TW201116460A

TW201116460A - Package

Info

Publication number: TW201116460A
Application number: TW099122129A
Authority: TW
Inventors: Takenori Itou; Kenichi Fukuda; Kiyoshi Kobayashi; Nobunari Ushio
Original assignee: Murata Manufacturing Co; Toppan Printing Co Ltd
Priority date: 2009-07-16
Filing date: 2010-07-06
Publication date: 2011-05-16
Also published as: KR20110007574A; CN101955016A; KR20120069627A; TWI399328B; KR101188767B1; KR101188763B1; CN101955016B; CN102514820A; CN102514820B

Abstract

This invention is to provide a package having excellent operatability during assembly. The package for a reel has a side part (20) and a side part (30). The side part (30) is erected from an end of the side part (20) via a folding portion (51) of a resin molded body, and defines a receiving space (50) for disposing a capacitor together with the side part (20). A recess part (66) recessed from a surface (22a) of the side part (20) is formed on the side part (20). A projecting part (61) projected from a surface (32a) of the side part (30) is formed on the side part (30). The projecting part (61) is fitted in the recessed part (66) when the resin molding body is folded at the folding portion (51).

Description

201116460 六、發明說明：【發明所屬之技術領域】一般而言，本發明係關於係關於自成形加工後之樹脂成件之封裝體，或自樹脂成形、之載帶捲繞之捲盤之封裝體。一種封裝體，更特定而言，形體組裝、用以收容電子零用以收容供裝載有電子零件【先前技術】關於習知封裝體，例如，日本特開平9 一 309522號公報揭示容易進行組裝或開放、摺疊，&覆耐久性優異：：疊狀態下體積小，且能以較簡單之作業進行其狀態維持之熱塑性塑膠片成形體（專利文獻1}。專利文獻i揭示之片成形體’係由長方形底面部、、經由彎折線連接設置於長方形底面部各邊之側面部、及經由彎折線連接設置於側面部在寬度方向之兩側之連結片構成。在連結片形成敌合雕部，在側面部形成嵌合於嵌合雌部之嵌合雄部。又，曰本特開2005 — 1 87026號公報揭示謀求資源有效利用以減輕續境負荷，無產生紙粉之虞之捲盤捆包片（專利文獻2)。專利文獻2揭示之捲盤捆包片係由合成樹脂形成之構件構成。在捲盤捆包片，從其-端側朝向另-端側交置覆蓋重疊狀態之捲盤之一部分之蓋部與鉸鏈部。專利文獻1 :曰本特開平9~ 309522號公報專利文獻2 :日本特開2005 - 187026號公報【發明内容】 3 201116460 如上述專利文獻1所揭示，作為產品之送貨箱，已知利用由熱塑性樹脂構成之板成形體。組裝此板成形體時，以彎折線彎折側面部以獲得由長方形底面部與從其四個角洛豎立之側面部構成之箱形狀。再者，以彎折線彎折連結片，使嵌合雌部與嵌合雄部互相嵌合，據以固定相鄰側面部彼此。如上述，專利文獻丨所揭示之板成形體，在其組裝時，必須要側面部之彎折步驟、連結片之彎折步驟、及嵌合雌部與嵌合雄部之嵌合步驟之三階段之作業。因此，無法充分提昇組裝時之作業性。又如上述專利文獻2所揭示，已知在收容電子零件等之捲繞有載體載帶之捲盤之捆包利用樹脂製之捲盤捆包片。由於此捲盤捆包片無產生紙粉之虞，因此具有可帶入謀求無塵化之工廠内之優點。上述捲盤捆包片，在搬入工廠時之輸送時或使用捲盤之構裝步驟之現場等，為了更確實地保持收容捲盤之狀態，必須要穩定裝載。然而，由於專利文獻2所揭示之捲盤捆包片具有覆蓋捲盤之一部分之蓋部追隨捲盤之形狀之彎曲形狀，因此在將捲盤捆包之狀態下成為圓柱形之外觀。因此，在上述輸送時或構裝步驟之現場，會有捲盤捆包片滾動，捲盤之捆包解開之虞。因此本發明之第1目的在於提供一種可解決上述課題’組裝時之作業性優異之封裝體。又，本發明之第2目的在於提供一種可解決上述課題，更確實地維持收容捲盤之狀態之封裝體。 201116460 針對第1目的播士、 - #成之本發明之封裝體，係經由可彎折之考折邛位連接設置夹邛與其兩側之複數個側部，收容電子零件之封裝體。枴足聲折。P位彎折側部，與中央部一起規疋收容電子零件〜收办二間。在面對彎折部位之中央部之收谷二間側形成從矣； „ 成從表面凹陷之凹部。在面對彎折部位之側部之收容空間你丨私从 ν成攸表面突出、彎折侧部時與凹部嵌合之凸部。 ,Λ ^㉛構成之封裝體’藉由彎折側部，能獲得複數個側從中央部兩側聲折之形狀’同時使凸部嵌合於凹 ° °因此’可提昇封裝體組裝時之作業性。十對帛1目的構成之另_發明之封裝體，係由成形加旦::知U曰成形體組裝，收容電子零件之封裝體。封裝體偵“ρ與第2側部。第2側部經由樹脂成形體之彎折部位從第1側部之端部& 卩丑立’與第1側部一起規定配置電子零件之收容空間。力筮，/, Α 在第1側部形成從配置於收容空間側之表面凹陷之凹都β Λ埜,/, Α 第2側。ρ形成從配置於收容空間側之表面突出之凸部。凸部左 .^ 卩在乂考折部位彎折樹脂成形體時嵌合於凹部。根據上述構成之封裝體，藉由以彎折部位變折樹脂成形體，能獲得第2側部從第Η則部之端部豐立之形狀，同時使凸部嵌合於凹部。因此，了提昇封裝體組裝時之作業性。又’較佳為’凹部及凸部係與彎折部位相鄰設置。根據上述構成之封裝體，能以彎折部位為支點使凸部容易被合於凹部。 201116460 又，較佳為，在收容处帶捲繞之捲盤。根據上述=置供收納有電子零件之載 # Μ ^ 4+ ^ μ 成之封裝體，在組裝用以收容捲盤之封裝體時，可提昇其作業性。又，較佳為，第1側部具第1支承部包含延伸於用古a 1 + ® ^ 〇延伸於周方向之第1彎曲面，藉由第卜資曲面支承捲盤。第i平面部心… 稽由第1考 m ^ φ 15從第1支承部在第1彎曲面之周方向之端部彎折，朝向彎部具有第2支承部血第2平二伸成千面狀。第2側 ^ t 弟 +面部。第2支承部包含在蠻拼树月日成形體之狀態下配罝π第1婷曲面之延伸上之第2蠻曲面，藉由第2脊曲面支承棬般^ 之第2着部在第）^ 第2平面部從第2支承成平面狀第^之周方向之端部彎折，朝向彎折部位延伸平面部重4 面部在f折樹脂成形體之狀態下與第1 平面部部及凸部係分別形成於第1平面部及第2 形體根成之封裝體，藉由以彎折部位彎折樹脂成 _以支承捲盤之第1彎曲面及第.2彎曲面連接之形狀，同時使第丨平嵌合於凹部。與第2 +…墨並使凸部又，較佳為，凹部在第i側部之表面形成開口口 P在從第2側部之表面穿屮成為開口寬度在⑸“ 則端具有大出端。凹部係形㈠之延伸方向與從開口面起之深度無關地為大致一s* π „ 又凸。p在第2側部之表面與突出端之門之位置具有大於凹部 Η 宫许 1 其位置朝… 度。凸部係形成為從、置朝向大出端寬度逐漸減少。根據上述構成之封裝體，由於凸部具有大於凹部之開 201116460 口寬度之寬度，因此处由於凸部係形成為朝:二部更強固地嵌合於凹部。再者，凸部順利地嵌合於=其突出端寬度逐漸減少，因此能使性，能強固地固定第；二因此’無損封裝體組裝時之作業疋第1側部與第2側部。又’較佳為，&却办^ °糸形成為具有高於凹部之剛性。根據上述構成之封裝體， ^ ^ Λ Λ 靶藉由-剛性之凸部使低剛性之凹 4擴張並使凸部嵌合於凹部。為第2側部係由從第丨側部一並形成凸部之第i ^ 丨义％ 4旦立 σ刀、，、從第1側部之另一端部豎立並形成凸部之第2部分椹士、，八刀構成。從收容空間之外側觀察第丨部第2部分，凸部具有從第2側部之表面凹陷之形狀。根據上述構成之封裝體，假設使第2側部之第！部分及第2部分從第1側邱側邛之知部立起以組裝封裝體之步驟之情形’能將組裝作業員之丰狀旯之手私放置在從第2侧部之表面凹陷之凸部，使凸部嵌合於 1甘“於凹。卜因此，可進一步提昇封裝體組裝時之作業性。針對第2目的構成之本發明之封裝體，係由樹脂成形，以收容供裝載有電子零件之載帶捲繞之捲盤之封裝體。封裝體具備支承部與緣部。支承部具有延伸於周方向之彎曲面’藉由彎曲面支承捲盤、緣部從支承部在彎曲面之軸方向之兩端分別連接，延伸於彎曲面之徑方向。緣部係形成為較支承部更突出於彎曲面之徑方向外側。 *根據上述構成之封裝體，藉由較支承捲盤之支承部更突出於·彎曲面之徑方向外側來形成緣部，㊣將緣部利用為支承封裝體之腳。藉此，能穩定地裝載封裝體，雄實地維 201116460 持將捲盤收容於封裝體之狀態。 =，較佳為，緣部在突出”曲面之徑方向外側之前 :八：配置於相同平面上之前端部。根據上述構成之封裂體，此將封裝體更穩定地裝載於平面上。又，較佳為，藉由在延伸於周方向之彎曲面之轴周圍切開支承部一部分，形成用以插入捲盤之開”。支承部係形成為由開口部切開之f曲面之相位範圍成之角度。 ' 根據上述構成之封裝體’由於彎曲面切開之角度小於因此可藉由支承部卡止彎曲面所支承之捲盤，防止捲盤從開口部脫落。藉此，能確實地維持將捲盤收體之狀態。又’較佳為’藉由在延伸於周方向之彎曲面之軸周圍 1支幺。卩。卩分，形成用以插入捲盤之開口部。支承部 ”有在f曲面之軸周圍配置於與開口部對向之位置之第1 部分’及在脊曲面之軸周圍分別配置於開口部兩側之位置、可f折地連接設置於第1部分之第2部分及第3部分。在將第2部分及第3部分相對第1部分f折之狀態下，第2 部分及第3部分之彎曲面係配置於第1部分之彎曲面之延伸上。根據上述構成之封裝體，藉由將支承部之第2部分及第3 分相對支承部之第1部分彎折，可獲得彎曲面延伸於周方向之形態。較佳為’第2部分及第3部分之彎曲面係配置於較第1部分之彎曲面延伸成正圓狀之假想線更内徑側。根 201116460 據上述構成之封裝體，由當把# H m 、 9由第2 分及第3部分適田把持捲盤，因此可防止捲盤從開口部脫落。又，較佳為，藉由在延伸於七刀鬥±f曲面之軸周圍切開支承部一部分，形成用播入捲盤之開口部。封裝體進步具備從配置於開口部兩側$纟& # #、Λ、& 1网側之支承部之端部分別延申 $成為可把持之把手部。根據上述構成之封裝體，藉於ρ 楮由將叮把持之把手部設置 ♦ 兩側，可更容易搬運封裝體且有效抑制在封裝體搬運時捲盤從開α部脫落。卩在封裝體又，較佳為’把手部係形成為马了相對支承部之端部彎折根據上述構成之封裝體，可配人驻把手部之傾斜變化。了配。封裝體之使用形態使之外二=為，把手部具有可在被把持之狀態下將捲盤按壓向彎曲面之壓止部。根據上述構成之封褒體， T更有效抑制在封裝體搬運時捲盤從開口部脫落。 :’較佳為’在支承部形成複數個槽。複數個槽在從考曲面凹陷之形態下沿著彎曲 Λ * 心同万向延伸，在蠻曲而 ==隔排列。根據上述構成之封裝體，捲盤之卜緣卡止於複數個槽，可防止蠻止f曲面所支承之捲盤傾倒。之樹二較：為，上述任一記載之封裝體係由成形加工後 Μ成《組裝。根據上述構成之封裝體 “實地維持收容有捲盤之狀態之封裝體。工易構成如上述說明’根據針對帛丨目的構成之本發明仏，，且裝時之作業性優異之封裝體。又，根據針對第2目的構成之本發明’可提供更確實 201116460 地維持收容捲盤之狀態之封裝體。【實施方式】參…' 圖式說明本發明之實施形態。此外，以下參照之圖式中’對相同或相當之構件賦予相同符號。圖1係顯示本發明實施形態中捲盤用封裝體的立體圖。圖2係顯示圖丨中之捲盤用封装體的前視圖。圖3係顯示收容捲盤之狀態之捲盤用封裝體的立體圖。圖4係顯示圖3中之捲盤用封裝體的前視圖。參照圖1至圖4，本實施形態之捲盤用封裝體丨〇係用以收谷複數片捲盤200的盒體。捲盤200具有圓盤形狀。在捲盤2〇〇捲繞載帶，在該載帶，於長邊方向相隔間隔收納複數個電容器。複數片捲盤200,在各捲盤200之軸重疊成彼此一致之狀態下，收容於捲盤用封裝體1〇。舉捲盤用封裝體10之使用形態之一例而言，捲盤用封裝體10係使用為在製造電容器之工廠與捲盤2〇〇之交貨目的地之使用電容器之工廠之間往來之送貨箱。此外，收納於捲盤200之零件並不限於電容器，例如，亦可為電感器或電阻、感測器類等之電子零件。 (捲盤用封裝體1〇之整體構造）首先’說明捲盤用封裝體10之替 \ i體構造，捲盤用封骏體10之構成，具有側部20、側部w a Μ — 、叫。丨4 30及側部4〇。側部3〇及側部40係分別從側部20之兩端& 鴂丘立形成。本實施形能中，側部30及侧部4〇係分別從侧叫。丨5 20之兩端以大致9〇0 10 201116460201116460 VI. Description of the Invention: [Technical Field of the Invention] In general, the present invention relates to a package for a resin-formed package after self-forming, or a package for reeling from a resin-formed, tape-wound package. body. A package, more specifically, a body assembly for accommodating an electronic zero for accommodating an electronic component. [Prior Art] With respect to a conventional package, for example, Japanese Patent Laid-Open Publication No. Hei 9-309522 discloses that it is easy to assemble or open. , Folding, & Excellent durability of the coating: A thermoplastic molded sheet molded body which is small in size and capable of maintaining its state in a relatively simple operation (Patent Document 1). a rectangular bottom surface portion, a side surface portion provided on each side of the rectangular bottom surface portion via a bending line, and a connecting piece that is connected to both sides of the side surface portion in the width direction via a bending line. The connecting piece forms an enemy engraving portion. In the side surface portion, a fitting male portion that is fitted to the fitting female portion is formed. In addition, Japanese Patent Laid-Open Publication No. 2005-187026 discloses a reel bundle that seeks to effectively utilize resources to reduce the renewal load and does not generate paper dust. A package sheet (Patent Document 2). The reel package sheet disclosed in Patent Document 2 is composed of a member formed of a synthetic resin. The package sheet is wound from the end side toward the other side. In the side of the cover, the cover portion and the hinge portion of the reel in the overlapped state are disclosed. Patent Document 1: Japanese Laid-Open Patent Publication No. Hei. No. Hei. No. Hei. No. Hei. According to the above-mentioned Patent Document 1, it is known to use a sheet molded body made of a thermoplastic resin as a delivery box for a product. When assembling the sheet formed body, the side surface portion is bent by a bending line to obtain a rectangular bottom portion and a fourth bottom portion thereof. The shape of the box formed by the side portions of the horns is erected. Further, the connecting piece is bent by the bending line, and the fitting female portion and the fitting male portion are fitted to each other, thereby fixing the adjacent side portions to each other. In the assembly of the sheet disclosed in the document, it is necessary to perform the three-stage operation of the bending step of the side portion, the bending step of the connecting piece, and the fitting step of the fitting female portion and the fitting male portion. For this reason, it is known that the package of the reel on which the carrier tape is wound, such as an electronic component, is packaged by a reel made of resin, as disclosed in the above-mentioned Patent Document 2. by Since the reel packaging sheet does not generate paper dust, it has the advantage of being able to be brought into a factory that is dust-free. The reel packaging sheet is transported at the time of loading into the factory or the assembly step using the reel. In order to maintain the state of the storage reel more reliably, it is necessary to stably load. However, the reel package sheet disclosed in Patent Document 2 has a cover portion covering one portion of the reel and follows the shape of the reel. The shape is thus a cylindrical appearance in the state in which the reel is bundled. Therefore, at the time of the above-described conveyance or the construction step, the reel package rolls are rolled, and the unwinding of the reel is unfolded. Therefore, a first object of the present invention is to provide a package which is excellent in workability at the time of assembly. The second object of the present invention is to provide a solution for solving the above problems and to more reliably maintain the state of the storage reel. The package. 201116460 For the first purpose of the game, the package of the present invention is a package in which the electronic component is housed by a plurality of side portions of the clip and the two sides of the clip. Turn the foot and fold. The P-bit bends the side, and together with the center, regulates the containment of electronic parts. In the central portion facing the bending portion, the two sides of the valley are formed from the 矣; „ into the concave portion recessed from the surface. In the accommodating space facing the side of the bending portion, you smuggle from the surface of the ν 攸、, bend a convex portion that is fitted to the concave portion when the side portion is folded. The package body formed by the Λ ^31 can obtain a shape in which a plurality of sides are folded from both sides of the central portion by bending the side portion, and the convex portion is fitted at the same time. The recess ° ° can therefore improve the workability of the package assembly. The tenth package of the first object of the invention is based on the forming of the package: the U-shaped molded body is assembled, and the package of the electronic component is housed. The package detects "ρ" and the second side. The second side portion defines a housing space for the electronic component from the end portion of the first side portion and the first side portion via the bent portion of the resin molded body. Force 筮, /, Α The first side portion is formed with a concave portion from the surface disposed on the side of the accommodating space, and the second side is formed. ρ forms a convex portion that protrudes from the surface disposed on the side of the accommodating space. The convex portion left. ^ 嵌合 is fitted to the concave portion when the resin molded body is bent at the bending portion. According to the package having the above configuration, by folding the resin molded body into the bent portion, the second side portion can be obtained from the end portion of the second end portion, and the convex portion can be fitted into the concave portion. Therefore, the workability in assembling the package is improved. Further, it is preferable that the concave portion and the convex portion are provided adjacent to the bent portion. According to the package having the above configuration, the convex portion can be easily joined to the concave portion with the bent portion as a fulcrum. 201116460 Further, preferably, the reel is wound at the storage place. According to the above-mentioned package in which the electronic component is stored in the package of # Μ ^ 4+ ^ μ, the workability can be improved when the package for accommodating the reel is assembled. Further, it is preferable that the first side portion has a first support portion extending from the first curved surface extending in the circumferential direction by the ancient a 1 + ® ^ ,, and the reel is supported by the plenum surface. The i-th plane center is folded from the first support portion at the end portion of the first support portion in the circumferential direction of the first curved surface, and the second support portion has a second support portion for the second portion. Faceted. Side 2 ^ t brother + face. The second support portion includes a second rough surface on the extension of the π first Ting surface in the state of the sacred tree-shaped molded body, and the second portion is supported by the second ridge curved surface. ^ The second planar portion is bent from the end portion of the second support in the circumferential direction of the planar shape, and extends toward the bent portion. The flat portion is heavy. The face portion is folded with the resin molded body to form the first flat portion and the convex portion. The parts are formed in the first planar portion and the second body-shaped package, and the resin is bent at a bent portion to support the first curved surface and the second curved surface of the reel, and simultaneously The second crucible is fitted into the recess. And the second and second inks, and the convex portion, preferably, the concave portion forms an opening P on the surface of the i-th side portion, and penetrates from the surface of the second side portion to have an opening width at (5)" The direction in which the concave portion (1) extends is substantially one s* π „ and convex regardless of the depth from the opening surface. p is located at the position of the surface of the second side portion and the door of the protruding end is larger than the position of the concave portion. The convex portion is formed to gradually decrease in width from the position to the large end. According to the package having the above configuration, since the convex portion has a width larger than the width of the opening of the concave portion of 201116460, the convex portion is formed to be more strongly fitted to the concave portion toward the two portions. Further, since the convex portion is smoothly fitted and the width of the protruding end is gradually reduced, it is possible to securely fix the second portion, and thus the operation of the first side portion and the second side portion during the assembly of the non-destructive package. Further, it is preferable that the & is formed to have a rigidity higher than that of the concave portion. According to the package having the above configuration, the ^ ^ Λ 靶 target expands the low-rigidity recess 4 by the --convex convex portion, and the convex portion is fitted into the concave portion. The second side portion is formed by y ^ 丨 % 4 4 形成、、、、、 , , , , , , , , , , 、、、、、、、、、、、第第第第第第第第第第第第第第第第Gentleman, eight knives. The second portion is viewed from the outer side of the accommodating space. The convex portion has a shape recessed from the surface of the second side portion. According to the package having the above configuration, it is assumed that the second side portion is the first! In the case where the part and the second part are erected from the side of the first side of the side to assemble the package, the hand of the assembly worker can be placed on the surface of the second side. In this case, the convex portion is fitted into the concave portion. Therefore, the workability at the time of assembly of the package can be further improved. The package of the present invention having the second object is formed of a resin to be accommodated and loaded. A package for winding a reel of an electronic component. The package includes a support portion and an edge portion. The support portion has a curved surface extending in the circumferential direction. The reel is supported by the curved surface, and the edge portion is curved from the support portion. Both ends of the axial direction are connected to each other and extend in the radial direction of the curved surface. The edge portion is formed to protrude more outward than the support portion in the radial direction of the curved surface. * According to the package having the above configuration, by the support of the reel The support portion is formed so as to protrude from the outer side in the radial direction of the curved surface to form the edge portion, and the edge portion is used to support the leg of the package. Thereby, the package can be stably loaded, and the reel can be accommodated in the package in 201116460. The state of the body. =, preferably, the edge is before the "outer side of the radial direction of the curved surface": eight: the front end is arranged on the same plane. According to the above-described constitution, the package is more stably loaded on the plane. Further, it is preferable that the portion of the support portion is cut around the axis extending in the circumferential direction to form the opening for inserting the reel. The support portion is formed such that the phase range of the f-curved surface cut by the opening is The angle of the package according to the above configuration is such that the angle at which the curved surface is cut is smaller than the reel which is supported by the support portion to lock the curved surface, thereby preventing the reel from coming off the opening. The state of the reel body is also 'better' by forming an opening portion for inserting the reel by means of a branch around the axis extending in the circumferential direction of the curved surface. The first portion of the axis of the f-curved surface is disposed at a position opposite to the opening portion and is disposed at a position on both sides of the opening around the axis of the ridge curved surface, and is foldably connected to the second portion of the first portion. And part 3. In a state in which the second portion and the third portion are folded relative to the first portion f, the curved surfaces of the second portion and the third portion are disposed on the curved surface of the first portion. According to the package having the above configuration, the second portion and the third portion of the support portion are bent relative to the first portion of the support portion, whereby the curved surface extends in the circumferential direction. Preferably, the curved surfaces of the second portion and the third portion are disposed on the inner diameter side of the imaginary line extending in a substantially circular shape from the curved surface of the first portion. Root 201116460 According to the package constructed as described above, since the reels are held by the second and third portions of #Hm and 9, it is possible to prevent the reel from coming off the opening. Further, it is preferable that the opening portion for the insertion reel is formed by cutting a part of the support portion around the shaft extending over the seven-knife ±f curved surface. In the package, the end portion of the support portion disposed on the sides of the opening of the 纟 &##, Λ, & 1 mesh side is extended to be a handle portion that can be gripped. According to the package having the above configuration, the handle portion of the ρ 设置 is provided on both sides by the handle portion, whereby the package can be more easily conveyed and the reel can be prevented from falling off from the opening α when the package is conveyed. Further, in the package, it is preferable that the handle portion is formed such that the end portion of the support portion is bent and bent according to the above-described configuration, and the inclination of the handle portion can be adjusted. With the match. In the case where the package is used, the handle portion has a pressing portion that can press the reel toward the curved surface while being held. According to the sealing body having the above configuration, T is more effective in suppressing the reel from falling off from the opening when the package is conveyed. : 'preferably' forms a plurality of grooves in the support portion. A plurality of grooves are extended along the curved Λ* in the form of the concave surface of the test surface, and are arranged in a universal direction and are arranged in a === interval. According to the package having the above configuration, the disk edge of the reel is locked in a plurality of grooves, and the reel which is supported by the f-curved surface can be prevented from falling over. The second tree is: the packaging system described in any of the above is formed by the forming process. According to the package of the above-described configuration, the package is in a state in which the reel is housed in a state in which the reel is housed in the above-described manner. According to the present invention configured for the second object, a package in which the storage reel is maintained in a more reliable manner can be provided. [Embodiment] The embodiment of the present invention will be described with reference to the drawings. The same reference numerals are given to the same or corresponding components. Fig. 1 is a perspective view showing a package for a reel according to an embodiment of the present invention. Fig. 2 is a front view showing a package for a reel in Fig. 3. Fig. 3 is a view Fig. 4 is a front view showing the package for the reel in Fig. 3. Referring to Fig. 1 to Fig. 4, the package for reel of the present embodiment is attached. A casing for collecting a plurality of reels 200. The reel 200 has a disk shape, and a carrier tape is wound around the reel 2, and a plurality of capacitors are accommodated at intervals in the longitudinal direction of the carrier tape. volume In a state in which the axes of the respective reels 200 are overlapped with each other, they are housed in the reel package 1A. As an example of the use form of the reel package 10, the reel package 10 is used. A delivery box for the exchange between the factory that manufactures the capacitor and the factory that uses the capacitor for the delivery destination of the reel. In addition, the components housed in the reel 200 are not limited to capacitors, for example, may be inductors. Electronic components such as resistors, sensors, etc. (The whole structure of the package for reel 1) First, the structure of the package for the reel 10, and the structure of the reel for the reel 10 There are a side portion 20, side portions wa Μ, 丨 30 30 30 30 and side portions 4 〇. The side portion 3 〇 and the side portion 40 are formed from the ends of the side portion 20 & 鴂鴂鴂立. In the energy, the side portion 30 and the side portion 4 are respectively called from the side. The two ends of the 丨5 20 are approximately 9〇0 10 201116460

之角度登立形成D 側3〇與側部4〇彼此對向配置。側部2〇在側部3〇之端與側部40之一端之間延伸形成。在側部2〇、側部 30及側40所圍繞之位置形成用以收容捲盤2〇〇之收容空門50在隔著收容空間50與側部20對向之位置形成從收今二間50連通於外部空間之開口部兄。開口部％係形成 :側。Ρ 3 0之另一端與側部4〇之另一端之間。捲冑觸經由開口部56進出收容空間50。、側。卩20、側部3〇及側部4〇，作為各側部之構成部位，分別具有用以在收容空間5〇支承捲盤2〇〇之支承部2丨、支承部3 1及支承部4 j。支承°卩21具有彎曲面21a。彎曲面21a具有既定寬度 ^伸於周方向形成。支承部31及支承部41分別具有彎曲面313及彎曲面41a。彎曲面31a及彎曲面41a具有與彎 13相同之寬度且延伸於周方向形成。彎曲面31a及彎 a係配置於彎曲面2 1 a之延伸上。本實施形態中，彎 a及f曲面4ia在彎曲面21a之周方向之兩端連續相連f曲面31a及彎曲面4la之間係藉由開口部56切開。 ,捲盤200係藉由彎曲面3 1 a、彎曲面2丨a及彎曲面41 a 從二方向把持而支承於收容空間5〇内。假設中心軸ι〇ι在申於周方向之彎曲面21a、彎曲面31a及彎曲面41a之中心延伸, 中心軸101與支承於收容空間5〇内之捲盤 200之軸重疊。此外，在f曲面21a、f曲面3u及彎曲面川之間分形成間隙亦可，即使是此情形，亦可將藉由彎曲面2 1 a、 201116460 彎曲面31a及彎曲面—把持之捲盤· 50内。又眾於收谷空間㈣1_3()及側部4G’作為各分別進一步具有緣部26、緣部36及緣部46。冑成#， =部％係形成為從支承部21在㈣自…之轴方向 “ 101之軸方向)之兩端連接'延伸於彎曲面徑方向。緣部36係报屮丸"Λ 4_ 7 牛 '形成為從支承部31在彎曲面31a 向（中心軸101之軸大△、々工山、土神方 _ °)之兩知連接、延伸於彎曲面31a 半徑方向。緣部46 #形rl·、ϋ /ΛΛ 0· rrThe angle is set to form the D side 3 〇 and the side 4 〇 are arranged opposite each other. The side portion 2 is formed to extend between the end of the side portion 3〇 and one end of the side portion 40. The accommodating empty door 50 for accommodating the reel 2 is formed at a position where the side portion 2 〇, the side portion 30, and the side portion 40 are formed, and is formed at a position opposite to the side portion 20 via the accommodating space 50. An open brother who is connected to the external space. The opening portion % is formed by the side. Between the other end of Ρ 3 0 and the other end of the side 4 〇. The roll is moved in and out of the accommodating space 50 by the opening 56. ,side. The 卩20, the side portion 3〇, and the side portion 4〇 each have a support portion 2丨 for supporting the reel 2 in the accommodating space 5, and a support portion 3 1 and a support portion 4 as constituent portions of the respective side portions. j. The support 卩 21 has a curved surface 21a. The curved surface 21a has a predetermined width and is formed to extend in the circumferential direction. The support portion 31 and the support portion 41 have a curved surface 313 and a curved surface 41a, respectively. The curved surface 31a and the curved surface 41a have the same width as the curved portion 13 and are formed to extend in the circumferential direction. The curved surface 31a and the curved a portion are disposed on the extension of the curved surface 2 1 a. In the present embodiment, the curved a and f curved surfaces 4ia are continuously cut between the f curved surface 31a and the curved surface 41a at both ends of the curved surface 21a in the circumferential direction by the opening 56. The reel 200 is supported by the accommodating space 5〇 by the curved surface 31a, the curved surface 2丨a, and the curved surface 41a. It is assumed that the center axis ι〇ι extends in the center of the curved surface 21a, the curved surface 31a, and the curved surface 41a in the circumferential direction, and the central shaft 101 overlaps the axis of the reel 200 supported in the accommodating space 5A. Further, a gap may be formed between the f curved surface 21a, the f curved surface 3u, and the curved surface. Even in this case, the curved surface 21a and the curved surface 31a and the curved surface may be held by the curved surface 21a, 201116460 · Within 50. Further, each of the receiving space (4) 1_3 () and the side portion 4G' has a rim portion 26, an edge portion 36, and an edge portion 46, respectively.胄成#, =%% is formed so as to extend from the support portion 21 at both ends of the axis direction "101" from the support portion 21 to extend in the direction of the curved surface. The edge portion 36 is reported to the testicle "Λ 4_ 7 The cow ' is formed so as to be connected from the support portion 31 to the curved surface 31a (the axis of the central axis 101 is large, the mountain is 々, and the earth is _°), and extends in the radial direction of the curved surface 31a. The edge portion 46 # Shape rl·, ϋ /ΛΛ 0· rr

糸形成為從支承部41在彎曲面4U 方向（中心軸101之軸大^ 之軸方向）之兩端連接、延伸於之半徑方向。 θ π 捲盤用封裝體10係由可從外部目視收容空間 ;=脂成形體形成。此情形，可從外部輕易確認收容、收谷二間50之捲盤2〇〇之片數等。 (捲盤用封裝體10之組裝構造） ^中=捲盤用封裝體10係由成形加工後之樹脂成形 d。接者，說明捲盤用封裝體10之組裝構造。圖5係顯示圖！中之捲盤用封裝體的分解組裳圖。圖6 二顯不從圖5中之箭頭VI所示方向觀察之捲盤用封裝體的二：圖。圖7係顯示沿著圖5中之νπ—νη線上之捲盤用封裝體的剖面圖。、圖5至圖7 ’本實施形態之捲盤用封裝體10係由 ’脂成形體15組裝，視觀察樹脂成形體15時，側部3〇、則部20及側部40’依照上述順序排列於一方向成形加工於曰成形體1 5。樹脂成形體丨5具有側部2〇, 3〇, 之排列 12 201116460 方向與長邊方向—致、與侧部20 方向與短邊方向-致之俯視大致矩形 =旨：形體15，位於側部2〇與側部3。之間形成彎形If折部成形體15,位於側部20與側部40之間 f折部位51及彎折部位52沿著_ 、之俯視大致矩形之紐邊方向，彼此平行延伸。 f折部位51及，#折部位52，藉由與其延伸方向正交之平面 :刀=具有圓弧狀延伸之截面。藉由上述構成，樹脂成體在彎折部位51及彎折部位52形成為可彎折。此外’.彎折部位51及彎折部位52之形狀，只要為可將樹脂成形體15反覆彎折之形狀，並不特別限定。、側部20、側部3〇及側部4〇,作為各側部之構成部位，刀別進一步具有平面部32、平面部22及平面部42。俯視觀察樹脂成形體15，平面部32係配置於支承部 31與f折部位51之間，平面部22係配置於支承部η與弯折部位51之間。再者，平面部22係配置於支承部21與彎折部位52之間，平面部42係配置於支承部41與彎折部位 52之間。圖8係將圖7中之兩點鏈線νιπ所圍繞之範圍放大顯示的剖面圖。圖9係圖8所示之捲盤用封裝體的組裝圖。此外’樹脂成形體15具有相對側部30、側部2〇及側部40之排列方向之中心呈左右對稱之形狀。以下，代表性說明圖6至圖9中所示之側部20及側部30之弯折位置之構造’但圖5中所示之側部2〇及側部40之彎折位置亦具有相同之構造。The crucible is formed to extend from the support portion 41 at both ends of the curved surface 4U direction (the axial direction of the axis of the central axis 101), and extends in the radial direction. The θ π reel package 10 is formed by visually accommodating a space from the outside; = a fat molded body. In this case, it is easy to confirm the number of the 2nd and 50th reels of the two compartments from the outside. (Assembly Structure of Reel Package 10) ^中=Reel Package 10 is formed by molding of resin d. Next, the assembly structure of the package for reel 10 will be described. Figure 5 shows the diagram! In the middle of the reel, the package is exploded. Fig. 6 shows a second view of the package for the reel viewed from the direction indicated by the arrow VI in Fig. 5. Fig. 7 is a cross-sectional view showing the package for the reel along the line νπ - νη in Fig. 5. 5 to 7' The reel package 10 of the present embodiment is assembled from the 'lipid molded body 15, and when the resin molded body 15 is viewed, the side portion 3, the portion 20, and the side portion 40' are in the above-described order. The alignment is formed in one direction and processed on the tantalum molded body 15. The resin molded body 5 has a side portion 2〇, 3〇, and the arrangement 12 201116460 direction and the long side direction, and the side portion 20 direction and the short side direction - the plan is substantially rectangular = the body 15 is located at the side 2 〇 with side 3. A bent shape If the molded body 15 is formed between the side portion 20 and the side portion 40, the f-fold portion 51 and the bent portion 52 extend in parallel with each other along the direction of the substantially rectangular side in the plan view. The f-folded portion 51 and the #-folded portion 52 are planes orthogonal to the direction in which they extend: a knife having a cross section extending in an arc shape. According to the above configuration, the resin body is formed to be bendable at the bent portion 51 and the bent portion 52. Further, the shape of the bent portion 51 and the bent portion 52 is not particularly limited as long as it can be formed by repeatedly bending the resin molded body 15. The side portion 20, the side portion 3〇, and the side portion 4〇, as a constituent portion of each side portion, the blade further has a flat portion 32, a flat portion 22, and a flat portion 42. The resin molded body 15 is viewed in a plan view, and the flat portion 32 is disposed between the support portion 31 and the f-fold portion 51, and the flat portion 22 is disposed between the support portion η and the bent portion 51. Further, the flat portion 22 is disposed between the support portion 21 and the bent portion 52, and the flat portion 42 is disposed between the support portion 41 and the bent portion 52. Fig. 8 is a cross-sectional view showing an enlarged range of the two-point chain line νιπ in Fig. 7. Fig. 9 is an assembled view of the package for a reel shown in Fig. 8. Further, the resin molded body 15 has a shape that is bilaterally symmetrical with respect to the center in the direction in which the side portions 30, the side portions 2, and the side portions 40 are arranged. Hereinafter, the configuration of the bending position of the side portion 20 and the side portion 30 shown in FIGS. 6 to 9 will be representatively described, but the bending positions of the side portion 2 and the side portion 40 shown in FIG. 5 are also the same. Construction.

C 13 201116460 參照圖6至圖9 ,伞；μ，。之用方h +面°P 32從支承部3 1在彎曲而hC 13 201116460 Referring to Figures 6 to 9, umbrella; μ,. The square h + face °P 32 is bent from the support portion 3 1 and h

之周方向之端料折，朝向料部位㈣面3U 3 2，在支承邱：μ * _ 、1甲形成。平面部邛31之鸲部與彎折部位5丨之面狀。平面部22從古ι i 延伸形成為平卸。P 22從支承部21在彎曲面21 彎折，朝向彎折部位5 °之端部 21之端部”折部位。伸形成。平面部22’在支承部 "、#折指51之間延伸形成為平面狀。平面。卩3 2與平面部2 2係輿蠻狀部彳Λ ς 面部32係在延伸於…t 位相鄰形成。平延伸於周方向之弯曲面31a之大致半徑方向证伸形成。平面部22係在延伸於周方向之彎曲面2u之大致 =方向延伸形成。在展開捲盤用封裝體1〇中所示之狀態)’平面部32與平面部22在彎折部：致90。之角度交又。人九平面部32具有表面32a與面對表面32&之相反側之表平面°卩22進—步具有表面22a與面對表面22a之相反側之表面22b 〇矣& μ β ± 表面32a及表面22a，在組裝捲盤用封裝體1〇之狀態下(圖”所示之狀態)配置於收容空間50 側。表面32b及表面22b，在組裝捲盤用封裝體1()之狀態下配置於收容空間50之外側空間。在展開捲盤用封裝體1〇之狀態下，表面32a與表面22a係配置成彼此對向。藉由以彎折部位5丨彎折樹脂成形體丨5，可獲得側部 30從側部20之端部豎立之捲盤用封裝體丨〇之形狀。此時，平面部3 2與平面部2 2彼此重疊，且彎曲面3 1 a配置在從彎曲面21a連續延伸之位置。藉由使平面部32與平面部22 彼此重疊’決定側部20與側部30之夾角。本實施形態中之捲盤用封裝體1〇,在樹脂成形體15形 14 201116460 成凸部61及凹部66〇凸部61 50側之側部30之表面，更古為從配置於收容空間仏突出。凹部66係形成為從配置二收部32之表面 …面，更具體而言，從平面部2=:側之側部 Z之表面22a凹陷。凸部61及凹部66係分別與邱以R A ^ ^折部位51相鄰配置。凸。及凹。卩66,在與彎折部位51之延# τ # 4,,, 逆狎方向正交之方向，排列形成為一列。凸部61及 S1 及凹66係形成在與彎折部位 1之距離大致相同之位置。本實 πη 个I施形態中，2組凸部61及凹部66在彎折部位51之延伸方向相隔距離形成。 η此外’在樹脂成形體15形成【組凸部61及凹部“亦可，形成3組以上之凸部6丨及凹部66亦可。、，藉由上述構成，以彎折部位51彎折樹脂成形體15，使平面部32與平面部22彼此重疊後，凸部61會自動嵌合於凹部66。同樣地，以圖5中之彎折部位52彎折樹脂成形體 U，使平面部42與平面部22彼此重疊後，形成於平面部 42之凸部61會自動嵌合於形成於平面部22之凹部66。藉此’側部20與從側部20之兩端豎立之側部30及側部4〇會固定’樹脂成形體15組裝成圖1中之捲盤用封裝體1〇如上述’根據本實施形態之捲盤用封裝體1 〇，藉由以 •彎折部位51及彎折部位52彎折樹脂成形體15之一個動作’能完成捲盤用封裝體1 0之組裝。又’本實施形態中，形成於側部3 0及側部40之凸部 6 1分別具有從收容空間50之外側之空間觀察時從平面部 32及平面部42凹陷之形狀。因此，在捲盤用封裝體1〇組展時，作業員將手指插入藉由凸部61形成之凹部63(參照 15 201116460 圖8)，並如箭頭1〇4所示，從側部2〇之兩端提起側部％及側部⑽，以f折部位51及彎折部位52彎折樹脂成形體本實施形態中’凸部6 i及凹部66係設於側部與側部及側部4〇之角落部。由於此角落部在收容圓盤形狀之捲Μ 200時成為空的空間，因此可有效利用空間，設置用以固定側部2〇與側部3〇及側部4〇之構造。圖係顯示沿著圖8中U-X線上之樹脂成形體的剖面圖。參照圖10進一步詳細說明形成於樹脂成形體Η 之凸部61及凹部66之構造。凹部66 ’在平面部22之表面22a形成開口面。凸部 61在從平面部32之表面32a突出之前端具有突出端62。凹部66係形成為開σ寬度m在彎折部位51之延伸方向（圖The end of the circumferential direction is folded, facing the material part (4) surface 3U 3 2, and is formed in the support Qiu: μ * _, 1A. The flat portion of the flat portion 邛 31 and the bent portion 5 are planar. The flat portion 22 is formed to be unloaded from the ancient ι i. P 22 is bent from the support portion 21 on the curved surface 21, and is formed to extend toward the end portion of the end portion 21 of the bent portion 5°. The flat portion 22' extends between the support portion "# finger 51 It is formed into a planar shape. Plane. 卩3 2 and plane portion 2 2 舆状状 ς 面部 The face 32 is formed adjacent to the ...th position, and the radius of the curved surface 31a extending in the circumferential direction is substantially radiused. The flat portion 22 is formed to extend in a substantially = direction extending in the circumferential direction of the curved surface 2u. In the state shown in the unwinding reel package 1A, the flat portion 32 and the flat portion 22 are in the bent portion. The angle of the octagonal portion 32 has a surface 32a and a surface of the opposite side of the facing surface 32&矣& μ β ± The surface 32a and the surface 22a are disposed on the side of the accommodating space 50 in a state in which the package for reel 1 is assembled (in the state shown in the figure). The surface 32b and the surface 22b are disposed in the outer space of the accommodating space 50 in a state in which the reel package 1 () is assembled. In a state in which the package for reel 1 is unfolded, the surface 32a and the surface 22a are disposed to face each other. By bending the resin molded body 5 at the bent portion 5, the shape of the package for the reel for the side portion 30 to be erected from the end portion of the side portion 20 can be obtained. At this time, the flat portion 32 and the flat portion 2 2 overlap each other, and the curved surface 31a is disposed at a position continuously extending from the curved curved surface 21a. The angle between the side portion 20 and the side portion 30 is determined by overlapping the flat portion 32 and the flat portion 22 with each other. In the package for a reel 1 according to the present embodiment, the surface of the side portion 30 of the convex portion 61 and the concave portion 66 on the convex portion 61 50 side of the resin molded body 15 shape 14 201116460 is more conventionally disposed in the housing space. protruding. The recessed portion 66 is formed to be recessed from the surface of the second receiving portion 32, more specifically, from the surface 22a of the side portion Z of the flat portion 2 =: side. The convex portion 61 and the concave portion 66 are disposed adjacent to the rib portion 51 of the rib. Convex. And concave. The 卩66 is arranged in a line in a direction orthogonal to the direction of the reverse direction of the bending portion 51. The convex portions 61, S1, and the recesses 66 are formed at substantially the same distance from the bent portion 1. In the actual πη I embodiment, the two sets of the convex portions 61 and the concave portions 66 are formed at a distance apart from each other in the extending direction of the bent portion 51. In addition, in the resin molded body 15, the group convex portion 61 and the concave portion may be formed, and three or more convex portions 6 and 36 may be formed. By the above configuration, the resin is bent at the bent portion 51. In the molded body 15, when the flat portion 32 and the flat portion 22 are overlapped with each other, the convex portion 61 is automatically fitted to the concave portion 66. Similarly, the resin molded body U is bent at the bent portion 52 in Fig. 5 to form the flat portion 42. After the planar portion 22 overlaps with each other, the convex portion 61 formed on the flat portion 42 is automatically fitted to the concave portion 66 formed in the flat portion 22. Thereby, the 'side portion 20 and the side portion 30 erected from both ends of the side portion 20 And the side portion 4〇 is fixed. The resin molded body 15 is assembled into the package for reel 1 in Fig. 1, as described above, in the package for reel 1 according to the present embodiment, by the bending portion 51 and The bent portion 52 bends one of the operations of the resin molded body 15 to complete the assembly of the reel package 10. In the present embodiment, the convex portions 61 formed on the side portion 30 and the side portion 40 have respectively The shape recessed from the flat portion 32 and the flat portion 42 when viewed from the space on the outer side of the accommodating space 50. Therefore, for reeling When the package is assembled, the operator inserts a finger into the recess 63 formed by the convex portion 61 (refer to FIG. 8 201116460 FIG. 8), and lifts the side from both ends of the side 2〇 as indicated by an arrow 1〇4. In the % and the side portions (10), the resin molded body is bent by the f-fold portion 51 and the bent portion 52. In the present embodiment, the "protrusion portion 6i" and the concave portion 66 are provided at the corner portions of the side portion, the side portion, and the side portion. Since the corner portion becomes an empty space when the disk-shaped coil 200 is accommodated, the space can be effectively utilized, and the structure for fixing the side portion 2〇 and the side portion 3〇 and the side portion 4〇 can be provided. A cross-sectional view of the resin molded body on the UX line in Fig. 8. The structure of the convex portion 61 and the concave portion 66 formed in the resin molded body 进一步 will be described in further detail with reference to Fig. 10. The concave portion 66' forms an open surface on the surface 22a of the flat portion 22. The convex portion 61 has a protruding end 62 at a front end protruding from the surface 32a of the flat portion 32. The concave portion 66 is formed to have an opening σ width m in the extending direction of the bending portion 51 (Fig.

10中之箭頭1〇2所千古&、ώ 1 I 所不方向）與從開口面67起之深度無關地為大致一定ο ΑΛβ ^ ϋ 4 61在平面部32之表面32a與突出端62 之間之位置，呈士丄具有大於凹部66之開口寬度B1之寬度B2。 Λ部6 1且古』、2JL 八’ 士成為從具有該寬度Β2之位置朝向突出端62 寬度逐漸減少之錐冑64。凸部6卜在突出端62具有小於開口寬度Β1之寬度Β3β 、开< , 刀°工後之樹脂成形體15組裝之捲盤用封裝體1〇中’從平面部 ^ 進—步凹陷形成之凹部66，其厚度形成較 f專。另// ’從平面部32突出形成之凸部61，同樣地其厚度形成較續、 ’但錐部64之傾斜開始之彎折部分103，成The arrow 1 in the 1st and the 1st direction of the 〇1, ώ 1 I are substantially constant regardless of the depth from the opening surface 67. 表面β ^ ϋ 4 61 is at the surface 32a and the protruding end 62 of the plane portion 32. The position between the girth has a width B2 larger than the opening width B1 of the recess 66. The crotch portion 6 1 and the ancient portion and 2 JL october are the taper 64 whose width gradually decreases from the position having the width Β 2 toward the protruding end 62. The convex portion 6 has a width Β3β which is smaller than the opening width Β1 at the protruding end 62, and is opened, and the resin molded body 15 assembled after the knives is assembled from the flat portion. The recess 66 has a thickness that is more specialized than f. Further, the convex portion 61 which is formed to protrude from the flat portion 32 is similarly formed to have a relatively continuous portion, but the bent portion 103 at which the inclination of the tapered portion 64 starts is formed.

為肋狀而提升AAR π U。[5 61之剛性。再者，如圖5及圖8中所示， 16 201116460 在平面部32以提升凸部61之马目的形成有 65係形成為從表面32a凹陷、、VL签巫 ^ 曰陷/D者平面部32與凸邱夕邊界延伸成線狀。藉由上述槿# α 4ir 。丨w之田上这構成，凸部61形凹部66之剛性。勺，、有同於本實施形態中之捲盤用封裝體 J衣遛iu之組裝步驟中，藉高剛性之凸部61按壓厚度較薄 1 D&使其擴張，並使凸部61嵌合於凹部66。Αέ士要，可權〜，、…果，可獲得凸部61壓入凹部 66之構造，能強固地固定側部2〇與側部3〇。另—方面，由於形成為前端較窄之錐狀之錐部64成為使凸部Η欲合於凹部66時之導人部’因此與上述壓人構造無關亦能使凸部61更順利地嵌合於凹部6 6。此外’作為使凸部61強固地嵌合於凹部66之構造，可考慮使凸部61形成為愈接近突出端以具有愈大寬度之形狀、或使凹部66形成為愈接近開口面67開口寬度愈小之方法。然而，採用此種倒錐構造時，在樹脂成形體15之保管時或搬送時等、將多數片樹脂成形體15加以積層時，不易使凸部61彼此或凹部66彼此在積層方向之上下嵌合。相對於此，本實施形態中，藉由使凸部61與凹部Μ 成為上述之壓入構造，能使樹脂成形體1 5在保管時或搬送時之堆疊性良好。 (緣部之構造）接著’詳細說明設於本實施形態之捲盤用封裝體1 〇之緣部26, 36, 46之構造。圖11係顯示沿著圖3中之XI — XI線上之捲盤用封農體的剖面圖。參照圖η，緣部26從支承部2丨之兩端彎折， 17 201116460 朝向彎曲面…之半徑方向内側延伸。再者，緣部％彎折大致180。，朝向f曲面21a之半徑方向外側延伸。緣部％係形成為較支承部21更突出於弯曲面21a之半徑方向外側。緣部26在朝向彎曲面21a之半徑方向外側延伸之前端具有前端部27。從支承部21之兩端分別延伸之前端部”，係形成為配置於與圖i中之中心軸1〇1平行之假想面上之平面73a上。從彎曲面21a之軸方向觀察時前端部27形成為一直線延伸。緣部26係由配置於較支承部21更位於彎曲面2ia之半徑方向内側之凸緣部105、與配置於較支承部2ι更位於弯曲面2U之半徑方向外側之腳部1〇6構成。凸緣部⑻限制配置於收容空間50之捲盤2〇〇在弯曲面2u之軸方向之位置。腳部10“系用為支承捲盤用封裝體1〇之腳。圖12係顯示以不同之姿勢裝載圖3中之捲盤用封裝體 2狀態的立體圖。參照圖u及圖12，緣部36及緣部46且 ▲與緣部26相同之構造，且分別具有與前端部27對應之 =立部37及前端部47。前端部37形成為一直線延伸，食刖知邛27之一端大致直角交、 „ ^ 月乂又刖端部47形成為一直錄延伸’與前端部27之另一端大致直角交叉。 4 前端部27係形成為與f折部位51及膂折部位$ 配置於斗面起。卩2 1係形成在較前端部27更内输於考曲面2 1 a之半徑方向内側鈿 J π 1則之位置。前端部π係與f折部位51及後述f折部 ’、成為士？ 1 1 起配置於平面73b μ 支承部3 1係形成在較前端邱 Μ上0 太“ Ρ 7更内縮於彎曲面31a之半抦方向内側之位置。前端部牛k 47係形成為與f折部位52及後 18 201116460 述彎折部位91 一起配置於平面73c ^ 較前端部47更内縮於彎曲面4u之？1係形成在椒干瓜方向内側之位置。拫據上述構成，如圖1中 ,„ 所不開口部50在鉛垂上方向開口以裝載捲盤用封裝體1〇 Λ ^ , Λ 匱形，由於緣部26形成為車乂支承部21更突出於半徑方向外战剎田* u 卜側’因此可將緣部26 利用為封裝體支承用之腳。 .,τ 如圖12中所示，開口部56 任水平方向開口以裝載捲盤用封梦 36m# 用封裝體10之情形’由於緣部 M t成為較支承部3 i更突出於半方向外側，因此可將緣彳用為封裝體支承用之腳。再者，與圖12中所示之姿勢上下相反來裝載捲盤用封裝體1()之情形，由於緣部Μ 形成為較支承部41更突出於半徑方向外側，因此可將緣部 46利用為封裝體支承用之腳。如上述，本實施形態之捲盤用封裝體1〇中，緣部26、緣部36或緣部46配合封褒體裝載姿勢而具有封裝體支承用之腳之功能。因此’例如，在搬送時，以圖1中之形熊將捲盤用封裝體H)收容於另—個箱子，在使用電容器2 廠以圖12中之形態將捲盤用封裝體1〇放置於架上等，即使裝載捲盤用封裝體10之姿勢改變亦可恆常穩定地裝載。又，由於支承捲盤200之支承部21，31，41係形成在較刖端部27, 37, 47更内縮於内側之位置，因此支承部21，3 j 41與裝載捲盤用封裝體10之裝載面不會接觸。因此，可避免在捲盤用封裝體10輸送時產生之振動直接傳遞至支承部 21 ’適當地保護收納於捲盤2〇〇之電容器。 (捲盤之脫落防止構造） 19 201116460 脫落::造…置於收容…一之延伸=:二上ΪΓ’捲盤係藉由在周方向連續 a考曲面21a及彎曲面4U從三方向所把、而支承於收容空Μ 5〇内。本實施形態中，以彎曲面21a及蠻Α ; μ , 考曲面41a被開口部56切開之角度〇：小於18〇β :成支承°Ρ 21，3 1，41。例如，角度α滿足16〇。〈 α 之關係。支承部31及支承部41分別形成有在與捲盤200之取出太—丄μ 巧你興梅 4及圖7)β ° "正交之方向突出之突出部Μ參照圖盤：據上述構成’由於開口部56之開口寬度形成為較捲盤2〇〇之直徑窄，因此可防止支承於收容空間 2。。通過開口部56脫落至外部。播盤另方面，如參照圖9所說明，由於側部2〇與側部3〇及側部40係藉由凸部61與凹部66之嵌合互相固定，因此捲盤用封裝體1〇係形成為在開口部56之開口寬度之擴張方向具有某種程度之柔軟彈性。因此，與開口部56之開：寬度形成為較捲盤之直徑窄之構造無關，藉由使捲盤用封裝體10適當彎曲，即可容易進行捲盤2〇〇之進出。圖13係顯示圖1中所示之捲盤用封裝體之變形例的剖 :圖。參照圖13，本變形例中，與圖i中所示之捲盤用封、:體10比較’決定側部2〇與側部3〇及側部40之夾角之平面。P 22 '平面部32及平面部42之傾斜角度不同。藉此， =2 0與側部3 〇及側部4 〇係分別以小於9 〇。之角度相交。 …果’ f曲® 31a及彎曲面41a係配置在較彎曲面仏 20 201116460 延伸成正圓狀之假想線"i更内徑側。 =上述構成，即使捲盤㈣裝體⑺ =度擴張之方向有些”曲，亦可抑制 = 間產生間隙。藉此，可更確實防止捲盤2〇。通脫落至外部。遇巧開口部56 此外ϋ由變更形成於圓5中之樹脂成形體i 面31a及彎曲面41 m 舶署獲得·f曲面^及以面仏配置於較假想線1U更内徑側之構造亦可。 (捲盤之傾倒防止構造）作為捲盤用封裝體1 Q $ # 4 y媸υ之使用形態之一例，可舉出將捲盤用封裝體10裝載於工廠之架上等’從該捲盤用封裝體1〇逐-取出捲盤2〇〇來使用電容器之形態。本實施形態之捲盤用封裝體1G中’即使為上述使用形態，亦設置有用以防止捲盤200在收容空間5〇内傾倒之構造。圖14係將圖11中之兩點鏈線XIV所圍繞之範圍放大顯示的剖面圖。參照圖11及圖14,本實施形態之捲盤用封裝體ίο中，在支承部21，31，41形成複數個槽81。之複數個槽8 1從彎曲面2丨a，3 i a，4丨a凹陷，沿著彎曲面 21a，31a，4U之周方向延伸。複數個槽81彼此相隔間隔排列於彎曲面21a，31a，41a之軸方向。複數個槽81係形成為遍布彎曲面21a，31a，41a之整個寬度。複數個槽81係形成為在彎曲面21a、彎曲面3la及彎曲面41a之間連續延伸。根據上述構成’即使收容於捲盤用封裝體〖〇之捲盤2〇〇片數較少’由於捲盤200之外緣嵌合於槽81，因此亦可Raise AAR π U for ribs. [5 61 rigidity. Further, as shown in FIG. 5 and FIG. 8, 16 201116460 is formed in the flat portion 32 by the lifting convex portion 61. The 65 series is formed so as to be recessed from the surface 32a, and the VL sign is depressed. The boundary between the 32 and the convex Qiu is extended into a line. By the above 槿# α 4ir . In the field of 丨w, the rigidity of the convex portion 61-shaped concave portion 66 is formed. In the assembly step of the package J for the reel according to the present embodiment, the high-rigidity convex portion 61 is pressed to a thinner thickness, and the convex portion 61 is fitted. In the recess 66. The gentleman wants to have a structure in which the convex portion 61 is pressed into the concave portion 66, and the side portion 2〇 and the side portion 3〇 can be firmly fixed. On the other hand, since the tapered tapered portion 64 formed to have a narrow front end serves as a guide portion for the convex portion to be fitted to the concave portion 66, the convex portion 61 can be more smoothly embedded regardless of the above-described pressing structure. It is fitted to the recess 66. Further, as a configuration in which the convex portion 61 is strongly fitted to the concave portion 66, it is conceivable that the convex portion 61 is formed closer to the protruding end to have a shape having a larger width, or the concave portion 66 is formed closer to the opening width of the opening surface 67. The smaller the method. However, when such a reverse taper structure is used, when a plurality of sheet resin molded bodies 15 are laminated during storage or transportation of the resin molded body 15, it is difficult to embed the convex portions 61 or the concave portions 66 in the stacking direction. Hehe. On the other hand, in the present embodiment, the convex portion 61 and the concave portion Μ are formed into the above-described press-fit structure, whereby the resin molded body 15 can have good stackability during storage or transportation. (Structure of the edge portion) Next, the structure of the edge portions 26, 36, and 46 provided in the package for the reel 1 of the present embodiment will be described in detail. Fig. 11 is a cross-sectional view showing the agricultural body for reeling on the line XI - XI in Fig. 3. Referring to Fig. 7, the edge portion 26 is bent from both ends of the support portion 2, and 17 201116460 extends inward in the radial direction of the curved surface. Furthermore, the edge portion is bent at approximately 180. And extending outward in the radial direction of the f curved surface 21a. The edge portion % is formed to protrude more outward than the support portion 21 in the radial direction of the curved surface 21a. The edge portion 26 has a front end portion 27 at a front end extending outward in the radial direction of the curved surface 21a. The front end portion extending from both ends of the support portion 21 is formed on a plane 73a disposed on an imaginary plane parallel to the central axis 1〇1 in Fig. i. The front end portion when viewed from the axial direction of the curved surface 21a The edge portion 26 is formed by a flange portion 105 that is disposed on the inner side in the radial direction of the curved surface 2ia from the support portion 21, and a foot that is disposed on the outer side in the radial direction of the curved surface 2U in the support portion 2i. The flange portion (8) restricts the position of the reel 2 disposed in the accommodating space 50 in the axial direction of the curved surface 2u. The leg portion 10 is used to support the reel of the reel package 1 . Fig. 12 is a perspective view showing a state in which the package 2 for the reel in Fig. 3 is loaded in a different posture. Referring to Figures u and 12, the edge portion 36 and the edge portion 46 and ▲ have the same structure as the edge portion 26, and each has a vertical portion 37 and a front end portion 47 corresponding to the front end portion 27. The front end portion 37 is formed to extend in a straight line, and one end of the eclipse 27 is substantially right-angled, and the end portion 47 is formed so that the end portion is substantially perpendicularly intersected with the other end of the front end portion 27. 4 Front end portion 27 It is formed so that the f-fold portion 51 and the collapsed portion $ are disposed on the bucket surface. The 卩2 1 is formed at a position radially inward of the curved surface 2 1 a from the distal end portion 27 by J π 1 . The π-system and the f-folded portion 51 and the f-folded portion 'to be described later are arranged on the flat surface 73b. The support portion 31 is formed on the front end of the upper portion. The position of the inner side of the half turn. The front end portion of the cow k 47 is formed so as to be disposed on the flat surface 73c together with the f-fold portion 52 and the rear portion 20111460, and is more inwardly contracted to the curved surface 4u than the front end portion 47. The 1 series is formed at the inner side of the pepper melon. According to the above configuration, as shown in Fig. 1, the non-opening portion 50 is opened in the vertical direction to load the reel package 1〇Λ, Λ ,, and the rim portion 26 is formed as the rudder support portion 21 It protrudes from the radial direction of the external warfare field * u side" so that the edge portion 26 can be utilized as a support for the package. . . , τ As shown in FIG. 12, the opening portion 56 is horizontally opened for loading the reel. Fengmou 36m# In the case of the package 10, the edge portion M t protrudes more outward than the support portion 3 i in the half direction, so that the edge can be used as a support for the package. Further, with FIG. In the case where the reel-package 1 () is mounted upside down in the posture shown, since the edge portion 形成 is formed to protrude further outward in the radial direction than the support portion 41, the edge portion 46 can be used as the support for the package. As described above, in the package for reel 1 of the present embodiment, the edge portion 26, the edge portion 36, or the edge portion 46 has a function of supporting the package supporting body in accordance with the sealing body loading posture. Therefore, for example, When transporting, the bears in Figure 1 are used to house the reel package H) in another box. By using the capacitor 2 factory, the reel package 1 is placed on a rack or the like in the form of Fig. 12, and even if the posture of the reel package 10 is changed, it can be stably and stably loaded. The support portions 21, 31, 41 are formed at positions closer to the inner side than the crotch portions 27, 37, 47, so that the support portions 21, 3 j 41 are not in contact with the loading surface of the package for loading reel 10 Therefore, it is possible to prevent the vibration generated when the reel package 10 is transported from being directly transmitted to the support portion 21'. The capacitor accommodated in the reel 2 is appropriately protected. (Reeling prevention structure of the reel) 19 201116460 Ejection: The extension is set to the inside of the storage space. The extension is replaced by the second surface of the curved surface 21a and the curved surface 4U in the circumferential direction. In the form, the angle 〇 cut by the curved surface 21a and the curved surface 41a by the opening 56 is less than 18 〇 β : the support is Ρ 21, 3 1, 41. For example, the angle α satisfies 16 〇. The relationship between α and the support portion 31 and the support portion 41 are respectively formed and removed from the reel 200.丄μ Qiao You Xingmei 4 and Fig. 7) β ° " Alignment of the protrusions in the direction of the orthogonal direction Μ reference plate: according to the above configuration 'Because the opening width of the opening portion 56 is formed to be narrower than the diameter of the reel 2 Therefore, it can be prevented from being supported by the accommodating space 2. It is detached to the outside through the opening portion 56. In addition, as described with reference to Fig. 9, the side portion 2 〇 and the side portion 3 〇 and the side portion 40 are by the convex portion Since the fitting of the recessed portion 66 and the recessed portion 66 are fixed to each other, the package for the reel 1 is formed to have a certain degree of soft elasticity in the direction in which the opening width of the opening portion 56 is expanded. Therefore, regardless of the structure in which the opening portion 56 is formed to have a width smaller than the diameter of the reel, the reel 2 can be easily moved in and out by appropriately bending the reel package 10. Fig. 13 is a cross-sectional view showing a modification of the package for reel shown in Fig. 1. Referring to Fig. 13, in the present modification, the plane of the angle between the side portion 2〇 and the side portion 3〇 and the side portion 40 is determined in comparison with the reel of the reel and the body 10 shown in Fig. i. P 22 'The inclination angles of the flat portion 32 and the flat portion 42 are different. Thereby, =20 and the side 3 〇 and the side 4 〇 are respectively less than 9 〇. The angles intersect. The fruit 'f curve|31a and the curved surface 41a are arranged on the more diametrical line of the imaginary line "i which extends in a perfect circular shape on the curved surface 仏 20 201116460. = The above configuration makes it possible to suppress the occurrence of a gap even if the direction of the reel (4) mounting body (7) = degree expansion is small, thereby making it possible to more reliably prevent the reel 2 from being detached to the outside. Further, the resin molded body i surface 31a and the curved surface 41 m formed in the circle 5 are changed to have a structure in which the surface is formed and the surface is placed on the inner diameter side of the imaginary line 1U. The dumping prevention structure is an example of the use form of the reel package 1 Q $ # 4 y媸υ, and the reelable package 10 is mounted on a rack of a factory, etc. In the package for reel 1G of the present embodiment, the package for reel 1G of the present embodiment is provided to prevent the reel 200 from falling in the accommodating space 5〇. Fig. 14 is an enlarged cross-sectional view showing a range surrounded by a two-dot chain line XIV in Fig. 11. Referring to Fig. 11 and Fig. 14, in the package for reel of the present embodiment, in the support portion 21, 31 , 41 forms a plurality of slots 81. The plurality of slots 8 1 from the curved surface 2丨a, 3 ia, 4丨a The depressions extend along the circumferential direction of the curved faces 21a, 31a, 4U. The plurality of grooves 81 are arranged at intervals in the axial direction of the curved faces 21a, 31a, 41a. The plurality of grooves 81 are formed over the curved faces 21a, 31a, The entire width of 41a. The plurality of grooves 81 are formed to continuously extend between the curved surface 21a, the curved surface 31a, and the curved surface 41a. According to the above configuration, even if the package for the reel is accommodated in the reel 2 The number is small' because the outer edge of the reel 200 is fitted into the slot 81, so

S 21 201116460 防止捲盤200之傾倒。 (捲盤用封裝體之把手構造）在本實施形態之捲盤用封裝體10設置作業員在搬運捲盤用封裝體10時用以把持之把手。以下說明該把手構造。圖15係顯示沿著圖丨中之χν—χν線上之捲盤用封裝體的剖面圖。參照圖1及圖15，捲盤用封裝體1〇進一步具有作業員可把持之把手吾"〇。把手部9〇係從規定開口部 56之支承部31及支承部41之端部分別延伸形成。在把手部90形成使作業員之指央插入之凹部93。凹部％係形成為朝向開口部5 6凹陷。在把手部90與支承部31及支承部41之間分別設置彎折部位91。彎折部位91具有與上述說明之弯折部位51及彎折核52相同之構造，樹脂成形體15係形成為可在彎折部位91彎折。藉此，把手部9〇係形成為可相對支承部 3 1及支承部4 1之端部彎折。再者’在把手部90形成壓止部94。本實施形態中，壓止部94係自凹部93之底部形成。如圖3及圖4中所干，壓止部94係形成為在作業員把持把手部90並朝向開口部 56傾斜時，可將捲盤⑽之外周㈣向-曲面仏，^，4^。根據上述構成’由於作業員可一邊把持把手部卯搬運捲盤用封裝體1nm, ^ θ 〇因此可提升搬運時之作業性。尤直是，將塞滿另一個銘工+〜九八相子之複數個捲盤用封裝體個箱子取出時，由於τ且> 另；易奴緊捲盤用封裝體10，因此可進一步有效利用把手部9(^ 了進 41 又’把手部90係形成為可相對支承部31及支承部 22 201116460 之端部彎折。因此，能配合作業員拿著捲盤用封裝體】〇之方式或搬運捲盤用封裝體10時之姿勢，使把手部9〇之傾斜變化成不會勉強之角度。又，作業員能把持把手部9〇並藉由壓止部94按壓捲盤200之外周。因此，可防止捲盤2〇〇在搬運時脫落。 (捲盤用封裝體之回收步驟）本實施形態之捲盤用封裝體10之製造，係利用ρΕτ(聚對苯二甲酸乙二醋）膜之廢材。χ，捲盤用封裝體ι〇係使用為在電容器等電子零件之製造工廠與使用f+零件之工廠之間往來之送黛粕，可反覆使用。以了’說明適用於捲盤用封裝體10之回收步驟。圖1 6係顯示圖1中之捲盤用封裝體之回收步驟的流程圖。參照圖1 6，在雷交帝μ >也，牡电谷态等電子零件之製程，會產生廢材之PET膜，首先，回收此pET膜並裁切成顆粒狀（si〇、s2〇)。圖17係顯示在圖丨6十之S3〇之步驟獲得之片材的剖面圖參'、’、圖1 6及圖1 7 ’接著，將裁切後之ΡΕΤ膜成形成片狀升y成片材13〇(S3〇)。此時，以防止捲盤用封裝體1〇帶電為目@ %成帶電防止層132及帶電防止層⑴以覆盍PET膜層131之表面。除了防止帶電之效果以外，藉由設置此帶電防止層132，133,亦可防止附著於ρΕτ膜層131 之雜質出現在片材130之表面。此外帶電防止層僅形成在配置於圖丨中之收容空間 50側之片材表面亦可。圖18係顯示參照圖16及圖1 $ 圖16中之S40之步驟之狀況的剖面圖。，接著，將在S30之步驟獲得之片材130 23 201116460 設置於模具135，從片材130加工成形圖5中之樹脂成形體 15 (S40)。此時，如圖18中之箭頭137所示，使用從模具 135之凹部136吸引空氣之真空成形亦可，如圖is中之箭頭138所示’使用朝向配置於凹部136上之片材130噴射空氣之鼓風成形亦可。參照圖16，接著’從樹脂成形體15組裝圖1中之捲盤用封裝體l〇(S50)。接著，將捲盤200收容於捲盤用封裝體 10。將複數個捲盤用封裝體10裝滿另一個箱子，出貨至使用電容器之工廠（S60)。接著，在使用電容器之工廠，設置捲盤用封裝體1〇, 從捲盤用封裝體10逐一取出捲盤200，使用在電容器之構裝步驟（S70)。之後，將使用後之捲盤用封裝體分解後再次返回樹脂成形體！ 5之狀態（S8〇)。此樹脂成形體1 5在重疊之狀態下被回收。藉由使回收後之樹脂成形體丨5返回S 5 〇之封裝體組裝步驟，可反覆複數次使用樹脂成形體1 5。將以上說明之本發明實施形態中之捲盤用封裝體1 〇之構造综合說明’作為本實施形態之封裝體之捲盤用封裝體 10 ’作為中央部之側部2〇與作為其兩側之複數個側部之側 # 30及側部4〇係經由可彎折之彎折部位$丨，$ 2連接設置，為收容作為電子零件之電容器之封裝體。從彎折部位5丨，52 f折側部30，40，與中央部20 一起規定收容電容器之收容二間5〇 °在面對彎折部位5丨，52之側部2〇之收容空間5〇側形成從表面22a凹陷之凹部όό。在面對彎折部位5丨，52 之側部30, 40之收容空間50側形成從表面32a，42&突出、奇折側部30, 40時與凹部66嵌合之凸部6 1。 24 201116460 又，作為本實施形態之封裝體之捲盤用封裝體ι〇，係由成形加工後之樹脂成形體15組裝，用以收容作為電子零件之電容ϋ之封錢。捲盤用封裝體1G具備作為第i側部之側部20與作為第2側部之側冑3〇, 4〇。側部％經由樹脂成形II 15之彎折部位51，”從側部2〇之端部豎立，與側部20 -起規定配置電容器之收容空間5〇。在側部形成從配置於收容空間50側之表面22a凹陷之凹部Μ。在側部3〇,40形成從配置於收容空間50側之表面32a，42a突出之凸部61。凸部61在以彎折部位51，52彎折樹脂成形體 1 5時嵌合於凹部66。根據以上述方式構成之本發明實施形態之捲盤用封裝體1〇，藉由以彎折部位51，52彎折樹脂成形體15,可獲得側部3〇’4G從側部2G之端部賢立之形狀，同時能使&部61 嵌合於凹部66。因此，可提升捲盤用封裝體10之組裝時之作業性。此外，本實施形態中，以本發明之封裝體為用以收容 ’盤之捲盤用封裝體1 〇之情形進行說明，但本發明並不限 :匕將本發明之封裝體適用於例如收容反覆彎折載帶（將收納有電子零件之載帶每隔-定長度返折以重4多層）之盒體或將晶片零件收容成塊體狀之盒體亦可。又，作為本實施形態之封裝體之捲盤用封裝體10，係由樹月s成形’用以收容1供裝載有作為電子零件之電容器之帶捲、’堯之捲盤200之封裝體。捲盤用封裝體1〇具備支承香 P 2 1 ^ ’ ’ 4 1與緣部26，36，46。支承部2 1，3 1, 4 1，具有延 :周方向之彎曲面21a，31a，41a，藉由彎曲面21a，31a， 25 201116460 41a 支承捲盤 200。緣部 26，36 /jt. 4. -? Arr ^ ，Μ, 46 ’從支承部21，31，41在彎曲面21a, 31a，41a之軸方h + i “、 . 向之兩k分別連接，延伸於彎曲面21a，31a，41a之徑方向。緣Λ 緣。卩26, 36, 46係形成為較支承部21，31，41更突出於彎曲面与两囟21 a，3 1 a，41 a之徑方向外側。根據以上述方式構成之本發明實施形態之捲盤用封裝體1〇,藉由將緣部26,36, 46形成為較支承捲盤200之支承部21，31，41更突出於彎曲面2la υ ^ _ a ’ 3 1 a，41 a之徑方向外側，將緣部26, 36, 46利用為支承封梦舻了衮體之腳。藉此’能穩定地裝載捲盤用封裝體1 〇，能確實雄姓 I維持將捲盤200收容於捲盤用封裝體1 0之狀態。此外’本實施形態中，針斜由丁 ί由成形加工後之樹脂成形體15組裝之捲盤用封裝體10進行說明，但本發明並不限於此。例如’#由使溶融之樹脂#料流人模具以獲得圖i 中之捲盤用封裝體10之形離之斛山心之射出成形形成本發明之封裝體亦可。衣將以上說明之捲盤用封裝艚展體之構造適當組合構成新的封裝體亦可。 Θ 本說明書揭示之實施形態中所有重點皆應考慮為例示而非用以限制。本發明之範圍並非上述說明而是如申請專利範圍所示’包含與中請專利範圍均等之意義及範圍所有變更。本發明主要利用為將電容器等 €千零件納入工薇時之送貨箱。 26 2〇lll646〇【圖式簡單說明】圖2 it ^本發明實施形態中捲盤用封裝體的立體圖。、顯示圖丨中之捲盤用封裝體的前視圖3伯；He _ ^ 、不收容捲盤之狀態之捲盤用封裝體的立體圖。㈣示® 3中之捲盤用封裝體的前視圖。系.員示圖1中之捲盤用封裝體的分解組裝圖。圖6你加_ 封裝體的、不從圖5中之箭頭VI所示方向觀察之捲盤用、ϋ的側视圖。圖7係顯示沿著圖5中之VII — VII峻上夕接般田μ狀體的剖面圖。 νι丨綠上之捲盤用封裝中之兩點鏈線VIII所圍繞之範圍放大顯 _圖8係將圖示的剖面圖。圖9係圖8所示之捲盤用封裝體的组裝圖。圖1 0係顯示沿著圖8中之X — X線上之樹脂成形體的係顯示沿著圖3中之XI — XI線上之捲盤用封裝體的剖面圖。圖 1 ) /多日 ζ係顯示以不同之姿勢裝載圖3中之捲盤用封裝體之狀態的立體圖。圖13係顯示圖1中所示之捲盤用封裝體之變形例的剖面圖。 j^j 14係將圖1 1中之兩點鏈線XIv所圍繞之範圍放大顯示的為丨c η 〜糾面圖。圖 1 ^ θ 你顯示沿著圖1中之XV — XV線上之捲盤用封裝體的剖面圖。 27 201116460 圖16係顯示圖1中之捲盤用封裝體之回收步驟的流程圖。圖1 7係顯示在圖1 6中之S 3 0之步驟獲得之片材的剖面圖。圖1 8係顯示圖16中之S40之步驟之狀況的剖面圖。【主要元件符號說明】 10 捲盤用封裝體 15 樹脂成形體 20, 30, 40 側部 21,31,41 支承部 21a, 31a, 41a 彎曲面 22, 32, 42 平面部 22a, 22b, 32a, 32b, 42a 表面 26, 36, 46 緣部 27, 37, 47 前端部 50 收容空間 51， 52, 91 彎折部位 56 開口部 61 凸部 62 突出端 63, 66, 93 凹部 64 錐部 65, 81 槽 67 開口面 28 201116460 73a, 73b, 73c 平面 76 突出部 90 把手部 94 壓止部 103 彎折部分 105 凸緣部 106 腳部 130 片材 131 PET膜層 132, 133 帶電防止層 135 模具 136 凹部 200 捲盤 29S 21 201116460 Prevents the dumping of the reel 200. (Handle structure of the reel package) The reel package 10 of the present embodiment is provided with a handle for gripping the operator when the reel package 10 is transported. The handle structure will be described below. Figure 15 is a cross-sectional view showing the package for a reel along the line χν-χν in the figure. Referring to Figures 1 and 15, the reel package 1 further has a handle that the operator can hold. The handle portion 9 is formed to extend from the end portions of the support portion 31 and the support portion 41 of the predetermined opening portion 56, respectively. The handle portion 90 is formed with a recess 93 into which the operator's finger is inserted. The recess % is formed to be recessed toward the opening portion 56. A bent portion 91 is provided between the handle portion 90 and the support portion 31 and the support portion 41, respectively. The bent portion 91 has the same structure as the bent portion 51 and the bent core 52 described above, and the resin molded body 15 is formed to be bendable at the bent portion 91. Thereby, the handle portion 9 is formed so as to be bendable with respect to the end portions of the support portion 31 and the support portion 41. Further, a pressing portion 94 is formed in the handle portion 90. In the present embodiment, the pressing portion 94 is formed from the bottom of the concave portion 93. As shown in Figs. 3 and 4, the pressing portion 94 is formed so that the outer circumference (four) of the reel (10) can be turned toward the curved surface when the operator grips the grip portion 90 and is inclined toward the opening portion 56. According to the above configuration, the operator can handle the reel assembly 1 nm, ^ θ 把 while gripping the handle portion 〇, thereby improving the workability during transportation. In particular, when a plurality of reels that are stuffed with another type of workmanship + ~ nine-phase are taken out of the package, the package is 10 because of the τ and > The handle portion 9 is effectively utilized (the handle portion 90 is formed so as to be bendable with respect to the end portion of the support portion 31 and the support portion 22 201116460. Therefore, the operator can hold the package for the reel) In the manner of the case where the package body 10 for the reel is conveyed, the inclination of the handle portion 9 is changed so as not to be reluctant. Moreover, the operator can grip the handle portion 9 and press the reel 200 by the pressing portion 94. Therefore, it is possible to prevent the reel 2 from falling off during transportation. (Recovering step of the reel package) The reeling package 10 of the present embodiment is manufactured by using ρΕτ (polyethylene terephthalate).醋废废膜膜膜膜膜膜 χ χ χ χ χ χ χ χ χ χ χ χ χ χ χ 膜卷卷卷卷卷卷卷卷卷卷卷卷卷卷卷卷卷卷卷卷卷卷卷卷卷卷卷The recycling step of the package 10 for the reel. The flow chart of the recycling step of the package for the reel in Fig. 1. Referring to Fig. 1, in the process of electronic parts such as Leijiadi, and the electric parts of the electric field, a PET film of waste material is generated, firstly, The pET film was recovered and cut into pellets (si〇, s2〇). Fig. 17 is a cross-sectional view showing the sheet obtained in the step S3 of Fig. 6 参, ', ', Fig. 16 and Fig. 1 7' Next, the cut film is formed into a sheet shape to form a sheet 13 (S3〇). At this time, the charging prevention layer 132 is prevented from being charged by the reel package 1〇. The charge preventing layer (1) covers the surface of the PET film layer 131. In addition to the effect of preventing charging, by providing the charging preventing layers 132, 133, impurities adhering to the pΕτ film layer 131 can be prevented from appearing on the surface of the sheet 130. Further, the charging prevention layer may be formed only on the surface of the sheet disposed on the side of the housing space 50 in the drawing. Fig. 18 is a cross-sectional view showing the state of the steps of S40 in Fig. 16 and Fig. 1 and Fig. 16. Next, the sheet 130 23 201116460 obtained at the step of S30 is placed on the mold 135, and the sheet 130 is processed into the shape of FIG. The resin molded body 15 (S40). At this time, as shown by an arrow 137 in Fig. 18, vacuum forming using air from the concave portion 136 of the mold 135 may be used, as shown by an arrow 138 in Fig. The sheet 130 on the concave portion 136 may be formed by blasting air. Referring to Fig. 16, the package for the reel of Fig. 1 is assembled from the resin molded body 15 (S50). Next, the reel 200 is housed. In the package for reel 10, a plurality of packages for reel 10 are filled in another case and shipped to a factory using a capacitor (S60). Next, in the factory using the capacitor, the reel package 1 is placed, and the reel 200 is taken out one by one from the reel package 10, and used in the capacitor mounting step (S70). After that, the used reel is decomposed by the package and returned to the resin molded body again! State of 5 (S8〇). This resin molded body 15 is recovered in an overlapping state. The resin molded body 15 can be repeatedly used in plural times by returning the recovered resin molded body 5 to the package assembly step of S 5 〇. In the above-described configuration of the reel assembly 1 according to the embodiment of the present invention, the package 10 for the reel as the package of the present embodiment will be described as the side portion 2 of the center portion and the both sides thereof. The side of the plurality of side portions #30 and the side portion 4 are connected by a bendable bent portion $丨, $2, and are a package for housing a capacitor as an electronic component. From the bent portion 5丨, 52 f folded side portions 30, 40, together with the central portion 20, the accommodation capacitors are accommodated in two compartments 5 〇 in the side facing the bending portion 5, 52 side 2 〇 accommodating space 5 The crotch side forms a recessed portion that is recessed from the surface 22a. On the side of the accommodating space 50 facing the side portions 30, 40 of the bent portion 5, 52, a convex portion 61 which is fitted to the concave portion 66 when the surface 32a, 42 & protrudes and the odd side portion 30, 40 is formed is formed. In addition, the package ι of the reel as the package of the present embodiment is assembled by the resin molded body 15 after the molding process, and is used for accommodating the capacitor of the electronic component. The reel package 1G includes the side portion 20 as the i-th side portion and the side 胄3〇, 4〇 as the second side portion. The side portion % is formed by the bent portion 51 of the resin molding II 15 and is erected from the end portion of the side portion 2 ,, and the accommodating space 5 电容器 of the capacitor is disposed in the side portion 20 . The side portion is formed and disposed in the accommodating space 50 . The recessed portion 凹陷 recessed on the side surface 22a. The side portion 3A, 40 forms a convex portion 61 protruding from the surface 32a, 42a disposed on the side of the accommodating space 50. The convex portion 61 is bent at a bent portion 51, 52 to form a resin The body 15 is fitted to the recessed portion 66. According to the package for a reel 1 according to the embodiment of the present invention configured as described above, the resin molded body 15 is bent by the bent portions 51, 52, and the side portion 3 can be obtained. 〇'4G is formed in a shape of the end portion of the side portion 2G, and the & portion 61 can be fitted into the recessed portion 66. Therefore, workability in assembly of the reel package 10 can be improved. In the case where the package of the present invention is used for accommodating the package 1 for the reel of the disk, the present invention is not limited to: the package of the present invention is applied to, for example, a reversely bent carrier tape. (The cassette carrying the electronic parts will be folded back every other length to a weight of 4 layers) The package body 10 for the reel as the package of the present embodiment may be formed by the tree s s for housing 1 for mounting as an electronic component. The package of the capacitor, the package of the reel 200. The reel package 1 has a support fragrant P 2 1 ^ ' ' 4 1 and edge portions 26, 36, 46. The support portion 2 1,3 1, 4 1. The curved surface 21a, 31a, 41a having the extension: circumferential direction, supports the reel 200 by the curved surface 21a, 31a, 25 201116460 41a. The edge portion 26, 36 / jt. 4. -? Arr ^ , Μ, 46 'From the support portions 21, 31, 41, the axes h + i" of the curved faces 21a, 31a, 41a are connected to each other and extend in the radial direction of the curved faces 21a, 31a, 41a. The edge of the edge. The 卩26, 36, 46 are formed so as to protrude from the curved surface and the outer side of the curved surface and the two ridges 21a, 3 1 a, 41 a in the radial direction. According to the package for reel 1 according to the embodiment of the present invention configured as described above, the edge portions 26, 36, 46 are formed to protrude from the support portions 21, 31, 41 of the support reel 200 more than the curved surface 2la. υ ^ _ a ' 3 1 a, 41 a in the radial direction of the outside, the edges 26, 36, 46 are used to support the dream of the body of the body. By this means, the package for the reel 1 can be stably loaded, and the state in which the reel 200 is accommodated in the reel package 10 can be maintained. In the present embodiment, the needle skew is described by the reel package 10 assembled from the resin molded body 15 after the molding, but the present invention is not limited thereto. For example, the package of the present invention may be formed by injection molding of the melted resin #流流人模具 to obtain the package for winding the package 10 in Fig. i. It is also possible to form a new package by appropriately combining the structure of the package for the reel described above.所有 All of the key points in the embodiments disclosed in this specification should be considered as illustrative and not limiting. The scope of the present invention is defined by the scope of the claims and the scope of the claims and the scope of the claims. The present invention is mainly used as a delivery box for incorporating a thousand parts such as capacitors into the work. 26 〇lll646〇 [Simplified description of the drawings] Fig. 2 is a perspective view of a package for a reel according to an embodiment of the present invention. FIG. 3 is a front view of the package for the reel in FIG. 3; a perspective view of the package for the reel in a state in which the reel is not accommodated. (4) A front view of the package for the reel in the ® 3. The member is shown in an exploded assembly view of the package for the reel in FIG. Fig. 6 is a side view of the reel for use in the package, which is not viewed from the direction indicated by the arrow VI in Fig. 5. Fig. 7 is a cross-sectional view showing the um-like body along the VII-VII of Fig. 5 . The νι丨 green reel is magnified by the range surrounded by the two-point chain line VIII in the package. Fig. 8 is a cross-sectional view of the drawing. Fig. 9 is an assembled view of the package for a reel shown in Fig. 8. Fig. 10 is a cross-sectional view showing the package for reel along the line XI-XI in Fig. 3 along the line of the resin molded body on the X-X line in Fig. 8. Fig. 1) / Multi-day ζ shows a perspective view showing a state in which the package for reel of Fig. 3 is loaded in a different posture. Fig. 13 is a cross-sectional view showing a modification of the package for reel shown in Fig. 1. The j^j 14 series enlarges the range surrounded by the two-point chain line XIv in Fig. 11 as 丨c η~correction map. Figure 1 ^ θ You show a cross-sectional view of the package for the reel along the XV — XV line in Figure 1. 27 201116460 Fig. 16 is a flow chart showing the recycling procedure of the package for reel of Fig. 1. Fig. 1 is a cross-sectional view showing a sheet obtained by the step of S 3 0 in Fig. 16. Fig. 18 is a cross-sectional view showing the state of the step S40 in Fig. 16. [Description of main component symbols] 10 Reel package 15 Resin molded body 20, 30, 40 Side portions 21, 31, 41 Support portions 21a, 31a, 41a Curved faces 22, 32, 42 Planar portions 22a, 22b, 32a, 32b, 42a Surface 26, 36, 46 Edge 27, 37, 47 Front end 50 Housing space 51, 52, 91 Bending portion 56 Opening portion 61 Projection 62 Projection end 63, 66, 93 Recession 64 Cone 65, 81 Groove 67 Opening surface 28 201116460 73a, 73b, 73c Plane 76 Projection 90 Handle portion 94 Pressing portion 103 Bending portion 105 Flange portion 106 Foot portion 130 Sheet 131 PET film layer 132, 133 Charging preventing layer 135 Mold 136 Recessed portion 200 reel 29

Claims

201116460 VII. Scope of application for patents: The department and the package are connected to each other via a foldable part. The central part of the 怂饊伙伙冤冤冤零件 , , , , f f f f f f f f f f f f f f f f f The central part of the central part of the container is formed in the side of the receiving space facing the side of the surface of the surface. a convex portion that is fitted to the concave portion when the side portion is folded. 2. The package body is assembled from a resin molded body after molding, and accommodates an electronic component, and is characterized by comprising: a first side portion; The second side portion is provided with a receiving space for arranging the electronic component from the end portion of the first side portion through the bent portion of the first molded portion; and the leaf center is on the first side a portion is formed in a concave portion that is recessed from a surface disposed on the side of the accommodating space; and the second side portion of the X is formed to protrude from a surface disposed on the side of the accommodating space, and is bent at a portion of the β-shaped bent portion. The convex portion of the recess. 3. If applying The package of claim 2, wherein the recess and the protrusion are disposed adjacent to the bent portion. The package of claim 2, wherein the housing is disposed to receive the electron 5. A package in which the tape is wound by a part. 5. The package of claim 2, wherein the first side portion 30 201116460 has a z first support portion ′ including a first bend extending in the circumferential direction The surface of the first curved surface is supported by the first curved surface, and the first flat portion is bent from an end portion of the first curved portion in the circumferential direction of the first curved surface, and extends to a planar shape toward the bent portion; The second side portion has: the second support portion includes a second curved surface that is disposed on the extension of the first curved surface in a state in which the resin molded body is bent, and the second curved surface supports the reel; And the second flat portion is bent from an end portion of the second support portion in the circumferential direction of the second curved surface to extend in a planar shape toward the bent portion, and the resin molded body is bent and the first flat portion is bent 1 planar portion overlap; concave, and the convex portion are respectively formed on the first plane The package of the second aspect of the invention, wherein the concave portion forms an opening surface on a surface of the first side portion; and a convex portion P protrudes from a surface of the second side portion The concave portion is formed such that the opening width is substantially constant irrespective of the depth of the extending portion of the bending portion from the opening surface; the convex portion is formed at a position and has a surface and the protrusion The width of the opening width of the protruding end recess between the ends gradually decreases from the position toward the large width. 7. The package as claimed in claim 6 has a rigidity higher than the recess. The package of claim 2, wherein the second side portion 31 201116460 is formed by a portion from the end portion of the second side portion and forming the first portion of the convex portion and the first side portion The other end is erected and forms the first part of the convex portion. The two-part configuration; the younger brother Z sees the first portion and the first portion from the outer side of the accommodating space, and the convex portion has a shape recessed from the surface of the second side portion. . The knife 9·-type package ' is formed of a resin for accommodating a reel for winding a carrier tape on which an electronic component is mounted, and is characterized in that: a portion having a portion extending in a circumferential direction: by The curved surface supports the reel; and the connecting portion = 'extending from the supporting portion in the axial direction of the curved surface to the radial direction of the curved surface; the edge portion is formed to protrude from the supporting portion This is to the outside. It is only the package of the ninth aspect of the patent, wherein the edge is at the upper end.封装具有具有具有具有具有具有具有具有具有具有具有具有具有具有具有具有具有封装封装封装封装封装封装封装封装封装封装封装封装封装封装封装封装封装封装封装封装封装封装封装 ; ; ; ; ; ; ; ; ; ; ^ The support portion is formed such that the extent of the opening is smaller than (10). The angle. The surface of the kneading surface is extended to::: The sealing body of the ninth aspect of the patent, wherein the opening portion of the reel is cut by cutting the support portion-part around the shaft for inserting the second surface; The support member has a first portion disposed at a position facing the opening portion 32 201116460 around the axis of the curved surface, and a position disposed on both sides of the opening portion around the axis of the curved surface, and is bendably Connecting the second portion and the third portion of the first portion; and bending the second portion and the third portion in a state where the second portion and the third portion are bent relative to the first portion The surface is disposed on the extension of the curved surface of the first portion. The package of claim 12, wherein the curved portion of the second portion and the third portion is disposed in the same The curved surface of the i-portion extends to a substantially circular imaginary line and has a larger inner diameter side. The package of claim 9, wherein the support is cut around the axis extending the circumferential direction of the curved surface a portion of the portion forming an opening for inserting the reel; and "歼j is respectively extended and formed into a handle portion that can be gripped. 15. The package body of claim 14 is formed to be bendable with respect to the end portion of the support portion. In the package of the item, the handle portion 按压 "presses the outer circumference of the reel to the pressing portion of the curved surface in a state of being held. The package according to claim 9, wherein the portion is formed in the curved direction from the curved surface in the circumferential direction of the curved surface. The q 舳舳 lc lc lc lc 18. 18. 18. 18. 18. 18. 18. 18. 18. 18. 18. 18. 18. 18. 18. 18. 18. 18. 18. 18. 18. 18. 18. 18. 18. 18. 18. 18. 18. 18. 18. 18. 18. 18. 18. 18. 18. 18. 18. 18. 18. 18. 18. 18. 18. 18. 18.