JP3127341U

JP3127341U - Improved conductive rubber

Info

Publication number: JP3127341U
Application number: JP2006007541U
Authority: JP
Inventors: 送来王
Original assignee: 送来王; 宏億国際股▲ふん▼有限公司
Priority date: 2006-09-19
Filing date: 2006-09-19
Publication date: 2006-11-30
Anticipated expiration: 2016-09-19

Abstract

【課題】本考案に係る導電ゴムの導線は歪みやたわみを起こさず、長期にわたる複数使用に耐えうるという利点を有する。
【解決手段】コネコタとして使用することができる導電ゴムは、絶縁軟性ゴム層を含み、且つマトリックス状に配列した複数の導線を覆う前記絶縁軟性ゴムを使用し、特に絶縁軟性ゴム層により覆われ保護されている導線は、波状の起伏又は入り組んだ歯状になっているためクッション機能又はフィードバック力を有する。
【選択図】図３PROBLEM TO BE SOLVED: To provide a conductive rubber conductive wire according to the present invention that does not cause distortion or deflection and can withstand a plurality of uses over a long period of time.
A conductive rubber that can be used as a connector includes the insulating soft rubber layer and uses the insulating soft rubber that covers a plurality of conductive wires arranged in a matrix, and is particularly covered and protected by the insulating soft rubber layer. Since the conducting wire is in the form of wavy undulations or intricate teeth, it has a cushion function or feedback force.
[Selection] Figure 3

Description

本考案は導電ゴムに関わるもので、特に波状の起伏した導電ゴムについてである。 The present invention relates to a conductive rubber, and particularly relates to a wavy conductive rubber.

図１の示すように、既存の導電ゴム（rubber connector）１０の構造は、狭い間隔で直線上に並んだ複数の導線１５を覆う絶縁軟性ゴム１１を使用して構成されており、かつ各導線１５の両端には導電ゴム１０の電気的接触端が形成され、導線ゴム１０がこれによりコネクタの機能を有し、遮断されたもしくは他と切り離され通じない回路を通じるようにすることができ、ひいては回路に予め制定された機能をも有する。 As shown in FIG. 1, the structure of an existing rubber connector 10 is configured by using insulating soft rubber 11 covering a plurality of conductive wires 15 arranged in a straight line at a narrow interval, and each conductive wire. Electrical contact ends of the conductive rubber 10 are formed at both ends of the conductive rubber 10 so that the conductive rubber 10 has a function of a connector and can pass through a circuit that is disconnected or disconnected from the other. As a result, the circuit has a function established in advance.

たとえば、図２のように、導線ゴム１０が電子素子３０と印刷回路基板４０の間でコネクタの機能を果たす際、導電ゴム１０の導線１５を用いて電子素子３０と印刷回路基板４０の回路構成の電気的接続を促し、ひいては電子素子３０と印刷回路基板４０の間で予め設定された機能を果たすこともできる。 For example, as shown in FIG. 2, when the conductive rubber 10 serves as a connector between the electronic element 30 and the printed circuit board 40, the circuit configuration of the electronic element 30 and the printed circuit board 40 using the conductive wire 15 of the conductive rubber 10. The electronic connection of the electronic device 30 and the printed circuit board 40 can be performed.

しかし、これらの既存の導電ゴム１０の導線１５はかなり精密なもので、さらに導線１５は直線上を成し、たとえ導線１５が絶縁軟性ゴム層１１の被覆により保護されているとしても、導線１５の伸縮性はあいかわらず好ましくなく、絶縁軟性ゴム層１１がいったん衝撃を受けると、導線１５はフィードバック力があまりないため歪んだりたわんだりしやすい。 However, the conductors 15 of these existing conductive rubbers 10 are fairly precise, and the conductors 15 are straight, and even if the conductors 15 are protected by the insulating soft rubber layer 11 coating, the conductors 15 However, once the insulating soft rubber layer 11 is subjected to an impact, the conductive wire 15 is not easily fed back and is likely to be distorted or bent.

そこで、これらの既存の導電ゴム１０の欠点は、すなわちユーザーが導線１５を使用する際、変形を起こしやすく、電気的接続が安定せず、ゆがみやすいため、長期的な複数使用に耐え得ないことである。 Therefore, the disadvantages of these existing conductive rubbers 10 are that when the user uses the conductive wire 15, it is easy to be deformed, the electrical connection is not stable, and is easily distorted, so that it cannot withstand long-term multiple use. It is.

これらの既存の導電ゴム１０の導線１５使用時に変形しやすいという欠点を解決し、改善するため、申請者は導電バネのゴムをかつて提示したことがあり、これは新型特許申請第094221047号に含められている。しかし、申請者は向上に向上を重ね、既存の導線ゴム１０にさらなる構造上の改良を加えた。 In order to solve and remedy the drawback of the existing conductive rubber 10 that is easily deformed when the conductive wire 15 is used, the applicant has previously presented conductive spring rubber, which is included in the new patent application No. 094221047. It has been. However, the applicant continued to improve and added further structural improvements to the existing wire rubber 10.

これにより、本考案の主な目的は導電ゴムの提示であり、前記導電ゴムは絶縁軟性ゴム層を含み、かつユーザーがマトリックス状に配列された複数の導線を覆う絶縁軟性ゴムを使用し、特に各導線の構造は波状の起伏又は入り組んだ歯状になっており、絶縁軟性ゴム層により覆われ保護されている導線は、緩衝（クッション）機能又はフィードバック力を有し、絶縁軟性ゴム層１１が衝撃を受けても、これらの導電ゴムの導線１５はフィードバック力があるため歪んだりたわんだりせず、長期的な重複使用に耐えうるという長所を有する。 Accordingly, the main object of the present invention is to present a conductive rubber, and the conductive rubber includes an insulating soft rubber layer, and the user uses an insulating soft rubber that covers a plurality of conductive wires arranged in a matrix. The structure of each conducting wire is a wave-like undulation or intricate tooth shape, and the conducting wire covered and protected by the insulating soft rubber layer has a cushioning (cushion) function or feedback force, and the insulating soft rubber layer 11 is Even when subjected to an impact, these conductive rubber conductors 15 have the advantage that they can withstand long-term repeated use without being distorted or bent due to the feedback force.

以上の課題を解決するために本考案の導電ゴムは絶縁軟性ゴム層を含み、前記絶縁軟性ゴム層にはマトリックス状に配列した複数の導線が設置されている導電ゴムであって、各導線の形状が波状に起伏していることを特徴とする導電ゴム。 In order to solve the above problems, the conductive rubber of the present invention includes an insulating soft rubber layer, and the insulating soft rubber layer is a conductive rubber in which a plurality of conductive wires arranged in a matrix are installed, Conductive rubber characterized by undulating shape.

また、本考案の導電ゴムは縁軟性ゴム層を含み、前記絶縁軟性ゴム層にはマトリックス状に配列した複数の導線が設置されている導電ゴムであって、
各導線の形状が歯のように入り組んでいることを特徴とする導電ゴム。 In addition, the conductive rubber of the present invention includes an edge soft rubber layer, and the insulating soft rubber layer is a conductive rubber in which a plurality of conductive wires arranged in a matrix are installed,
A conductive rubber characterized in that the shape of each conductive wire is intertwined like a tooth.

本考案に係る導電ゴムの導線は歪みやたわみを起こさず、長期にわたる複数使用に耐えうるという利点を有する。 The conductive rubber conductive wire according to the present invention has the advantage that it can withstand multiple uses over a long period of time without causing distortion or deflection.

図３及び４が示すように、本考案が示す導電ゴム２０は絶縁軟性ゴム層２１を含み、かつマトリックス状に配列した複数の導線２５を覆う前記絶縁軟性ゴム２１を使用している。特に、前縁軟性ゴム層２１の被覆により保護されているため導線２５はクッション機能やフィードバック力を有し、各導線２５の形状は図３の示すように波形に起伏しているか、図４の示すように歯状に入り組んでいる。かつ各導線２５の両端には導電ゴム２０の電気的接触端が形成されており、導電ゴム２０はコネクタの機能をも有し、遮断された或いは他と切り離されて通じない回路をつなぐことができる。 As shown in FIGS. 3 and 4, the conductive rubber 20 according to the present invention includes the insulating soft rubber layer 21 and uses the insulating soft rubber 21 covering the plurality of conductive wires 25 arranged in a matrix. In particular, the conductor 25 has a cushion function and a feedback force because it is protected by the coating of the leading edge soft rubber layer 21, and the shape of each conductor 25 is undulated as shown in FIG. As shown, it is in a tooth shape. In addition, an electrical contact end of the conductive rubber 20 is formed at both ends of each conductive wire 25. The conductive rubber 20 also has a function of a connector, and can connect a circuit that is cut off or disconnected from the other. it can.

本考案の導電ゴム２０の絶縁軟性ゴム２１が外部から衝撃を受けた際、絶縁軟性ゴム層２１に覆われ保護された導線２５はクッション機能を有するため、外部からの衝撃が消えるのを待ち、その後元の外部の力を受ける前の状態に戻る。そのため、本考案の導電ゴム２０の導線２５は外部からの力による変形の影響を受けにくく、長期的に複数使用しても元の機能を維持することができる。 When the insulating soft rubber 21 of the conductive rubber 20 of the present invention receives an impact from the outside, the conductor 25 covered and protected by the insulating soft rubber layer 21 has a cushion function, so that the external impact disappears, After that, it returns to the state before receiving the original external force. Therefore, the conducting wire 25 of the conductive rubber 20 of the present invention is not easily affected by deformation due to external force, and the original function can be maintained even when a plurality of conductors are used over a long period of time.

図５から図７の示すように、本考案の導電ゴム２０はコネクタの機能を有し、応用範囲には、ボールグリッドアレー（Ball Grid Array；ＢＧＡ）をパッケージした電子素子３０と印刷回路基板４０により電気的接続を安定させる、また、ランドグリッドアレー (Land Grid Array；ＬＧＡ)をパッケージした電子素子３５と印刷回路基板４０により電気的接続を安定させる、もしくは印刷回路基板４０ともう一方の印刷回路基板４０により電気的に接続できる。 As shown in FIGS. 5 to 7, the conductive rubber 20 of the present invention has a connector function, and the application range includes an electronic element 30 and a printed circuit board 40 packaged with a ball grid array (BGA). The electronic connection is stabilized by the electronic element 35 and the printed circuit board 40 packaged with a land grid array (LGA), or the printed circuit board 40 and the other printed circuit are stabilized. The substrate 40 can be electrically connected.

以上に示した内容は、本考案の比較的好ましい実施例で、これらの本考案の考案目的と得られる成果は、いわゆる同等もしくは均等の効果を含み、かつこの分野に詳しい技術者によってなされる簡単な修正、装飾、改良および変化は、本考案の範囲から脱することはなく、本特許申請範囲に含まれる。 The above description is a relatively preferable embodiment of the present invention, and the purpose of the present invention and the results obtained are simple effects made by engineers familiar with this field, including so-called equivalent or equivalent effects. Various modifications, decorations, improvements and changes do not depart from the scope of the present invention and are included in the scope of this patent application.

既存の導電ゴムの構造の拡大図である。It is an enlarged view of the structure of the existing conductive rubber. 図１の示す既存の導電ゴムの使用状態の概略図である。It is the schematic of the use condition of the existing electrically conductive rubber shown in FIG. 本考案の示す導電ゴムの構造拡大図であり、これらの導電ゴムは波状に起伏した導線を有する。It is a structure enlarged view of the conductive rubber which this invention shows, and these conductive rubber has the conducting wire which waved up and down. 本考案の示すもうひとつの導電ゴムの構造拡大図であり、これらの導電ゴムは歯状に入り組んだ導線を有する。It is a structure enlarged view of another electrically conductive rubber which this invention shows, and these electrically conductive rubbers have the conducting wire which interlaced with the tooth shape. 本考案の導電ゴムがボールグリッドアレーをパッケージした電子素子と印刷回路基板により電気的接続した使用状態の概略図である。It is the schematic of the use condition which the electrically conductive rubber of this invention electrically connected with the electronic element which packaged the ball grid array, and the printed circuit board. 本考案の導電ゴムがランドグリッドアレーをパッケージした電子素子と印刷回路基板により電気的接続した使用状態の概略図である。It is the schematic of the use condition which the electrically conductive rubber of this invention electrically connected with the electronic element which packaged the land grid array, and the printed circuit board. 本考案の導電ゴムが印刷回路基板ともう一方の印刷回路基板により電気的接続した使用状態の概略図である。It is the schematic of the use condition which the electrically conductive rubber of this invention electrically connected by the printed circuit board and the other printed circuit board.

Explanation of symbols

１０導電ゴム
１１絶縁軟性ゴム層
１５導線
２０導電ゴム
２１絶縁軟性ゴム層
２５導線
３０電子素子
３５電子素子
４０印刷回路基板 DESCRIPTION OF SYMBOLS 10 Conductive rubber 11 Insulation soft rubber layer 15 Conductor 20 Conductive rubber 21 Insulation soft rubber layer 25 Conductor 30 Electronic element 35 Electronic element 40 Printed circuit board

Claims

An insulating soft rubber layer, wherein the insulating soft rubber layer is a conductive rubber provided with a plurality of conductive wires arranged in a matrix,
A conductive rubber characterized in that the shape of each conductive wire undulates.

An insulating soft rubber layer, wherein the insulating soft rubber layer is a conductive rubber provided with a plurality of conductive wires arranged in a matrix,
A conductive rubber characterized in that the shape of each conductive wire is intertwined like a tooth.