 折り曲げ 7 2 の下に挿入される リ ブ 9 1 から構成されて.、いる。 ま コの字部 8 9 · 9 0 に 台枠 3 の波状部 1 1 · 1 3 と 接触して据え付け具 6 5 の幅方向の動きを規制する突起部 9 3 • 9 4 が設けてある。 次に組立方法について説明する。 まず合 枠 3 に 配管 （図示せず） をつけた凝縮器 1 7 を室内側より挿 入する。 次にエアガイダー 3 5 の下端を前記水飛び防止部 6 6 を乗り越え斜面 6 7 に沿って斜めに挿入し ボス 1 8 · 1 9 を 介して凝縮器 1 7 とエアガイ ダー 3 5 をネ ジ 9 . 5 によ り合枠 3 に共締めする。 この時、 ボス 1 8 · 1 9 と凝縮器 1 7 およびリ ブ 2 4 * 2 5 の関係 第 2 1 図のごと く 合枠 3 が変形する寸 法関係と成っている。 Next, the fixture 65 will be described. This mounting fixture 6 5 (Fig. 15) consists of an installation frame 84 and a bellows 85 that can expand and contract in the width direction of the main body 1. It is engaged with the lug 87 of the mounting frame 84. Mounting frame 8 4 (Fig. 15 EI Fig. 16) Window frame receiving portion 8 8 on which the window frame is mounted, U-shaped portion 8 9 inserted into rail portion 10 of underframe 3 and board portion 7 rail It consists of a U-shaped part 90 inserted into the part 12 and a rib 91 inserted under the bent part 72 of the bulkhead 4. The U-shaped portions 89, 90 are provided with projections 93, 94, which contact the corrugated portions 11, 11, of the underframe 3 to restrict the widthwise movement of the fixture 65. Next, an assembling method will be described. First, a condenser 17 with pipes (not shown) attached to frame 3 is inserted from the indoor side. Next, the lower end of the air guider 35 goes over the water splash prevention part 66 and is inserted obliquely along the slope 67, and the condenser 17 and the air guider 35 are screwed through the bosses 18 and 19 9. 5 and fasten to mating frame 3 together. At this time, the relationship between the bosses 18 and 19, the condenser 17 and the ribs 24 * 25 has such a dimensional relationship that the mat frame 3 is deformed as shown in FIG.
次に圧縮機 2 7 に吸入管及びゴムマ ウ ン ト 2 8 をつけて室内 側より挿入し 第 2 5 図のごと く 設置し 2本のポル ト 6 4 に よ り ゴムマウ ン ト 2 8 を介して基板部 7 に固定する。 次に配管 (図示せず） のロウ付け及び圧縮機 2 7 の配線を行う。 次にバ ルクへッ ト 4 にフ ァ ンモータ 7 1 をネ ジによ り取付け、 リ ー ド 線カバー 3 6 をフ ァ ンモータ 7 1 のリ ー ド線上に固定し かつ こ のリ ー ド線を絞り 3 9 に沿わせて引き回 し 穴 4 1 を通し室 内側へ出 し プロペラ フ ァ ン 7 0 をフ ァ ンモータ 7 1 に取付け、 室内側よ り リ ブ 3 1 を乗り越えて設置し ネジ 9 6 によ り外箱 部 6 と基板部 7 に固定する。 この時圧縮機 2 7 の配線は穴 4 1 を通して室内側へ導く。 次に防音板 6 2 をバルクへッ ト 4 に取 付け、 シロ ッ コエアガイダー 5 4 を室内側から基板部 7 に設置 し シロ ッ コフ ァ ン 5 3 をフ ァ ンモータ 7 1 に取り付ける。 Next, attach the suction pipe and rubber mount 28 to the compressor 27, insert it from inside the room, install it as shown in Fig. 25, and install it through the rubber mount 28 with two ports 64. To fix it to the board part 7. Next, brazing of piping (not shown) and wiring of the compressor 27 are performed. Next, a fan motor 71 is attached to the bulkhead 4 with a screw, and the lead wire cover 36 is fixed on the lead wire of the fan motor 71 and this lead wire is attached. Through the drawing hole 41 to the inside of the room, attach the propeller fan 70 to the fan motor 71, and install the screw by riding over the rib 31 from the room side. Fix to the outer box part 6 and the board part 7 with 96. At this time, the wiring of the compressor 27 is Through to the indoor side. Next, the soundproof plate 62 is attached to the bulkhead 4, the sirocco air guider 54 is installed on the substrate section 7 from the indoor side, and the sirocco fan 53 is attached to the fan motor 71.
次に蒸発器 3 3 を基板部 7 のリ ブ 2 7 にネジで固定し 吹き 出しグリ ル 4 6 を揷入し かつ蒸発器 3 3 の雨端板にッメ 5 7 を係合し ッメ 4 7 をバルタへッ ト 4 の切欠き 4 8 に係合する。 次に電源板 4 0 をバルクへッ 卜 4 に固定し サーモキャ ピ 5 8 を溝 4 7 に沿って蒸発器 3 3 の上を引き回す。 次に前面側グリ ル 2 を前からかぶせ前面側グリ ル 2 の穴 8 2 を吹き出しグリ ル 4 6 を揷入し ッメ 8 0 · 8 1 によりパルクへッ ト 4 に係合し ネジ 9 7 によ り基板部 7 に固定し エアフ ィ ルタ ー 5 2 を揷入 する。 こ によ り前面側グリ ル 2 ί バルタへッ ト 4及び合枠 3 を覆うよう に成っている。 ま 吹き出 しグリ ル 4 6 の回り (外周） 吹き出しグリ ル 4 6 と室内側グリ ル 2 2 によって 溝 9 8 が形成されている。  Next, the evaporator 33 is fixed to the rib 27 of the substrate section 7 with screws, the blowout grill 46 is inserted, and the lug 57 is engaged with the rain end plate of the evaporator 33. 4 7 engages notch 4 8 of Balta head 4. Next, the power supply plate 40 is fixed to the bulkhead 4 and the thermocap 58 is routed over the evaporator 33 along the groove 47. Next, cover the front grill 2 from the front, blow out the hole 8 2 of the front grill 2, insert the grill 46, and engage with the pallet head 4 by the hooks 80 · 81 and screw 9 7 Then, fix it to the board part 7 and insert the air filter 52. As a result, the front grill 2 バ ル covers the balta head 4 and the joint frame 3. Around the blow-out grill 46 (outer periphery) A groove 98 is formed by the blow-out grill 46 and the indoor grill 22.
次に 据え付けについて説明する。 まず 合枠 3 の レール部 1 0 · 1 2 に据え付け具 6 5 を揷入し 蛇腹 8 5 をネジによ り バルクへッ ト 4 の穴 4 4 に固定する。 この時、 据え付け枠 8 4 の突起部 9 3 · 9 4 が波状部 1 1 * 1 3 と接触しているた& 据え付け具 6 5 を自 由な位置で固定する こ とが出来る。 次に本 体 1 の据え付けである力 ί まず窓枠合 9 9 の縦面 1 0 0 に前記 合枠 3 の リ ブ 1 2 Αが沿う よ うに本体 1 を窓枠合 9 9上に置ぐ、 次に窓枠 1 0 1 を据え付け具 6 5 のリ ブ 9 1 に沿って、 かつ据 え付け具 6 5 の窓枠受け部 8 8 の上に下ろす。 これによ り、 本 体 1 窓に設置される。 次に据え付け具 6 5 を本体 1 の幅方向に変化させ、 窓の横幅 に合う よ う に調整し 据え付け具 6 5 をネ ジによ り窓枠 1 0 1 に固定し 据え付けは完了する。 この時、 前記据え付け具 6 5 の リ ブ 9 1 と台枠 3 の リ ブ 1 2 Aの奥行き方向の位置関係 リ ブ 9 1 の室外側の面 1 0 2 と リ ブ 1 2 Aの室外側の面 1 0 3 が同じである力 \ ま たは リ ブ 1 2 Aの室内側の面 1 0 3 が室外 側に寄っている。 ま た、 第 9 図のごと く 据え付けられてい'るた め圧縮機 2 7 窓枠合 9 9 の上に乗った状態となっている。 Next, the installation will be described. First, insert the fixtures 65 into the rails 10 and 12 of the joint frame 3 and fix the bellows 85 to the holes 44 of the bulkhead 4 with screws. At this time, the projections 93 and 94 of the installation frame 84 are in contact with the corrugated portions 11 * 13, and the installation tool 65 can be fixed at an arbitrary position. Next, put the main unit 1 on the window frame 99 so that the force that is the installation of the main unit 1 ί First, the ribs 1 2 合 of the frame 3 are aligned with the vertical surface 100 of the window frame 99. Then, lower the window frame 101 along the rib 91 of the fixture 65 and onto the window frame receiving portion 88 of the fixture 65. As a result, the main body is installed in one window. Next, the fixing tool 65 is changed in the width direction of the main body 1 and adjusted so as to match the width of the window, and the fixing tool 65 is fixed to the window frame 101 with a screw to complete the installation. At this time, the positional relationship in the depth direction between the rib 91 of the fixture 65 and the rib 12A of the underframe 3 in the depth direction The outdoor surface 102 of the rib 91 and the outdoor of the rib 12A The surface 103 on the indoor side of the force or rib 12 A is the same, the surface 103 of the same side is closer to the outdoor side. Also, since it is installed as shown in Fig. 9, the compressor 27 is mounted on the window frame 99.
次に風の流れ及び氷の流れについて説明する。 まず室内側の 風の流れであるカ 矢印 Dのごと く シロ ッ コフ ァ ン 5 3 によ り 室内空気を前面側グリ ル 2 の吸い込み口 5 から吸い込みエア フ ィ ルタ ー 5 2 と吸い込み口 6 3 を通り蒸発器 3 3 で冷やされ シロ ッ コエアガイダー 5 4 と吹き出しグリ ル 4 6 を経て室内側 に吹き出される。 次に室外側の風の流れ 矢印 Eのごと く プ 口ペラ フ ァ ン 7 0 によ り台枠 3 の吸い込みルーパ 9 と吸い込み 部 1 4 から室外空気を吸い込みエアガイダー 3 5 を通って凝縮 器 1 7 で加熱され吹き出 し部 1 5 から室外に吹き出される。 室 外側をこのよ う な風回路 （風の流れ） する ことによ り、 凝縮器 1 7 で加熱された空気がすぐに室外に吹き出されるため耐熱温 度が低い材料を合枠 3 に採用する こ とが出来、 また室内側への 熱漏れも低減する こ とができ る。  Next, the flow of the wind and the flow of ice will be described. First, as shown by arrow D, which is the flow of wind on the indoor side, the indoor air is drawn in from the suction port 5 of the front grille 2 by the sirocco fan 53, and the air filter 52 and the suction port 6 are drawn. After passing through 3, it is cooled by the evaporator 33 and is blown out to the indoor side through the sirocco air guider 54 and the blowout grill 46. Next, as shown by the arrow E, the outside air flows from the suction looper 9 of the underframe 3 and the suction section 14 by the port perforator 70 as shown by the arrow E, and the outside air is sucked through the air guider 35 through the air guider 35. It is heated in 7 and blown out of the room from the blowout section 15. By using such a wind circuit (wind flow) on the outside of the room, the air heated by the condenser 17 is immediately blown out of the room, so a material with a low heat-resistant temperature is used for the joint frame 3. It is possible to reduce the heat leakage to the indoor side.
次に水の流れである力《、 蒸発器 3 3 で凝縮された凝縮水はシ ロ ッ コエアガイ ダー 5 4 'によ り室外側に導き られ 合枠 3 の基 板部 7 に溜められプロペラフ ァ ン 7 0 に設けられたス リ ンガー リ ングによ り凝縮器 1 7 にかけられる。 この時プロペラ フ ァ ン 7 0 の風圧によ り波立っ た凝縮水をプロペラフ ァ ン 7 0 がかき 上げるのを水飛び防止部 6 6 が防いでいる。 上記構成におい！:、 構造の基本部品が樹脂で成形された室内側グリ ル 2 と合枠 3 と 板金で出来たバルクへッ ト 4 であるた & 部品点数が少なく か つ部品及び組立寸法精度が向上できる。 一方、 合枠 3 の基板部 7 が室内側ダリ ル 2 の中に揷入されているため凝縮水を確実に 室外側に導く こ とが出来、 かつ凝縮水の処理に断熱材などが不 要となる。 一方、 凝縮器 1 7 を直接台枠 3 に固定するた & 取 付寸法精度が向上できる。 また バルクへッ 卜 4 の一部を据え 付け具と して使用するた ¾ 据え付け具の部品点数が少なく、 かつ確実に本体 1 を据え付けできる。 Next, the power of the water flow, the condensed water condensed in the evaporator 33, is led to the outside of the room by the sirocco air guider 54 ', collected in the base plate 7 of the joint frame 3, and stored in the propeller It is applied to the condenser 17 by the slinger ring provided in the housing 70. At this time, the propeller fan The water splash prevention part 66 prevents the propeller fan 70 from scooping the condensed water waving due to the wind pressure of 70. Smell in the above configuration! : The basic components of the structure are the interior grill 2 made of resin, the joint frame 3 and the bulkhead 4 made of sheet metal. The number of parts is small, and the parts and assembly dimensional accuracy can be improved. On the other hand, since the substrate portion 7 of the joint frame 3 is inserted into the indoor daryl 2, the condensed water can be reliably guided to the outside of the room, and no heat insulating material is required for the treatment of the condensed water. Becomes On the other hand, since the condenser 17 is directly fixed to the underframe 3, the mounting dimensional accuracy can be improved. In addition, a part of the bulkhead 4 is used as an installation tool. The number of parts of the installation tool is small, and the main body 1 can be installed securely.
また、 据え付け具 6 5 のリ ブ 9 1 と台枠 3 の リ ブ 1 2 Aが第 2 4図のごと く 位置関係と成っているので、 簡単に所定の状態 に本体 I を据え付けでき る。 さ らに 本体 1 の構成部品及びネ ジを室内側から取り付けるため組立の自動化が図られる。  Also, since the rib 91 of the fixture 65 and the rib 12A of the underframe 3 are in a positional relationship as shown in FIG. 24, the main body I can be easily installed in a predetermined state. In addition, since the components and screws of the main body 1 are installed from the indoor side, assembly is automated.
産業上の利用可能性 Industrial applicability
以上詳述したよう に 本発明は構造の基本部品が室内側及び 室外側各々で基板と外箱を樹脂により一体成形品で形成され かっこの室内側と室外側の境に板金でできたバルクへッ トを設 けた構造と成っているため構造の基本部品の部品点数が少な く 高品質化が図れる。  As described above in detail, in the present invention, the basic components of the structure are formed by integrally molding the substrate and the outer box with resin on the indoor side and the outdoor side, respectively. Because of the structure with the socket, the number of basic parts of the structure is small and high quality can be achieved.
さ らに 室内側および室外側各々で基板と外箱を樹脂'によ り 一体成形品で形成し かっ この室外側一体成形品の下部の一部 が室内側に延出 し この室内側と室外側の境に板金で出来たバ ルクへッ トを設ける こ とにより、 凝縮氷を確実に室外側に導く こ とができ、 かつ凝縮水の処理に断熱材などが不要となる。 In addition, the substrate and the outer box are formed of resin in one unit on the indoor side and on the outdoor side, respectively. By installing a bulkhead made of sheet metal on the outer boundary, condensed ice is reliably guided to the outside of the room This eliminates the need for heat insulators for the treatment of condensed water.
さ らに 室内側および室外側各々で基板と外箱を樹脂によ り —体成形品で形成し かっ この室外側一体成形品背面のほぼ中 心で、 かつ凝縮器の両サイ ド端板が位置する部分にネジボスを 設け、 また凝縮器の両サイ ド端板にネ ジ用の取付穴を設ける こ とによ り、 凝縮器を直接室外側一体成形品 （合枠） に固定され ているた & 部品点数が減少し かつ取付寸法精度がおよぴ n 質向上が図れる。  In addition, the substrate and outer box are made of resin on both the indoor side and the outdoor side, and are formed of resin-molded products. The condenser is directly fixed to the outdoor unit (mold frame) by providing screw bosses at the position where it is located and mounting holes for screws on both side end plates of the condenser. In addition, the number of parts is reduced, the mounting dimensional accuracy is improved, and the quality is improved.
さ らに 室内側および室外側各々で基板と外箱を樹脂によ り —体成形品で形成し この室内側と室外側の境に板金で出来て、 かつ上端を室外側の一体成形品よ り上に延出したバルクへッ ト を設ける こ とにより、 このバルクへッ トを据え付け具と して使 用するた & 部品点数削減と確実な据え付けが行える。  In addition, the substrate and the outer box are made of resin on both the indoor side and the outdoor side, and are made of molded resin. The boundary between the indoor side and the outdoor side is made of sheet metal, and the upper end is an integrated molded article on the outdoor side. By providing a bulkhead that extends above the surface, it is possible to use the bulkhead as an installation tool, reduce the number of parts, and perform reliable installation.
さ らに本発明 室内側および室外側各々で基板と外箱を榭 脂によ り一体成形品で形成し この一体成形された室外側成形 品天面および底面に据え付け具を挿入する溝を形成する リ ブを 設ける こ と によ り、 据え付け時この リ ブが窓枠接触し簡単に本 体を所定の状態に据え付けできる。  Further, the substrate and the outer box are formed of resin as an integrally molded product on the indoor side and the outdoor side, respectively, and grooves are formed in the top and bottom surfaces of the integrally molded outdoor molded product to insert the mounting fixture. By providing a rib, the rib comes into contact with the window frame during installation, and the main body can be easily installed in a predetermined state.
さ らに本発明 全ての部品及びネ ジを室内側から取付およ び締め付け出来る様な構成となっているため組立の自動化が出 来、 省人化および高品質化が図られる。  Further, since the present invention has a configuration in which all parts and screws can be attached and tightened from the indoor side, assembly can be automated, and labor saving and high quality can be achieved.

Claims

請 求 の 範 囲 The scope of the claims
1. 圧縮機 * 凝縮器 · 蒸発器などを具備した一体形空気調和機 の室外側基板および外箱を榭脂成形品によ り一体形成し 室内側基板および外箱も樹脂成形品により一体形成し さ らにこの室内側および室外側の境に板金によ り仕切板を設 けた一体形空気調和 ¾  1. Compressor * The outdoor board and outer box of an integrated air conditioner equipped with a condenser and an evaporator are integrally formed by resin molding, and the indoor board and outer box are also integrally formed by resin molding. In addition, an integrated air conditioner with a partition plate made of sheet metal on the boundary between the indoor side and the outdoor side.
樹脂成形品によ り一体形成された室外側基板と外箱の基板 部分が室内側まで延出している請求の範囲第 1 項記載の一 体形空気調和^  The integrated air conditioner according to claim 1, wherein the outdoor substrate and the substrate portion of the outer box integrally formed of a resin molded product extend to the indoor side.
3. 凝縮器の両端板の高さ方向でのほぼ中心を榭脂成形品によ り一体形成された室外側基板と外箱に直接ネジ止め した請 求の範囲第 1項記載の一体形 気調和^ 3. Approximately the center in the height direction of the both end plates of the condenser is directly screwed to the outdoor board and the outer box integrally formed of a resin molded product. Harmony ^
一体形空気調和機の室外側基板および外箱を樹脂成形品に よ り一体形成し また室内側基板および外箱も樹脂成形品 によ り一体形成し さ らにこの室内側および室外側の境に 板金によ り仕切板を設け、 この仕切り板の上端が室外側樹 脂成形品よ り上方に延出 している請求の範囲第 1 項記載の 一体形空気調和^  The outdoor board and outer box of the integrated air conditioner are integrally formed by resin molding, and the indoor board and outer box are also integrally formed by resin molding. 2. The integrated air conditioner according to claim 1, wherein a partition plate is provided by sheet metal, and an upper end of the partition plate extends above the outdoor resin molded product.
室内側および室外側各々で基板と外箱を樹脂によ り一体成 彤品で形成し この一体成形された室外側成形品天面およ び底面に据え付け具を揷入する溝と窓枠に接触する リ ブを 設けた、 請求の範囲第 1 項記載の一体形空気調禾 11 ^ 室内側から構成部品全てを取り付ける請求の範囲第 1項記 載の一体形空気調和 ¾  The board and the outer box are formed integrally with resin on both the indoor side and the outdoor side, and the integrally molded outdoor-side molded product is installed in the top and bottom surfaces of the groove and window frame through which the fixture is inserted. An integrated air conditioner according to claim 1, wherein a rib is provided in contact with the integrated air conditioner according to claim 1. 11
部品を取り付ける全てのネジを室内側から締め付ける請求 の範囲第 1 項記載の一体形空気調和 Request to tighten all screws for mounting components from the indoor side Integral air conditioning as described in Paragraph 1
PCT/JP1990/001229 1989-09-26 1990-09-25 Packaged air conditioner WO1993017283A1 (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
US07/689,747 US5193355A (en) 1989-09-26 1990-09-25 Integrated type air conditioner

Applications Claiming Priority (2)

Application Number Priority Date Filing Date Title
JP1/249556 1989-09-26
JP1249556A JPH0726740B2 (en) 1989-09-26 1989-09-26 Integrated air conditioner

Publications (1)

Publication Number Publication Date
WO1993017283A1 true WO1993017283A1 (en) 1993-09-02

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JP (1) JPH0726740B2 (en)
KR (1) KR910006674A (en)
WO (1) WO1993017283A1 (en)

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Publication number Priority date Publication date Assignee Title
KR100402618B1 (en) * 2001-09-19 2003-10-17 주식회사 엘지이아이 Brace apparatus for window type airconditioner
CN101900382A (en) * 2009-05-25 2010-12-01 乐金电子(天津)电器有限公司 Integral window air-conditioner
JP5927888B2 (en) * 2011-12-14 2016-06-01 株式会社富士通ゼネラル Integrated air conditioner
CN108916172A (en) * 2018-09-04 2018-11-30 奥克斯空调股份有限公司 A kind of buckle structure and air conditioner

Citations (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPS5747634Y2 (en) * 1981-08-13 1982-10-19

Patent Citations (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPS5747634Y2 (en) * 1981-08-13 1982-10-19

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JPH0726740B2 (en) 1995-03-29
JPH03110328A (en) 1991-05-10

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