JPH0770841B2 - Component storage method to parts storage box body and parts storage box body - Google Patents

Component storage method to parts storage box body and parts storage box body

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Publication number
JPH0770841B2
JPH0770841B2 JP2049308A JP4930890A JPH0770841B2 JP H0770841 B2 JPH0770841 B2 JP H0770841B2 JP 2049308 A JP2049308 A JP 2049308A JP 4930890 A JP4930890 A JP 4930890A JP H0770841 B2 JPH0770841 B2 JP H0770841B2
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frame
storage box
panel
panels
box body
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JPH03253097A (en
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勝美 川和
郁也 秋山
義典 薄井
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株式会社日立製作所
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Publication of JPH0770841B2 publication Critical patent/JPH0770841B2/en
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Description

【発明の詳細な説明】 〔産業上の利用分野〕 本発明は、例えば鉄道車両用の制御機器を収納する制御箱などの部品収納箱体及び部品収納箱体への部品収納方法に関する。 DETAILED DESCRIPTION OF THE INVENTION The present invention [relates] relates to, for example, component storage method to parts storage box member such as the control box and the parts storage box for housing the control apparatus for a railway vehicle.

〔従来の技術〕 [Prior art]

従来、例えば特開昭58−52896号公報に開示されているように、夫々補強体を固着した複数の矩形パネルと、前記補強体同志を連結する接続具とを用いて箱体を構成するものがある。 Conventionally, as disclosed in JP-Sho 58-52896, constitutes a box body with a plurality of rectangular panels fixed respectively reinforcement, and a connector for connecting the reinforcement comrades there is.

〔発明が解決しようとする課題〕 上記従来技術は、部品の収納に対して配慮されておらず、部品収納作業が厄介となる問題があつた。 [INVENTION to be solved problems] The above prior art has not taken into consideration with respect to housing parts, parts storage operation problem has been made to be a cumbersome.

本発明の目的の一つは、部品収納作業が容易に行い得る部品収納箱体を提供することにある。 One object of the present invention is to provide a parts storage box body component storage work can easily perform.

本発明の別の目的は、組立が容易な部品収納箱体を提供することにある。 Another object of the present invention is to assemble to provide easy parts storage box body.

本発明の他の目的は、長期使用に耐える部品収納箱体を提供することにある。 Another object of the present invention is to provide a parts storage box body to withstand long-term use.

〔課題を解決するための手段〕 [Means for Solving the Problems]

本発明は上記目的を達成する手段の一つとして、4角形に形成した枠体と、この枠体に夫々支持されて閉塞する4面を形成する複数のパネルと、残る2面を塞ぐカバーとより構成した部品収納箱体において、前記閉塞する4 The invention as a means to achieve the above object, a frame body formed in the square, a plurality of panels forming the four faces for closing are respectively supported by the frame body, and a cover for closing the two surfaces remain in more configuration the parts storage box body 4 to the closing
面を形成パネルのうち1乃至3面を形成するパネルを前記枠体に冶金的結合手段により固定し、残るパネルを前記枠体に機械的結合手段により固定したのである。 The panels forming one or three surfaces of the forming panel surface fixed by metallurgical bonding means to said frame member and at the left panel was fixed by mechanical coupling means to the frame.

また、上記別の目的及び上記他の目的を達成する手段の一つとして被連結部材の連結をブレーク ステム リベツトにより行うようにしたものである。 Also those in which the connection member to be connected as a means to achieve the above another object and the other objects to perform the break stem rivets.

〔作用〕 [Action]

上記枠体を機械的固定手段で結合されるパネルは、部品収納後に固定できるので、部品収納時にパネルが取付けられていない空間を利用して部品収納作業を容易に行うことができる。 Panels coupled by mechanical fixing means said frame body, so can be fixed after the component housing, it is possible to easily perform the component storage tasks utilizing the space panel when the component housing is not installed.

また、ブレーク ステム リベツトを用いることにより、被連結部材の連結が箱体の表側からの単純な作業で行えるので、箱体の組立は容易となり、加えて連結部が外れることがないので、長期使用に耐えることができる。 Further, by using a break stem rivets, the connecting of the connecting member can be performed in a simple work from the front side of the box, assembly of the box is facilitated, since no addition connecting portion is disengaged, the long-term use it can withstand.

〔実施例〕 〔Example〕

以下本発明の一実施例を第1図乃至第4図について説明する。 Hereinafter an embodiment of the present invention for the first drawing to Figure 4 will be described. ここに示す部品収納箱体は電気機関車や電車などの車体床下に吊下げられる制御箱で、内部には電気機関車や電車の運転に必要な制御機器が収納される。 Parts storage box body shown here is a control box which is suspended to the vehicle body floor such as electric locomotives and trains, control devices required to operate the electric locomotive or train is housed inside. この制御箱は大きく分けて、薄鋼板よりなる底面パネル1と、 The control box is roughly divided into a bottom panel 1 made of sheet steel,
この底面パネル1の両側から立設される薄鋼板からなる一対の側面パネル2,3と、この一対の側面パネル2,3の部に跨がる薄鋼板からなる天井パネル4と、これら各パネル1〜4で被われた4面以外の2面を塞ぐ薄鋼板からなる、前カバー14A及び後カバー14Bとで構成される。 A pair of side panels 2 and 3 consisting of sheet steel that is upright from opposite sides of the bottom panel 1, a ceiling panel 4 made extending over thin steel component of the pair of side panels 2 and 3, each of these panels made of a thin steel sheet for closing the two surfaces other than four sides that are covered with 1-4, and a front cover 14A and the rear cover 14B. 前記底面パネル1は矩形をなし、左右にフランジ1Fを設けており、このフランジ1Fに交差する方向に夫々複数の部材即ち、補強体5を平行に固着している。 The bottom panel 1 is rectangular, and provided with a flange 1F in the lateral direction to each plurality of members that intersect the flange 1F that is, parallel to fix the reinforcing member 5. また、前記一対の側面パネル2,3は、その上端部を互いに向き合う側に折曲げて水平部2A,3Aを形成し、この水平部2A,3Aの前後部に夫々凹溝2G,3Gと、その外方に取付座2B,3Bを形成している。 Further, the pair of side panels 2 and 3, the horizontal portion 2A by bending the side facing the upper section with each other, 3A is formed, and the horizontal portion 2A, respectively grooves 2G before and after part of the 3A, and 3G, mounting seat 2B in its outward, forming a 3B. さらに、前記水平部2A,3Aの向き合う側の端部を下向きに折曲げ、その折曲げ部に接続座Sとその外方に逆U溝Gを設けている。 Furthermore, the horizontal portion 2A, bending downwards an end portion of the side facing the 3A, has an inverted U groove G provided in the connecting base S and its outwardly that occasion bends. このように形成された一対の側面パネル2,3の夫々に前記底面パネル1の各補強体5 Each reinforcing member 5 of the respectively bottom panel 1 of the pair of side panels 2, 3 thus formed
と一致するように部材即ち、補強体6を固着している。 Member or to match, are fixed to the reinforcing member 6.
このような底面パネル1と側面パネル2,3とは、前記補強体5と前記補強体6とをL字状に形成された連結具13 Such a bottom surface panel 1 and side panels 2 and 3, and the reinforcing member 6 and the reinforcing member 5 is formed in an L-shaped connector 13
によつて夫々連結することにより、U字状に連続した3 By by connexion respectively connected to three consecutive U-shaped
面を形成する。 To form a surface. そして、側面パネル2,3の下部を前記底面パネル1のフランジ1Fに設けた穴Hを利用してリベツトRによつて締結する。 Then, by connexion fastened to rivets R by utilizing a hole H having a lower portion of the side panel 2, 3 to the flange 1F of the bottom panel 1. また、一対の側面パネル2,3に固着した補強体6の上端に夫々L字状の連結具13の一端を取付けて他端を互いに対向して位置する側面パネル2, Also, side panel 2 located opposite each other and the other end attached to one end of each L-shaped connecting member 13 to the upper end of the reinforcing member 6 fixed to the pair of side panels 2 and 3,
3側に向ける。 Directed to the 3 side. このように、2枚の側面パネル2,3の上端部から互いに向き合つて取付けた連結具13間に跨がつて部材即ち、補強体7及び角部補強部材8,11を夫々連結する。 Thus, One span from the upper end of the two side panels 2 and 3 between the direction if connexion mounting the connector 13 to each other member, namely, respectively connecting the reinforcing member 7 and the corner reinforcing members 8 and 11. この角部補強部材8,11は夫々補強体9と断面逆L字状の角カバー10,12とが一枚の鋼板を折曲げることにより、あるいは二つの部材を溶接することにより一体に構成されており、そのうち前記補強体9が前記連結具13に連結される。 The corner reinforcing members 8, 11 are integrally formed by a respective reinforcing member 9 and a sectional inverted L-shaped corner cover 10, 12 to be welded by bending a single steel plate, or the two members and, of which the reinforcing member 9 is connected to the connector 13. また、前記角カバー10,12の内側下部には長手方向に沿つて凹溝10G,12Gが設けられ、かつ前記角カバー10,12の長手方向の両端には前記側面パネル2,3に設けた接続座Sに対向する接続座10S,12Sが形成され、 Also, inside the lower portion of the corner cover 10, 12 longitudinally along connexion groove 10G, 12G are provided, and the longitudinal ends of the corner cover 10, 12 provided in the side panels 2,3 connecting base 10S facing the connecting base S, 12S are formed,
前記接続座Sに機械的に接続される。 It is mechanically connected to the connecting base S. 前記角部補強部材8を第4図にて詳細に説明する。 It will be described in detail the corner reinforcing member 8 in Figure 4. 前述のように角カバー Corner cover as described above
10と補強体9とが溶接により一体化されており、前記角カバー10の長手方向両端には塞ぎ板10Aが溶接されている。 10 and the reinforcing member 9 are integrated by welding, closing plate 10A is welded at both ends in the longitudinal direction of the angle cover 10. この塞ぎ板10Aは前記側板2,3の接続座Sと対向する平面よりなる接続座10Sと、この接続座10Sと連なり、前記角カバー10の垂直面と斜めに交差する斜面10Kとを有する。 The closing plate 10A is a connecting base 10S made of a plane facing the connecting base S of the side plates 2 and 3, contiguous with the connecting base 10S, and an inclined surface 10K crossing the vertical plane diagonal of the corner cover 10. また、前記角カバー10の垂直面の下部裏側には断面L字状部材10Bを全長に亘つて取付けて前記垂直面との間で下向きに開口する凹溝10Gを設けている。 Further, the bottom rear of the vertical plane of the angle cover 10 is provided with a groove 10G that opens downward between the vertical surface mounted Wataru connexion L-shaped cross section member 10B to the entire length. 前記角部補強部材12も同様に構成されている。 Is constructed similarly the corner reinforcing member 12. このように両側面パネル2,3の上部に跨がつて取付けられた補強体7,角部補強部材8,11及び前記側面パネル2,3の水平部2A,3Aに天井パネル4を取付け、前記底板パネル1及び前記側面パネル2,3とで4角形に連続する4面を形成する。 Thus mounted both reinforcement 7 is mounted in One straddle the top of the side panels 2, corner reinforcing members 8, 11 and the horizontal portion 2A of the side panels 2 and 3, the ceiling panel 4 to 3A, the bottom plate panel 1 and forming a four-sided continuous to 4 square between the side panels 2. そして、制御箱としての残る2面の前カバー14A及び後カバー14Bで塞ぐ。 Then, closed by the front cover 14A and the rear cover 14B of the two surfaces remain as a control box. 尚、前記天井パネル4は矩形をなし、その周縁に下向きのフランジ4Fを有し、このフランジ4Fを前記側面パネル2,3の水平部2A,3A上の凹溝2G,3Gに入れることにより、前記水平部2A,3A及び前記角カバー10,12 Note that the ceiling panel 4 forms a rectangle having a downward flange 4F its periphery, the horizontal portions 2A of the flange 4F said side panels 2 and 3, grooves 2G on 3A, by taking into 3G, the horizontal portion 2A, 3A and the angle cover 10,12
の水平部が天井パネル4の内面と隙間なく接触するのである。 Horizontal portion of is to contact without inner and clearance of the ceiling panel 4. 一方、前記前カバー14A及び後カバー14Bは矩形をなし、垂直状態で使用されるものであるが、その周縁のうち上縁を除いた両側縁,下縁にフランジ14Fを設けている。 Meanwhile, the front cover 14A and the rear cover 14B is rectangular, but is intended to be used in a vertical state, both side edges except for the out on the edge of its periphery is provided with a flange 14F at the lower edge. そして、これら前カバー14A,後カバー14Bを取付ける際フランジ14Fのない上縁を前記側面パネル2,3の上部に設けた逆U溝G及びこの逆U溝Gに連通する凹溝10 Then, it grooves 10 communicating with the inverted U-groove G and the inverted U groove G the upper edge without a flange 14F is provided on an upper portion of the side panels 2 and 3 when attaching these front cover 14A, a rear cover 14B
G,12Gに下方から上向きに挿し、フランジ14F部を両側面パネル2,3及び底面パネル1の内面に対向するように嵌め込み、周知の手段例えば第1図,第2図に示すように、前記角部補強部材8に設けた掛金10Fに前記前カバー14Aに設けた係止具14Kを引掛け、図示は略省するも前カバー14Aの下部と前記底面パネル1との間に設けた係止部材14Rを用いて固定する。 G, upwardly inserted from below 12G, fitted so as to face the flange 14F portion on the inner surface of both side panels 2, 3 and bottom panel 1, a known means such as FIG. 1, as shown in FIG. 2, the only hooking the fastener 14K provided in latch 10F provided in the corner reinforcing member 8 to the front cover 14A, is provided between the illustrated and lower also the front cover 14A substantially Ministry said bottom panel 1 locking fixed using the member 14R.

以上のように制御箱は構成されるものであるが、本実施例においては、制御箱への制御機器の収納と固定作業を容易にするために、次のような工夫がなされている。 Above control box as is are those composed, in this embodiment, in order to facilitate storage and fixing work of the control devices to the control box, the following contrivances have been made. 即ち、前記底面パネル1及び前記一対の側面パネル2,3に材質が鋼材の前記補強体5及び6を夫々不連続な冶金的結合手段例えば溶接を不連続に行つたり、スポツト溶接を行つたり、または半田や銀ろう等を用いて不連続に接着したりして固着しておく。 That is, the bottom panel 1 and or Gyotsu the pair of the reinforcing member 5 and 6 the material is steel the side panels 2 and 3 respectively discontinuous metallurgical bond means for example welded discontinuously, Gyotsu the Supotsuto welding keep sticking or, or a solder or silver brazing or the like discontinuous adhesive or to use. 実際に量産性を考慮すると、スポツト溶接による固着が望ましい。 In fact considering mass productivity, it is desirable secured by Supotsuto welding. また、冶金的結合手段を不連続に行うのは、熱による影響を最少限にして制御箱が熱変形をおこさないようにするためである。 Also, perform metallurgical coupling means discontinuously, control box the influence of heat in the minimum is so that not to cause thermal deformation. そして、前記天井パネル4の前記補強体7,前記角部補強部材8,11,前記側面パネル2,3の水平部2A,3Aへの固着は夫々に設けた穴Hを利用してのリベツト締結で行い、また前記前カバー14A、前記後カバー14Bの取付けは係止部品を用いて行うと云うように機械的結合手段により行う。 The rivets fastening the said reinforcement 7 of the ceiling panel 4, the angle reinforcement member 8,11, the horizontal portion 2A of the side panels 2 and 3, secured to 3A utilizes the hole H formed in the respective carried out at, also the front cover 14A, the mounting of the rear cover 14B is carried out by mechanical coupling means to say performed using the locking parts.

上記構成により、制御機器の制御箱への収納と固定作業が容易になることを第5図乃至第8図の概略図を用いて説明する。 The above-described configuration will be described with reference to the schematic view of the storage and operation of fixing the control box that is easy Figure 5 to Figure 8 of the control devices.

まず、第5図(A),(B)に示すように、補強体5,6 First, FIG. 5 (A), as shown (B), the reinforcing member 5 and 6
を固着した底面パネル1及び一対の側面パネル2,3をU The bottom panel 1 and a pair of side panels 2 and 3 which is fixed a U
字状に配置して前記補強体5,6の端部を連結具13を介して連結すると共に底面パネル1と一対の側面パネル2,3 Bottom panel 1 and a pair of side panels 2, 3 together by arranging the shape connecting through a connector 13 to an end portion of the reinforcing member 5 and 6
とをリベツトRで締結し、かつ前記一対の側面パネル2, It concluded the door with rivets R, and the pair of side panels 2,
3の前記補強体6の上端部に跨がるように補強体7を連結具13を介して連結する。 Linked via the connector 13 of the reinforcing member 7 so as to extend over the upper end portion of the reinforcing member 6 of 3. このように、補強体5,6,7を連結することにより、4角形をなす枠体が構成され、前記一対の側面パネル2,3はふらつくことなく前記底面パネル1と共にU字状に保持される。 Thus, by connecting the reinforcing member 5, 6, 7, is constructed the frame body forming a square, the pair of side panels 2, 3 are held together with the bottom panel 1 without wobbling that the U-shape that.

このような状態で第6図(A),(B)に示すように、 Figure 6 in such a state (A), as shown (B), the
制御機器16A〜16Dを収納する。 For accommodating the control equipment 16A~16D. このとき、制御箱の前側と後側には前カバー14A,後カバー14Bがなく開放されており、また上部も天井パネル4がないので開放されている。 At this time, the front side and the rear side of the control box is open because the front cover 14A, is open the rear cover 14B without, also the upper nor the ceiling panel 4. したがつて、制御機器16A〜16Dの収納作業は、これら開放空間から、底面パネル1の補強体5,側面パネル2, It was but connexion, storage operations of the control device 16A~16D from these open spaces, reinforcement 5 of the bottom panel 1, the side panel 2,
3の補強体6及び天井パネル4側の補強体7を利用して行えるので、作業者の無理のない姿勢で作業を行うことができる。 Since performed by using the reinforcing member 6 and the reinforcing body 7 of the ceiling panel 4 side 3, you can do work with reasonable posture of the operator. 尚、制御箱内を仕切りたい場合には、第6図(B)に示すように仕切壁15の上下端を補強体5,7にリベツトRにより固定して取付けることができ、さらに、 Incidentally, when it is desired to partition the inside of the control box, the upper and lower ends to the reinforcement 5 and 7 of the partition wall 15 as shown in FIG. 6 (B) can be mounted and fixed by rivets R, furthermore,
この仕切壁15を利用して制御機器16Dを固定することができる。 The partition wall 15 by utilizing the can to secure the control device 16D. その他の制御機器16A〜16Cは底面パネル1上の補強体5を利用して固定する。 Other control devices 16A~16C are immobilized utilizing reinforcement 5 on the bottom panel 1.

前記制御機器16A〜16Dの制御箱内への収納固定作業が完了したならば、第7図(A),(B)に示すように、角部補強部材8,11を前記一対の側面パネル2,3の上部角部間に跨がるように装着する。 If housing fixing work to the control device 16A~16D the control box in has been completed, view the 7 (A), (B), the corner reinforcing members 8 and 11 of the pair of side panels 2 It is mounted so as to straddle between the upper corner of 3. この角部補強部材8,11の前記側面パネル2,3への装着は前述したように、角部補強部材8,11を構成する補強体9を補強体6の上部に連結具 As this the attachment to the side panel 2 of the corner reinforcing member 8 and 11 described above, coupling the reinforcement body 9 constituting the corner reinforcing members 8 and 11 on top of the reinforcement 6
13を介して連結すると共に、角部補強部材8,11を構成する角カバー10,12の接続座10S,12Sを側面パネル2,3の接続座Sに接続する(第2図参照)。 With connecting via 13, connects connecting base 10S corner cover 10 and 12 constituting the corner reinforcing members 8 and 11, the 12S to connecting base S side panels 2 and 3 (see Figure 2).

その後、第8図(A),(B)に示すように、天井パネル4をかぶせて前記補強体7、前記側面パネル2,3の水平部2A,3A、前記角部補強部材8,11の角カバー10,12上にリベツトRにより固定すると共に、制御箱の前後面に前カバー14A及び後カバー14Bを装着して塞さぐ。 Thereafter, Figure 8 (A), as shown (B), the said reinforcing member 7 is covered with a ceiling panel 4, the horizontal portion 2A of the side panels 2,3, 3A, of the angle portion reinforcing members 8, 11 is fixed by rivets R on the corner cover 10 and 12, sag busy wearing the front cover 14A and the rear cover 14B to the front and rear surfaces of the control box. 尚、天井パネル4は、平面的に見て底面パネル1は勿論のこと、 Note that the ceiling panel 4, bottom panel 1 in plan view, of course,
取付座2B,3Bを除く側面パネル2,3、前後の角部補強部材 Mounting seat 2B, side panels 2 and 3 except 3B, front and rear corners reinforcing member
8,11及び前カバー14A,後カバー14Bを被う大きさ、云い代えれば平面的に見て底面パネル1,取付座2B,3Bを除く側面パネル2,3、角部補強部材8,11、前カバー14A、後カバー14Bはすべて天井パネル4の内側に位置するように構成されている。 8, 11 and the front cover 14A, covering the rear cover 14B size, refers bottom panel 1 in plan view In other, the mounting seat 2B, side panels 2 and 3 except 3B, corner reinforcing members 8 and 11, front cover 14A, is composed of all the rear cover 14B, as positioned inside the ceiling panel 4.

上述のように、制御機器16A〜16Dを収納して固定した制御箱は、取付座2B,3Bを車体床下の取付け部に固定して吊下げられる。 As described above, fixed control box housing the control device 16A~16D is mounting seat 2B, it is suspended by fixing the 3B to the mounting portion of the body under floor.

ところで、上述の制御機器16A〜16Dの収納及び固定作業は、底面パネル1と側面パネル2,3を4角形に連結した補強体5,6,7に固定した状態で行つているが、4角形に連結した補強体5,6,7に底面パネル1及び側面パネル2,3 Meanwhile, the housing and fixing operation of the control device 16A~16D above, although Gyotsu while being fixed to the reinforcing member 5, 6 and 7 were ligated bottom panel 1 and side panels 2, 3 to 4 square, square bottom reinforcing member 5, 6, 7 coupled to the panel 1 and side panels 2 and 3
のうち少なくとも1つあるいは2つを固着した状態で制御機器16A〜16Dの収納と固定を行つてもよいのは勿論のことである。 Paragraph shall be fixed and stored in the control device 16A~16D while fixing at least one or two of the is that of course. 即ち、制御機器16A〜16Dは補強体5〜7を利用して固定されるので、この補強体5〜7により形成される枠体が部品収納時に転倒するのを防止でき、しかも部品の収納作業を妨げないのであればどのパネルを前もつて固定しておいてもよい。 That is, the control device 16A~16D is fixed by using a reinforcing member 5 to 7, it is possible to prevent the frame formed by the reinforcing member 5 to 7 falls down during component housing, yet part of the storage work which panel if you do not interfere with the may be allowed to go-between fixed before.

次に、制御箱を構成する各パネルを補強し、制御箱としての機械的強度を確保する補強体及び連結具について説明する。 Then, to reinforce the panel constituting the control box, the reinforcement and coupling is described to ensure the mechanical strength of the control box.

まず、第9図に示す補強体17は鋼板製であり、第1図及び第2図に示す実施例に用いられた補強体5〜7,9と同じもので、断面逆U字状の両脚17Lの端を夫々反対方向に直角に折曲げて取付部17Sを形成したものである。 First, the reinforcing member 17 shown in FIG. 9 is made of steel, the same as the reinforcing member 5~7,9 used in the embodiment shown in FIGS. 1 and 2, cross-sectional inverted U-shaped legs is obtained by forming a mounting portion 17S end of 17L each have a right angle bend in the opposite direction. そして、前記補強体17の断面逆U字状の頂部17Tにはその全長に亘つて多数の穴17Hが設けられ、また前記取付部1 Then, said cross section an inverted U-shaped top portion 17T of the reinforcing member 17 Wataru connexion is a number of holes 17H provided on the entire length, also the attachment portion 1
7Sにも必要に応じて穴17Hを設けている。 And a hole 17H ​​as necessary to 7S. このように形成された補強体17を、第1図に示すように底面パネル1 The so-formed reinforcing member 17, the bottom panel 1 as shown in FIG. 1
及び側面パネル2,3の内面に取付ける場合には、前記折曲部17Sをパネル面に当て例えば溶接歪が少なく作業時間が短かいスポツト溶接(図示せず)により固着する。 And when attached to the inner surface of the side panels 2 and 3, the bent portion working time against the panel surface for example welding distortion less 17S is fixed by short Supotsuto welding (not shown).
そして補強体17の頂部17Tの穴17Hは、制御機器等の収納された部品の固定や連結具13の連結に利用するのである。 The hole 17H ​​of the top portions 17T of the reinforcement 17 is to utilize the coupling of the fixed and the housed components of the control device such as connector 13. 一方、前記補強体17に第1図に示すように天井パネル4取付ける場合には、前記取付部17Sの穴17Hを利用してリベツト(図示せず)によつて締結する。 On the other hand, when said mounting ceiling panel 4 as shown in FIG. 1 in the reinforcing member 17 by connexion fastened to rivets (not shown) by utilizing holes 17H of the mounting portion 17S.

ところで、前記頂部17T及び必要に応じて前記取付部17S Meanwhile, the response to the said top 17T and necessary mounting portion 17S
には多数の穴17Hが、その全長に亘つて設けられているが、これらの穴17Hは等ピツチで設けたほうが、部品の取付け寸法の標準化や量産性が向上できるので、望ましい。 Number of holes 17H in the, but are provided Wataru connexion on its entire length, rather provided in these holes 17H are equal pitch is, since standardization and mass production of the mounting dimensions of the parts can be improved, desirable.

第10図の補強体18は、第9図に示す補強体17を第2図に示す補強体7のように、2つの並設して用いる場合、それらをあらかじめ一体に形成したもので、頂部18Tに多数の穴18Hを設ける点や取付部18Sを有する点では、基本的に第7図の補強体17と同じである。 Reinforcement 18 of FIG. 10 is a reinforcing member 17 shown in FIG. 9 as the reinforcement member 7 shown in FIG. 2, when used in two juxtaposed, made by forming them in advance integrally, top in terms of having a large number of points providing holes 18H and the mounting portion 18S to 18T, it is the same as the reinforcing member 17 basically Figure 7.

第11図に示す補強体19は、1つの脚19Lの上下端を夫々逆方向に直角に折曲げて断面Z字状に形成したもので、 Reinforcement 19 shown in FIG. 11, which was formed by bending at a right angle folding the upper and lower ends of one leg 19L respectively opposite directions in the cross section Z-shaped,
折曲げた一方を頂部19Tとし、他方を取付部19Sとしている。 One that is bent and a top 19T, and the other is made of a mounting portion 19S. そして、前記頂部19T及び取付部19Sに全長に亘つて複数の穴19Hを設けている。 Then, it is provided Wataru connexion plurality of holes 19H in total length to the top portion 19T and a mounting portion 19S. この補強体19の利用の形態は、第9図,第10図に示す補強体17,18と同じように、 Use of the form of the reinforcing member 19, Figure 9, like the reinforcing member 17, 18 shown in FIG. 10,
補強体19を単独であるいは複数組合せて用いて、各パネルの補強を行うものである。 The reinforcing member 19 used alone or in multiple combinations, and performs reinforcement of each panel.

第12図に示すのは、パネルに取付けられる前記各補強体 It is shown in FIG. 12, each of the reinforcing members attached to the panel
17,18,19をその端部で連結する連結具13で、頂面13Tとその両側から下方に延在する脚部13Lとで断面逆U字状に形成されている。 17, 18 and 19 in connector 13 connecting at its ends, and is formed in a sectional inverted U-shape with legs 13L extending downwardly top surface 13T from both sides. そして、前記頂面13Tの幅方向の両端に、全長に亘つて前記頂面13Tの外方に突出して湾曲する突条13Aを形成している。 Then, in the width direction of both ends of the top face 13T, to form a ridge 13A which is curved outwardly projecting of Wataru connexion the top surface 13T to the full length. さらに、この連結具13 Further, the connector 13
は、前記頂面13Tの外面を曲げの内側として90゜折曲げられており、かつ折曲げられた夫夫の頂面13Tに長手方向に沿つて複数の穴13Hを設けている。 Is provided with along connexion plurality of holes 13H in the longitudinal direction on the top surface 13T of the are bent 90 ° folding as the inner bending an outer surface of the top face 13T, and was bent severally. 前記穴13Hのピツチは、当然のことながら前記補強体17,18,19の連結部の穴17H,18H,19Hのピツチと等しくする必要がある。 Pitch of the holes 13H is of course the hole 17H ​​of the connecting portion of the reinforcing member 17, 18, 19, 18H, it must be equal to the pitch of 19H. また、この連結具13の左右の脚部13Lの内幅寸法W、前記各補強体17〜19の頂部17T〜19Tの幅寸法W 1 〜W 3より大きく形成しておき、この連結具13を前記各補強体17〜19の頂部17T〜19Tの上から被せ、両者の穴13Hと17H〜19Hを一致させ、そこにボルトやリベツトを貫通させて締結するのである。 The inner width W of the left and right legs 13L of the connector 13, the previously formed larger than the width W 1 to W-3 of the top 17T~19T of each reinforcing member 17 to 19, the connector 13 the cover over the top 17T~19T of each reinforcing member 17 to 19, to match the both holes 13H and 17H~19H, is to fastened therein by through bolts or rivets.

以上にように、連結具13を逆U字状に形成し、さらに突条13Aを設けたので、連結具としての機械的強度を向上させることができる。 As above, to form a connector 13 in an inverted U-shape, so further provided projections 13A, it is possible to improve the mechanical strength of the connector.

ところで、制御箱を構成する部材を機械的結合手段の一つであるリベツトを用いて連結する場合、連結部分の信頼性を向上するために、第13図に示すように、連結すべき一方の部材19に凹部19Aを形成し、連結すべき他方の部材20に前記凹部19Aに合致する凸部20Bを形成し、これら凹部19A,凸部20Bを合致させた状態でリベツト例えばブレーク ステム リベツ21で締結する。 Incidentally, when ligated with is one rivets mechanical coupling means a member constituting the control box, in order to improve the reliability of the connecting portion, as shown in FIG. 13, one to be engaged a recess 19A in member 19, a convex portion 20B that matches the recess 19A formed in the other member 20 to be connected, these recesses 19A, rivets for example, break the stem separation 21 in a state where the convex portions 20B were matched It entered into to. このブレーク ステム リベツト21はリベツト本体の中心に軸が貫通しており、この軸を引張ることにより、リベツトのステム先端を潰してふくらませ、そのふくらませた先端と頭部との間で締結力を得るものである。 The break stem rivets 21 extends through the shaft to the center of the rivets body by pulling the shaft, inflated smashed stem tip of rivets, to obtain a fastening force between its puffed tip and head it is. このように締結することにより、2つの部材19,20間に、リベツトの剪断方向に多少外力が作用したとしても前記凹部19A,前記凸部20Bの係合によつてその外力に耐え得ることができ、 By fastening Thus, between the two members 19 and 20, may be some external force to the shearing direction of rivets is the recess 19A as applied, can withstand the external force Te cowpea to the engagement of the convex portion 20B can,
リベツト21のステムの剪断力が作用するのを低減することができ、締結部の信頼性を向上できる。 Shear stem rivets 21 can be reduced to act, it is possible to improve the reliability of the fastening portion.

しかしながら、前記薄板材よりなる部材20に前記凸部20 However, the convex portion 20 to the member 20 of the thin plate
Bを形成すれば、当然のことながら前記凸部20Bの反対側には凹部20Aが生じる。 By forming the B, recess 20A on the opposite side of the convex portion 20B occurs of course. そして、一般に、この凹部20Aの直径dをブレーク ステム リベツト21の頭部21Hの直径Dより大きく形成している。 Then, in general, it is larger than the diameter D of the head 21H of the break stem rivets 21 a diameter d of the concave portion 20A. このような状態で両部材 Both members in this state
19,20に第14図に示すように比較的大きな引張力Fが矢印で示すように作用すると、部材19,20の板厚差と引張力Fによるモーメントが発生し、両部材19,20を引離す開離力a,a′が矢印方向に作用する。 When 19, 20 relatively large tensile force F as shown in FIG. 14 to act as indicated by the arrow, a moment is generated by the force F pulling the plate thickness difference between member 19 and 20, both members 19 and 20 detaching the separable force a, a 'acts in the direction of the arrow. このため、前記凹部19Aと前記凸部20Bとの係合が外れて前記引張力Fがリベツト21のステムに直接作用するので、ステムの直径を大きくして剪断力に耐え得るようにしなければならない。 Therefore, the tensile force F engagement is disengaged between said recess 19A the convex portion 20B since acts directly on the stem of the rivets 21, must be withstand the shear forces and increasing the diameter of the stem .

そこで、第15図に示すように、前記部材19,20に設ける凹部19A,20A及び凸部20Bの直径dより、ブレーク ステム リベツト21の頭部21Hの直径Dよりも小さくすることにより、第16図に示すように、引張力Fが両部材19,2 Therefore, as shown in Figure 15, recess 19A provided on the member 19 and 20, than the diameter d of 20A and the convex portion 20B, to be smaller than the diameter D of the head 21H of the break stem rivets 21, 16 as shown, the tensile force F is both members 19, 2
0間に作用して、開離力a,a′が働いたとしても、リベツトの頭部21Hの縁部とステム先端21Bの縁部とに、矢印で示すような加締力b,cが作用し、前記凹部19Aと凸部20B Acts between 0, separable force a, even worked a ', on the edge of the edge portion and the stem tip 21B of the head portion 21H of the rivets, the caulking force b, c as shown by an arrow act, the recess 19A and the projection 20B
との係合を保持する。 Holding the engagement with the. そのため、前記引張力Fが作用したとしてもブレーク ステム リベツト21のステムには剪断力が働かず、締結部の信頼性は向上できる。 Therefore, said tensile stem break stem rivets 21 as a force F is applied not work shearing force, the reliability of the fastening portion can be improved.

したがつて、用途によつてブレーク ステム リベツト Was but go-between, by the use go-between break stem rivets
21の頭部21Hの直径Dと凹部20Aの直径dとの大きさを決めたほうがよい。 It is better to decide the size of the diameter d of the diameter D and the recess 20A of 21 the head 21H.

このほか、上記実施例の制御箱が雨水等の浸入を嫌うものである場合には、前述のような補強体と連結具による連結に加え、各パネル及び各カバーとの合せ目にパツキングを介在させる必要がある。 In addition, when the control box of the above embodiment is one that dislike infiltration such as rainwater, in addition to the connection by connector and the reinforcing member as described above, interposed Patsukingu the seam between the panels and the cover there is a need to be. また、例えば第17図に示すように、側面パネル3の接続座Sと、角部補強部材8 Further, as shown in FIG. 17, a connecting base S side panel 3, the corner reinforcement member 8
を構成する角カバー10の接続座10Sとの接続部においては、塞ぎ板10Aの斜面10Kと、接続座Sとの間にできる三角空間内に弾性を有するシール剤22を充填するようにしてもよい。 In the connecting portion of the connecting base 10S corner cover 10 constituting the, and slopes 10K of closing plates 10A, be filled with a sealant 22 having elasticity in a triangular space formed between the connecting base S good.

さらに、第18図は、補強体5(6,7)を連結具13によつて同電位とするために、これらの接触面5S(6S,7S)を表面処理し、絶縁性の塗膜等の介在により静電誘導された電位による放電現象をなくしたものである。 Further, FIG. 18, in order to by connexion same potential to connector 13 of the reinforcing member 5 (6,7), these contact surfaces 5S the (6S, 7S) treated surface, an insulating coating film such as by intervening in which it eliminated a discharge phenomenon due to electrostatic induction potentials.

以上の説明は車体の床下に吊下げられる制御箱について、特に部品収納作業の改善を意識したものであるが、 The above description about the control box to be suspended under the floor of the vehicle body, but is particularly aware of the improvement in the component storage operations,
吊下げられる制御箱に限らず、据置き形の箱体にも適用できる。 Not only the control box to be suspended, can be applied to the box body of the stationary type. そして箱体の組立性について考慮すると、第19 And when you consider the assembly of the box body, the second 19
図,第20図に示すように構成してもよい。 Figure, may be constructed as shown in FIG. 20. 第19図,第20 Figure 19, twentieth
図に示す箱体は、連続する4面を形成する底面パネル2 Box shown in figure bottom panel 2 to form a four-sided continuous
3,側面パネル24,25,天井パネル26に夫々複数の補強体27 3, side panels 24 and 25, respectively on the ceiling panel 26 each of the plurality of reinforcing members 27
を予め固着しておき、前記補強体27を夫々連結具13で連結して4面を形成する。 The advance secured to form a four-sided by connecting the reinforcing member 27 in each connector 13. この連結具13による前記補強体 The reinforcing body according to the connection tool 13
27の連結の際、ブレーク ステム リベツト21を用いて連結した点に特徴がある。 27 during connection, is characterized in that connected with the break stem rivets 21. 即ち、上記構成の箱体の組立性は、補強体27,連結具13との連結が容易が否かで決まり、また連結後も長期に亘つて連結を維持できることである。 That is, assembly of the box body of the above structure, the reinforcing member 27, facilitate the connection between the connector 13 is determined by whether or not, also by post coupling also can maintain a prolonged connexion coupling. そのため、ボルトなどで連結具13と補強体27とを締結する場合には、その締結部周囲に締結工具を扱う作業空間を必要とし、狭い空間での作業を厄介としている。 Therefore, when entering into the connector 13 and the reinforcing member 27 volts or the like requires a working space to handle fastening tool on the fastening portion surrounding, and a troublesome work in a narrow space. また、ボルト締結は長期使用中に緩みが生じ、箱体を剛体としておくことが不可能となる。 In addition, the bolt fastening is loosening occurs during long-term use, it becomes impossible to keep the box body and the rigid body. そこで、本発明実施例では前記ブレーク ステム リベツト21を用いて上記ボルト締結による不都合を一掃したのである。 Therefore, in the present invention embodiment is the wiped out inconveniences by the bolt fastening using the break stem rivets 21. 前記ブレーク ステム リベツト21は、一方側から挿入し、 The break stem rivets 21, whereas inserts from the side,
挿入した側からの引張り操作によりステム先端をふくらませるので、短時間に締結でき、箱内の狭い空間での作業も簡単となる。 Since inflate stem tip by pulling operation from the inserted side, could fastened in a short time, it becomes easy task in a narrow space in the box. さらに、一旦締結すると、ボルトのような緩みが生じないので箱体としての剛性を長期に亘つて維持することができる。 Moreover, once engaged, the loosening, such as a bolt does not occur can be prolonged connexion maintain rigidity of the box body.

〔発明の効果〕 以上説明したように、本発明によれば部品収納作業が容易に行える部品収納箱体を得ることができ、また、組立が容易で長期使用に耐える部品収納箱体を得ることができる。 As has been described [Effect of the Invention According to the present invention can be part accommodating work get easily parts storage box body, also, to obtain a parts storage box body to withstand the assembly easy long-term use can.

【図面の簡単な説明】 BRIEF DESCRIPTION OF THE DRAWINGS

第1図は本発明による部品収納箱体の一実施例を示す制御箱の一部破断斜視図、第2図は第1図の分解斜視図、 Figure 1 is a partially broken perspective view of a control box showing one embodiment of a parts storage box in accordance with the present invention, FIG. 2 is an exploded perspective view of Figure 1,
第3図は第2図の制御箱の底面パネルを示す斜視図、第4図は第2図の角部補強部材を示す一部破断斜視図、第5図〜第8図の(A)は夫々制御箱への制御機器の収納順序を説明する概略正面図、第5図〜第8図の(B)は夫夫第5図〜第8図の(A)のA−A断面図,B−B断面図,C−C断面図,D−D断面図、第9図乃至第11図は夫々補強体の例を示す斜視図、第12図は連結具を示す斜視図、第13図乃至第16図は夫々締結部の構成と作用を説明する断面図、第17図は第1図P部の一部破断拡大平面図、第18図は補強体と連結具を示す斜視図、第19図は本発明による別の制御箱を示す斜視図、第20図は第19図Q Figure 3 is a perspective view showing the bottom panel of the control box of FIG. 2, FIG. 4 is a partially broken perspective view of a corner reinforcement member of FIG. 2, in FIG. 5-FIG. 8 (A) is respectively schematic front view illustrating the storage order of the controlled device to the control box, a-a sectional view of FIG. 5-FIG. 8 (B) is in FIG. 5-FIG. 8 severally (a), B -B sectional view, C-C cross-sectional view, D-D sectional view, FIG. 9 through FIG. 11 is a perspective view showing an example of each reinforcing member, FIG. 12 is a perspective view showing a connector, to FIG. 13 sectional view, FIG. 17 is a partially broken enlarged plan view of FIG. 1 P section, perspective view FIG. 18 showing the connector and the reinforcing member 16 figure for explaining the structure and operation of the respective fastening portion, 19 Figure is a perspective view showing another control box according to the invention, FIG. 20 FIG. 19 Q
部の拡大縦断正面図である。 It is an enlarged longitudinal sectional front view of the part. 1……底面パネル、2,3……側面パネル、4……天井パネル、5〜7,9……補強体、13……連結具、14A……前カバー、14B……後カバー、16A〜16D……制御機器。 1 ...... bottom panel, 2,3 ...... side panels, 4 ...... ceiling panels, 5~7,9 ...... reinforcement, 13 ...... connector, 14A ...... front cover, 14B ...... rear cover,. 16A to 16D ...... control equipment.

フロントページの続き (56)参考文献 特開 昭63−184395(JP,A) 特開 昭63−285308(JP,A) 実開 昭58−44879(JP,U) 実開 昭63−200374(JP,U) 実開 昭63−38377(JP,U) 実開 昭61−102085(JP,U) 実開 昭59−81067(JP,U) 実開 平1−174972(JP,U) Front Page continued (56) References Patent Sho 63-184395 (JP, A) JP Akira 63-285308 (JP, A) JitsuHiraku Akira 58-44879 (JP, U) JitsuHiraku Akira 63-200374 (JP , U) JitsuHiraku Akira 63-38377 (JP, U) JitsuHiraku Akira 61-102085 (JP, U) JitsuHiraku Akira 59-81067 (JP, U) JitsuHiraku flat 1-174972 (JP, U)

Claims (17)

    【特許請求の範囲】 [The claims]
  1. 【請求項1】4角形に形成した枠体と、この枠体に夫々支持されて閉塞する4面を形成する複数のパネルと、残る2面を塞ぐカバーとより構成した部品収納箱体において、前記閉塞する4面を形成パネルのうち1乃至3面を形成するパネルを前記枠体に冶金的結合手段により固定し、残るパネルを前記枠体に機械的結合手段により固定したことを特徴とする部品収納箱体。 And 1. A quadrilateral formed by a frame body, a plurality of panels forming the four faces for closing are respectively supported by the frame, the parts storage box body in which more construction a cover for closing the two surfaces remain, the panels forming one or three sides of the four sides forming panel for closing fixed by metallurgical bonding means to said frame, characterized by being fixed by mechanical coupling means remain panel to said frame member parts storage box body.
  2. 【請求項2】前記冶金的結合手段は、不連続に施されていることを特徴とする請求項1記載の部品収納箱体。 Wherein said metallurgical coupling means, parts storage box of claim 1, wherein the are subjected discontinuously.
  3. 【請求項3】前記冶金的結合手段は、スポット溶接であることを特徴とする請求項2記載の部品収納箱体。 Wherein the metallurgical coupling means, parts storage box of claim 2, wherein it is a spot welding.
  4. 【請求項4】前記機械的結合手段は、ブレーク ステム リベットによる結合であることを特徴とする請求項1 Wherein said mechanical coupling means, according to claim 1, characterized in that the coupling by a break stem rivets
    又は3記載の部品収納箱体。 Or 3 parts storage box body according.
  5. 【請求項5】前記複数のパネルのうち2枚は冶金的結合手段によって固定され、かつ対向して立設された一対の側面パネルからなり、これら側面パネルの上部に他部材への取付座を設けたことを特徴とする請求項1記載の部品収納箱体。 Two of claim 5 wherein said plurality of panels is secured by metallurgical bonding means, and opposed to consist erected a pair of side panels, the mounting seat to another member on top of the side panel parts storage box of claim 1, wherein the provided.
  6. 【請求項6】前記複数のパネルのうち1枚は機械的結合手段によって固定され、かつ天井を被う天井パネルからなり、この天井パネルは周囲に下向きの縁部を有し、前記箱構成部材は前記取付座を除いて平面的に前記下向きの縁部の内側に配置されていることを特徴とする請求項5記載の部品収納箱体。 One of wherein said plurality of panels are fixed by mechanical coupling means, and made from the ceiling panel covering the ceiling, the ceiling panel has a downward edge around, the box constituent member parts storage box of claim 5, wherein the is arranged inside the planarly the downward edges except for the mounting seat.
  7. 【請求項7】箱体の閉塞する4面を形成する複数のパネルと、これらパネルを補強し連結されて4角形の枠体を形成する補強体とを備えた部品収納箱体において、前記4角形の枠体の1乃至3辺を形成する前記補強体を前記4面のうちの1乃至3面を形成する前記パネルに冶金的結合手段によって固定し、かつ残る辺を形成する前記補強体を前記残るパネルに機械的結合手段によって固定し、さらに前記枠体の4角部の前記補強体をL字状の連結具を介して連結したことを特徴とする部品収納箱体。 A plurality of panels forming the four faces of closing of 7. box body, the parts storage box body and a reinforcing member that forms a frame of the reinforcing these panels linked by square, the 4 said reinforcing member to form the reinforcing member is fixed by metallurgical bonding means to said panel to form a 1-3 face of the four faces, and remains edges forming one or three sides of the triangle of the frame parts storage box body, characterized in that fixed by mechanical coupling means, further the reinforcing member of four corners of the frame are connected through an L-shaped connector to the left panel.
  8. 【請求項8】複数の部材をリベット連結して4角形に形成した枠体と、この枠体の各辺に夫々支持されて閉塞する4面を形成する複数のパネルと、残る2面を塞ぐカバーとによって構成した部品収納箱体において、前記4面のパネルのうち底面パネルとその両端から立設された一対の側面パネルを前記枠体の3辺にスポット溶接によって取付け、前記一対の側面パネル間に配置される天井パネルを前記枠体の残る1辺にリベット結合し、前記リベット結合部の被連結部材の一方に凹部を形成すると共に被連結部材の他方に前記凹部と係合する凸部を形成したことを特徴とする部品収納箱体。 Closing 8. A plurality of members rivets linked frame body formed in square and a plurality of panels forming the four faces for closing are respectively supported on each side of the frame body, two surfaces remain in parts storage box member constituted by a cover, attached by spot welding a pair of side panels erected bottom panel from both ends of the panel of the fourth surface on three sides of the frame body, the pair of side panels riveting the ceiling panel disposed on one side of remainder of the frame between the convex portion said concave portion and engaging the other of the connecting member so as to form one recess of the coupling member of the riveted connection parts storage box body, characterized in that the formation of the.
  9. 【請求項9】前記リベット結合部のリベットは、その頭部を前記凸部の反対側にできる凹部側に位置させ、かつリベット頭部は前記凹部を被う大きさを有することを特徴とする請求項8記載の部品収納箱体。 9. rivets of the rivet coupling portion is positioned on the concave side as possible its head on the opposite side of the convex portion, and the rivet head is characterized by having a size to cover the recess parts storage box of claim 8 wherein.
  10. 【請求項10】4角形の枠体と、この枠体の各辺に夫々支持され、閉塞する4面を形成する複数のパネルとを備えた部品収納箱体に部品を収納するに際し、複数のパネルのうち前記枠体の転倒を防止し得るパネルを前記枠体に冶金的結合手段によって固定した後、前記枠体を利用して部品を収納固定し、その後残るパネルを前記枠体に機械的結合手段によって固定するようにしたことを特徴とする部品収納箱体への部品収納方法。 10. A square frame body, when the frame is respectively supported on each side of, for accommodating the component in the component storage box body comprising a plurality of panels forming the four faces of closing, a plurality of after a panel capable of preventing a fall of the frame of the panel and fixed by metallurgical bonding means to said frame, mechanical parts housed and fixed by using the frame body, then leaving the panel in the frame component storing method of the parts storage box body, characterized in that so as to fix the coupling means.
  11. 【請求項11】4角形の枠体と、この枠体の各辺に夫々支持され、閉塞する4面を形成する複数のパネルと、残る2面を塞ぐカバーとを備えた部品収納箱体に部品を収納するに際し、前記4面のパネルのうち1乃至3枚のパネルを前記枠体の各辺に冶金的結合手段によって取付け、この状態で前記枠体を利用して部品を収納固定し、 11. A square frame body, are respectively supported on each side of the frame body, a plurality of panels forming the four faces of closing, the parts storage box body and a cover for closing the two surfaces remain upon housing the components, from 1 to 3 panels of the panels of the four faces attached by metallurgical coupling means on each side of the frame body, parts and the housing fixed by using the frame body in this state,
    その後残るパネルを前記枠体に機械的結合手段によって取付けるとともに、前記カバーで塞ぐようにしたことを特徴とする部品収納箱体への部品収納方法。 With the then remaining panels attached by mechanical coupling means to said frame member, component storage method of the parts storage box body, characterized in that so as to close in the cover.
  12. 【請求項12】4角形の枠体と、この枠体の各辺に夫々支持され、閉塞する4面を形成する複数のパネルと、残る2面を塞ぐカバーとを備えた部品収納箱体に部品を収納するに際し、あらかじめ前記枠体の構成部品を冶金的結合手段によって取付けた4面のパネルを、前記枠体構成部材を連結することで連続した4面を形成し、この状態で前記枠体を利用して部品を収納固定し、その後残るパネルを前記枠体に機械的結合手段によって取付けるとともに、前記カバーで塞ぐようにしたことを特徴とする部品収納箱体への部品収納方法。 12. A square frame body, are respectively supported on each side of the frame body, a plurality of panels forming the four faces of closing, the parts storage box body and a cover for closing the two surfaces remain upon housing the components, the four sides panels attached by metallurgical bond means a component of a pre-the frame body to form a four-sided continuous by coupling the frame body constituting member, the frame in this condition using the body accommodates the fixed parts, together with the then remaining panels attached by mechanical coupling means to said frame member, component storage method of the parts storage box body, characterized in that so as to close in the cover.
  13. 【請求項13】補強体をスポット溶接した底面パネルと、補強体をスポット溶接した一対の側面パネルとで前記各補強体を連結することによりU字状に連続した3面を形成し、かつ前記一対の側面パネルの補強体の自由端側を別の補強体で連結して4角形の枠体を構成し、この状態で前後及び上方空間から前記補強体を利用して部品の収納固定を行ない、その後前記一対の側面パネル間に跨る補強体に天井パネルをリベット締結するようにしたことを特徴とする部品収納箱体への部品収納方法。 13. A bottom panel reinforcement member was spot welded, the reinforcement forms a three-sided continuous in a U-shape by connecting each of said reinforcing member and a pair of side panels which was spot-welded, and the the free end of the reinforcing member of the pair of side panels constitute a frame quadrangle linked with another reinforcement performs a housing fixed part by using the reinforcing member from the front and rear and the upper space in this state , component storage method of the subsequent ceiling panel reinforcement extending over between the pair of side panels to parts storage box body, characterized in that so as to rivet fastening.
  14. 【請求項14】4角形の枠体と、この枠体の各辺に夫々支持され、閉塞する4面を形成する複数のパネルと、残る2面を塞ぐカバーとを備えた部品収納箱体に部品を収納するに際し、前記4面のパネルのうち1乃至3枚のパネルに前記枠体の構成部材を冶金的結合手段によって固定する工程と、パネルに固定された枠体構成部材を連結する工程と、連結された前記枠体構成部材の自由端部間をパネル未装着の枠体構成部材で連結して前記4角形の枠体を形成する工程と、前記枠体構成部材を利用して部品の収納,固定後,前記パネル未装着の枠体構成部材に残るパネルを固定する工程と、前記カバーを取り付ける工程を有する部品収納箱体の組立方法。 14. A square frame body, are respectively supported on each side of the frame body, a plurality of panels forming the four faces of closing, the parts storage box body and a cover for closing the two surfaces remain step upon, for connecting the process and, fixed frame constituting member to the panel that the components of the frame 1 to the three panels secured by metallurgical coupling means of the panel of the four sides to house the components If, forming a frame of the square between the free end of the linked the frame constituting member coupled with the frame body constituting member of the panel is not mounted, the component by using the frame constituting member storage, after fixing, and fixing the panel to remain in the frame constituting member of the panel is not installed, the assembling process of parts storage box having a step of attaching the cover.
  15. 【請求項15】断面逆U字状をなし、この断面逆U字状の頂部と脚部との交差部に前記頂部の外方に突出する湾曲部を全長に亘って形成し、かつ前記頂部を曲げの内側としてL字状に折曲げて形成したことを特徴とする連結具。 15. None of the cross-sectional inverted U-shape, a curved portion is formed over the entire length projecting outwardly of said top portion to the intersection of the top portion and the leg portion of the cross section an inverted U-shaped, and said top coupling, characterized in that formed by bending in an L-shape as the inner bend.
  16. 【請求項16】4角形の枠体と、この枠体の各辺に夫々支持され、閉塞する4面を形成する複数のパネルと、残る2面を塞ぐカバーとを備えた部品収納箱体において、 16. A square frame body, are respectively supported on each side of the frame body, a plurality of panels forming the four faces of closing, in the component storage box body and a cover for closing the two surfaces remain ,
    前記4面のパネルのうち3面を形成するパネルを前記枠体に冶金的結合手段によって固定し、残るパネルを前記枠体に機械的結合手段によって固定し、かつ前記カバーを着脱可能に取付けたことを特徴とする部品収納箱体。 Wherein the panels forming the three sides of the four sides the panel is fixed by metallurgical bonding means to said frame, and fixed by mechanical coupling means remain panel to said frame member, and mounted the cover removably parts storage box body, characterized in that.
  17. 【請求項17】4角形の枠体と、この枠体の各辺に夫々支持され、閉塞する4面を形成する複数のパネルと、残る2面を塞ぐカバーとを有し、リベット連結部を備えた部品収納箱体において、前記リベット連結部の被連結部材の一方に凹部を形成すると共に他方に前記凹部と係合する凸部を形成し、かつ前記被連結部材の他方に形成した凸部の反対面にできる凹部側にこの凹部を被う大きさのリベット頭部を位置させたことを特徴とする部品収納箱体。 17. A square frame body, are respectively supported on each side of the frame body, a plurality of panels forming the four faces for closing, and a cover for closing the two surfaces remain, the rivet connecting part in parts storage box body having the rivets connecting portion to form a recess in one of the connecting member forms a protrusion that the recess and engages the other, and the convex portion formed on the other of the connecting members parts storage box body, characterized in that to position the size of the rivet head covering this concave recess side that can be the opposite side of.
JP2049308A 1990-03-02 1990-03-02 Component storage method to parts storage box body and parts storage box body Expired - Lifetime JPH0770841B2 (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
JP2049308A JPH0770841B2 (en) 1990-03-02 1990-03-02 Component storage method to parts storage box body and parts storage box body

Applications Claiming Priority (6)

Application Number Priority Date Filing Date Title
JP2049308A JPH0770841B2 (en) 1990-03-02 1990-03-02 Component storage method to parts storage box body and parts storage box body
AU71027/91A AU634345B2 (en) 1990-03-02 1991-02-13 Parts receiving box and method for receiving parts in the parts receiving box
ZA911140A ZA9101140B (en) 1990-03-02 1991-02-15 Parts receiving box and method for receiving parts in the parts receiving box
BR919100681A BR9100681A (en) 1990-03-02 1991-02-20 receiving box parts, a method of receiving parts receiving box parts, reinforcing element and splicer
KR1019910003004A KR910016577A (en) 1990-03-02 1991-02-25 Part of the storage method for storage boxes and parts storage box
CN 91101375 CN1019466B (en) 1990-03-02 1991-03-02 Parts receiving box and method for receiving parts in the parts receiving box

Publications (2)

Publication Number Publication Date
JPH03253097A JPH03253097A (en) 1991-11-12
JPH0770841B2 true JPH0770841B2 (en) 1995-07-31

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JP2049308A Expired - Lifetime JPH0770841B2 (en) 1990-03-02 1990-03-02 Component storage method to parts storage box body and parts storage box body

Country Status (6)

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JP (1) JPH0770841B2 (en)
KR (1) KR910016577A (en)
CN (1) CN1019466B (en)
AU (1) AU634345B2 (en)
BR (1) BR9100681A (en)
ZA (1) ZA9101140B (en)

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* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
KR100804847B1 (en) * 2006-11-03 2008-02-20 윤태소 A pad monolithic box
CN105292010B (en) * 2015-11-27 2017-09-29 延锋安道拓座椅有限公司 A kind of fixing device for installing of vehicle-mounted maintenance instrument

Family Cites Families (9)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
AU6213973A (en) * 1972-11-10 1975-05-08 Beckley M D Structures
JPS5844879U (en) * 1981-09-22 1983-03-25
JPS5981067U (en) * 1982-11-24 1984-05-31
JPS61102085U (en) * 1984-12-11 1986-06-28
JPS6338377U (en) * 1986-08-28 1988-03-11
PT85802B (en) * 1986-09-26 1991-03-20 Vormet Quality Fab Close Corp Structure
JPS63184395A (en) * 1987-01-26 1988-07-29 Nec Corp Electronic equipment cubicle
JPS63200374U (en) * 1987-06-11 1988-12-23
JPH01174972U (en) * 1988-05-31 1989-12-13

Also Published As

Publication number Publication date
AU634345B2 (en) 1993-02-18
KR910016577A (en) 1991-11-05
ZA9101140B (en) 1991-11-27
JPH03253097A (en) 1991-11-12
BR9100681A (en) 1991-10-29
CN1019466B (en) 1992-12-16
CN1054395A (en) 1991-09-11
AU7102791A (en) 1991-09-05

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