TW201831795A - air conditioner - Google Patents

air conditioner Download PDF

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Publication number
TW201831795A
TW201831795A TW107105708A TW107105708A TW201831795A TW 201831795 A TW201831795 A TW 201831795A TW 107105708 A TW107105708 A TW 107105708A TW 107105708 A TW107105708 A TW 107105708A TW 201831795 A TW201831795 A TW 201831795A
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TW
Taiwan
Prior art keywords
hole
air conditioner
rib
electric box
protruding portion
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TW107105708A
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Chinese (zh)
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TWI661161B (en
Inventor
小栗誠
由
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日商日立江森自控空調有限公司
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Publication of TW201831795A publication Critical patent/TW201831795A/en
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Publication of TWI661161B publication Critical patent/TWI661161B/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
    • F24F1/06—Separate outdoor units, e.g. outdoor unit to be linked to a separate room comprising a compressor and a heat exchanger
    • F24F1/20—Electric components for separate outdoor units
    • F24F1/22—Arrangement or mounting thereof
    • 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
    • F24F1/06—Separate outdoor units, e.g. outdoor unit to be linked to a separate room comprising a compressor and a heat exchanger
    • F24F1/56—Casing or covers of separate outdoor units, e.g. fan guards
    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F24—HEATING; RANGES; VENTILATING
    • F24F—AIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
    • F24F13/00—Details common to, or for air-conditioning, air-humidification, ventilation or use of air currents for screening
    • F24F13/20—Casings or covers

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  • Engineering & Computer Science (AREA)
  • Chemical & Material Sciences (AREA)
  • Combustion & Propulsion (AREA)
  • Mechanical Engineering (AREA)
  • General Engineering & Computer Science (AREA)
  • Other Air-Conditioning Systems (AREA)
  • Air Filters, Heat-Exchange Apparatuses, And Housings Of Air-Conditioning Units (AREA)

Abstract

This air conditioner is provided with: a placement section; a partition plate having a vertical plate-like section (601) which extends vertically from the placement section, and also having a rib (602); and an electric box having an insertion hole (700) into which both the vertical plate-like section (601) and the rib (602) are capable of being inserted. The insertion hole (700) has: an end section with which a surface of the rib (602) comes into contact; and an inner surface with which the left surface of the vertical plate-like section (601) comes into contact, both the contacting operations occurring when the vertical plate-like section (601) and the rib (602) are inserted into the insertion hole (700). The rib (602) and the end section are formed from metal. The air conditioner has a mounting structure wherein the electric box is mounted to the partition plate by inserting the vertical plate-like section (601) and the rib (602) into the insertion hole (700).

Description

空調機air conditioner

[0001] 本發明，係有關於空調機。[0001] The present invention relates to an air conditioner.

[0002] 空調機，係具備有室內機與室外機以及將此些作連接之冷媒配管，而構成之。此些之中，例如在室外機處，通常，係具備有收容壓縮機等之機械室、和收容螺旋槳風扇以及熱交換器等之通風室、以及將機械室與通風室作區隔之區隔板。而，在室外機之內部上方處，多係被配置有金屬製之電箱，該電箱，係收容有對於室外機作控制之電路基板和對於螺旋槳風扇之旋轉速度作控制之換流器等。 　　[0003] 構成空調機之各構件和裝置等，從製造時間之縮短及製造成本之削減的觀點來看，較理想，係並不使用螺絲地而被固定在空調機之內部。從此觀點來看，作為並不使用螺絲之固定、亦即是作為並不進行螺絲固定地而將零件或裝置等作固定的技術，在專利文獻1中所記載之技術係為周知。 　　[0004] 在專利文獻1中，係記載有一種零件之安裝構造，其係從板金狀之被安裝體來將由間隔片和卡止片所成之略T字型之安裝片作切割扳起，並將安裝片嵌合插入至被貫穿設置於安裝零件上之安裝孔中，而藉由卡止片來夾住該零件，其特徵為：安裝片之卡止片係能夠插通於前述安裝孔中，在插通後，前述卡止片係藉由彈性復原而被卡止於安裝孔之周緣處。 [先前技術文獻] [專利文獻] 　　[0005] 　　[專利文獻1] 日本特開昭54-101048號公報[0002] An air conditioner is configured by including an indoor unit and an outdoor unit, and a refrigerant pipe connecting these units. Among these, for example, in an outdoor unit, a mechanical room containing a compressor and the like, a ventilation room containing a propeller fan, a heat exchanger, and the like, and a partition separating the mechanical room and the ventilation room are generally provided. board. In the upper part of the outdoor unit, a metal electric box is usually arranged. The electric box contains a circuit board for controlling the outdoor unit and a converter for controlling the rotation speed of the propeller fan. . [0003] From the viewpoint of shortening the manufacturing time and reducing the manufacturing cost, the components and devices constituting the air conditioner are preferably fixed inside the air conditioner without using screws. From this point of view, the technique described in Patent Document 1 is well known as a technique for fixing parts or devices without using screws, that is, as a technique for fixing parts or devices without screwing. [0004] Patent Literature 1 describes a mounting structure of a part, which is a sheet metal-shaped mounting body, and a slightly T-shaped mounting piece formed by a spacer and a locking piece is cut and pulled. The mounting piece is inserted into the mounting hole penetratingly provided on the mounting part, and the part is clamped by the locking piece, which is characterized in that the locking piece of the mounting piece can be inserted into the mounting hole. After being inserted, the locking piece is locked at the periphery of the mounting hole by elastic recovery. [Prior Art Document] [Patent Document] [0005] [Patent Document 1] Japanese Patent Laid-Open No. 54-101048

[發明所欲解決之課題] 　　[0006] 在專利文獻1所記載之技術中，藉由一面扭轉一面插入至貫通零件之表背面的安裝孔中，零件係被安裝在被安裝體上(特別是參考圖1)。故而，在專利文獻1所記載之技術中，於零件之安裝時，零件全體係成為被扭轉。因此，在如同空調機之室外機或室內機一般之被設置在設置空間為狹窄之場所處的情況時，用以使零件全體進行旋轉之可進行作業的空間係有所限制。起因於此，係會有導致零件之安裝成為困難的情況。 　　[0007] 又，作為在專利文獻1中所記載之其他的實施例，在將被安裝體所具備的安裝片從零件之背面側來插入至安裝孔中之後，藉由使安裝片在零件之表面側處以彈性復原力來復原，零件係被安裝在被安裝體上(特別是參考圖4)。於此，在進行維修或故障之修理時，係會有需要先將被作了安裝的零件從被安裝體而卸下的情況。於此情況，係成為藉由使用起子等之工具來賦予與前述之彈性復原力相抗衡之力，來將零件從被安裝體而卸下。 　　[0008] 但是，空調機所被設置之場所，亦即是設置空間，係如同前述一般會有狹窄的情況。因此，於此情況，由於可進行作業之空間係有所限制，因此係難以進行使用有起子等之工具的作業。特別是，對於空調機，係要求有小型化，於其之內部空間中，也幾乎不存在有作業空間。因此，係會有難以進行使用有工具之卸下的情形。 　　[0009] 本發明，係為有鑑於此些之課題所進行者，本發明所欲解決之課題，係在於提供一種具備有零件之安裝以及卸下為容易的零件之安裝構造之空調機。 [用以解決課題之手段] 　　[0010] 本發明者們，係為了解決前述之課題而進行了努力檢討，其結果，係得到了下述的知識，而完成了本發明。亦即是，本發明之要旨，係有關於一種空調機，其特徵為，係具備有：被安裝零件，係具有台座部、和從該台座部起而延伸存在於垂直方向上之突起部；和以橫跨前述台座部與前述突起部之間之連接部分的方式而被形成，並以當從相對於前述突起部之正面而於水平面內為垂直之方向來作了觀察時會隨著從前述台座部遠離而使從表面起而至前述突起部為止之距離逐漸變短的方式所形成之伸出部；和安裝零件，係具備有能夠將前述突起部與前述伸出部之雙方作插入的孔部，前述孔部，係具備有當將前述突起部以及前述伸出部插入至前述孔部中時會與前述伸出部之表面作接觸之第1內壁部和會與前述突起部之和被形成有前述伸出部之側相反側的表面作接觸之第2內壁部，前述伸出部與前述第1內壁部之中的至少其中一者，係藉由金屬所構成，係具備有藉由使前述突起部以及前述伸出部被插入至前述孔部中，而使前述安裝零件被安裝於前述被安裝零件處之安裝構造。 [發明之效果] 　　[0011] 若依據本發明，則係能夠提供一種具備有零件之安裝以及卸下為容易的零件之安裝構造之空調機。[Problems to be Solved by the Invention] 0006 [0006] In the technology described in Patent Document 1, the components are mounted on an object to be mounted (particularly by being twisted and inserted into a mounting hole on the back surface of a through-part). (See Figure 1). Therefore, in the technology described in Patent Document 1, the entire system of parts is twisted when the parts are mounted. Therefore, when an outdoor unit or an indoor unit of an air conditioner is generally installed in a place where the installation space is narrow, the workable space for rotating the entire part is limited. For this reason, there may be cases where it becomes difficult to install the parts. [0007] Further, as another embodiment described in Patent Document 1, after inserting a mounting piece included in the mounted body into the mounting hole from the back side of the component, the mounting piece is placed on the component. The surface side is restored by elastic restoring force, and the parts are mounted on the object to be mounted (in particular, refer to FIG. 4). Here, when repairing or repairing a fault, there may be a case where it is necessary to first remove a component to be mounted from the mounted body. In this case, it is necessary to use a tool such as a screwdriver to impart a force against the aforementioned elastic restoring force to remove the component from the object. [0008] However, the place where the air conditioner is installed, that is, the installation space is generally narrow as described above. Therefore, in this case, since the space in which work can be performed is limited, it is difficult to perform work using a tool such as a screwdriver. In particular, for air conditioners, miniaturization is required, and there is almost no work space in the internal space. Therefore, it may be difficult to perform removal using a tool. [0009] The present invention has been made in view of these problems, and the problem to be solved by the present invention is to provide an air conditioner provided with a mounting structure for mounting and dismounting of parts that are easy. [Means for Solving the Problems] [0010] The present inventors conducted diligent reviews in order to solve the aforementioned problems. As a result, they obtained the following knowledge and completed the present invention. That is, the gist of the present invention relates to an air conditioner, which is characterized by comprising: a component to be mounted, a pedestal portion, and a protruding portion extending from the pedestal portion and extending in a vertical direction; And is formed so as to straddle the connection portion between the pedestal portion and the protruding portion, and is viewed from the front surface of the protruding portion in a direction perpendicular to the horizontal plane when viewed from An extension formed in a manner such that the pedestal portion is away from each other and the distance from the surface to the protrusion gradually becomes shorter; and a mounting part is provided with both of the protrusion and the protrusion can be inserted The hole portion is provided with a first inner wall portion that contacts the surface of the protruding portion when the protruding portion and the protruding portion are inserted into the hole portion, and the protruding portion And the second inner wall portion in which the surface on the opposite side of the protruding portion is formed in contact with each other, and at least one of the protruding portion and the first inner wall portion is made of metal, By having Said projecting portion and the projecting part is mounted at the mounting structure is inserted into a portion of the hole portion, so that the mounting part is mounted to the. [Effects of the Invention] 001 [0011] According to the present invention, it is possible to provide an air conditioner having a mounting structure with parts that can be easily attached and detached.

[0013] 以下，適當參考圖面，針對用以實施本發明之形態(本實施形態)作說明。另外，所參考之各圖，係均為示意性展示者，本發明之空調機係並不被圖示之例作任何之限定。又，為了將圖示簡略化，係將空調機全體之構造的圖示作省略。 　　[0014] 圖1，係為本實施形態之空調機所具備的室外機10之外觀立體圖。室外機10，係於下側具備有底面板1(參考圖2，在圖1中並未圖示)，並於前面側(正面側)具備有前面板2，並於上側具備有頂面板3，並於左側具備有左側面板4(參考圖2，在圖1中並未圖示)，並於右側具備有右側面板5，並且於後面(背面)具備有後面板(未圖示)，而構成之。而，在藉由被此些面板所包圍而形成的內部空間中，係收容有螺旋槳風扇8(參考圖2)以及壓縮機11(參考圖2)等。 　　[0015] 在前面板2處，係被形成有藉由使螺旋槳風扇8作旋轉驅動而使內部之空氣被作排氣的圓形狀之排氣口2a。另外，詳細內容雖係參考圖2而於後再述，但是，在室外機10之內部，係透過被形成於左側面處之吸入口(未圖示)來將空氣導入。又，在前面板2處，係被形成有用以將被收容於室外機10之內部的電箱7(參考圖2)在內部作固定的螺絲孔2b。 　　[0016] 圖2，係為對於本實施形態之空調機所具備的室外機10之內部構造作展示之立體圖。在室外機10之內部，係以對於其之中央而言為略靠右方的來作了配置之區隔板6作為邊界，而於左側被形成有通風室10A，並於右側被形成有機械室10B。又，在此區隔板6之上方，係被配置有電箱7。在電箱7中，係收容有對於螺旋槳風扇8之旋轉以及壓縮機11之驅動等作控制的電路基板以及換流器(電性零件，均未圖示)。 　　[0017] 在通風室10A中，係具備有藉由進行旋轉驅動而產生空氣之流動的螺旋槳風扇8、和藉由導熱管9a以及鰭9b所構成之熱交換器9。另外，在圖2中，係為了將圖示簡略化，而將鰭9b之形狀簡略化，並且將鰭之圖示作了一部分的省略。而，在室外機10之左側、亦即是在通風室10A之左側面處，係如同前述一般而被形成有吸入口。故而，藉由螺旋槳風扇8之旋轉驅動而從吸入口所吸入的空氣，係在熱交換器9處而被作熱交換，之後，通過被形成於正面側之排氣口2a(參考圖1)而被排氣至外部。 　　[0018] 另一方面，在機械室10B處，係具備有將在冷凍迴路(未圖示)中流動的冷媒作壓縮之壓縮機11、和對於壓縮機11而僅供給氣體之冷媒之積蓄器(accumulator)12、和被與未圖示之與室內機相連接之冷媒配管作連接的連接口13、14。構成本實施形態之空調機的冷凍迴路，係具備有被收容於機械室10B中之壓縮機11、和被收容於通風室10A中之熱交換器9、和均未作圖示之在室內機處所具備的熱交換器以及膨脹閥。而，藉由使冷媒在此些之間循環，來進行作為對象之室內的空調。 　　[0019] 圖3，係為對於在本實施形態之空調機所具備的室外機10之內部的於區隔板6之上方處設置了電箱7的狀態作展示之圖。亦即是，本實施形態之空調機，係具備有在區隔板6處安裝有電箱7的安裝構造。區隔板6，係為被作了板金加工者。具體而言，區隔板6，係藉由對於板金(金屬製之板)而進行彎折以及肋成型等之衝壓加工，而被成型。在此區隔板6之前側處，係被形成有於左右方向上而延伸存在之支持部6a。又，在此支持部6a之下側端部處，係被形成有可相對於底面板1(參考圖2)而藉由螺絲來作固定的螺絲孔6b。 　　[0020] 另一方面，在電箱7之前側面處，係被形成有朝向前方向而延伸存在之支持部7a、和從支持部7a起而朝向上方向延伸存在的支持部7c。此些之支持部7a、7c，係與前述之區隔板6同樣的，均為藉由板金加工而被成型者。亦即是，此些之支持部7a、7c，係藉由對於板金(金屬製之板)而進行彎折、穿孔加工以及肋成型等之衝壓加工，而被成型。 　　[0021] 支持部7a之正面側係朝向下方突出，而被形成有突出部7d。在支持部7a與突出部7d之間之彎折部分處，係被形成有從前側起朝向後側而被作了衝壓加工的肋7e。藉由此，而謀求該彎折部分之強度的提升。又，突出部7d與前述之支持部6a，係被配置在略同一平面上。進而，在支持部7c之上端部處，係被形成有螺絲孔7b。在此螺絲孔7b處，係通過參考前述之圖1所作了說明的螺絲孔2b而被插入有螺絲21(參考圖10)。藉由此，電箱7，係隔著前面板2(參考圖1)來從室外機10之外側起而被固定在室外機10之內部。 　　[0022] 又，在電箱7之上面的左端部處，係被設置有剖面為矩形之緩衝材15。藉由此，在電箱7被配置在區隔板6之上部處並且設置了頂面板3之後，頂面板3之內側面與緩衝材15之上面係成為相互接觸。其結果，就算是當在頂面板3之上部處施加有荷重時，藉由此緩衝材15，亦能夠防止頂面板3之過度的變形。 　　[0023] 圖4，係為將圖3中之A部分作擴大展示之圖。如同前述一般，在區隔出通風室10A與機械室10B之區隔板6之上方，係被配置有電箱7。具體而言，電箱7，係被配置在區隔板6之上端處。 　　[0024] 在被形成於電箱7之側面處的支持部7a處，係被形成有被插入孔700。另一方面，在區隔板6之上端處，係被形成有插入部600。詳細內容雖係參考圖7等並於後再述，但是，此插入部600，係具備有藉由對於板金進行彎折加工所形成的鉛直板狀部601、和被形成於鉛直板狀部601之表面上並朝向下方而使寬幅擴廣之肋602，而構成之。而，藉由使被插入孔700之內壁的端部7a1(參考圖11)與肋602之表面作接觸(陷入)，電箱7係被支持固定於區隔板6上。 　　[0025] 圖5，係為將被形成於電箱7處的被插入孔700近旁之模樣作擴大展示之圖。此圖5中所示之模樣，係亦為對於從前述之圖4中所示之模樣而將區隔板6作了除去的情形作展示者。被插入孔700，係一體性地具備有孔部700a和孔部700b以及孔部700c而構成之，該孔部700a，係具備有端部為半圓並且如同在該半圓處連接了矩形一般的形狀(一併參考圖6)，該孔部700b，係為圓形(但是，與孔部700a、700c之間的連接部分除外)，該孔部700c，係以該孔部700b作為中心並與前述之孔部700a相對稱地而被形成。另外，在此圓形之孔部700b中，係成為可代替肋602而插入未圖示之螺絲。 　　[0026] 此些之中，孔部700a、700c，係在支持部7a之表面上，於前後方向上延伸存在地而被形成。又，孔部700b，係被形成於支持部7a之前後方向的長邊之中央近旁處。而，前述之圖4中所示之鉛直板狀部601，係涵蓋孔700a、700b、700c之全部區域地而被作插入。另一方面，肋602係僅在孔700b之部分處被作插入。 　　[0027] 圖6，係為被形成於電箱7處的被插入孔700之上面圖。在被插入孔700處，從孔700a、700c之左側的內側面7a2(孔700a、700c之內側面)起直到孔700b之右側之端部(孔700b之內面的下側端部7a1)為止之長度，係為L1。又，被插入孔700之長度(從孔700a之前側端部起直到孔700c之後側端部為止之長度)，係為L2。進而，孔700a、700c之寬幅(左右方向之長度)係為W1。而，孔700b之內徑(直徑)係為D1。以下，針對此些之長度，為了將說明簡略化，係稱作「長度L1、長度L2、長度W1、長度D1」。 　　[0028] 於此，在孔700b中，係被插入有鉛直板狀部601以及肋602(均參考圖4)之雙方。因此，孔700b之長度D1，係成為較僅被插入有鉛直板狀部601之孔700a、700c之長度W1而更長(亦即是，D1＞W1)。又，在孔700a、700b、700c中，由於係被插入有鉛直板狀部601之全體(參考圖4)，因此，孔700a、700b、700c之合計長度、亦即是被插入孔700之長度L2，係成為較肋602所被作插入的孔700b之長度D1而更長(亦即是，L2＞D1)。另外，關於長度L1，係參考圖9等而於後再述。 　　[0029] 圖7，係為將被形成於區隔板6處的插入部600近旁之模樣作擴大展示之圖。此圖6中所示之模樣，係亦為對於從前述之圖4中所示之模樣而將電箱7作了除去的情形作展示者。在區隔板6之左側端部處，係被形成有朝向鉛直上方向而延伸之鉛直板狀部601。此鉛直板狀部601，係被形成有於左右方向上而延伸存在之載置部603。另外，如同前述一般，由於區隔板6係為藉由對於板金進行衝壓成型所構成者，因此，藉由將配置於水平方向上之板金的端部朝向上方向作90°之彎折，鉛直板狀部601以及載置部603係被一體性地形成。 　　[0030] 在鉛直板狀部601與載置部603之間、亦即是在構成此些部分之面的彼此所相交之部分處，係以橫跨鉛直板狀部601與載置部603的方式，而被形成有肋602。此肋602，係在如同前述一般地而形成了鉛直板狀部601以及載置部603之後，藉由從由此些部分所形成的角部之外側(紙面之背面側)來進行衝壓加工，而形成之。藉由此，而謀求鉛直板狀部601之強度的提升。另外，若是從紙面之背面側來對於肋602作觀察，則肋602之部分係成為凹陷。 　　[0031] 又，在從載置部603之右側端部起朝向下方而延伸存在之面與載置部603之間，亦同樣的被形成有朝向紙面深處方向而凹陷的肋6b、6c。藉由此，而謀求載置部603之強度的提升。另外，若是從紙面之背面側來對於肋6b、6c作觀察，則肋6b、6c之部分係成為朝向面前側(正在作觀察之側)而突出。 　　[0032] 圖8，係為圖7之B-B線剖面圖。鉛直板狀部601，當從肋602所被形成之側來作觀察時，係成為使上側之二個角被作了去角之矩形狀。藉由此去角，鉛直板狀部601之對於被插入孔700(參考圖5)的插入係變得容易進行。又，肋602，當從肋602所被形成之側來作觀察時，係成為會隨著朝向上方向前進而縮窄一般的略三角形狀。藉由此種形狀，當鉛直板狀部601被插入至被插入孔700中時，肋602係成為容易被導引至孔700b(參考圖5)中。 　　[0033] 在鉛直板狀部601處，鉛直板狀部601之寬幅(前後方向之長度)係為W2。進而，在鉛直板狀部601之上部的並未被作去角之部分的長度，係為W3。而，鉛直板狀部601之高度(以載置部603作為起點之鉛直方向之長度)，係為H1。又，在肋602處，肋602之寬幅(前後方向之長度)係為W4。進而，肋602之上側的長度係為W5。而，肋602之高度(以載置部603作為起點之鉛直方向之長度)，係為H2。以下，針對此些之長度，為了將說明簡略化，係稱作「長度W2、長度W3、長度H1、長度W4、長度W5、長度H2」。 　　[0034] 如同前述一般，插入部600，係被插入至被插入孔700(參考圖4)中。因此，成為首先被插入至被插入孔700中的鉛直板狀部601之上側之長度W3，係成為較鉛直板狀部601之全體之長度W2而更短(亦即是，W3＜W2)。藉由此，插入時之定位係變得容易，插入部600係成為容易被插入至被插入孔700中。又，在插入部600之對於被插入孔700的插入開始之後，肋602係被導引至孔700b(參考圖5)處。因此，肋602之上側之長度W5，係成為較肋602之全體之長度W4而更短(亦即是，W5＜W4)。藉由此，肋602係成為容易被導引至孔700b處。 　　[0035] 另外，鉛直板狀部601之長度W2，係以長為理想。另一方面，作為與該長度W2之間之相對性的關係，肋602之長度W4係以短為理想。藉由此，對於被插入孔700之插入部600的插入係被確實地進行，並且對於區隔板6之電箱7的配置亦係被確實地進行。但是，從在進行肋602之衝壓成型時的容易性之觀點來看，作為絕對性之長度，肋602之長度W4，係以具備有某種程度的長度為理想。因此，較理想，係對於此些觀點作考慮，而決定鉛直板狀部601之長度W2與肋602之長度W4。 　　[0036] 又，肋602之長度H2，係成為鉛直板狀部601之長度H1以下(H2≦H1)。藉由此，在插入部600之端部處係成為被配置有鉛直板狀部601，相較於使肋602從鉛直板狀部601之上端而伸出的情況，處理的容易性係提昇。又，藉由使肋602之長度H2成為鉛直板狀部601之長度H1以下，鉛直板狀部601之強度係較肋602而更為提昇。另外，長度H2，例如係以設為長度H1／1.2程度為理想。藉由此，鉛直板狀部601之強度(剛度)係特別被充分地提高。 　　[0037] 圖9，係為當從圖7之以箭頭C所示之方向來作了觀察時的箭頭方向觀察圖。亦即是，此圖9，係為對於當從相對於鉛直板狀部601之正面觀察(參考圖8)而於水平面內為垂直的方向來作了觀察時之插入部600作展示者。另外，在圖9中，例如係將肋6b、6c(參考圖7)等之一部分的構件之圖示省略。肋602，係以隨著朝向鉛直上方向前進而逐漸縮窄的方式而被形成。 　　[0038] 亦即是，若是將從鉛直板狀部601之左側面601a(與肋602所被形成之側相反側之表面)起直到肋602之表面602a為止的距離設為長度H3，則長度H3，係隨著從載置部603遠離(隨著朝向鉛直上方向前進)而逐漸地變短。此事，換言之，肋602之厚度(從長度H3而減去了長度H4後之長度)，係隨著從載置部603遠離而逐漸地變薄(亦即是，H3＞H4)。藉由此，雖然詳細內容係參考圖10而於後再述，但是，區隔板6與電箱7，係並不會發生搖晃地而被作固定。又，肋602之表面與載置部603之間所成之角度α，係為60°程度，但是，此角度α，例如係可設為50°～70°程度。 　　[0039] 另外，雖並未圖示，但是，肋602，係於從上面觀察時(當從正面來對於載置部603作了觀察時的模樣)而成為三角形狀。亦即是，在前述之圖8中，肋602，係從肋602之中央近旁起，朝向前後方向(紙面之左右方向)而逐漸地變薄。故而，肋602，係具備有隨著朝向上方前進而變細一般的形狀。 　　[0040] 於此，參考此圖9和前述之圖6以及圖8，針對插入部600與被插入孔700之間的相對性之尺寸關係作說明。 　　[0041] 如同前述一般，插入部600，係被插入至被插入孔700中。因此，構成插入部600之鉛直板狀部601的之長度W2以及W3，係均成為被插入孔700之長度L2以下(亦即是，W2≦L2、W3≦L2)。又，肋602，由於係被插入至構成被插入孔700之孔700b中，因此，肋602之長度W4以及W5，係均成為孔700b之內徑D1以下(亦即是，W4≦D1、W5≦D1)。 　　[0042] 然而，詳細內容雖係參考圖11而於後再述，但是，藉由使孔700b之內側面的下側之端部7a1(參考圖11)與肋602之表面作接觸，電箱7係被固定於區隔板6上。因此，肋602中之最下方的部份(亦即是，肋602之長度中的最長之部分)之長度，係在被插入孔700中，成為較從孔700a、700c之內側面7a2起直到孔700b之端部7a1為止的長度L1而更大(亦即是，最下方的部份之長度H3＞L1)。而，與如同前述一般之肋602為隨著朝向上方而變細一事相輔相成地，藉由使插入部600被插入至被插入孔700中，孔700b之端部7a1係與肋602之表面作接觸。藉由此，電箱7係被固定在區隔板6上。 　　[0043] 又，肋602之寬幅W4，係成為較孔700b之內徑D1而更短。藉由此，與前述之H3＞L1之關係相輔相成地，孔700b之端部7a1係與肋602之表面作接觸。進而，作為決定肋602之形狀的寬幅W4與高度H2之間之關係，考慮到肋602之成型的容易性以及鉛直板狀部601之強度，較理想，W4係為與H2相同程度，或者是H2係成為較W4而更些許長的程度。 　　[0044] 於此，針對鉛直板狀部601之高度H1，基於鉛直板狀部601與前面板2(參考圖1)之間的相對性之位置關係來作說明。 　　[0045] 圖10，係為用以對於前面板2與電箱7之間的相對性之位置關係作說明之圖，(a)係為對於當插入部600被正常地插入至被插入孔700中時的前面板2以及電箱7之配置作展示之圖，(b)係為對於當起因於錯誤組裝而導致插入部600並未被正常地插入至被插入孔700中的狀態作展示之圖，(c)係為對於在(b)中所示之狀態下的前面板2以及電箱7之配置作展示之圖。 　　[0046] 當電箱7為相對於區隔板6而被正常地作了安裝的情況時，亦即是當如同前述之圖4中所示一般地而插入部600被正常地插入至被插入孔700中的情況時，前面板2之螺絲孔2b(參考圖1)和被形成於構成電箱7之支持部7c的側面處之螺絲孔7b之間的高度方向之位置係成為會相互一致(相互重疊)(圖10(a))。故而，藉由在此狀態下而從室外機10之外部來經由螺絲孔2b而將螺絲21插入，電箱7係從室外機10之外部起而被固定在室外機10之內部。 　　[0047] 但是，若是插入部600並未被正常地插入至被插入孔700中，則如同圖10(b)中所示一般，鉛直板狀部601之上端部係會突出並碰觸到支持部7a之下面。其結果，如同圖10(c)中所示一般，前面板2之螺絲孔2b(參考圖1)和被形成於電箱7的側面處之螺絲孔7b之間的高度方向之位置係並不會相互重疊。因此，就算是想要對於電箱7之螺絲孔7b而從室外機10之外部來經由螺絲孔2b而將螺絲21插入，亦由於螺絲孔7b係並未與螺絲孔2b相互重疊，因此係並無法插入。 　　[0048] 因此，係以當鉛直板狀部601之上端部突出並碰觸到支持部7a之下面時會成為無法插入螺絲21的方式，來設定鉛直板狀部601之長度H1。具體而言，係以當鉛直板狀部601之上端部突出並碰觸到支持部7a之下面時，螺絲孔7b並不會與螺絲孔2b相互重疊的方式，來設定鉛直板狀部601之長度H1。藉由設為此種構成，區隔板6與電箱7之間的錯誤組裝係被檢測出來。 　　[0049] 另外，作為鉛直板狀部601之長度H1的具體性之長度，例如，係可設為被形成於前面板2(參考圖1)處之螺絲孔2b(圓形)的孔徑之1.5倍以上。藉由將長度H1設定於此範圍內，螺絲孔2b與螺絲孔7b之間的重疊係被確實地防止，而能夠充分地防止螺絲21被錯誤地插入並發生錯誤組裝的情形。 　　[0050] 圖11，係為對於在區隔板6之上端處設置電箱7時的流程作展示之圖，(a)係為對於正要將電箱7配置在被固定於室外機10之內部的區隔板6處之前的模樣作展示，(b)係為對於將區隔板6之插入部600從上方來插入至電箱7之被插入孔700中的模樣作展示，(c)係為對於將電箱7朝向下方完全地作壓下並將電箱7設置在區隔板6之上端處的狀態作展示。另外，在圖11中，為了將圖示簡略化，係僅對於構成區隔板6之插入部600以及構成電箱7之被插入孔700作圖示。 　　[0051] 首先，對於被固定在室外機10之內部的區隔板6之插入部600，以使其被插入至被插入孔700中的方式，來使電箱7從區隔板6之上方起而朝向下方移動(圖11(a))。此時，如同前述之圖8中所示一般，由於鉛直板狀部601係成為如同使角部被作了去角一般之形狀，因此插入部600係成為容易被插入至被插入孔700中。 　　[0052] 而，在插入部600開始被插入至被插入孔700中之後，較鉛直板狀部601之長度H4(參考圖9)而更厚的肋602之部分，係被導引至寬幅為較孔700a、700c(參考圖6)而更廣的孔700b中。亦即是，在肋602被插入至孔700b中的狀態下，在使插入部600之全體被插入至被插入孔700之內部的同時，電箱7係成為朝向下方移動。而，若是電箱7更進而朝向下方持續移動，則構成插入部600之肋602的表面602a，係在某一時間點處而與孔700b之端部7a1相碰觸。 　　[0053] 而，從此時間點起，若是更進而使電箱7朝向下方移動，則一面沿著表面602a而使鉛直板狀部601朝向左方向(亦即是，朝向被插入孔700之左側內側面)移動，電箱7係持續朝向下方移動。而，在鉛直板狀部601之左側面601a與被插入孔700之內側面7a2作了接觸的時間點處，鉛直板狀部601之朝向左方向的移動係被作限制(圖11(b))。另外，此時，構成插入部600之肋602的表面602a，係碰觸至孔700b之端部7a1。 　　[0054] 若是更進而使電箱7朝向下方移動，則孔700b之端部7a1，係開始陷入至身為金屬之肋602的表面602a中。之後，若是一面使端部7a1陷入表面602a中一面使電箱7持續朝向下方移動，則載置部603之上面與支持部7a之下面7a3係相互接觸(圖11(c))。另外，此時，鉛直板狀部601與被插入孔700之內側面7a2係成為被作了推壓附著的狀態。而，藉由以上之流程，對於區隔板6之電箱7的配置係結束。 　　[0055] 圖12，係為圖11(c)中所示之狀態的上面觀察圖。在插入部600被完全插入至被插入孔700中的狀態下，被插入孔700之內側面7a2與構成插入部600之鉛直板狀部601的左側面601a係相互密著(推壓附著)。又，在孔700b之端部7a1係陷入至肋602之表面602a中。故而，藉由在被插入孔700之內側面7a2與鉛直板狀部601之左側面601a之間所產生的摩擦力、和在肋602之表面602a與被插入孔700之端部7a1之間所產生的摩擦力，此2個的力，電箱7係被固定在區隔板6處。因此，例如，就算是起因於在室外機10處所具備的螺旋槳風扇8(參考圖2)之旋轉驅動等而導致區隔板6產生震動的情況時，亦由於該震動會藉由該摩擦力而亦被傳導至電箱7處，因此電箱7之搖晃係被防止。 　　[0056] 如同此些記載一般，藉由對於在插入部600與被插入孔700處之摩擦力作利用，係成為不需要在此些之間而進行使用有螺絲的締結作業。藉由此，螺絲之零件費用係被削減。又，在締結作業中所需要的工程以及作業時間係被削減。又，電箱7之對於區隔板6的固定，係利用有插入部600與被插入孔700之間之摩擦力。因此，對於插入部600和被形成有被插入孔700之支持部7a，係均不需要要求有太大的厚度。其結果，插入部600以及被插入孔700，係可分別例如藉由使用厚度為薄的板金(金屬製之板)來進行彎折、打穿、肋加工等之衝壓成型，而低價且容易地形成。 　　[0057] 又，被插入孔700，係如同前述一般，成為將2個的相異之形狀(具體而言，孔700a、700c以及孔700b)作了組合的形狀。因此，例如，針對使用螺絲來固定電箱7一般之先前技術的機種，當成為有必要進行電箱7之交換時，係能夠將螺絲插入至被插入孔700之孔700b的部份並將電箱7固定在先前技術之室外機上。 　　[0058] 另一方面，當並不使用螺絲地來固定電箱7一般的情況(亦即是，本實施形態之空調機)時，係能夠使用被插入孔700之全體，來如同前述一般地而同樣地將電箱7作固定。如同此些記載一般，若依據具備有被插入孔700之電箱7，則係能夠謀求電箱7之共用化，電箱7之汎用性(互換性)係被提高。特別是，區隔板6以及熱交換器9之種類，係依存於室外機10之大小及機種而存在有各種種類，但是，電箱7之種類係有著某種程度的限定。因此，藉由將電箱7之汎用性提高，係能夠謀求零件數量之大幅度的削減。 　　[0059] 進而，構成插入部600之鉛直板狀部601的長度H1，係能夠因應於室外機10之規格而適宜作變更。因此，若是將鉛直板狀部601之長H1例如設定為長，則係成為能夠進行對於被插入孔700之充分的插入。藉由此，就算是在安裝後而對於室外機10施加有強的衝擊，也能夠防止電箱7從區隔板6而脫落的情形。又，藉由使鉛直板狀部601之長度H1的高度成為可任意作設定，係成為能夠如同參考前述之圖10所作了說明一般地而將錯誤組裝確實地檢測出來。 　　[0060] 又，電箱7之對於區隔板6的固定，係利用有插入部600與被插入孔700之間之摩擦力。而，此摩擦力，與由螺絲所致之推壓附著相異，係為較小之力。因此，例如在進行維修等時，作業員僅需要用手抓住電箱7並朝向上方上拉，便能夠將電箱7從室外機10而容易地卸下。 　　[0061] 圖13，係為對於被形成於電箱7處的被插入孔700之變形例作展示之圖，(a)係為其之立體圖，(b)係為其之上面圖。在前述之圖5所示之例中，作為被插入孔700，係於中央被形成有圓形狀而能夠使螺絲插入的孔700b，並在其之兩端處一體性地被形成有孔700a、700c。但是，在圖13(a)所示之變形例中，係於中央被形成有半圓狀之孔700d，並在其之兩端處被形成有孔700a、700c。又，在此被插入孔700A之近旁，係被形成有能夠將區隔板6與電箱7作螺絲固定之圓形的螺絲孔700e。 　　[0062] 另外，如同圖13(b)中所示一般，被插入孔700A之長度L2，係與參考前述之圖6所作了說明之被插入孔700之長度L2相同。又，半圓之孔700d之內徑D1，亦係為與參考前述之圖6所作了說明的孔700b之內徑D1相同。另外，圖13中所示之螺絲孔700e，於此係具備有較孔700b之內徑D1而更短的內徑。但是，螺絲孔700e之內徑，係亦可為與孔700b之內徑D1相同的內徑。 　　[0063] 就算是設為此種構成，亦能夠藉由簡便的作業來將電箱7安裝在區隔板6處並且將其卸下。又，係亦能夠將電箱7之汎用性提高。 　　[0064] 又，本發明，係能夠與此參考圖13所作了說明的變形例一同地、或者是代替此變形例地，而將下述一般之其他的變形適宜施加於前述之實施形態中並作實施。 　　[0065] 例如，前述一般之安裝構造，係並不需要被包含於室外機10之內部，亦可對於構成空調機之室內機的內部作適用，只要是為了將構成空調機之各構件作安裝而使用之，則係可對於任意的場所作適用。 　　[0066] 又，在前述之例中，雖係構成為在具備有插入部600之區隔板6處，安裝具備有被插入孔700之電箱7，但是，例如係亦可構成為在區隔板處設置被插入孔並在電箱處設置插入部。進而，係並不被限定於區隔板6與電箱7之間之固定，只要至少其中一方之零件乃身為金屬，則不論是在何種零件或構件的彼此之固定中均能夠作適用。具體而言，例如，係可適用在樹脂製之框體(前面板2等)和金屬製之電箱7之間的固定中。 　　[0067] 又，在被安裝零件(例如區隔板6)處，台座部(例如載置部603)、突起部(例如鉛直板狀部601)以及伸出部(例如肋602)之形成位置，係並不被限定於前述之例，而可因應於被安裝零件之構造或形狀來適宜作變更。又，在安裝零件(例如電箱7)處，亦同樣的，孔部(例如被插入孔700)之形成位置，係並不被限定於前述之例，而可因應於安裝零件之構造或形狀來適宜作變更。 　　[0068] 進而，在前述之例中，作為插入部600，雖係被形成有橫跨鉛直板狀部601與載置部603而使背面側作了凹陷(亦即是內部為空洞)之肋602，但是，此肋，例如係亦可設為能夠將肋構件藉由熔接等來進行接合而形成的使內部被作了填充(內部並未成為空洞)之肋。 　　[0069] 又，作為被插入孔700之形成方向，在前述之例中，雖係以使孔700a、700c於前後方向上而延伸存在的方式來作了形成(參考圖5)，但是，例如，孔700a、700c係亦可設為於左右方向上而延伸存在。 　　[0070] 進而，在前述之例中，插入部600以及被插入孔700雖係分別藉由板金加工而構成之，但是，係並不被限定於板金，例如係亦可對於塊狀之金屬等進行加工而作成台座部，或者是將板金切割扳起而作成突起部。 　　[0071] 又，在前述之例中，雖係在前面板2處設置螺絲孔2b，並且在電箱7之上面設置有緩衝材15，但是，此些之雙方係並非為絕對需要具備者，而亦可設為僅具備有其中一者。 　　[0072] 進而，作為肋602之表面602a的形狀，雖係如同在圖9等之中所示一般地而概略成為平滑(平面)但是，例如係亦可僅藉由曲面來構成，或者是將平面與曲面任意作組合而構成之。但是，從衝壓加工之容易度的觀點來看，係以如同圖9中所示一般之平滑形狀為理想。 　　[0073] 又，在肋602之平面觀察(圖8)中，肋602之形狀係並非絕對需要為三角形狀，例如係可設為矩形狀或者是使上方作擴廣的形狀。進而，肋602之長度W4(參考圖5)，係亦可設為較孔700b之內徑D1(參考圖6)而更長。於此情況，肋602之表面602a，係成為在被插入孔700中之孔700a與孔700b之間的連接部分之內側面的下端部以及在被插入孔700中之孔700b與孔700b之間的連接部分之內側面的下端部之2個場所而作接觸。[0013] Hereinafter, a mode for carrying out the present invention (this embodiment) will be described with appropriate reference to the drawings. In addition, each of the drawings referred to is a schematic display, and the air-conditioning system of the present invention is not limited by the illustrated examples. In order to simplify the illustration, illustrations of the entire structure of the air conditioner are omitted. [0014] FIG. 1 is an external perspective view of an outdoor unit 10 included in the air conditioner of this embodiment. The outdoor unit 10 is provided with a bottom panel 1 (refer to FIG. 2, which is not shown in FIG. 1) on the lower side, a front panel 2 on the front side (front side), and a top panel 3 on the upper side. , And is provided with a left panel 4 (refer to FIG. 2, which is not shown in FIG. 1) on the left, and a right panel 5 on the right, and a rear panel (not shown) on the rear (rear), and Constitute it. In the internal space formed by being surrounded by these panels, a propeller fan 8 (refer to FIG. 2), a compressor 11 (refer to FIG. 2), and the like are housed. [0015] At the front panel 2, a circular-shaped exhaust port 2a is formed by rotating the propeller fan 8 to exhaust the air inside. Although details will be described later with reference to FIG. 2, inside the outdoor unit 10, air is introduced through an intake port (not shown) formed on the left side surface. Also, a screw hole 2b is formed at the front panel 2 for fixing an electric box 7 (refer to FIG. 2) housed inside the outdoor unit 10 inside. [0016] FIG. 2 is a perspective view showing the internal structure of the outdoor unit 10 included in the air conditioner of this embodiment. Inside the outdoor unit 10, a partition wall 6 is arranged with a center to the right as a boundary, and a ventilation chamber 10A is formed on the left side and a machine is formed on the right side. Room 10B. An electric box 7 is arranged above the partition plate 6 in this area. The electric box 7 contains a circuit board and a converter (electrical components, all of which are not shown) that control the rotation of the propeller fan 8 and the driving of the compressor 11. [0017] The ventilating chamber 10A is provided with a propeller fan 8 that generates a flow of air by rotational driving, and a heat exchanger 9 constituted by a heat transfer tube 9a and a fin 9b. In addition, in FIG. 2, in order to simplify the illustration, the shape of the fin 9 b is simplified, and the illustration of the fin is partially omitted. A suction port is formed on the left side of the outdoor unit 10, that is, on the left side of the ventilation room 10A, as described above. Therefore, the air sucked in from the suction port by the rotational drive of the propeller fan 8 is exchanged with heat at the heat exchanger 9 and then passes through the exhaust port 2a formed on the front side (see FIG. 1). It is exhausted to the outside. [0018] On the other hand, the machine room 10B is provided with a compressor 11 for compressing a refrigerant flowing in a refrigerating circuit (not shown), and an accumulator for supplying only a gas to the compressor 11 (accumulator) 12, and connection ports 13, 14 connected to a refrigerant pipe (not shown) connected to the indoor unit. The refrigeration circuit constituting the air conditioner of this embodiment includes a compressor 11 housed in a machine room 10B, a heat exchanger 9 housed in a ventilation room 10A, and an indoor unit (not shown) Heat exchangers and expansion valves provided. In addition, the target room is air-conditioned by circulating a refrigerant between them. [0019] FIG. 3 is a diagram showing a state in which an electric box 7 is installed above the partition plate 6 inside the outdoor unit 10 included in the air conditioner of this embodiment. That is, the air conditioner of this embodiment has a mounting structure in which the electric box 7 is mounted at the partition 6. The partition 6 is a sheet metal processor. Specifically, the partition plate 6 is formed by pressing a sheet metal (metal plate) by press working such as bending and rib molding. A support portion 6a extending in the left-right direction is formed at the front side of the partition plate 6 in this area. A screw hole 6b is formed at the lower end portion of the support portion 6a so as to be fixed to the bottom panel 1 (see FIG. 2) by screws. [0020] On the other hand, a support portion 7a extending in a forward direction and a support portion 7c extending in an upward direction from the support portion 7a are formed at the front side of the electric box 7. These supporting portions 7a and 7c are the same as those of the partition plate 6 described above, and are formed by sheet metal processing. That is, these support portions 7a and 7c are formed by press working such as bending, perforation processing, and rib molding of sheet metal (metal plate). [0021] The front side of the supporting portion 7a projects downward, and a protruding portion 7d is formed. At the bent portion between the support portion 7a and the protruding portion 7d, a rib 7e is formed from the front side toward the rear side and is punched. This improves the strength of the bent portion. In addition, the protruding portion 7d and the support portion 6a are arranged on a substantially same plane. Further, a screw hole 7b is formed at an upper end portion of the support portion 7c. At this screw hole 7b, a screw 21 is inserted by referring to the screw hole 2b described above with reference to FIG. 1 (refer to FIG. 10). Accordingly, the electric box 7 is fixed inside the outdoor unit 10 from the outside of the outdoor unit 10 through the front panel 2 (see FIG. 1). [0022] Further, a buffer material 15 having a rectangular cross section is provided at the left end portion of the upper surface of the electric box 7. Thereby, after the electric box 7 is arranged on the upper part of the partition plate 6 and the top panel 3 is provided, the inner side surface of the top panel 3 and the upper surface of the buffer material 15 are brought into contact with each other. As a result, even when a load is applied to the upper portion of the top plate 3, the buffer material 15 can prevent the top plate 3 from being deformed excessively. [0023] FIG. 4 is an enlarged view of part A in FIG. 3. As described above, an electric box 7 is arranged above the partition plate 6 separating the ventilation room 10A and the machine room 10B. Specifically, the electric box 7 is arranged at the upper end of the partition plate 6. [0024] At the support portion 7a formed at the side of the electric box 7, an insertion hole 700 is formed. On the other hand, an insertion portion 600 is formed at the upper end of the partition plate 6. Although details will be described later with reference to FIG. 7 and the like, the insertion portion 600 includes a vertical plate-shaped portion 601 formed by bending a sheet metal, and a vertical plate-shaped portion 601. It is formed by wide ribs 602 on the surface and facing downward. In addition, the electric box 7 is supported and fixed to the partition plate 6 by bringing the end portion 7a1 (refer to FIG. 11) of the inner wall of the insertion hole 700 into contact with the surface of the rib 602 (sinking). [0025] FIG. 5 is an enlarged view showing a pattern near the inserted hole 700 formed at the electric box 7. The pattern shown in FIG. 5 is also shown as a case where the partition plate 6 is removed from the pattern shown in FIG. 4 described above. The inserted hole 700 is integrally provided with a hole portion 700a, a hole portion 700b, and a hole portion 700c. The hole portion 700a is provided with a semicircular end portion and a shape similar to a rectangle connected to the semicircle. (Refer to FIG. 6 together), the hole portion 700b is circular (except for the connection portion with the hole portions 700a and 700c), and the hole portion 700c is centered on the hole portion 700b and corresponds to the aforementioned The hole portion 700a is formed symmetrically. In addition, in this circular hole portion 700b, a screw (not shown) can be inserted instead of the rib 602. [0026] Among these, the hole portions 700a and 700c are formed on the surface of the support portion 7a so as to extend in the front-rear direction. The hole portion 700b is formed near the center of the long side in the front-rear direction of the support portion 7a. The vertical plate-like portion 601 shown in FIG. 4 described above is inserted so as to cover the entire area of the holes 700a, 700b, and 700c. On the other hand, the rib 602 is inserted only at a portion of the hole 700b. [0027] FIG. 6 is a top view of an inserted hole 700 formed at the electric box 7. At the inserted hole 700, from the inner side surface 7a2 on the left side of the holes 700a and 700c (the inner side surface of the holes 700a and 700c) to the end on the right side of the hole 700b (the lower end portion 7a1 on the inner surface of the hole 700b) The length is L1. The length of the inserted hole 700 (the length from the side end before the hole 700a to the side behind the hole 700c) is L2. Further, the width (length in the left-right direction) of the holes 700a and 700c is W1. The inner diameter (diameter) of the hole 700b is D1. Hereinafter, these lengths are referred to as "length L1, length L2, length W1, and length D1" in order to simplify the description. [0028] Here, both of the vertical plate-like portion 601 and the rib 602 (both refer to FIG. 4) are inserted into the hole 700b. Therefore, the length D1 of the hole 700b is longer than the length W1 of the holes 700a and 700c into which the vertical plate-like portion 601 is inserted (that is, D1> W1). The holes 700a, 700b, and 700c are inserted into the entire vertical plate-like portion 601 (see FIG. 4). Therefore, the total length of the holes 700a, 700b, and 700c, that is, the length of the inserted hole 700 L2 is longer than the length D1 of the hole 700b in which the rib 602 is inserted (that is, L2> D1). The length L1 will be described later with reference to FIG. 9 and the like. [0029] FIG. 7 is an enlarged view showing a shape near the insertion portion 600 formed at the partition 6. The pattern shown in FIG. 6 is also a display for removing the electric box 7 from the pattern shown in FIG. 4 described above. A vertical plate-shaped portion 601 is formed at a left end portion of the partition plate 6 and extends in a vertical upward direction. The vertical plate-like portion 601 is formed with a mounting portion 603 extending in the left-right direction. In addition, as described above, since the partition plate 6 is formed by press-forming a sheet metal, the end portion of the sheet metal disposed in the horizontal direction is bent by 90 ° in the upward direction, so as to be vertical. The plate-like portion 601 and the placing portion 603 are integrally formed. [0030] Between the vertical plate-like portion 601 and the placement portion 603, that is, at the portion where the surfaces constituting these portions intersect each other, the vertical plate-like portion 601 and the placement portion 603 are straddled. By the way, ribs 602 are formed. This rib 602 is formed by forming the vertical plate-like portion 601 and the placing portion 603 as described above, and then performing a stamping process from the outside of the corner portion (the back surface side of the paper surface) formed by these portions. And formed. This improves the strength of the vertical plate-like portion 601. In addition, if the rib 602 is viewed from the back surface side of the paper surface, a part of the rib 602 becomes a depression. [0031] Also, ribs 6b, 6c that are recessed toward the depth of the paper surface are similarly formed between the surface extending downward from the right end of the placing portion 603 and the placing portion 603. With this, the strength of the placing portion 603 is improved. In addition, when the ribs 6b and 6c are observed from the back side of the paper surface, the portions of the ribs 6b and 6c protrude toward the front side (the side under observation). [0032] FIG. 8 is a cross-sectional view taken along line B-B in FIG. 7. When viewed from the side where the rib 602 is formed, the vertical plate-like portion 601 has a rectangular shape in which two corners of the upper side are chamfered. With this chamfering, the insertion of the vertical plate-like portion 601 into the insertion hole 700 (see FIG. 5) becomes easy. In addition, when the rib 602 is viewed from the side where the rib 602 is formed, the rib 602 narrows into a generally triangular shape as it goes upward. With this shape, when the vertical plate-like portion 601 is inserted into the inserted hole 700, the rib 602 becomes easily guided into the hole 700b (refer to FIG. 5). [0033] At the vertical plate-like portion 601, the width (length in the front-rear direction) of the vertical plate-like portion 601 is W2. Further, the length of the portion above the vertical plate-like portion 601 that is not chamfered is W3. The height of the vertical plate-like portion 601 (the length in the vertical direction with the placement portion 603 as a starting point) is H1. At the rib 602, the width (length in the front-rear direction) of the rib 602 is W4. Furthermore, the length of the upper side of the rib 602 is W5. The height of the rib 602 (the length in the vertical direction with the placement portion 603 as a starting point) is H2. Hereinafter, these lengths are referred to as "length W2, length W3, length H1, length W4, length W5, length H2" in order to simplify the description. [0034] As described above, the insertion portion 600 is inserted into the insertion hole 700 (refer to FIG. 4). Therefore, the length W3 that is first inserted into the vertical plate-like portion 601 in the inserted hole 700 is shorter than the entire length W2 of the entire vertical plate-like portion 601 (that is, W3 <W2). Thereby, the positioning system at the time of insertion becomes easy, and the insertion part 600 becomes easy to be inserted into the insertion hole 700. After the insertion of the insertion portion 600 into the inserted hole 700 is started, the rib 602 is guided to the hole 700b (see FIG. 5). Therefore, the length W5 on the upper side of the rib 602 is shorter than the entire length W4 of the rib 602 (that is, W5 <W4). With this, the rib 602 becomes easily guided to the hole 700b. [0035] The length W2 of the vertical plate-like portion 601 is preferably long. On the other hand, as a relative relationship with the length W2, the length W4 of the rib 602 is preferably short. Thereby, the insertion to the insertion portion 600 of the inserted hole 700 is surely performed, and the arrangement of the electric box 7 of the partition plate 6 is also surely performed. However, from the standpoint of ease of press forming of the rib 602, it is desirable that the length W4 of the rib 602 is a certain length as an absolute length. Therefore, it is desirable to consider these points and determine the length W2 of the vertical plate-like portion 601 and the length W4 of the rib 602. [0036] The length H2 of the rib 602 is equal to or less than the length H1 of the vertical plate-like portion 601 (H2 ≦ H1). As a result, the vertical plate-shaped portion 601 is disposed at the end portion of the insertion portion 600, and the ease of handling is improved compared to the case where the rib 602 is extended from the upper end of the vertical plate-shaped portion 601. Further, by making the length H2 of the rib 602 less than or equal to the length H1 of the vertical plate-like portion 601, the strength of the vertical plate-like portion 601 is further improved than that of the rib 602. The length H2 is preferably, for example, about H1 / 1.2. As a result, the strength (rigidity) of the vertical plate-like portion 601 is sufficiently improved particularly. [0037] FIG. 9 is an arrow direction observation diagram when viewed from the direction indicated by arrow C in FIG. 7. That is, this FIG. 9 is an illustration of the insertion portion 600 when viewed from a front surface (see FIG. 8) with respect to the vertical plate-like portion 601 and a vertical direction in a horizontal plane. In addition, in FIG. 9, for example, a part of members such as the ribs 6 b and 6 c (see FIG. 7) is omitted. The rib 602 is formed so as to gradually narrow toward the vertical upward direction. [0038] That is, if the distance from the left side surface 601a of the vertical plate-like portion 601 (the surface opposite to the side where the rib 602 is formed) to the surface 602a of the rib 602 is set to the length H3, the length H3 is gradually shorter as it moves away from the mounting portion 603 (as it advances in the vertical direction). In this case, in other words, the thickness of the rib 602 (the length after subtracting the length H4 from the length H3) becomes gradually thinner as it moves away from the mounting portion 603 (that is, H3> H4). Therefore, although the details are described later with reference to FIG. 10, the partition plate 6 and the electric box 7 are fixed without shaking. The angle α formed between the surface of the rib 602 and the mounting portion 603 is approximately 60 °. However, the angle α may be approximately 50 ° to 70 °, for example. [0039] Although not shown, the rib 602 has a triangular shape when viewed from above (when viewed from the front when the mounting portion 603 is viewed). That is, in the aforementioned FIG. 8, the rib 602 is gradually thinned from the vicinity of the center of the rib 602 toward the front-rear direction (left-right direction on the paper surface). Therefore, the rib 602 is provided with a general shape which becomes thinner as it moves forward. [0040] Here, with reference to FIG. 9 and the aforementioned FIG. 6 and FIG. 8, the dimensional relationship between the insertion portion 600 and the inserted hole 700 will be described. [0041] As described above, the insertion portion 600 is inserted into the insertion hole 700. Therefore, the lengths W2 and W3 of the vertical plate-like portion 601 constituting the insertion portion 600 are both equal to or less than the length L2 of the inserted hole 700 (that is, W2 ≦ L2, W3 ≦ L2). The ribs 602 are inserted into the holes 700b constituting the inserted holes 700. Therefore, the lengths W4 and W5 of the ribs 602 are both equal to or smaller than the inner diameter D1 of the holes 700b (that is, W4 ≦ D1, W5). ≦ D1). [0042] However, although the details will be described later with reference to FIG. 11, the electrical box is brought into contact with the lower end portion 7a1 (refer to FIG. 11) of the inner side surface of the hole 700b and the surface of the rib 602 The 7 series is fixed on the partition 6. Therefore, the length of the lowermost part of the ribs 602 (that is, the longest part of the length of the ribs 602) is tied in the inserted hole 700 from the inner side surface 7a2 of the holes 700a and 700c to The length L1 up to the end 7a1 of the hole 700b is larger (that is, the length H3> L1 of the lowermost portion). In addition, the ribs 602 become thinner as they go upward. By inserting the insertion portion 600 into the inserted hole 700, the end portion 7a1 of the hole 700b is in contact with the surface of the rib 602. . Thereby, the electric box 7 is fixed to the partition plate 6. [0043] The width W4 of the rib 602 is shorter than the inner diameter D1 of the hole 700b. As a result, the above-mentioned relationship of H3> L1 is complementary, and the end portion 7a1 of the hole 700b is in contact with the surface of the rib 602. Furthermore, as the relationship between the wide width W4 and the height H2 which determine the shape of the rib 602, considering the ease of molding of the rib 602 and the strength of the vertical plate-like portion 601, it is preferable that W4 is about the same as H2, or The H2 series is a little longer than the W4. [0044] Here, the height H1 of the vertical plate-like portion 601 will be described based on the relative positional relationship between the vertical plate-like portion 601 and the front panel 2 (see FIG. 1). [0045] FIG. 10 is a diagram for explaining the relative positional relationship between the front panel 2 and the electric box 7, and (a) is a diagram for when the insertion portion 600 is normally inserted into the insertion hole 700. The layout of the front panel 2 and the electric box 7 at the middle time is shown. (B) shows the state in which the insertion portion 600 is not normally inserted into the insertion hole 700 due to incorrect assembly. (C) is a diagram showing the arrangement of the front panel 2 and the electric box 7 in the state shown in (b). [0046] When the electric box 7 is normally installed with respect to the partition plate 6, that is, when the insertion portion 600 is normally inserted to be inserted as shown in FIG. 4 described above In the case of the hole 700, the positions in the height direction between the screw holes 2b (refer to FIG. 1) of the front panel 2 and the screw holes 7b formed on the side surfaces of the support portion 7c constituting the electric box 7 are aligned with each other. (Overlapping each other) (Fig. 10 (a)). Therefore, by inserting the screws 21 from the outside of the outdoor unit 10 through the screw holes 2b in this state, the electric box 7 is fixed inside the outdoor unit 10 from the outside of the outdoor unit 10. [0047] However, if the insertion portion 600 is not normally inserted into the insertion hole 700, as shown in FIG. 10 (b), the upper end portion of the vertical plate-like portion 601 will protrude and touch the support. Under the part 7a. As a result, as shown in FIG. 10 (c), the position in the height direction between the screw hole 2b (refer to FIG. 1) of the front panel 2 and the screw hole 7b formed at the side of the electric box 7 is not the same. Will overlap each other. Therefore, even if the screw hole 7b of the electric box 7 is intended to be inserted through the screw hole 2b from the outside of the outdoor unit 10, the screw hole 7b is not overlapped with the screw hole 2b. Cannot be inserted. [0048] Therefore, the length H1 of the vertical plate-shaped portion 601 is set so that the screw 21 cannot be inserted when the upper end portion of the vertical plate-shaped portion 601 protrudes and touches the lower surface of the support portion 7a. Specifically, when the upper end portion of the vertical plate-shaped portion 601 protrudes and touches the lower portion of the support portion 7a, the screw hole 7b and the screw hole 2b do not overlap each other. Length H1. With this configuration, an incorrect assembly system between the partition plate 6 and the electric box 7 is detected. [0049] In addition, as a specific length of the length H1 of the vertical plate-like portion 601, for example, it can be set to 1.5 of the hole diameter of the screw hole 2b (circular) formed at the front panel 2 (refer to FIG. 1). Times more. By setting the length H1 within this range, the overlap between the screw hole 2b and the screw hole 7b is reliably prevented, and the situation where the screw 21 is erroneously inserted and erroneously assembled can be sufficiently prevented. [0050] FIG. 11 is a diagram showing a flow when an electric box 7 is provided at the upper end of the partition plate 6. (a) is a diagram showing that the electric box 7 is to be arranged in an outdoor unit 10 to be fixed. The internal shape of the partition 6 in the interior is shown, (b) is a display of the shape in which the insertion part 600 of the partition 6 is inserted from above into the inserted hole 700 of the electrical box 7, (c) It shows the state in which the electric box 7 is completely pressed downward and the electric box 7 is arranged at the upper end of the partition 6. In addition, in FIG. 11, in order to simplify the illustration, only the insertion portion 600 constituting the partition 6 and the inserted hole 700 constituting the electric box 7 are illustrated. [0051] First, with respect to the inserting part 600 of the partition wall 6 fixed inside the outdoor unit 10, the electric box 7 is moved from above the partition wall 6 so as to be inserted into the insertion hole 700. It moves downwards (Fig. 11 (a)). At this time, as shown in FIG. 8 described above, since the vertical plate-like portion 601 is shaped like a corner portion is chamfered, the insertion portion 600 is easily inserted into the insertion hole 700. [0052] After the insertion portion 600 starts to be inserted into the insertion hole 700, the portion of the rib 602 that is thicker than the length H4 (see FIG. 9) of the vertical plate-shaped portion 601 is guided to a wide width. The hole 700b is wider than the holes 700a and 700c (refer to FIG. 6). That is, in a state where the rib 602 is inserted into the hole 700b, the entire insertion portion 600 is inserted into the insertion hole 700, and the electrical box 7 is moved downward. On the other hand, if the electric box 7 continues to move further downward, the surface 602a of the rib 602 constituting the insertion portion 600 contacts the end portion 7a1 of the hole 700b at a certain time point. [0053] From this point of time, if the electric box 7 is further moved downward, the vertical plate-like portion 601 faces the left direction along the surface 602a (that is, toward the left side of the inserted hole 700). Side), the electric box 7 is continuously moved downward. At the time when the left side surface 601a of the vertical plate-shaped portion 601 and the inner side surface 7a2 of the inserted hole 700 contacted, the leftward movement of the vertical plate-shaped portion 601 was restricted (Fig. 11 (b) ). In addition, at this time, the surface 602a of the rib 602 constituting the insertion portion 600 touches the end portion 7a1 of the hole 700b. [0054] If the electric box 7 is further moved downward, the end portion 7a1 of the hole 700b starts to sink into the surface 602a of the rib 602 which is a metal. Thereafter, if the electric box 7 is continuously moved downward while the end portion 7a1 is sunk into the surface 602a, the upper surface of the mounting portion 603 and the lower surface 7a3 of the support portion 7a are in contact with each other (FIG. 11 (c)). In addition, at this time, the vertical plate-like portion 601 and the inner surface 7a2 of the inserted hole 700 are in a state of being pressed and adhered. With the above process, the arrangement of the electric box 7 with respect to the partition plate 6 is completed. [0055] FIG. 12 is a top view of the state shown in FIG. 11 (c). In a state where the insertion portion 600 is completely inserted into the insertion hole 700, the inner side surface 7a2 of the insertion hole 700 and the left side surface 601a of the vertical plate-like portion 601 constituting the insertion portion 600 are in close contact (pressed and adhered). The end 7a1 of the hole 700b is sunk into the surface 602a of the rib 602. Therefore, the frictional force generated between the inner side surface 7a2 of the inserted hole 700 and the left side surface 601a of the vertical plate-like portion 601, and The generated frictional force, these two forces, the electric box 7 is fixed at the partition 6. Therefore, for example, even if the partition plate 6 vibrates due to the rotational driving of the propeller fan 8 (refer to FIG. 2) provided in the outdoor unit 10, the vibration may be caused by the frictional force due to the vibration. It is also conducted to the electric box 7, so the shaking of the electric box 7 is prevented. [0056] As described in these descriptions, by using the friction between the insertion portion 600 and the inserted hole 700, it is not necessary to perform a binding operation using a screw therebetween. As a result, the cost of the screws is reduced. In addition, the process and work time required for the conclusion work are reduced. In addition, the electric box 7 is fixed to the partition plate 6 by using a friction force between the insertion portion 600 and the inserted hole 700. Therefore, neither the insertion portion 600 nor the support portion 7a formed with the insertion hole 700 is required to have a large thickness. As a result, the insertion portion 600 and the inserted hole 700 can be formed by pressing, for example, bending, punching, and rib processing using a thin sheet metal (metal plate), which is inexpensive and easy.地 Forming. [0057] The inserted hole 700 has a shape in which two different shapes (specifically, the holes 700a, 700c, and 700b) are combined, as described above. Therefore, for example, for a conventional prior art model that uses a screw to fix the electric box 7, when it becomes necessary to exchange the electric box 7, it is possible to insert a screw into a part of the hole 700b of the inserted hole 700 and The box 7 is fixed to an outdoor unit of the prior art. [0058] On the other hand, when the electric box 7 is generally fixed without using screws (that is, the air conditioner of the present embodiment), the whole of the inserted hole 700 can be used as described above. Similarly, the electric box 7 is fixed. As described in these records, if the electric box 7 provided with the insertion hole 700 is used, the electric box 7 can be shared, and the versatility (interchangeability) of the electric box 7 is improved. In particular, there are various types of the partition 6 and the heat exchanger 9 depending on the size and model of the outdoor unit 10, but the types of the electric box 7 are limited to some extent. Therefore, by increasing the versatility of the electric box 7, it is possible to achieve a significant reduction in the number of parts. [0059] Furthermore, the length H1 of the vertical plate-like portion 601 constituting the insertion portion 600 can be appropriately changed according to the specifications of the outdoor unit 10. Therefore, if the length H1 of the vertical plate-like portion 601 is set to be long, for example, sufficient insertion into the insertion hole 700 can be performed. With this, even if a strong impact is applied to the outdoor unit 10 after installation, it is possible to prevent the electric box 7 from falling off from the partition 6. In addition, by making the height H1 of the vertical plate-like portion 601 arbitrarily configurable, erroneous assembly can be reliably detected as described with reference to FIG. 10 described above. [0060] In addition, the electric box 7 is fixed to the partition plate 6 by using a friction force between the insertion portion 600 and the inserted hole 700. However, this frictional force is different from the pushing and attaching caused by the screw, and is a relatively small force. Therefore, for example, when performing maintenance or the like, the operator can easily remove the electric box 7 from the outdoor unit 10 by holding the electric box 7 with his hand and pulling upward. [0061] FIG. 13 is a diagram showing a modified example of the inserted hole 700 formed at the electric box 7, (a) is a perspective view thereof, and (b) is a top view thereof. In the example shown in FIG. 5 described above, as the inserted hole 700, a hole 700b having a circular shape formed at the center to allow a screw to be inserted is integrally formed with holes 700a and 700a at both ends thereof. 700c. However, in the modification shown in FIG. 13 (a), a semi-circular hole 700d is formed at the center, and holes 700a and 700c are formed at both ends thereof. Further, a circular screw hole 700e is formed near the inserted hole 700A to allow the partition plate 6 and the electrical box 7 to be screwed. [0062] In addition, as shown in FIG. 13 (b), the length L2 of the inserted hole 700A is the same as the length L2 of the inserted hole 700 described with reference to FIG. 6 described above. The inner diameter D1 of the semi-circular hole 700d is the same as the inner diameter D1 of the hole 700b described with reference to FIG. 6 described above. In addition, the screw hole 700e shown in FIG. 13 has an inner diameter shorter than the inner diameter D1 of the hole 700b. However, the inner diameter of the screw hole 700e may be the same inner diameter as the inner diameter D1 of the hole 700b. [0063] Even with such a configuration, the electric box 7 can be attached to and removed from the partition 6 by a simple operation. In addition, the system can also improve the versatility of the electric box 7. [0064] In addition, the present invention can apply the following general other modifications to the above-mentioned embodiment in combination with the modification described with reference to FIG. 13 or in place of this modification. For implementation. [0065] For example, the aforementioned general installation structure does not need to be included in the outdoor unit 10, and can also be applied to the interior of an indoor unit constituting an air conditioner, as long as the components constituting the air conditioner are installed. However, it can be applied to any place. [0066] In the foregoing example, the electrical box 7 provided with the insertion hole 700 is installed at the area partition 6 provided with the insertion part 600. However, for example, the electrical box 7 may be installed in the area. An insertion hole is provided at the partition, and an insertion portion is provided at the electric box. Furthermore, the system is not limited to the fixing between the partition plate 6 and the electric box 7. As long as at least one of the parts is made of metal, it can be applied to any kind of fixing of parts or components to each other. . Specifically, for example, it can be used for fixing between a resin case (front panel 2 and the like) and a metal electric box 7. [0067] Also, at the parts to be mounted (for example, the partition plate 6), the formation positions of the pedestal part (for example, the mounting part 603), the protruding part (for example, the vertical plate-like part 601), and the protruding part (for example, the rib 602) are formed. The system is not limited to the aforementioned example, but may be appropriately changed according to the structure or shape of the parts to be mounted. Also, at the mounting part (for example, the electric box 7), the formation position of the hole part (for example, the inserted hole 700) is not limited to the aforementioned example, and may be based on the structure or shape of the mounting part. To make changes as appropriate. [0068] Furthermore, in the aforementioned example, as the insertion portion 600, a rib having a recess on the back side (that is, a hollow inside) is formed across the vertical plate-like portion 601 and the placing portion 603. 602. However, this rib may be, for example, a rib that can be formed by joining rib members by welding or the like so that the interior is filled (the interior does not become a cavity). [0069] As the formation direction of the inserted hole 700, in the aforementioned example, the holes 700a and 700c are formed so as to extend in the front-back direction (refer to FIG. 5), but, for example, The holes 700a and 700c may be formed to extend in the left-right direction. [0070] Furthermore, in the aforementioned example, although the insertion portion 600 and the inserted hole 700 are each formed by sheet metal processing, the system is not limited to sheet metal, and for example, it can also be applied to block-shaped metals. It is processed to form a pedestal portion, or a sheet metal is cut to form a protruding portion. [0071] In the foregoing example, although the screw holes 2b are provided on the front panel 2 and the buffer material 15 is provided on the electric box 7, both of these are not absolutely required, Alternatively, only one of them may be provided. [0072] Furthermore, although the shape of the surface 602a of the rib 602 is generally smooth (flat) as shown in FIG. 9 and the like, it may be constituted by only a curved surface, for example, or A plane and a curved surface are arbitrarily combined to constitute it. However, from the viewpoint of ease of press working, a smooth shape as shown in FIG. 9 is preferable. [0073] Furthermore, in a plan view of the rib 602 (FIG. 8), the shape of the rib 602 does not absolutely need to be a triangular shape, for example, it may be a rectangular shape or a shape in which the upper portion is widened. Furthermore, the length W4 (refer to FIG. 5) of the rib 602 may be longer than the inner diameter D1 (refer to FIG. 6) of the hole 700b. In this case, the surface 602a of the rib 602 is the lower end portion of the inner side surface of the connection portion between the hole 700a and the hole 700b inserted into the hole 700 and between the hole 700b and the hole 700b inserted into the hole 700 The lower end portion of the inner side of the connecting portion is in contact with each other.

[0074][0074]

1‧‧‧底面板(框體)1‧‧‧ bottom panel (frame)

2‧‧‧前面板(框體)2‧‧‧ front panel (frame)

2b‧‧‧螺絲孔(第1螺絲孔)2b‧‧‧Screw hole (1st screw hole)

3‧‧‧頂面板(框體、頂板)3‧‧‧Top panel (frame, top panel)

5‧‧‧右側面板(框體)5‧‧‧Right panel (frame)

6‧‧‧區隔板(被安裝零件)6‧‧‧ partition (parts to be installed)

7‧‧‧電箱(安裝零件)7‧‧‧ Electric Box (Mounting Parts)

7a‧‧‧支持部7a‧‧‧Support Department

7a1‧‧‧端部(第1內壁部、孔部)7a1‧‧‧end (first inner wall, hole)

7a2‧‧‧內側面(第2內壁部、孔部)7a2‧‧‧Inner surface (second inner wall portion, hole portion)

7b‧‧‧螺絲孔(第2螺絲孔)7b‧‧‧screw hole (second screw hole)

7c‧‧‧支持部7c‧‧‧Support Department

10‧‧‧室外機10‧‧‧ outdoor unit

15‧‧‧緩衝材15‧‧‧ buffer material

21‧‧‧螺絲21‧‧‧Screw

600‧‧‧插入部600‧‧‧ Insertion

601‧‧‧鉛直板狀部(突起部)601‧‧‧Vertical plate-like portion (protrusion)

601a‧‧‧鉛直板狀部之左側面601a‧‧‧ Left side of vertical plate

602‧‧‧肋(伸出部)602‧‧‧ rib (projection)

602a‧‧‧肋之表面(伸出部之表面)602a‧‧‧ surface of rib (surface of protrusion)

603‧‧‧載置部(台座部)603‧‧‧mounting section (pedestal section)

700‧‧‧被插入孔(孔部)700‧‧‧ is inserted into the hole (hole portion)

700a‧‧‧孔(孔部)700a‧‧‧hole (hole section)

700b‧‧‧孔(孔部、圓形部)700b‧‧‧hole (hole, round)

700c‧‧‧孔(孔部)700c‧‧‧hole (hole section)

[0012] 　　[圖1] 係為本實施形態之空調機所具備的室外機之外觀立體圖。 　　[圖2] 係為對於本實施形態之空調機所具備的室外機之內部構造作展示之立體圖。 　　[圖3] 係為對於在本實施形態之空調機所具備的室外機之內部的於區隔板之上方處設置了電箱的狀態作展示之圖。 　　[圖4] 係為將圖3中之A部分作擴大展示之圖。 　　[圖5] 係為將被形成於電箱處的被插入孔近旁之模樣作擴大展示之圖。 　　[圖6] 係為被形成於電箱處的被插入孔之上面圖。 　　[圖7] 係為將被形成於區隔板處的插入部近旁之模樣作擴大展示之圖。 　　[圖8] 係為圖7之B-B線剖面圖。 　　[圖9] 係為當從圖7之以箭頭C所示之方向來作了觀察時的箭頭方向觀察圖。 　　[圖10] 係為對於前面板與電箱之間的相對性之位置關係作說明之圖，(a)係為對於當插入部被正常地插入至被插入孔中時的前面板以及電箱之配置作展示之圖，(b)係為對於當起因於錯誤組裝而導致插入部並未被正常地插入至被插入孔中的狀態作展示之圖，(c)係為對於在(b)中所示之狀態下的前面板以及電箱之配置作展示之圖。 　　[圖11] 係為對於在區隔板之上端處設置電箱時的流程作展示之圖，(a)係為對於正要將電箱配置在被固定於室外機之內部的區隔板處之前的模樣作展示，(b)係為對於將區隔板之插入部從上方來插入至電箱之被插入孔中的模樣作展示，(c)係為對於將電箱朝向下方完全地作壓下並將電箱設置在區隔板之上端處的狀態作展示。 　　[圖12] 係為圖11(c)中所示之狀態的上面觀察圖。 　　[圖13] 係為對於被形成於電箱處的被插入孔之變形例作展示之圖，(a)係為其之立體圖，(b)係為其之上面圖。[0012] FIG. 1 is an external perspective view of an outdoor unit provided in the air conditioner of this embodiment. [Fig. 2] is a perspective view showing the internal structure of an outdoor unit provided in the air conditioner of this embodiment. [FIG. 3] It is a figure which shows the state which installed the electric box above the partition in the outdoor unit with which the air conditioner in this embodiment is equipped. [Figure 4] is an enlarged display of Part A in Figure 3. [Fig. 5] is an enlarged display of the shape near the inserted hole formed at the electric box. [Fig. 6] is a top view of an inserted hole formed at an electric box. [Fig. 7] is an enlarged view showing the shape of the insert portion formed near the partition plate. [Fig. 8] is a sectional view taken along line B-B in Fig. 7.图 [Fig. 9] is an arrow direction observation diagram when viewed from the direction indicated by arrow C in Fig. 7. [Fig. 10] It is a diagram explaining the relative positional relationship between the front panel and the electric box, and (a) is the front panel and the electric box when the insertion part is normally inserted into the inserted hole. (B) is a diagram showing a state where the insertion portion is not normally inserted into the inserted hole due to incorrect assembly, and (c) is a diagram showing a state in (b) The layout of the front panel and the electrical box in the state shown in the figure is shown. [Figure 11] It is a diagram showing the flow when an electric box is installed at the upper end of the zone partition. (A) is a diagram for the zone where the electric box is to be arranged inside the outdoor unit. The previous appearance is shown, (b) is the appearance of inserting the partition of the partition into the inserted hole of the electrical box, and (c) is the complete illustration of the electrical box facing downward. The state of pressing down and setting the electric box at the upper end of the partition plate is shown. [Fig. 12] is a top view of the state shown in Fig. 11 (c). [Fig. 13] is a diagram showing a modified example of an inserted hole formed at an electric box, (a) is a perspective view thereof, and (b) is a top view thereof.

Claims (8)

一種空調機，其特徵為，係具備有： 　　被安裝零件，係具有台座部、和從該台座部起而延伸存在於垂直方向上之突起部；和以橫跨前述台座部與前述突起部之間之連接部分的方式而被形成，並以當從相對於前述突起部之正面而於水平面內為垂直之方向來作了觀察時會隨著從前述台座部遠離而使從表面起而至前述突起部為止之距離逐漸變短的方式所形成之伸出部；和 　　安裝零件，係具備有能夠將前述突起部與前述伸出部之雙方作插入的孔部， 　　前述孔部，係具備有當將前述突起部以及前述伸出部插入至前述孔部中時會與前述伸出部之表面作接觸之第1內壁部和會與前述突起部之和被形成有前述伸出部之側相反側的表面作接觸之第2內壁部， 　　前述伸出部與前述第1內壁部之中的至少其中一者，係藉由金屬所構成， 　　係具備有藉由使前述突起部以及前述伸出部被插入至前述孔部中，而使前述安裝零件被安裝於前述被安裝零件處之安裝構造。An air conditioner, comprising: (i) a component to be mounted having a pedestal portion and a protruding portion extending from the pedestal portion and extending in a vertical direction; and straddling the pedestal portion and the protruding portion. It is formed in the form of a connecting portion between the sides, and when viewed from a direction perpendicular to a horizontal plane with respect to the front surface of the protrusion portion, the surface portion is moved from the surface to the foregoing portion as it is separated from the pedestal portion. A protruding portion formed so that the distance to the protruding portion is gradually shortened; and a mounting part having a hole portion through which both the protruding portion and the protruding portion can be inserted; When the protruding portion and the protruding portion are inserted into the hole portion, the first inner wall portion which is in contact with the surface of the protruding portion and the side where the protruding portion is formed with the sum of the protruding portion are opposite The second inner wall portion in contact with the side surface, At least one of the protruding portion and the first inner wall portion is made of metal, and 具备 is provided with the protrusion The projecting portion and the mounting structure is attached to the part of the portion is inserted into the hole portion, so that the mounting part is mounted to the. 如申請專利範圍第1項所記載之空調機，其中， 　　前述台座部以及前述突起部，係藉由板狀構件而被一體性地構成， 　　前述孔部，係對於板狀構件而被形成。The air conditioner according to item 1 of the scope of patent application, wherein: the pedestal portion and the protrusion portion are integrally formed by a plate-like member, and 孔 the hole portion is formed for the plate-like member. 如申請專利範圍第1項或第2項所記載之空調機，其中， 　　前述孔部，係具備有能夠插入螺絲之圓形部， 　　在將前述突起部插入至了前述孔部中時，前述伸出部之表面係與作為第1內壁部之前述圓形部之內壁作接觸，並且，前述突起部之和被形成有前述伸出部之側相反側的表面係與前述第2內壁部作接觸。The air conditioner as described in the first or second scope of the patent application, wherein: the hole portion is provided with a round portion capable of inserting a screw, and when the protrusion portion is inserted into the hole portion, the extension portion The surface of the exit portion is in contact with the inner wall of the circular portion which is the first inner wall portion, and the surface of the side opposite to the side where the protruding portion is formed with the sum of the protruding portions is the second inner wall. Ministry for contact. 如申請專利範圍第1項或第2項所記載之空調機，其中， 　　前述伸出部，在從正面來對於前述突起部作了觀察時，係以隨著朝向鉛直上方向前進而縮窄的方式而被形成。The air conditioner according to item 1 or 2 of the scope of patent application, wherein: the protrusion is narrowed toward the vertical upward direction when the protrusion is viewed from the front. Way was formed. 如申請專利範圍第1項或第2項所記載之空調機，其中， 　　前述被安裝零件，係身為對前述空調機之內部的空間作區隔之區隔板，前述台座部、前述突起部以及前述伸出部，係被形成於該區隔板處， 　　前述安裝零件，係為收容有對於前述空調機作控制的電性零件之電箱，前述孔部，係被形成於前述電箱處。The air conditioner described in item 1 or 2 of the scope of the patent application, wherein: the mounted parts are partition plates which partition the space inside the air conditioner, the base portion, and the protruding portion. And the protruding part is formed at the partition of the area, the mounting part is an electric box containing electric parts for controlling the air conditioner, and the hole is formed at the electric box. . 如申請專利範圍第1項或第2項所記載之空調機，其中， 　　係具備有框體，前述安裝零件以及前述被安裝零件，係被收容於前述框體之內部， 　　在前述框體處，係被形成有能夠將前述安裝零件從前述框體之外部來作螺絲固定之第1螺絲孔， 　　在前述安裝零件處，係被形成有能夠通過該第1螺絲孔而從前述框體之外部來作螺絲固定之第2螺絲孔， 　　在前述安裝零件被安裝於前述被安裝零件處的狀態下，藉由通過第1螺絲孔來螺絲固定於前述第2螺絲孔處，係能夠從前述框體之外部來將前述安裝零件固定在前述框體之內部。According to the air conditioner described in item 1 or 2 of the scope of patent application, is provided with a frame, and the aforementioned mounting parts and the mounted parts are housed inside the frame, and are at the frame, A first screw hole is formed so that the mounting part can be screwed from the outside of the frame body. At the mounting part, a first screw hole is formed so that it can come from the outside of the frame body through the first screw hole. As the second screw hole for screw fixing, in a state in which the mounting part is mounted on the mounted part, the screw can be fixed to the second screw hole through the first screw hole. The outside is used to fix the mounting part inside the frame. 如申請專利範圍第6項所記載之空調機，其中， 　　前述突起部之鉛直方向的長度，係為當前述突起部並未被插入至前述孔部中時而前述第1螺絲孔與前述第2螺絲孔並不會相互重疊的長度。The air conditioner according to item 6 of the scope of patent application, wherein the length in the vertical direction of the protrusion is that when the protrusion is not inserted into the hole, the first screw hole and the second screw hole The screw holes do not overlap each other in length. 如申請專利範圍第1項或第2項所記載之空調機，其中， 　　係具備有頂板， 　　當前述安裝零件被安裝於前述被安裝零件處時，在前述安裝零件與前述頂板之間，係被配置有將前述安裝零件作固定之緩衝材。The air conditioner described in item 1 or 2 of the scope of application for a patent, wherein: is provided with a top plate, when the mounting part is installed at the mounted part, between the mounting part and the top plate, A buffer material is provided to fix the aforementioned mounting parts.
TW107105708A 2017-02-22 2018-02-21 Air conditioner TWI661161B (en)

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KR100188398B1 (en) * 1996-12-31 1999-06-01 구자홍 Cover structure of separation type airconditioner outdoor machine
JP2002243212A (en) * 2001-02-20 2002-08-28 Fujitsu General Ltd Outdoor machine of air conditioner
JP2004084975A (en) * 2002-08-23 2004-03-18 Fujitsu General Ltd Air conditioner
JP4381052B2 (en) * 2003-07-29 2009-12-09 三菱重工業株式会社 Outdoor unit of air conditioner and method for taking out control box
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