M409580 五、新型說明： 【新型所屬之技術領域】 本創作係有關於-種大電流插接器，特別係指一種包 含至少-用於使内導電件與一外導電件之間產生電性接觸 的接觸件’該接觸件具有複數個用於使該内導電件與該外 導電件之間產生多點電性接觸的彈性件。 【先前技術】 德國專利DEl〇3_2 B3揭示-種可負荷大電流的連 接裝置以及所屬接觸件，該接觸件具有複數個用於使一内 導電件與-外導電件之間產生多點接觸 性件係設於-環狀上支架件與一環狀下支架件之間的2 狀本體結構内，當該内導電件插入該外導電件時，該等彈 性件會扭轉；緣此’本創作人有鑑於習知插接赌在有如 上述之缺失研究、改良，遂得財創出本創作。 【新型内容】 本創作之主要目的，係在提供一種大電流插接器，其 可更廣泛應用，且在製造與組裝上均獲得改善。 本創作大電流插接H，其接觸件橫截面係呈矩形。 上述結構的伽在於’可使大電流插接n的抗彎曲能 力特別強’因而可具有大數量與内導電件及外導電件接觸 的接觸點’進-步’該大電流插接器可用簡單的方式，整 合入矩形插頭殼體内’此外’可提供内導電件與外導電件 成本低廉的大f流插接結構，其中令人意外的是，同時可 以傳送大電流，藉由將該接觸件製成矩形，可採用低成本 、省時的方法生產大電流插接器。 ，接觸件在其軸向端上各具有矩形之支架框，該等彈 ! 生件藉由其軸向端分別與矩形之支架框機械性及電性連接 ，如此可達到機械性特別穩定的大電流插接器。 該等彈性件形成鰭片狀，並相對於該等支架框傾斜設 置，如此結構可使該等彈性件扭轉程度特別強，而使内導 電件與外導電件相插接時，達到特別大的接觸力。 在至少一支架框背向該等彈性件的軸向端上設有至少 片體’用以將該接觸件固定於大電流插接器内。 殼體内的接觸件與一外導電件或内導電件組合在一起 ’使該等彈性件在接觸件一徑向外側或内側上電性接觸該 外導電件或内導電件且該A電流插接器—插入端上的 一内導電件或外導電件可插入該殼體内，使該等彈性件在 接觸件徑向内側或外側上接觸該内導電件或外導電件，藉 此可達到特別精簡、容易以手操作使用的插接頭。 本創作大電流插接器插入端的殼體沿軸向超過外導電 件一預定段，且在該預定段内具有一徑向向内的突起部， 俾使該接觸件軸向固定於該殼體内，且碰觸該突起部，藉 此’不需在外導電件另外進行底切，而是隨著殼體的組裝 即可自動達到軸向固定，藉此，可降低大電流插接器的生 產成本與簡化組裝。 【實施方式】 有關本創作為達上述之使用目的與功效，所採用之技 術手段，茲舉出較佳可行之實施例，並配合圖式所示，詳 述如下： 本創作大電流插接器之較佳實施例，請參閱第一圖至 ^四圖所示’包含ϋ殼刪與_τ殼體12所組成的 设體、一外導電件14與一接觸件16，該接觸件16為一具有 複數個彈性件18的彈性轉片箱，該等彈性件18係形成韓片 狀，該等彈性件18係形成為彈性接觸件，該彈性鰭片箱之 二端部具有矩形之第一支架框20與第二支架框22，該等彈 性件18係設於該第—支雜2G與—第二支雜22之間。 ，該等彈性件18係藉由其相對端分別與第一支架框2〇及 第二支架框22之-電性及機械性相接，並相對於第一支架 框20及第二支架框22傾斜設置，進而徑向伸入第一支架框 20及第二支架框22或者彈性鰭片箱之内、外的空間。 該接觸件16係設於外導電件14内，該等彈性件18在該 接觸件16的徑向外周上電性接觸該外導電件14。 該接觸件16與該等彈性件18及第一支架框2〇、第二支 框架22組合一起，其橫截面係呈矩形。 為形成電性接觸，將一同樣為矩形的内導電件（圖中 未顯示）’插入該上殼體1G與下殼體12及該接觸件16内俾 使該等彈性件18在該接觸賴的徑向關上電性接觸該内 導電件，如此-來’該接觸件16即設於該内導電件與外導 電件14之間，並在此二導電件之間傳輸電力，藉由該等彈 性件18與導電件的機械接觸’將該等彈性件著其長軸 才轉而產生該等彈性件的杻力’該扭力以相對應的彈 性力將該等彈性件_向導電件，進而提供電性接觸需要 的相對應接觸面與相對應接觸壓力。 5玄第一支架框20及第二支架框22背向該等彈性件18的 軸向端均設有片體24，該片體24係用於將該接觸件軸向 固疋於上叙體10與下殼體12内；此外，藉由上殼體1〇與下 λ又體12之組合後的殼體形成突起部26，該等突起部26形成 相對應的止擔結構，如此一來，不需在外導電件14另外進 行底切，而是透過組合後的上殼體1〇與下殼體12，即可自 動轴向固疋住5玄接觸件16，該等上殼體與下殼體12沿著 軸向在外導電件14的軸向端突出超過該外導電件μ之端部 ，而内導電件可軸向插入於該上殼體1〇與下殼體12、接觸 件16及外導電件14 (軸向端）内，同時，該上殼體1〇與下 设體12在軸向突出的範圍内徑向向内突起，並藉此產生突 起部26 ’鱗突起形朗於止擋鱗μ觀的轴向止 擔結構’同時這些突起觸的止擋結構也料導電件14軸 向固定在上殼體10與下殼體12内。 综上所述’本創作確實已達到所預期之使用目的與功 效且更較習知者為之理想、實用，惟，上述實施例僅係 針對本創作之-雜佳實關進行具體酬而已，此實施 例並非用赚林創狀t請專概圍，舉凡其它未脫離 本創作所揭示之技術手段下所完成之解變化與修飾，均 應包含於本創作所涵蓋之申請專利範圍中。 【圖式簡單說明】 苐圖所示係為本創作實施例之立體圖。 第二圖所示係為本創作實施例之立體分解圖。 M409580 第三圖所示係為本創作實施例外導電件與接觸件結合之立 體圖。 第四圖所示係為本創作實施例接觸件之立體圖。 【主要元件符號說明】 10上殼體 12下殼體 14外導電件 16接觸件 18彈性件 20第一支架框 22第二支架框 26突起部 24片體M409580 V. New description: [New technical field] This creation is about a large current connector, especially one that contains at least - for making electrical contact between the inner conductive member and an outer conductive member. The contact member has a plurality of elastic members for making a plurality of electrical contacts between the inner conductive member and the outer conductive member. [Prior Art] German Patent DEl〇3_2 B3 discloses a connection device capable of supporting a large current and an associated contact member having a plurality of contacts for causing multi-point contact between an inner conductive member and an outer conductive member. The member is disposed in a 2-shaped body structure between the annular upper bracket member and an annular lower bracket member, and when the inner conductive member is inserted into the outer conductive member, the elastic members are twisted; In view of the fact that there is a lack of research and improvement in the above-mentioned, the company has created a creation. [New Content] The main purpose of this creation is to provide a high current connector that can be used more widely and improved in both manufacturing and assembly. In this creation, a large current is plugged into H, and the contact piece has a rectangular cross section. The glaze of the above structure is that 'the bending resistance of the large current plug n can be particularly strong' and thus can have a large number of contact points that are in contact with the inner conductive member and the outer conductive member. The high current connector can be easily used. The way of integrating into the rectangular plug housing 'further' can provide a large f-flow plug structure with low cost of the inner conductive member and the outer conductive member, and surprisingly, at the same time, a large current can be transmitted by the contact The pieces are made into a rectangular shape, and a high-current connector can be produced in a low-cost and time-saving manner. The contact members each have a rectangular frame frame at their axial ends, and the spring members are mechanically and electrically connected to the rectangular frame by their axial ends, so that the mechanical stability is particularly large. Current connector. The elastic members are formed in a fin shape and are disposed obliquely with respect to the bracket frames. The structure can make the elastic members have a particularly strong degree of twist, and the inner conductive members are particularly large when they are inserted into the outer conductive members. Contact force. At least one sheet body is provided on at least one of the bracket frames facing away from the axial ends of the elastic members for fixing the contacts in the large current connector. The contact member in the housing is combined with an outer conductive member or an inner conductive member to cause the elastic members to electrically contact the outer conductive member or the inner conductive member on a radially outer side or the inner side of the contact member and the current is inserted An inner conductive member or an outer conductive member on the insertion end of the connector can be inserted into the housing such that the elastic members contact the inner conductive member or the outer conductive member on the radially inner side or the outer side of the contact member, thereby achieving A plug connector that is particularly compact and easy to use by hand. The housing of the insertion end of the present high current connector extends axially beyond the predetermined portion of the outer conductive member, and has a radially inward projection in the predetermined portion, such that the contact member is axially fixed to the housing Inside, and touching the protrusion, thereby 'no need to perform undercutting on the outer conductive member, but automatically achieve axial fixation with the assembly of the housing, thereby reducing the production of the large current connector Cost and simplified assembly. [Embodiment] The present invention is based on the technical means adopted for achieving the above-mentioned purpose and effect of use, and a preferred and feasible embodiment is shown, which is described in detail as follows: The high current connector of the present invention For a preferred embodiment, please refer to the first embodiment to the fourth figure, which comprises a housing comprising a clamshell and a housing 12, an outer conductive member 14 and a contact member 16, the contact member 16 being An elastic rotor box having a plurality of elastic members 18, the elastic members 18 are formed into a Korean sheet shape, and the elastic members 18 are formed as elastic contact members, and the two ends of the elastic fin box have a rectangular first shape The bracket frame 20 and the second bracket frame 22 are disposed between the first branch 2G and the second branch 22. The elastic members 18 are electrically and mechanically connected to the first bracket frame 2 and the second bracket frame 22 by opposite ends thereof, and are opposite to the first bracket frame 20 and the second bracket frame 22 The slanting arrangement further extends into the space inside and outside the first bracket frame 20 and the second bracket frame 22 or the elastic fin box. The contact member 16 is disposed in the outer conductive member 14, and the elastic members 18 electrically contact the outer conductive member 14 on the radially outer circumference of the contact member 16. The contact member 16 is combined with the elastic members 18 and the first bracket frame 2 and the second frame 22, and has a rectangular cross section. In order to form an electrical contact, an equally rectangular inner conductive member (not shown) is inserted into the upper housing 1G and the lower housing 12 and the contact member 16 so that the elastic members 18 are in contact with each other. Radially closing electrically contacts the inner conductive member such that the contact member 16 is disposed between the inner conductive member and the outer conductive member 14 and transmits power between the two conductive members. The mechanical contact between the elastic member 18 and the conductive member 'turns the elastic members on their long axes to generate the force of the elastic members'. The torque acts to the conductive members with corresponding elastic forces, and further Provide the corresponding contact surface and corresponding contact pressure required for electrical contact. 5, the first bracket frame 20 and the second bracket frame 22 are disposed opposite to the axial ends of the elastic members 18, and the sheet body 24 is used for axially fixing the contact member to the upper body. 10 and the lower casing 12; further, the casing 26 is formed by the combination of the upper casing 1〇 and the lower λ-body 12, and the protrusions 26 form a corresponding stop structure, thus Therefore, it is not necessary to perform the undercutting on the outer conductive member 14, but through the combined upper and lower casings 1 and 12, the vertical joints 16 can be automatically axially fixed, and the upper and lower casings are The housing 12 protrudes axially beyond the end of the outer conductive member μ at the axial end of the outer conductive member 14, and the inner conductive member is axially insertable into the upper housing 1 and the lower housing 12, the contact member 16 And the outer conductive member 14 (axial end), at the same time, the upper casing 1 〇 and the lower body 12 protrude radially inward in a range in which the lower body 12 protrudes, thereby generating a protrusion 26 'scale projection shape At the same time, the stopper structure of the projections is also axially fixed in the upper casing 10 and the lower casing 12 by the stopper structure of the projections. In summary, 'this creation has indeed achieved the intended purpose and effect of use, and is more ideal and practical than the conventional ones. However, the above embodiments are only for the specific reward of the creation of the mixed-goods. This embodiment is not intended to be used in the creation of a patent. The other changes and modifications that have been made without departing from the technical means disclosed in this work should be included in the scope of the patent application covered by this creation. BRIEF DESCRIPTION OF THE DRAWINGS The drawings are schematic views of the present embodiment. The second figure is a perspective exploded view of the present embodiment. M409580 The third figure shows a schematic diagram of the combination of the exceptiond conductive parts and the contacts. The fourth figure is a perspective view of the contact of the present embodiment. [Main component symbol description] 10 upper casing 12 lower casing 14 outer conductive member 16 contact member 18 elastic member 20 first bracket frame 22 second bracket frame 26 protrusion portion 24 sheet body