1362788 六、 [0001] [0002] [0003] [0004] [0005] [0006] 100年12月02曰後正雜頁 發明說明： 【發明所屬之技術領域】 本發明係關於一種連接器裝置及使用該連接器裝置的電 子設備。 【先前技術】 傳統的插接輸入輸出設備的連接器一般都是排列設置在 一印刷電路板上，由此導致各連接器僅能在印刷電路板 平面内進行佈置，連接器的佈置受到極大的限制。另外 ，傳統的連接器均係透過焊接各針腳而連接於印刷電路 板，其制程複雜，而且由於是焊接的，因此長期使用會 導致連接器鬆動失效。 因是，實有必要提供一種連接器裝置，以消除上述缺失 【發明内容】 鑒於以上内容，有必要提供一種使得連接器的佈置更加 靈活的連接器裝置。 一種連接器裝置，用於電連接至一電路板，該連接器裝 置包括一本體及一電纜，該本體上固設至少兩連接器， 該電纜的一端裝設於該本體並與該等連接器電性連接， 另一端用於電連接至該電路板。 本發明連接器裝置在製造過程中是完全脫離電路板的， 在使用#亦僅僅透過魏的軟性連接方式與電路板相連 ，使得連接器的佈置及使用更加靈活，而不受限於電路 板。而且模組化的設計也可大大降低製造及購買成本。 097148416 表單編號A0101 第3頁/共13頁 1003447419-0 1362788 100年12月02日梭正替換頁 [0007] [0008] 【實施方式】 請參考圖1，在本發明電子設備的具體實施方式包括一機 架、一電路板20以及一連接器裝置3〇。本實施方式中 ，該電子設備為一電腦，該電路板20為一主機板。 機架10包括一側板12以及一前板14。前板14設有複數鎖 固孔（未標號）。 [0009] [0010] [0011] 電路板20上設有複數連接器插座，該等連接器插座包括 一第一插座21、一第二插座22以及一第三插座23。 本實施方式中’連接器裝置则於連接輸人輸出設備。 連接器裝置30裝設於前板14。請結合圖2，連接器裝置3〇 包括一連接器模組40以及一殼體5〇。 連接器模組40包括-概呈立方體形的本體46，本實施方 式中本體46為-塑膠件。本體46的前端面上開設複數容 置槽（未標號）’以收容複數連接器。在本實施方式中 ’本體46的前端面上共設有一個第一連接器41、兩個第 二連接器42以及四個第三連接器43，且連接器41 ' 42及 43可採用超聲波焊的方式與本祕成型為 一個整體。本 體46的後端引出―電，獅’用於將連接H41、42及43與 電路板2〇進仃電性連接m方式中，㈣分出三 條支線’包括第-支線61 '第二支線62及第三支線63。 其中，第連接器41與第一支線61的一端相連，·兩個第 -連接器42與第二支線62的_端相連，四個第三連接器 43與第二支線63的-端相連。支線61、62及63的另-端 刀別a又有第一插頭61〇、第二插頭62〇以及第三插頭63〇 097148416 其中，第一插頭61〇與第一插座21對應插接，第二插頭 表單编號A0101 第4頁/共13頁 1003447419-0 1100年12月曰按正替換頁 620與第二插座22對應插接，第三插頭630與第三插座23 對應插接。本體46的兩相對侧面上分別開設兩安裝槽48 ，每一側面於兩安裝槽48之間還開設一導引槽49。每一 安裝槽48的靠近本體46前端面的槽壁形成一擋止部482。 每一導引槽49的兩端分別貫穿至本體46的前端面和後端 面。 [0012] 殼體50用於收容及保護連接器模組4〇，本實施方式中殼 體50為鐵件。殼體5〇形狀與連接器模組40相適應，其由 一前端片51及四個側片組成，並由前端片5 j及該等侧片 包圍形成一與連接器模組40相匹配的收容空間。該等侧 片中的一對相對的側片52分別設有兩擋止彈片528及一位 於兩擋止彈片528之間的導引片529。擋止彈片528對應 於連接器模組40的安裝槽48，其由相應侧片52上斜向延 伸至殼體50内，且其延伸方向指向前端片5ι。導引片529 對應於連接器模組40的導引槽49，其由相應側片52上斜 向延伸至殼體50内’且其延伸方向指向前端片51。每一 侧片52的後端延伸出兩具有彈性的接觸片522，用於接觸 前板14。該等側片中的另一對相對的側片54用於將殼體 50固定於前板14。在本實施方式中，每一侧片54後端彎 折形成一固定片540，固定片540上開設複數鎖固孔542 ’以對應前板14開設的鎖固孔，然後可利用複數固定件 (如螺綵）來將殼體50固定於前板14。前端片51上開設 有複數與連接器41、42及43相匹配的孔51ι、512及513 〇 [0013] 裝配連接器裝置30時’將連接器模組40的前端面朝向殼 097148416 表單編號A0101 第5頁/共13頁 1003447419-0 1362788 100年12月02日梭正替換頁 體50的後端’令導引片529在導引槽49的導引下使得連接 器模組40滑入殼體50，擋止彈片528與連接器模組40接 觸後’連接器模組40迫使擋止彈片528朝外發生彈性形變 ’直至安裝槽48的擋止部482滑至相應擋止彈片528的自 由端時，擋止彈片528彈性回復，使得擋止彈片528的自 由端落入相應安裝槽48中並頂靠相應擋止部482 »於是連 接器模組40牢牢地固定於殼體50中，裝配簡便，非常適 合工廠的組裝作業。此時，連接器41、42及43也由前端 片51上相應的孔511、51 2及51 3露出，以利使用。 [0014] 組裝電腦主機時，令電纜60由前板14穿入（前板相應位 置事先開設可令電纜60穿過的孔）該電腦主機，將連接 器裝置30透過其殼體50固定在前板14，然後將電魔60上 的插頭610 ' 620以及630插入電路板20上相應的插座21 ' 22以及23即可。此時，接觸片522與前板14相抵接， 加之殼體50與前板14將連接器41、42及43包圍，從而形 成了一道可靠的電磁遮罩，防止連接器41、42及43對該 電腦主機内部產生電磁干擾。同理，連接器裝置3〇也可 以裝设在該電腦主機的任意部位，而不像傳統連接器·一 樣受限於電路板20，這為電腦主機的設計提供了更多選 擇。另外，由於採用了電纜60這種軟性連接方式，使得 連接1§袭置30不固定於電腦主機上亦可使用，比如，可 將連接益裝置30置於電腦桌上’這更便於操作者的使用 ，此時，可省去殼體50。 本發明連接器裝置30在製造過程中是完全脫離電路板的 ，在使用中亦僅僅透過電連接方式與電路板發生聯繫， 097148416 表單編號A0101 第6頁/共13頁 1003447419-0 [0015] 1362788 卜〇〇年.12月 這樣，不用擔心在生產及維護時，產生的— 板損壞。而且，相較于傳統的將連接器焊接在電路板上 的做法，本發明連接器裝置3()不用擔心連接器的浮高、 正斜等㈣’亦不用擔心長期使用會造成連接器與電路 板的接觸不良，從而可提高使用壽命。 _] S其他實施方式中，連接器裝置3〇也可用於其他電子設 備中，如顯不器、伺服器等需要使用輸入輸出連接器的 電子設備。另外，連接器裝置3〇的本體46亦可為其他形 狀，如扁長形，而且本體46上連接器的數量、類型及排 布方式亦可根據設計需要進行調整。 [0017^ 综上所述，本發明符合發明專利要件，爰依法提出專利 申請。惟’以上所述者僅為本發明之較佳實施方式，舉 凡熟悉本案技藝之人士，在爰依本發明精神所作之等效 修飾或變化，皆應涵蓋於以下之申請專利範圍内。 【圖式簡單說明】 [0018] 圖1係本發明電子設備較佳實施方式的立體圖。 [0019] 圖2係本發明連接器裝置較佳實施方式的立體分解圖。 【主要元件符號說明】 [0〇2〇]機架：1 0 _1] 側板：12 [0〇22]前板：14 [0023] 電路板：20 [0024] 第一插座：21 097148416 表單編號A0101 第7頁/共13頁 1003447419-0 1362788 [0025] 第二插座 ：22 [0026] 第三插座 ：23 [0027] 連接器裝 置：30 [0028] 連接器模組：40 [0029] 第一連接 器：41 [0030] 第二連接 器：42 [0031] 第三連接 器：43 [0032] 本體：46 [0033] 安裝槽： 48 [0034] 擋止部： 482 [0035] 導引槽： 49 [0036] 殼體：50 [0037] 前端片： 51 [0038] 孔：511 ' 512 ' 513 [0039] 側片：52 、54 [0040] 接觸片： 522 [0041] 擋止彈片 ：528 [0042] 導引片： 529 [0043] 固定片· 540 097148416 表單编號A0101 第8頁/共13頁 100年12月02日梭正替换頁 1003447419-0 1362788 100年.12月0>日修正替換頁 [0044] 鎖固孔：542 [0045] 電纜：60 [0046] 第一支線：61 [0047] 第一插頭：610 [0048] 第二支線：62 [0049] 第二插頭：620 [0050] 第三支線：63 [0051] 第三插頭：630 097148416 表單編號A0101 第9頁/共13頁 1003447419-01362788 6. [0001] [0002] [0003] [0005] [0006] [0006] The invention relates to a connector device and the invention of the invention. An electronic device that uses the connector device. [Prior Art] The connectors of conventional plug-in I/O devices are generally arranged on a printed circuit board, thereby causing the connectors to be arranged only in the plane of the printed circuit board, and the arrangement of the connectors is greatly limit. In addition, the conventional connectors are connected to the printed circuit board by soldering the respective pins, and the manufacturing process is complicated, and since it is soldered, the long-term use may cause the connector to loosen. Therefore, it is necessary to provide a connector device to eliminate the above-mentioned drawbacks. SUMMARY OF THE INVENTION In view of the above, it is necessary to provide a connector device which makes the arrangement of the connector more flexible. A connector device for electrically connecting to a circuit board, the connector device comprising a body and a cable, the body is fixed with at least two connectors, one end of the cable is mounted on the body and the connector Electrically connected, the other end is used to electrically connect to the board. The connector device of the present invention is completely detached from the circuit board during the manufacturing process, and is connected to the circuit board only by using the soft connection method of Wei, so that the arrangement and use of the connector are more flexible, and are not limited to the circuit board. And the modular design can also greatly reduce manufacturing and purchase costs. 097148416 Form No. A0101 Page 3 / Total 13 Page 1003447419-0 1362788 December 02, 2014 Shuttle Replacement Page [0007] [Embodiment] Referring to FIG. 1, a specific embodiment of an electronic device of the present invention includes A rack, a circuit board 20 and a connector device 3A. In this embodiment, the electronic device is a computer, and the circuit board 20 is a motherboard. The frame 10 includes a side panel 12 and a front panel 14. The front plate 14 is provided with a plurality of locking holes (not numbered). [0011] [0011] The circuit board 20 is provided with a plurality of connector sockets, and the connector sockets include a first socket 21, a second socket 22 and a third socket 23. In the present embodiment, the connector device is connected to the input and output device. The connector device 30 is mounted to the front panel 14. Referring to Figure 2, the connector device 3A includes a connector module 40 and a housing 5〇. The connector module 40 includes a substantially cubic body 46. In this embodiment, the body 46 is a plastic member. A plurality of receiving grooves (not labeled) are formed on the front end surface of the body 46 to accommodate the plurality of connectors. In the present embodiment, a first connector 41, two second connectors 42 and four third connectors 43 are disposed on the front end surface of the body 46, and the connectors 41' 42 and 43 can be ultrasonically welded. The way to form this with the secret is a whole. The rear end of the body 46 leads to "electricity, lion" for connecting the connection H41, 42 and 43 with the circuit board 2 into the electrical connection mode, and (4) separating the three branch lines 'including the first branch line 61' the second branch line 62 And the third branch line 63. The first connector 41 is connected to one end of the first branch line 61, the two first connector 42 are connected to the _ terminal of the second branch line 62, and the four third connectors 43 are connected to the - ends of the second branch line 63. The other end of the spurs 61, 62 and 63 has a first plug 61 〇, a second plug 62 〇 and a third plug 63 〇 097 148 416. The first plug 61 对应 is correspondingly connected to the first socket 21 , Two plug form numbers A0101 Page 4 / Total 13 pages 1003447419-0 December 1100 曰 Pressing the replacement page 620 is correspondingly inserted into the second socket 22, and the third plug 630 is correspondingly inserted into the third socket 23. Two mounting slots 48 are defined on opposite sides of the main body 46, and a guiding slot 49 is defined between each of the mounting slots 48. A groove portion 482 of each of the mounting grooves 48 near the front end surface of the body 46 is formed. Both ends of each of the guiding grooves 49 penetrate through the front end surface and the rear end surface of the body 46, respectively. [0012] The housing 50 is for housing and protecting the connector module 4A. In the present embodiment, the housing 50 is an iron member. The shape of the housing 5 is adapted to the connector module 40, and is composed of a front end piece 51 and four side pieces, and is surrounded by the front end piece 5 j and the side pieces to form a matching with the connector module 40. Containment space. A pair of opposite side panels 52 of the side panels are respectively provided with two stop springs 528 and a guide piece 529 between the two stop springs 528. The blocking tabs 528 correspond to the mounting slots 48 of the connector module 40, which extend obliquely from the respective side panels 52 into the housing 50 and extend in a direction toward the front end panel 5i. The guide piece 529 corresponds to the guide groove 49 of the connector module 40, which extends obliquely from the corresponding side piece 52 into the housing 50' and extends in the direction of the front end piece 51. The rear end of each of the side panels 52 extends from two resilient contact tabs 522 for contacting the front panel 14. The other pair of opposing side panels 54 of the side panels are used to secure the housing 50 to the front panel 14. In the embodiment, the rear end of each side panel 54 is bent to form a fixing piece 540. The fixing piece 540 defines a plurality of locking holes 542' to correspond to the locking holes formed by the front plate 14, and then a plurality of fixing members can be used. The housing 50 is fixed to the front panel 14 as in the case of a screw. The front end piece 51 is provided with a plurality of holes 51, 512, and 513 matched with the connectors 41, 42 and 43. [0013] When the connector device 30 is assembled, 'the front end face of the connector module 40 faces the case 097148416. Form No. A0101 Page 5 of 13 page 1003447419-0 1362788 On December 2, 100, the shuttle is replacing the rear end of the page body 50. The guide piece 529 is guided by the guide groove 49 to slide the connector module 40 into the case. The body 50, after the blocking elastic piece 528 is in contact with the connector module 40, the 'connector module 40 forces the blocking elastic piece 528 to elastically deform outwardly' until the blocking portion 482 of the mounting groove 48 slides to the corresponding blocking spring 528. At the end, the blocking elastic piece 528 elastically recovers, so that the free end of the blocking elastic piece 528 falls into the corresponding mounting groove 48 and abuts against the corresponding stopping portion 482 » so that the connector module 40 is firmly fixed in the housing 50, Easy to assemble, it is ideal for assembly work in the factory. At this time, the connectors 41, 42 and 43 are also exposed by the corresponding holes 511, 51 2 and 51 3 on the front end piece 51 for use. [0014] When the computer main body is assembled, the cable 60 is inserted into the front panel 14 (a hole through which the cable 60 can be inserted in advance at a corresponding position of the front panel). The computer main body is fixed to the connector device 30 through the casing 50 thereof. The board 14 then plugs the plugs 610' 620 and 630 on the electric magic unit 60 into the corresponding sockets 21' 22 and 23 on the circuit board 20. At this time, the contact piece 522 abuts against the front plate 14, and the housing 50 and the front plate 14 surround the connectors 41, 42 and 43 to form a reliable electromagnetic shield, preventing the connectors 41, 42 and 43 from being paired. The computer host generates electromagnetic interference inside. Similarly, the connector device 3 can also be mounted anywhere on the host computer, unlike the conventional connector, which is limited to the circuit board 20, which provides more options for the design of the computer mainframe. In addition, since the flexible connection mode of the cable 60 is adopted, the connection 1 § 30 can be used not to be fixed on the computer main body, for example, the connection benefit device 30 can be placed on the computer table', which is more convenient for the operator. In this case, the housing 50 can be omitted. The connector device 30 of the present invention is completely detached from the circuit board during the manufacturing process, and is only in contact with the circuit board through the electrical connection in use, 097148416 Form No. A0101 Page 6 / Total 13 Page 1003447419-0 [0015] 1362788 In the case of Bu Yinian. December, there is no need to worry about the damage caused by the board during production and maintenance. Moreover, compared with the conventional method of soldering the connector on the circuit board, the connector device 3() of the present invention does not have to worry about the height, the skew, etc. of the connector (4), and does not have to worry about the connector and the circuit caused by long-term use. Poor contact of the board can increase the service life. _] In other embodiments, the connector device 3〇 can also be used in other electronic devices such as a display device, a server, and the like that require an input/output connector. In addition, the body 46 of the connector device 3 can also have other shapes, such as a flat shape, and the number, type and arrangement of the connectors on the body 46 can also be adjusted according to design requirements. [0017] In summary, the present invention complies with the requirements of the invention patent and submits a patent application according to law. The above description is only the preferred embodiment of the present invention, and equivalent modifications or variations made by those skilled in the art will be included in the following claims. BRIEF DESCRIPTION OF THE DRAWINGS [0018] FIG. 1 is a perspective view of a preferred embodiment of an electronic device of the present invention. 2 is an exploded perspective view of a preferred embodiment of the connector device of the present invention. [Main component symbol description] [0〇2〇] Rack: 1 0 _1] Side panel: 12 [0〇22] Front panel: 14 [0023] Circuit board: 20 [0024] First socket: 21 097148416 Form number A0101 Page 7 of 13 1003447419-0 1362788 [0025] Second socket: 22 [0026] Third socket: 23 [0027] Connector device: 30 [0028] Connector module: 40 [0029] First connection Device: 41 [0030] Second connector: 42 [0031] Third connector: 43 [0032] Body: 46 [0033] Mounting slot: 48 [0034] Stop: 482 [0035] Guide slot: 49 [0036] Housing: 50 [0037] Front end piece: 51 [0038] Hole: 511 '512 '513 [0039] Side piece: 52, 54 [0040] Contact piece: 522 [0041] Blocking shrapnel: 528 [0042 Guide Guide: 529 [0043] Fixing Plate · 540 097148416 Form No. A0101 Page 8 / Total 13 Pages December 02, 100 Shuttle Replacement Page 1003447419-0 1362788 100 years. December 0> Day Correction Replacement Page [0044] Locking hole: 542 [0045] Cable: 60 [0046] First line: 61 [0047] First plug: 610 [0048] Second branch: 62 [0049] Second plug: 620 [0050] Three branches: 63 [0051] Third plug: 630 097148416 Form number A0101 Page 9 of 13 1003447419-0