M341323 八、新型說明： 【新型所屬之技術領域】 本創作係有關一種連接裝置，尤指一種應用於各種訊 號橋接轉換裝置（例如：SATA、HDMI、SDMI、USB)的連接 裝置，且該連接裝置並讓使用者可快速且方便地形成接地 作用。 【先前技術】 φ 按，目前一般個人電腦、液晶電視等數彳立電氣裝置， 除了内建有主機板（以下簡稱主板）之外，大多另外建構有 供相關週邊裝置接績使用的傳輸介面，例如萬用串列匯流 排傳輸介面（Universal serial bus，USB)即為一種外部 匯流排標準，可以讓電氣裝置連接USB裝置，事實上許多 數位電氣裝置的主板上亦進一步建構如SATA(Seriy ATAj) 、 HDMI(High-Definition Multimedia Interface) 或是D-sub等傳輸介面的訊號橋接轉換裝置，供連接其 φ 不同規格的裝置使用。 ’、 一闰：：般！、乳裝置需再藉由一連接線作訊號聯結，如第 回不，以連接線10由一兩端具有連接哭12之後辨 11構成，連接器12中更执右用_=按口』之線系見 13，當連接線Π)經由連接連結之端子組 Ϊ並且包;=與端子組13,生產 -—1損壞或長度不夠時仍須更二 M341323 接線ίο，其整體適用性並不如預期理想。 【新型内容】M341323 VIII. New description: [New technical field] This creation is related to a connection device, especially a connection device applied to various signal bridge conversion devices (for example, SATA, HDMI, SDMI, USB), and the connection device And allows the user to quickly and easily form a grounding effect. [Prior Art] φ According to the current general personal computer, LCD TV and other digital electrical devices, in addition to the built-in motherboard (hereinafter referred to as the motherboard), most of the other construction of the transmission interface for the relevant peripheral devices. For example, the Universal Serial Bus (USB) is an external bus standard that allows electrical devices to be connected to USB devices. In fact, many digital electrical devices are further built on the motherboard such as SATA (Seriy ATAj). HDMI (High-Definition Multimedia Interface) or signal bridge switching device for D-sub and other transmission interfaces for connecting devices with different specifications of φ. ‘, 一闰:: like! The milk device needs to be connected by a connection line, for example, the first time is not, the connection line 10 is formed by a connection at both ends of the crying 12, and the connector 12 is further controlled by the right _=port. The line system is shown in Figure 13, when the connection line Π) is connected via the terminal group of the connection and the package; = and the terminal group 13, the production -1 is damaged or the length is not enough, the M341323 wiring is still required. The overall applicability is not as expected. ideal. [New content]
本創作之主要目的即在提供一種不需透過 接合，而藉由排線構成各種訊號橋接轉換裝复見碼戍 SATA、HDMI、SDMI、USB)連接接合的連接裝置，例如： 裝置並讓使用者可快速且方便地形成接地作用。I咳連接 為達上揭目的，整體排線裝置係由一個導隹土 ' 組與連接璋本體接合的排線’以及一個組^妾i免所構發、 其中，該排線由上而下依序包含設有保護層、接地板、^ 一絕緣層、導體線路層以及第二絕緣層，而該耕線前端係 為接觸端，該接觸端係露出該導體線路層，該速接埠本^ 係設有一個供排線伸入的壓接槽、複數訊號端子β及裏/ 一接地端子，接地端子上設有一個或以上之刺破部’ ^ / 接塊係相對應固定在連接埠本體的壓接槽處，構成排線與 各接觸端子接合之同時，該刺破部並穿入相對應之排線中 並與排線中之接地板連接，以構成接地作用。 【實施方式】 本創作之特點，可參閱本案圖式及實施例之詳細説明 而獲得清楚地暸解。 本創作「連接裝置」旨在提供一種可應用於各權A 橋接轉換裝置，且具有能夠方便快速組裝、結構穩固 便更換零組件且快速形成接地功能的連接裝置；如第二圖 M341323 及第三圖所示，整體連接裝置3基本上係包括有：一組排 - 線30、一個連接埠本體40，以及一個組接塊50 ;其中： . 該排線30由上而下依序包含設有保護層31、接地板 32、第一絕緣層33、導體線路層34以及第二絕緣層35， 該導體線路層34與第二絕緣層35間可進一步設有膠層 36，而該排線30前端係為接觸端37，該接觸端37係露 出該導體線路層34 ;另外，該保護層亦可以為遮蔽絕 緣層。 瞻連接埠本體40係設有一個或以上供排線伸入的壓 接槽41 (如本圖實施例中，該連接埠本體4 0設有一個壓 接槽41)，連接琿本體40並設有複數訊號端子42以及至 少一接地端子43，各端子42、43並且相對延伸至壓接槽 41處，且接地端子43上設有一個或以上之刺破部431。 整體組裝使用時，將排線之接觸端3 7部份放置於壓 接槽41中相對應於各端子42、43處’藉由上述之組接塊 50配合固定在連接璋本體40的壓接槽41處，利用組接 •塊50壓掣於壓接槽41中之力量，且該刺破部431包含至 少一尖部432,使接地端子之刺破部431穿入排線3〇中， 請同時參閱第四圖（A)所示，使該接地端子43得以與排線 中之接地板32接觸而導通，並藉由該組接塊5〇之壓掣進 而使排線接觸端37同時與訊號端子42接觸，如第四圖（B) 所示，以構成排線30與各端子42、43之接合，同時達到 訊號以及接地之連接。 在具體實施時，組接塊50與連接埠本體4〇可以利用 7 M341323 組裝壓合構造相結合，如第三圖及第四圖所示，相關的組 裝壓合構造主要係在連接埠本體40的壓揍槽41的槽壁位 置至少設有兩個相對應的卡槽411，其組接塊5〇的外側 壁面則設有相對扣入各卡槽411的卡勾51，在組接塊5〇 插入壓接槽41至定位時，透過卡勾51與卡槽411相互扣 合限制組接塊50脫落，確實構成組接塊5〇與連接埠本體 40之組裝結合，如第五圖所示。 一 再者，該排線30與連接埠本體4〇係進一步設有至少 一個固定件60，使該排線30被夾制在組接塊5〇與連接 埠本體40之間，如第二圖所示之實施例中，該固定件6〇 係為一柱體61，並設置於壓接槽41位於端子之兩外側， 且違排線30係於對應於柱體61處設有可穿置於柱體μ 之孔洞38，使該排線30得以藉由孔洞38套設於壓接槽 41中之柱體61上構成定位；另外，該固定件亦可以 為壓板6 2，如弟六圖之弟一貫施例所示，而該壓板6 2 固設於排線30上靠近接觸部37處，其中，壓板62長度 大於排線30之寬度，其二端分別具有階級部621，而階 級部621之高度大致等於排線30之厚度，在壓板62壓合 黏接於排線30之一端上時，壓板β2之二端外露於排線 30外’並分別利用焊接的方式固定於壓接槽41，因此即 可猎由壓板6 2將排線3 0固定於壓接槽41中。 也可如第七圖所示同時於壓接槽41中與排線3〇上均 設有固定件60，例如設於壓接槽41中的柱體61以及固 设於排線30上的壓板62，排線30係可藉由孔洞38套設 M341323 於柱體61上，炎可由壓板62將排線3〇固定於壓接槽41 ，中構成更穩固的定位效果，另外，如圖所示，該壓板曰62 _二端可進〆少設有槽孔622，藉由槽孔622可增加焊錫的 固定面積，而使壓板62更加牢固的焊接於壓接槽41中。 另外，該訊號端子42亦可進一步設有一個或以上之 刺破部431，如第六圖之第二實施例所示，使組接塊5〇 固定於壓接槽41内後，各端子42、43之刺破部431得以 刺破並穿入排線別中而構成電性連接；當然，該訊號端 •子42以及接地端子43亦可進一步設有接觸凸點433 ^如 第七圖之第三實施例所示，且該接觸凸點433係較刺破部 431更深入壓接槽41内部，當組接塊50固定於壓接槽41 内後，如第八圖（A)所示，各接地端子43之刺破部431 得以刺破並穿入排線30中而與該接地板32連接，而各訊 號端子42則得以與接觸凸點433接觸導通，如第八圖（幻 所示。 當然，本創作當中的連接裝置3可以應用於如第二圖 •至第七圖所示之單頭式序列先進技術附件介面（SATA)訊 號橋接轉換裝置，也如第九圖所示，應用於雙頭式序列先 進技術附件介面（SATA)訊號橋接轉換裝置；亦可以如第十 圖所不，應用於萬用串列匯流排傳輸介面（USB)訊號橋 接轉換裝置；或是應用於低電壓差動信號傳輸介面（lvds) 訊號橋2轉換裝置、數位音樂加密技術介面（SDMI)訊號橋 接轉換裝置或高解析度多媒體介面（HDMI)訊號橋接轉換 裝置上。 M341323 猎由上述組接塊與連接埠本體利用組 排線相結合之設計，可以大幅簡化生產、組二1 3構造與 視需要更換不同長度的排線使用；尤其，可二成本，以及 固的將排線固定於連接埠本體中；再者，本倉用固定件穩 之方式使連接埠本體中之接地端子得以與排1，利用刺破 連接，不僅快速且方便地形成接地作用。4之接地板 本創作之技術内容及技術特點巳揭示如，、 本項技術之人士仍可能基於本創作之揭示而作然而熟悉 離本案創作精神之替換及修飾。因此，本創作各種不背 應不限於實施例所揭示者，而應包括各種不北，保護範圍 曰換及修飾，並為以下之申請專利範圍所涵笔本劊作之 【圖式簡單說明】 第一圖係為一種習用線組架構之結構示意圖。 第二圖係為本創作中第—實施例之連接I置 第三圖係為本創作中排線之結構示意圖。°刀解圖。 第四圖（A)、（B)係為本創#中各端子與排線之結構示音 圖0 ，五圖係為本創作中第一實施例之連接裝置外觀立體圖。 第六圖係為本創中第二實施例之連接裝置結構分解圖。 f七圖係為本創中第三實施例之連接裴置結構分解圖。 第八圖（A)、（B)係為本創作中各端子與排線之另一結構示 意圖。 第九圖係為本創中第四實施例之連接裝置結構分解圖。 M341323 第十圖係為本創中第五實施例之連接裝置結構分解圖。The main purpose of this creation is to provide a connection device for connecting various signal bridges, SATA, HDMI, SDMI, USB, etc., by means of cables, such as: devices and users. Grounding can be formed quickly and easily. The I coughing connection is unobtrusive, and the overall cable arranging device is composed of a wire which is connected to the body of the connecting bowl and a group of wires, wherein the wire is from top to bottom. The protective layer, the grounding plate, the insulating layer, the conductive circuit layer and the second insulating layer are sequentially included, and the front end of the ploughing line is a contact end, and the contact end exposes the conductor circuit layer, and the speed connection 埠^ There is a crimping groove for the cable to extend, a complex signal terminal β and a ground/one grounding terminal. One or more piercing parts are provided on the grounding terminal. ^ ^ The block is correspondingly fixed to the port. At the crimping groove of the body, the wire is engaged with each of the contact terminals, and the piercing portion penetrates into the corresponding wire and is connected with the ground plate in the wire to constitute a grounding action. [Embodiment] The characteristics of this creation can be clearly understood by referring to the detailed description of the drawings and the embodiments. The "connecting device" of the present invention aims to provide a connecting device that can be applied to each of the right A bridge switching devices, and which can be quickly and easily assembled, structurally stable, and quickly replaced with a grounding function; for example, the second figure M341323 and the third As shown, the integral connecting device 3 basically comprises: a set of row-wires 30, a connecting jaw body 40, and a stacking block 50; wherein: the cable 30 is sequentially provided from top to bottom. The protective layer 31, the grounding plate 32, the first insulating layer 33, the conductive circuit layer 34, and the second insulating layer 35, and the adhesive layer 36 may be further disposed between the conductive circuit layer 34 and the second insulating layer 35, and the cable 30 is provided. The front end is a contact end 37 which exposes the conductor wiring layer 34; in addition, the protective layer may also be a shielding insulating layer. The connecting body 40 is provided with one or more crimping grooves 41 for the cable to be inserted (in the embodiment of the figure, the connecting body 40 is provided with a crimping groove 41), and the connecting body 40 is connected. There are a plurality of signal terminals 42 and at least one grounding terminal 43, each of the terminals 42, 43 extending oppositely to the crimping groove 41, and one or more piercing portions 431 are provided on the grounding terminal 43. When the whole assembly is used, the contact end portion 37 of the cable is placed in the crimping groove 41 corresponding to each of the terminals 42 and 43. The crimping of the connecting body 40 by the above-mentioned assembling block 50 is fixed. At the slot 41, the force of the assembly block 50 is pressed into the crimping slot 41, and the piercing portion 431 includes at least one tip 432, so that the piercing portion 431 of the grounding terminal penetrates into the cable 3〇. Please also refer to the fourth figure (A), so that the grounding terminal 43 can be electrically connected to the grounding plate 32 in the wiring, and the winding contact end 37 can be simultaneously made by the pressing of the set of connecting blocks 5 Contact with the signal terminal 42, as shown in the fourth figure (B), to form the connection of the cable 30 to each of the terminals 42, 43 while achieving the signal and ground connection. In a specific implementation, the assembly block 50 and the connection body 4 can be combined with the 7 M341323 assembly compression structure. As shown in the third and fourth figures, the associated assembly and compression structure is mainly connected to the connection body 40. The groove wall of the pressure groove 41 is provided with at least two corresponding card slots 411, and the outer wall surface of the assembly block 5 is provided with a hook 51 that is relatively buckled into each of the card slots 411. When the yoke is inserted into the crimping groove 41 to be positioned, the through-hook 51 and the card slot 411 are engaged with each other to restrict the detachment of the splicing block 50, and the assembly of the splicing block 5 〇 and the connecting cymbal body 40 is surely formed, as shown in the fifth figure. . Further, the cable 30 and the connecting body 4 are further provided with at least one fixing member 60, so that the cable 30 is sandwiched between the connecting block 5 and the connecting body 40, as shown in the second figure. In the embodiment shown, the fixing member 6 is a column 61 and is disposed on the outer side of the terminal in the crimping groove 41, and the illegal line 30 is disposed at a position corresponding to the column 61. The hole 38 of the cylinder μ is configured to be positioned on the cylinder 61 of the crimping groove 41 by the hole 38; and the fixing member may also be a pressing plate 6 2 , such as the sixth figure As shown in the example, the pressure plate 6 2 is fixed on the wire 30 near the contact portion 37. The length of the pressure plate 62 is greater than the width of the wire 30, and the two ends have a class portion 621 and the class portion 621. The height is substantially equal to the thickness of the wire 30. When the pressure plate 62 is press-bonded to one end of the wire 30, the two ends of the pressure plate β2 are exposed outside the wire 30 and are respectively fixed to the crimping groove 41 by welding. Therefore, the wire 30 can be fixed in the crimping groove 41 by the pressing plate 6 2 . A fixing member 60 may be disposed on both the crimping groove 41 and the wire 3 , as shown in FIG. 7 , for example, the column 61 disposed in the crimping groove 41 and the pressing plate fixed on the wire 30 . 62, the cable 30 can be sleeved with the M341323 on the cylinder 61 by the hole 38, and the pressing plate 62 can fix the cable 3〇 to the crimping groove 41, which constitutes a more stable positioning effect, and, as shown in the figure, The platen 62 _ two ends can be provided with a slot 622. The slot 622 can increase the fixed area of the solder, and the platen 62 can be more firmly welded into the crimping groove 41. In addition, the signal terminal 42 may further be provided with one or more piercing portions 431. As shown in the second embodiment of the sixth figure, after the assembly block 5 is fixed in the crimping groove 41, each terminal 42 The piercing portion 431 of the 43 is pierced and penetrates into the cable to form an electrical connection; of course, the signal terminal 42 and the ground terminal 43 may further be provided with contact bumps 433. As shown in the third embodiment, the contact bump 433 is deeper into the inside of the crimping groove 41 than the puncturing portion 431. When the assembly block 50 is fixed in the crimping groove 41, as shown in FIG. 8(A) The piercing portion 431 of each grounding terminal 43 is pierced and penetrates into the wire 30 to be connected to the grounding plate 32, and each signal terminal 42 is in contact with the contact bump 433, as shown in the eighth figure. Of course, the connection device 3 in the present invention can be applied to the single-head serial advanced technology accessory interface (SATA) signal bridge conversion device as shown in the second figure to the seventh figure, as shown in the ninth figure. Applied to the dual-head serial advanced technology accessory interface (SATA) signal bridge conversion device; The figure is not applicable to the universal serial bus transmission interface (USB) signal bridge conversion device; or applied to the low voltage differential signal transmission interface (lvds) signal bridge 2 conversion device, digital music encryption technology interface (SDMI) Signal bridge conversion device or high-resolution multimedia interface (HDMI) signal bridge conversion device. M341323 Hunting combines the above-mentioned group block with the connection body to utilize the combination of the group cable, which can greatly simplify the production, group 2 and 13 construction and If necessary, replace the cable with different lengths; in particular, the cable can be fixed in the connecting body by the two costs; and the fixing device can stabilize the grounding terminal in the connecting body with the fixing member. Row 1, using the piercing connection, not only quickly and conveniently form the grounding effect. 4 grounding plate The technical content and technical characteristics of the creation of the present disclosure, for example, the person skilled in the art may still be familiar with the disclosure of the present creation The replacement and modification of the creative spirit of this case. Therefore, the various creations of this creation are not limited to those disclosed in the examples, but should include all kinds of non-north, insurance. The scope of protection is changed and modified, and the following is a schematic diagram of the structure of the conventional line group. The second picture is the structure of the conventional line group structure. - The connection of the embodiment I is the schematic diagram of the structure of the cable in the creation. The solution of the knife is shown in Fig. 4. The fourth figure (A), (B) shows the structure of each terminal and cable in the present invention. Figure 5 and Figure 5 are perspective views of the connection device of the first embodiment of the present invention. The sixth figure is an exploded view of the connection device of the second embodiment of the present invention. The exploded view of the connection structure of the embodiment. The eighth figure (A), (B) is another structural diagram of each terminal and the cable in the present creation. The ninth figure is the connection of the fourth embodiment of the present invention. An exploded view of the device structure. M341323 The tenth figure is an exploded view of the structure of the connecting device of the fifth embodiment of the present invention.
【主要元件代表符號說明】 連接線10 連接器12 線纜11 端子組13 連接埠20 連接裝置3 排線30 保護層31 接地板32 第一絕緣層33 導體線路層34 第二絕緣層35 膠層36 接觸端37 孔洞38 連接璋本體40 壓接槽41 卡槽411 訊號端子42 接地端子43 / 刺破部431 尖部432 接觸凸點433 組接塊50 卡勾51 固定件60 柱體61 壓板62 階級部621 槽孔622[Description of main components and symbols] Cable 10 Connector 12 Cable 11 Terminal group 13 Connection 埠 20 Connection device 3 Cable 30 Protective layer 31 Ground plate 32 First insulation layer 33 Conductor wiring layer 34 Second insulation layer 35 Rubber layer 36 Contact end 37 Hole 38 Connection 璋 Body 40 Crimp groove 41 Card slot 411 Signal terminal 42 Ground terminal 43 / Puncture 431 Tip 432 Contact bump 433 Assembly block 50 Snap 51 Fixing member 60 Cylinder 61 Plate 62 Class part 621 slot 622