TWM368203U - Adapter structure for socket-type extreme fine coaxial wire - Google Patents

Adapter structure for socket-type extreme fine coaxial wire Download PDF

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Publication number
TWM368203U
TWM368203U TW098202556U TW98202556U TWM368203U TW M368203 U TWM368203 U TW M368203U TW 098202556 U TW098202556 U TW 098202556U TW 98202556 U TW98202556 U TW 98202556U TW M368203 U TWM368203 U TW M368203U
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TW
Taiwan
Prior art keywords
substrate
receiving
plug
coaxial line
sheet
Prior art date
Application number
TW098202556U
Other languages
Chinese (zh)
Inventor
Heng-Mo Liao
Original Assignee
Heng-Mo Liao
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
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Publication date
Application filed by Heng-Mo Liao filed Critical Heng-Mo Liao
Priority to TW098202556U priority Critical patent/TWM368203U/en
Publication of TWM368203U publication Critical patent/TWM368203U/en

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    • Y02E60/521

Description

M368203M368203

五、新型說明: 【新型所屬之技術領域】 本創作係關於一種排插式極細同軸線轉接組構造,尤其 係指一種可供插置於主機連接器與其輸出端間之極細同軸線 轉接組構造。 【先前技術】 同軸線主要係指兩種導體共用一個中心軸,光電科技與 電子產業蓮勃發展下,由於考量訊號接收功率之優點以及 可撓折性佳、防電池波干擾出厘〗)等因素,許多電子或是 光電產品或是筆記型電腦中之主機板與液晶面板 (Panel),已經普遍使用極細同軸線(Mini Coaxial Cable)作 為影像訊號聯繫,甚至許多行動電話、隨身視聽產品也都 採用極細__為接收之媒介,其普遍度在市場上甚至 相較於電子軟板,已經不遑多讓。該極細同軸線(Mini Coaxial Cable)透過組接而成為—線材組縣極細同轴線組 (Micro Coaxial Cable Assembly)。 由於該極細同軸線主要是在兩個待導體之間作為橋接, 而目前之該極_軸線組織構造,其主要係將主機之各個線 蕊利用鉚線(夾嶋其鉚接於端子之末端,並且外部成形 輸盒體,該盒體則形成複數組插孔,而螢幕端之線材組則對 應束集,且並料部成形—無缝,該減賴則設有複V. New description: [New technology field] This creation is about a plug-in type ultra-fine coaxial line switching group structure, especially a very fine coaxial line transfer that can be inserted between the host connector and its output end. Group construction. [Prior Art] Coaxial axis mainly refers to the sharing of one central axis between two conductors. Under the development of photoelectric technology and electronics industry, Libo, due to the advantages of receiving signal receiving power and good flexibility, anti-cell interference, etc.) Factors, many electronic or optoelectronic products or notebook computers in the notebook panel and LCD panel (Panel), has generally used the Mini Coaxial Cable as the image signal connection, and even many mobile phones, portable audio-visual products are also The use of very fine __ as the medium of reception, its popularity in the market and even compared to electronic soft board, has not much to let. The Mini Coaxial Cable is connected to the Micro Coaxial Cable Assembly by wire assembly. Since the ultra-fine coaxial line is mainly used as a bridge between the two to-be-conductors, and the current pole-axis structure is mainly used, the main core of the main body is riveted to the end of the terminal by the riveting wire, and Externally forming the output box body, the box body forms a complex array of jacks, and the wire group of the screen end corresponds to the bundle set, and the mating portion is formed-seamless, and the subtraction is provided with a complex

~對應插孔之插腳,透過公母對應而可以接合與導通。但如 此一來’須兩端分別加工各形成一個盒體,無論加工成形之 時間與射出成形之成本,皆較為耗費,且分接之插腳與插孔, 並須逐一對應,而使用不便,因此並不理想。 【新型内容】 有鑒於先前技術之問題,本創作者認為應有一種改善之 構造產生’因此設計本創作係關於一種排插式極細同軸線轉 接組構造,包括一基板,設有一接收排片,且該接收排片表 面设有複數接收點片(PAD),該接收點片可供訊號接收端/傳 輸端之連接器延伸出之極細同軸線之線排連接,以及一傳輸 排片,該傳輸排片設有複數之傳輸點片(PAD),該傳輸點片與 該接收點片相通,藉以提供該基板便於插置於另一訊號傳輸 端/接收端之排狀連接槽。 透過前述構造,本創作可以基板之排片狀插接型態,達 到與各個對應之連接器接合之便利性。同時提升插接之準確 性與產品之良率。且當插接錯誤時,也可以_基板片狀由 該上蓋抽離之便利性,可以重新以利用焊接或是利用膠著等 附著型態接設於該基板’重新插接,而提升產品之重新加工 之錯誤改善率。 M368203 f 私 r :二 i 以下藉由圖式之輔助,說明本創作之構造、特點以及實 施例’俾使責審查人員對於本創作有更進一步之瞭解~ The pin corresponding to the jack can be engaged and turned on through the male and female counterparts. However, in this way, 'the two ends must be processed separately to form a box body, no matter the time of forming and the cost of injection molding, the cost is too high, and the pins and jacks of the taps must be corresponding one by one, which is inconvenient to use. Not ideal. [New content] In view of the problems of the prior art, the creator believes that there should be an improved structure. Therefore, the design is based on a plug-in type ultra-fine coaxial line switching group structure, including a substrate, and a receiving row. And the receiving receiving chip surface is provided with a plurality of receiving point pieces (PAD), wherein the receiving point piece is connected to the line of the ultra-fine coaxial line extended by the connector of the signal receiving end/transmission end, and a transmission row, the transmission row piece A plurality of transmission point patches (PADs) are disposed, and the transmission point pieces are in communication with the receiving point pieces, thereby providing the substrate for facilitating insertion into the row connection slots of the other signal transmission end/receiver end. Through the foregoing configuration, the creation can be in the form of a sheet-like plug-in type of the substrate, and the convenience of joining with the corresponding connectors can be achieved. At the same time, the accuracy of the plug and the yield of the product are improved. Moreover, when the plugging error occurs, the convenience of the substrate can be removed from the upper cover, and the re-plugging can be re-plugged by using the bonding type or the adhesive type, and the product can be re-plugged. The error improvement rate of processing. M368203 f Private r: II i The following is a description of the structure, characteristics and examples of the creation with the aid of the schema. The reviewer has a better understanding of the creation.

:實施方式】 本創作係關於一種排插式極細同軸線轉接組構造,請參 閱第一圖與第二圖所示,包括一基板(1),該基板(1)可以為經 過佈局之印刷電路板(Printed Circuit Board簡稱PCB ),該印 刷電路板為依電路設計,將連接電路零件的電氣佈線所製成 之佈線圖形’經由設計而構成該基板(1),且該基板(1)設有接 收排片(12),且該接收排片(12)表面設有複數接收點片 (PAD)(121),該接收點片(121)可供訊號接收端/傳輸端之連接 器延伸出之極細同軸線之線排(41)(請配合第三圖所示)連接, 該連接可以為利用焊接或是利用勝著等附著型態將極細同軸 線接設於該基板(1) ’該接收接收點片(PAD)(121)的材質為金 屬,例如鋁(A1)或銅(Cu)經由該金屬因此可以與該基板⑴之内 部電路導通。 以及設有一傳輸排片(11)片,該傳輸排片(11)設有複數之 傳輸點片(PADX111) ’該傳輸點片(1U)與該傳輸點片(111)相 通,藉以提供該基板(1)便於插置於如第三圖所示另一訊號傳 輸端/接收端機板(5)之排狀連接槽(51)。該傳輪點片((111)同 樣也可為金屬’例如鋁(A1)或銅(Cu))經由該金屬可以導接於 該基板(1)之内部電路。 前述之極細同軸線之線材之該各個單元線纜為 摘.生 32-46AWG。按’一般線徑的粗細是以號數來表示的,數目越 小表示線徑愈粗,所能承載的電流就越大,反之則線徑越細, — 财電流量越小。藉由本創作將兩端連接之線路整合於一個基 板⑴,藉以提供該基板⑴便於插置於另一訊號傳輸端/接收端 之排狀連接槽。 請參閱第四圖所示以上之所謂傳輸端(4)可以為主機,至 於該接收端(3)則可以為螢幕,所謂發出與接收則為相對用 語,不侷限於主機或螢幕之功能。該複數單元線纜可以擷取 籲 有訊號接收作用。 本創作於該傳輸排片(11)與該接收排片(12)之間,於該基 板⑴凸設一垣片(133),藉以分隔該二排片(11)、(12)。又,本 創作也可以基於完整性而於該基板(1)對應設一上蓋(2),該上 蓋(2)可以利用榫接獲卡合等各種活動式組接型態與該基板(1) 結合。且該垣片(133)之高度於蓋設上蓋時,可以高於該傳輸 點片(PAD)(11),且高於該接收點片(ΡΑ〇)(12),當上蓋蓋合籲 時,可以避免該上蓋對該傳輸點片(PADy以及該接收點片(pAD) — 形成損害。該基板(1)的傳輸點片(PADXH),可以將低壓差分_ 訊號(LVDS)(接地訊號)透過ΡΤΗ(全板電鍍孔)(貫穿孔)連接到 基板(1)背面的接地層。而本創作特別於該基板(1)設有一可供 與該上蓋(2)以銲錫為密接之下蓋(1〇),藉由該密接增加抗 EMI(Electromagnetic Interference)電磁干擾之效果。 透過4述構造,本創作可以基板(丨)之排片狀插接(簡稱排 6 .M368203: Embodiments The present invention relates to a plug-in type ultra-fine coaxial wire transfer group structure, as shown in the first and second figures, comprising a substrate (1), which can be printed by layout a printed circuit board (PCB), the printed circuit board is designed according to a circuit, and the wiring pattern formed by electrically connecting the circuit components is configured to constitute the substrate (1), and the substrate (1) is provided There is a receiving row (12), and a surface of the receiving row (12) is provided with a plurality of receiving spots (PAD) (121), and the receiving point piece (121) can be extended by the connector of the signal receiving end/transmission end. The coaxial line row (41) (please be shown in the third figure) is connected, and the connection can be connected to the substrate (1) by soldering or by using an attachment type such as winning. The material of the spot (PAD) (121) is a metal, for example, aluminum (A1) or copper (Cu) can be electrically connected to the internal circuit of the substrate (1) via the metal. And a transmission sheet (11), the transmission sheet (11) is provided with a plurality of transmission spot sheets (PADX111). The transmission point sheet (1U) is in communication with the transmission point sheet (111), thereby providing the substrate (1) It is convenient to insert the row connection groove (51) of another signal transmission end/receiver end plate (5) as shown in the third figure. The transfer spot ((111) may also be a metal such as aluminum (A1) or copper (Cu)) via which the metal can be conducted to the internal circuit of the substrate (1). The respective unit cables of the wires of the aforementioned ultra-fine coaxial wires are pick-up 32-46 AWG. The thickness of the general diameter is expressed by the number. The smaller the number, the larger the wire diameter, and the larger the current can be carried. Otherwise, the thinner the wire diameter, the smaller the amount of current. By this creation, the lines connecting the two ends are integrated into one substrate (1), thereby providing the substrate (1) for the insertion of the row connection grooves of the other signal transmission end/receiver end. Please refer to the above figure. The so-called transmission terminal (4) can be the host. The receiver (3) can be the screen. The so-called sending and receiving are relative terms, not limited to the function of the host or the screen. The plurality of unit cables can capture signal reception. Between the transfer sheet (11) and the receiving sheet (12), a web (133) is protruded from the substrate (1) to partition the two rows (11), (12). Moreover, the present invention can also provide an upper cover (2) corresponding to the substrate (1) based on the integrity, and the upper cover (2) can be connected to the substrate by using various movable type and the like (1). Combine. And the height of the cymbal piece (133) may be higher than the transmission point piece (PAD) (11) when the upper cover is covered, and higher than the receiving point piece (ΡΑ〇) (12), when the upper cover is closed The upper cover can be prevented from forming damage to the transmission spot (PADy and the receiving spot (pAD). The transmission point (PADXH) of the substrate (1) can be a low voltage differential signal (LVDS) (ground signal). The grounding layer is connected to the back surface of the substrate (1) through a crucible (full-plate plating hole) (through-hole), and the present invention is particularly provided with a cover for the substrate (1) to be soldered to the upper cover (2). (1〇), the effect of electromagnetic interference against EMI (Electromagnetic Interference) is increased by the close connection. Through the structure of 4, the creation can be inserted into the substrate (丨).

L 插式)型態’達到與各個對應之連接器接合之便利系7同時長 升插接之準確性與產品之良率。且當插接錯誤時,也可以利 用基板(1)片狀由該上蓋(2)抽離之便利性,可以重新以利用焊 接或是利用膠著等附著型態接設於該基板(丨),重新插接,而 提升產品之重新加工之錯誤改善率。 综上所述,本創作確實具備實用效果,且未見於刊物或 公開使用’符合專利要件,纽法提tB專利申請。 准上述所陳’為本創作產業上一較佳實施例,舉凡依 =創作h專利賴所作之等效變化,料本案中請專利範 圍之列。 式簡單說明】 第一圖係本創作之立體分解圖 第二圖係本創作之立體圖 第三圖係本創作與連接槽對應示意圖 第四圖係本創作應於主機以及螢幕之示意圖 【主要元件符號說明】 ⑴.基板 (10) .下蓋 (11) .傳輸排片 (111).傳輸點片 (12) .接收排片 (121).接收點片 (133).垣片 (2) .上蓋 (3) .接收端 (4) .傳輸端 (41).線排 (5) .機板 (51).排狀連接槽The L-plug type "reaches" the convenience of the plug-in connection with each of the corresponding connectors at the same time as the accuracy of the plug-in and the yield of the product. Moreover, when the plug is incorrectly connected, the substrate (1) may be separated from the upper cover (2) by a sheet, and the substrate (1) may be reattached to the substrate by soldering or by adhesive bonding. Re-plugging, and improving the error improvement rate of product re-processing. In summary, this creation does have practical effects and has not been found in publications or in public use 'in compliance with patent requirements, Newfat tB patent applications. The above-mentioned stipulations are the preferred embodiment of the creative industry. The equivalent changes made by the patents of the creeds are expected to be included in the patent. The first picture is the three-dimensional exploded view of the creation. The second picture is the three-dimensional picture of the creation. The third picture is the corresponding diagram of the creation and connection slot. The fourth picture is the schematic diagram of the main unit and the screen. (1). Substrate (10). Lower cover (11). Transfer sheet (111). Transfer point (12). Receiving sheet (121). Receiving spot (133). Sepal (2). Upper cover (3 Receiving end (4). Transmission end (41). Line row (5). Machine board (51). Row connection slot

Claims (1)

M368203M368203 申請專利範圍: 、一種排插式極細同軸線轉接組構造,包括:Patent application scope: A plug-in type ultra-fine coaxial line switching group structure, including: 一基板’設有一接收排片,且該接收排片表面設有複數接 收點片(PAD),該接收點片可供訊號接收端或傳輸端之連 接器延伸出之極細同軸線連接,以及一傳輸排片,該傳輸 排片設有複數之傳輸點片(PAD),該傳輸點片與該接收點 片相通,藉以提供該基板便於插置於另一訊號傳輸端或接 收端之排狀連接槽。 2如申明專利範圍第1項所述之排插式極細同轴線轉接組 構造,其中該基板為一印刷電路板。 3、如申請專利範圍第1項所述之排插式極細同軸線轉接組 構造’其中該傳輸排片與該接收排片之間,於該基板凸設 一垣片’藉以分隔該二排片。 4如申叫專利趟圍第1項所述之排插式極細同抽線轉接組 構造,其中該基板對應設一上蓋,且該傳輸排片與該接收 排片之間,於該基板凸設一高於該傳輸點片(pAD),且高 於該接收點片(PAD)之垣片。 5、如申請專利範圍第1項所述之排插式極細同軸線轉接組 構造,其中該基板設有一可供與該上蓋以銲錫為密接之下 蓋’藉由該选接增加抗 EMI(Electromagiietic Interference) 電磁干擾之效果。A substrate 'is provided with a receiving strip, and the receiving strip surface is provided with a plurality of receiving dots (PAD), which can be connected to the signal receiving end or the connector of the transmitting end by a very thin coaxial line connection, and a transmission The transporting sheet is provided with a plurality of transmission point sheets (PADs), and the transmission point sheets are in communication with the receiving point sheets, thereby providing a row connection slot for the substrate to be inserted into another signal transmitting end or receiving end. [2] The plug-in type ultra-fine coaxial line switching group structure according to claim 1, wherein the substrate is a printed circuit board. 3. The plug-in type ultra-fine coaxial line switching group structure according to claim 1, wherein between the transmission sheet and the receiving sheet, a sheet is protruded from the substrate to partition the two rows. [4] The structure of the plug-in type fine-pitch and the same as the one of the above-mentioned patents, wherein the substrate is provided with an upper cover, and a space is formed between the transfer plate and the receiving plate. Higher than the transfer point slice (pAD) and higher than the slice of the receive spot (PAD). 5. The structure of the plug-in type ultra-fine coaxial line switching group according to claim 1, wherein the substrate is provided with a cover that can be soldered to the upper cover, and the IGBT is added by the selection. Electromagiietic Interference) The effect of electromagnetic interference.
TW098202556U 2009-02-20 2009-02-20 Adapter structure for socket-type extreme fine coaxial wire TWM368203U (en)

Priority Applications (1)

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TW098202556U TWM368203U (en) 2009-02-20 2009-02-20 Adapter structure for socket-type extreme fine coaxial wire

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TWM368203U true TWM368203U (en) 2009-11-01

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Country Status (1)

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