201240248 六、發明說明： 【發明所屬之技術領域】 本發明是關於-種新_端子台資料傳輸總線結構，以及使用該資料 傳輸總線結構之端子台，特別是關於—種可供多數端子台输之資料傳輸 總線結構’以及制該資料傳輸總線結構之端子台。 【先前技術】 端子台是-種廣泛應用在各種工作機器的零件，用來連結兩組或以上 的電源線、控織及或資料傳輸線。通常而言，在—台工作歸上，需使 用數十到數百個端子台，以提供電源及控制或資料錢。在漏的工作機 器的操作及控制上，常常需要使2組或以上的端子台作橫向馳接，以共 享電源、資料或控制信號。 先前技術在祕端子台的作法方面，主要包括兩種。第—種是在端子 台提供-連接器’該連接ϋ提供—組多數τ形連接端子以及包覆該多數丁 形連接端子的絕緣本體。舰緣本體提供3纟讀接部，其巾，在τ形水平 方向的2組對接部形成—公—母的雛結構，以供串連多數連接器，而在 垂直方向的對接部’則用來連接到端子台内部的線心這種設計可以美國 專利案 7,7〇4,〇79(發明名稱：T-Shaped Shielded Bus Connector)作為代表。該 τ形連接端子的構造與製法，則可參考美國專利6,〇33,264號(發明名稱：201240248 VI. Description of the Invention: [Technical Field] The present invention relates to a novel _ terminal block data transmission bus structure, and a terminal block using the data transmission bus structure, in particular, The data transmission bus structure 'and the terminal block for the data transmission bus structure. [Prior Art] Terminal blocks are parts that are widely used in various work machines to connect two or more power cables, control fabrics, or data transmission lines. In general, tens to hundreds of terminal blocks are required to provide power and control or data for the work. In the operation and control of a leaky working machine, it is often necessary to make two or more terminal blocks horizontally spliced to share power, data or control signals. The prior art mainly includes two types in the practice of the secret terminal block. The first type is a connector provided at the terminal block. The connector ϋ provides a plurality of τ-shaped connection terminals and an insulative housing covering the plurality of spliced connection terminals. The ship's edge body provides a 3 纟 reading joint, and the towel has a pair of butt joints in the horizontal direction of the τ shape to form a male-female structure for connecting a plurality of connectors in series, and a docking portion in the vertical direction The design of the wire core to be connected to the inside of the terminal block can be represented by U.S. Patent No. 7,7,4, 〇79 (the name of the invention: T-Shaped Shielded Bus Connector). For the construction and manufacturing method of the τ-shaped connecting terminal, reference can be made to U.S. Patent No. 6, 〇33,264 (invention name:
Electrical or Electronic Device for Seating on a Mounting Rail and Process for Producing Same)的揭示内容。 另一種作法可稱為「總線型」的設計。代表性的結構可參見美國專利 5,716,241號(發明名稱：I/〇Devicef〇r DataBus)的揭示内容。根據該專利的 敘述，乃是提供一總線軌道，用來使端子台可拆卸的滑動固定其上。在該 201240248 總線軌道上提供總線結構，同時在該端子台提供—連接器，用_接該總 線結構的導線。該總、線結構包括-電路缺形成在該電路才反上的多數導 線’導線間互相平行’距離大約相同。該連接器包括多數連接端子以及包 覆該多數連接端子的絕緣本體。絕緣本體提供2組對接部。其中一組連接 到該端子台_部線路，另-組用來使其_連接端子接顧總線結構上 的導線。為使連接端子與總線結構上的導線形成良好的連接，該連接端子 的接觸端需設置彈片’突出於騎接部，而壓接該總線結構上的導線。 上述兩種作法都可以提供多數端子台橫向串接的應用。不過，使用丁 形連接端子的作法’結構較為複雜4連接端子的製作必須經過多數的步 驟’有時必須使用多數端子零件，且其連接器的絕緣本體通常無法一體成 型’ &成材料成本及組裝人工提高。相對於使用τ形連接端子的作法，總 線里的叹接紐勢。;為紅業上早已存在制-鮮型導執來安 裝端子台的制’總線型的設計乃是將總線結構安裝在該導軌内。又因使 用總線結構’其連接器的連接端子的結構可以較為簡化。不過，在這種總 線5LWF連接^子與總線結構上的導線，不易轉穩定的接觸。且因 使用彈片提高接觸效果，又使連接端子構造變得複雜，增加元件，而提高 成本。 因此目刖實有轉提供—種觸的端子台資料傳減線結構，以達 成連接端子與輯職導、_穩_紐_的目的。 同時也需要有-種新_端子台資料傳輸總線結構 ，可以廉價的材 料’簡單的製作加以實施。 5夺也*要冑種新細端子台資料傳輸總線結構，可利用結構簡化The disclosure of Electrical or Electronic Device for Seating on a Mounting Rail and Process for Producing Same). Another approach can be called a "bus type" design. A representative structure can be found in the disclosure of U.S. Patent No. 5,716,241 (invention name: I/〇 Devicef〇r DataBus). According to the description of the patent, a bus track is provided for detachably sliding the terminal block thereon. A bus structure is provided on the 201240248 bus track, and a connector is provided at the terminal block, and the wires of the bus structure are connected by _. The total and line structure includes a plurality of conductors that are formed on the opposite side of the circuit. The connector includes a plurality of connection terminals and an insulative housing covering the plurality of connection terminals. The insulating body provides two sets of docking portions. One of the groups is connected to the terminal block _ line, and the other group is used to connect the _ connection terminal to the wire on the bus structure. In order to form a good connection between the connecting terminal and the wire on the bus structure, the contact end of the connecting terminal is provided with a spring piece ' protruding from the riding portion and crimping the wire on the bus structure. Both of the above methods can provide the application of lateral connection of most terminal blocks. However, the practice of using a butyl-shaped connection terminal is complicated in structure. 4 The connection terminal must be manufactured in many steps. Sometimes it is necessary to use a large number of terminal parts, and the insulator body of the connector is usually not integrally formed. The assembly is artificially improved. The sigh in the bus is relative to the use of the τ-shaped connection terminal. The 'bus-type design for the terminal block that has already existed in the industry for the production of fresh-type guides is to install the bus structure in the guide rail. Further, the structure of the connection terminal of the connector can be simplified by using the bus structure. However, in this kind of bus 5LWF connection and the wire on the bus structure, it is not easy to turn stable contact. Moreover, the use of the shrapnel to improve the contact effect, the connection terminal structure is complicated, the components are increased, and the cost is increased. Therefore, we have witnessed the transfer of the terminal block data transmission and deduction line structure to achieve the purpose of connecting the terminal and the job guide, _ stability_new_. At the same time, it is necessary to have a new _ terminal block data transmission bus structure, which can be implemented by simple material manufacturing. 5 wins also * want to develop a new fine terminal block data transmission bus structure, can be simplified by structure
201240248 的連接器及連接端子製作。 【發明内容】 本發明的目的就是在提供-種新額的端子台資料傳輸總線結構，以達 成連接端子與總線結構導線間穩固的電性接觸的目的。 本發明的目的也在提供-種新穎的端子台資料傳輸總線結構，可以廉 價的材料，簡單的製作加以實施。 本發明的目的也在提供-種難的端子台簡傳輸總線結構，可利用 結構簡化的連接器及連接端子製作。 根據本發明的端子台資料傳輸總線結構，是包括： -本體’用喊人-端子台固定轨勒’該本體上形成多數凹槽；及 至少2導電條’其形狀可炭人該本體上之凹槽内形成導軌。 該端子台資料倾總線結構尚可包括設置在本體上的連社件，用以將 該本體固定或滑_定在該端子台固錄勒。輯結件可為扣件，並可 與該本體-體成型。該端子台資料傳輸總線結構尚可包括至少【非導電條， 其形狀可庚入該本體上之凹槽内，與該至少2導電條共同形成導執。 本發明之端子台資料傳輸總線結構另可包括—連接器，該連接器具有： 多《接端子，各連接端子之第一端可電性接觸該導電條及/或該非導 電條；及 絕緣本體，__接料，域__，使_條及/或 該非導電條可崁入該凹槽内。 ▲在本發明—些實例中’該多數連接端子與該多數凹槽之槽壁可共同夾 偏導電條及/或該非導電條。在本發·他實财，該錄連接端子可央 201240248 持該導電條及/或該非導電條。 在本發明之實例中，該連接端子之第二端方向與該第一端形成直交。 本發明也提供可使用上述端子台詩傳輸總線結構的端子台。該端子台包 括 -電路板，其上可形成必要之線路，用以連接至少2端子·及 連接杰’包括.錄連接端子，各連接端子具有至少第-端及第二 端’該第-端可電性接觸一導電條’第二嫌連接該電路板上之線路; 及絕緣本體’包覆歸數連接端子，並提供多數_，使該導電條可成入 該凹槽内。 本發月之^子σ尚可包括包覆該電路板之殼體。該殼體可另包覆該連 接益至縣。鱗接器並可包侧定部，用關定在該電路板上。 根據本發明之設計’該端子台資料傳輸總線結構使用導電條作為總線 線路，除提供作為總線所需之獅及信號傳輸之外，並可提供多數端子台 堅固的滑動支樓，使多數端子台可以並排設置，並共用該總線結構。此外， 該端子台資料傳輸總線結構可以“現有端子台固定滑軌上，可以利用既 有叹備且不會增加系統空間。該端子台資料傳輸總線結構可以提高與連接 端子的接繼果’並轉電性接_献性。此外，使用導電條/非導電條 與凹槽結構’可使總線結構的設計更形自由，不需受限於任何特定結構。 【實施方式】 以下以實例說明本發明的端子台資料傳輸總線結構及使用該資料傳輸 總線結構之端子卜第丨醜示本發_端子台籠傳輸總線結構及使用 。玄:貝料傳輸總線結構之端子台的應用示意圖。圖中，1〇代表端子台，包括201240248 connector and connection terminal production. SUMMARY OF THE INVENTION The object of the present invention is to provide a new type of terminal block data transmission bus structure for achieving a stable electrical contact between a connection terminal and a bus structure conductor. The object of the present invention is also to provide a novel terminal block data transfer bus structure that can be implemented with inexpensive materials and simple fabrication. SUMMARY OF THE INVENTION It is also an object of the present invention to provide a terminal bus transmission bus structure which is difficult to manufacture and which can be fabricated by a connector having a simplified structure and a connection terminal. The terminal block data transmission bus structure according to the present invention comprises: - a body 'with a shouting person - a terminal block fixing rails' forming a plurality of grooves on the body; and at least 2 conductive strips 'having a shape on the body of the charcoal A guide rail is formed in the groove. The terminal block data tilting bus structure may further comprise a connecting member disposed on the body for fixing or sliding the body to the terminal block. The piece can be a fastener and can be molded with the body. The terminal block data transfer bus structure may further comprise at least [non-conductive strips, the shape of which may be diged into the recesses on the body, together with the at least 2 conductive strips to form a guide. The terminal block data transmission bus structure of the present invention may further comprise: a connector having: a plurality of terminals, the first end of each connection terminal electrically contacting the conductive strip and/or the non-conductive strip; and the insulating body , __ receiving, domain __, so that the _ strip and / or the non-conductive strip can break into the groove. ▲ In the present invention - in some examples, the plurality of connection terminals and the groove walls of the plurality of grooves may together bias the conductive strips and/or the non-conductive strips. In this hair, he is actually making money, the recording terminal can hold the conductive strip and/or the non-conductive strip at the center of 201240248. In an embodiment of the invention, the second end direction of the connection terminal is orthogonal to the first end. The present invention also provides a terminal block that can use the above-described terminal block poetry transmission bus structure. The terminal block includes a circuit board on which a necessary line can be formed for connecting at least two terminals and a connection terminal including a recording connection terminal, each connection terminal having at least a first end and a second end 'the first end Electrically contacting a conductive strip 'the second connection to the circuit on the circuit board; and the insulating body' covers the number of connection terminals and provides a plurality of _ so that the conductive strip can be inserted into the recess. The zird σ of this month may further include a casing covering the circuit board. The casing may additionally cover the connection to Yi County. The splicer can be packaged on the side of the board. According to the design of the present invention, the terminal block data transmission bus structure uses a conductive strip as a bus line, in addition to providing the lion and signal transmission required as a bus, and can provide a sturdy sliding branch of most terminal blocks, so that most terminal blocks It can be set side by side and share the bus structure. In addition, the terminal block data transmission bus structure can be "the existing terminal block is fixed on the slide rail, and the existing sigh can be utilized without increasing the system space. The terminal block data transmission bus structure can improve the connection with the connection terminal." In addition, the use of conductive strips / non-conductive strips and groove structure ' can make the design of the bus structure more free, without being limited to any specific structure. [Embodiment] The following examples illustrate this The invention discloses a terminal block data transmission bus structure and a terminal using the data transmission bus structure, and the terminal block transmission bus structure and use. The utility model of the terminal block of the bait transmission bus structure is shown in the figure. , 1〇 represents the terminal block, including
201240248 電路板u及殼體12。殼體12上設連接孔13、14;電路板^上設連接部 ’用以連接並固视線17、18。電路板n上形成必要的線路。 該連接孔13、14可以與該殼體12 一體成型的方式形成，具備相當深 度’以使該電線η、18牢固的固定在電路板u上。該連接部Μ、Μ提供 -導體’與電線η、形成電性接觸。該電線17、料崎接等方式、 固定在連_5、16。此外，在應社_卿制構件⑽利，邮 該連接部15、16 ’以使電線17' 18在與連接部15、16連結的情況下，可 以手拔除’而解除其連結。此種端子台的構造，常見於已知技術，並可因 應各種需要而作必要的修改。其詳細材料、形狀、構造，乃至於另外附加 之元件’在此均不需贅述。 端子台H)在圖的下方設連接器2〇。連接器2〇内設多數連接端子Μ、 22，外以絕緣本體23包覆(另見第4圖）。連接端子2ι、η之—端連接到電 路板η上的線路(未圖外該連節卜端連接該電路板U，除以連接線 路連接外，另可軸定部，域合凸起(未圖示博，與電路板上的孔洞(未 圖7F)作進-步的連結，以強化連結關係。 第1圖的最下方為總線結構3G ’包括端子台固定軌道3卜總線結構本 體32以及本體上的多數導電條33、33。其中，該端子台固定軌道Μ為端 子台應用上之鮮配備，峰_數端子台。該本體32 _狀及尺寸較 好設計成可以容納在該軌道31内，故可利料統原有之空間，而不占用額 外的空間。該導電條33、33為長條型金屬，可L在本體32上形成的 凹槽34内並凸出相當高度，形成導軌。根據本發明的設計，該連接 器20的H本體23上形成數量大約相同，形狀互_凹槽u r，可供 7 201240248 該導電條33、33 &人。該連接端子21、21 _線端⑴、2U可形成失持 構件’以夾持轉電條33、33 ’使連接器Μ可滑動蚊在該導電條％、 33所形成的導軌上。 在另-種作法下’該絕緣本體23上的凹槽槽壁可與該連接端子^ Μ 共同夾持該導電條33、33，使連接器2〇可滑動固定在該導電條33、33所 形成的導軌上。如此形成穩固但可滑行的固定方式。 以下說明本發明總線結構3〇與連接器2〇的詳細構造。 第2圖顯示本發明總線結構3〇的側視圖，第3圖為其橫截面圖。如圖 所不，總線結構30包括一本體32及多數導電條33、33。導電條幻、幻 是以導電金屬製成的扁平金屬條，嵌入在本體32上所形成的多數凹槽34、 34内。該物㈣、33的數量並細，但如果雜線結構除傳輸信 號外，尚需提供電源’則導電條33、33的數量需要超過2條。該導電㈣、 33的材質並無任何關，只要能夠提供雜傳導的雜，並對該端子台⑴ 提供相當的支獅可。通常㈣，該導電條33、33㈣質為具有相當剛性 的金屬或合金。以其他材㈣成條狀物，並在其外包覆或塗覆金屬或合金， 也屬可行。其他非金屬的導電㈣’也可適用在本發明。在本發明的其他 實施例中，並非所有_槽34、3悄均放置導電條33 ' Μ。特定凹槽Μ、 34可以留空。在另外的實施例中，部分或全部的導電條33、33是以不導電 的條狀材料製作，在這種實施例中，不導電的材料齡抑來提供支撐效 果。如果使用部分導祕，部分為非導電條，财_不導電的材料條提 供支樓及辨認的舰。導賴33、33(含不導紐料條)上全部可以 施以顏色，以提供辨認效果。此外，如有必要， 也可使其中2條或以上的 201240248 導電條33、33形成短路，以供特定應用所需。 内本體32的靴設計射叹錢好㈣定軌道31 ⑽道…咖咖增準配備。其形 :字型。其内部提供_倒梯形的台狀空間傭發 本=二該本體32的形狀與尺寸較好設成可叫入該台狀空間内，在 以容納8_10條導電條。除以其中2條供應電源外，尚可提供 6-8條信號導線，足供絕大 ^ ^ 奸台111定軌道31的材質通常 :例如_的合金。以其他材料，例如塑膠、橡膠、樹脂、 ^於=材料製作，也屬可行。當然，該端子台-軌㈣並 Ί格的订狀及尺寸。只是如果與標準規格相同，則可將本發明 構本體32直接裝置在該端子㈣定轨道_，不需糾製作。 取其便利而已，並非任何技術上的限制。 341體Μ上械多數凹槽34、34。比較實用的作法是使該多數凹槽 ^^本體32-體成型。但是另外製作包含該多數凹槽mi的元 不導電的^式固疋在^本體32上，也屬可行。該本體32的材質較好為 導電材料製作，，ΓΓ轉、轉、触、木材、紙雌爾材料。利用 叫導電材料包覆其表面，也射行。該凹槽34、34的 任何限制，但需提供足夠的讀力量，以支魏端子台川的重量。 不過，編增梅數端子台糊定，細多數端子台的力量， 不f部來自該本體32。此外，各凹槽之間較好預留相當的距離，以免造 成”内的導電锋互相形成非所需的短路，影響其性能。該本體 ㈣ ί的凹槽數量，取決於社條件，以及該金屬轉度與高度限制。 9 201240248 用上可以由設計者自行調整。 該總線結構本體32可設固定部35、35，形成翼狀，跨掛在該端子台固 定軌道31的翼部31a、31a ’並使該翼部31a、31a崁入在該固定部35、35 下方形成的凹槽内。利用該本體32材質的彈性，將本體32固定在該端子 台固定執道31上。但在本發明另一實例中，該本體32並不設置固定部％、 35，而是直接崁入在該端子台固定轨道31内的台狀空間使本體&的兩 側頂住該端子台固定執道31的兩内側壁，加以固定。其方式如第5圖所示。 (第5圖中與第2、3圖相同的元件，都編以相同的編號。）當然，在第$圖 的實把例巾’該本體32的兩舰不限於頂住該端子台固定軌道31兩内側 壁。使兩者咖有餘隙，該本體32可在舒㈣定軌道31崎動，也屬 可行。 該端子台倾傳輸總線結構尚可包括設置在本體上的連結件，用以將 該本體固定或滑動U定在該端子台固定轨勒。該連結件可為扣件，並可 與該本體-體成型。該端子台龍傳輸總線結構尚可包括至少1非導電條， 其形狀可炭人該本體上之凹槽内，與該至少2導電條共同形成導軌。 將該多數導電條33、33分贿人該多數凹槽34、34内，即形成本發 明的總線結構3G。該總線結構3〇可另包括端子台固定執道3卜 第4圖顯示應用在本發明總線結構之端子台連接器2q外觀示意圖。第 二圖表示該咖2〇的連接端子2卜」形狀示_，所㈣連接 ❹包括絕緣本體23以及其内的多數連接端子2卜2卜該連接端子& 21分別具有總線端21a、2】a，用來與該總線結構3〇的導電條B、帥成 電性連接’並具有端子台端m、训，用來連結該端子台丨〇内的導線泳 201240248 圖示）。綱子21、21可啦物物^⑽糊槽22、22 中，利用連接端子21、21本身的彈性，固定在該凹槽22、22内。在本發 明其他實施m，該多數連接端子2；1、2 成i方式製作在該絕緣本體 23内，以使兩者的結合更為緊密。 的限制。 ⑽林有其懈，並雜何技術上 該連接端子21、21的材質通常是導電金屬，例如鋼。但是其他金屬、 合金或非韻_材料，也可朝在本發明,緣本體Μ通常是不導 電的材料製成。例如瓣、_、躺、♦紙合材料等。在 該絕緣描23上柯設置对切树，喃雜子纟1〇或並 電路板η形成緊密的連結。例如以多數凸起(未圖示），狀設置在該電路 板11上的凹齡圖稍方式。·鉚釘、·τ、焊接、概等方式將兩 者固定，也屬可行。 絕緣本體23提供多數凹槽a、a，使該導電條幻、33(含非導電條） 可皮入4凹槽22、22内。在本發明-些實例中，該多數連接端子an …亥夕數凹槽22 ' 22之槽壁可朗夾持該導電條％、圳含料電條）。在 本發月其他實例中’ s好數連接端子2卜以的總線端ha、2。可夾持該導 電條33、33(含非導電條）。在應用時，可將該端子台1〇先與該連接器汾 、’。〇，形成具有連接器之端子台。之後，將總線結構3〇的導電條％、幻 歲入連接器2G _槽22、22内，使連接端子21、21或連接端子21、21 與凹槽22、22之槽壁緊緊夾魏導電條％、％，即完舰端子台與資料傳 輸總線結構的組裝。 第4Α圖中顯示該連接端子21之端子台端21b方向與該總線端形 201240248 成直父。但在其他顧巾，兩者方向可以形成⑽度。兩者的夾角可以根 據需要調整，並無任何關。此種連接端子的形狀設計與製作方法，因屬 於已知技術，在此並不需額外贅述。 在上述設計下，-個總線結構30可以簡單的固定在該端子台固定軌道 31上，並在該總線結構3〇上並排安裝多數具有該連接器2〇的端子台1〇， 該多數端子台10即可使贱麟結構3〇上的導電條3；3、33，作為共用的 總線，甚且可能包括共用的電源線。使得端子台的應用更具效率。 與已知技術相比，本發明的端子台總線結構能夠提供多述端子台的支 撐，且各端子台的連接器與總線結構的電性連接更為確實，又不需使用額 外的彈片。足以簡化資料傳輸總線的結構，節省材料及製作成本，並提升 使用效率。 此外，該端子台資料傳輸總線結構可以崁入現有端子台固定滑執上， 可以利用既有設備且不會增加系統空間。使用導電條/非導電條與凹槽結 構，可使總線結構的設計更形自由，不需受限於任何特定結構。 以上是對本發明紐實施侧綱。此行t人士均不雜以上說明， 理解本發_够與精神，並根據本發明所揭示的技術，作出各種财及 變化》但無論是實胁m架構或方法，以及其衍生及變化，都屬於 本發明的範圍。 【圖式簡單說明】 第1圖顯示本發明的端子台資料傳輸總線結構及使贱資料傳輪總線 結構之端子台的應用示意圖。 第2圖顯示本發明總線結構的側視圖。 12 201240248 第3圖顯示本發明總線結構的橫截面圖。 第4圖顯示應用在本發明總線結構之端子台連接器外觀示意圖。 第4A圖表示該連接器的連接端子形狀示意圖。 第5圖顯示本發明另一實例總線結構的橫截面圖。 【主要元件符號說明】 10 端子台 11 電路板 12 殼體 13 ' 14 連接孔 15、16 連接部 17、18 固定電線 20 連接器 21 > 22 連接端子 21a ' 21a 總線端 21b、21b 端子台端 22'22 凹槽 23 絕緣本體 30 總線結構 31 端子台固定軌道 31a ' 31a 翼部 32 總線結構本體 33 ' 33 多數導電條 13 201240248 34 35 34 35 凹槽 固定部201240248 Circuit board u and housing 12. The housing 12 is provided with connecting holes 13, 14; the circuit board is provided with a connecting portion ′ for connecting and fixing the lines 17, 18. The necessary lines are formed on the circuit board n. The connecting holes 13, 14 may be formed integrally with the casing 12, and have a considerable depth so that the wires η, 18 are firmly fixed to the circuit board u. The connecting portion Μ and Μ provide a conductor-to-wire η to make electrical contact. The wire 17, the material is connected to the ground, and the like is fixed at _5, 16. Further, in the case of the company (10), the connecting portions 15, 16' are connected so that the electric wires 17'18 are connected to the connecting portions 15, 16 and can be removed by hand. The construction of such a terminal block is common in known techniques and can be modified as necessary to meet various needs. The detailed materials, shapes, configurations, and even additional components' need not be described herein. The terminal block H) is provided with a connector 2 在 at the bottom of the figure. A plurality of connection terminals Μ, 22 are provided in the connector 2, and are covered with an insulating body 23 (see also FIG. 4). The terminals of the connection terminals 2, η are connected to the circuit on the circuit board η (not connected to the circuit board U, except for the connection of the connection line, the other axis can be fixed, the field is convex (not The figure is connected to the hole on the circuit board (not shown in Fig. 7F) to strengthen the connection relationship. At the bottom of Fig. 1 is the bus structure 3G 'including the terminal block fixed track 3 and the bus structure body 32 and a plurality of conductive strips 33, 33 on the body, wherein the terminal block fixed rails are freshly equipped for the terminal block application, and the peaks are several terminal blocks. The body 32 is preferably sized and dimensioned to be accommodated in the track 31. Therefore, the original space can be used without occupying extra space. The conductive strips 33, 33 are elongated metal, and can be formed in the groove 34 formed on the body 32 and protruded to a considerable height to form According to the design of the present invention, the number of the H body 23 of the connector 20 is approximately the same, and the shape is mutually _ ur ur, which is available for 7 201240248. The connecting strips 21, 21 & _ The wire ends (1), 2U can form a missing member 'to clamp the rotating bars 33, 33' The connector Μ slidable mosquito on the guide rail formed by the conductive strips %, 33. In another method, the groove groove wall on the insulating body 23 can clamp the conductive strip 33 together with the connecting terminal ^ 33, the connector 2〇 is slidably fixed on the guide rail formed by the conductive strips 33, 33. Thus, a stable but slidable fixing manner is formed. The detailed structure of the bus structure 3〇 and the connector 2〇 of the present invention will be described below. Figure 2 shows a side view of the bus structure 3〇 of the present invention, and Figure 3 is a cross-sectional view thereof. As shown, the bus structure 30 includes a body 32 and a plurality of conductive strips 33, 33. A flat metal strip made of a conductive metal is embedded in a plurality of recesses 34, 34 formed in the body 32. The number of the objects (4), 33 is fine, but if the stray structure is to transmit a signal, a power supply is required. 'The number of conductive strips 33, 33 needs to exceed two. The material of the conductive (four), 33 does not have any relationship, as long as it can provide miscellaneous conductive impurities, and provide a considerable lion to the terminal block (1). Usually (d), The conductive strips 33, 33 (four) are of a relatively rigid quality Metal or alloy. It is also possible to form a strip of other materials (4) and to coat or coat the metal or alloy. Other non-metallic conductive (4)' may also be suitable for use in the present invention. Other implementations of the invention In the example, not all of the slots 34, 3 are placed with the conductive strips 33'. The specific recesses, 34 may be left blank. In other embodiments, some or all of the conductive strips 33, 33 are non-conductive. The strip material is fabricated. In this embodiment, the non-conductive material is used to provide a supporting effect. If part of the guiding principle is used, part of the non-conductive strip, the non-conductive material strip provides the branch and the identified ship. All of the guides 33, 33 (including the non-conductive strips) can be color-coded to provide an identification effect. In addition, if necessary, two or more of the 201240248 conductive strips 33, 33 can be short-circuited for specific applications. The design of the inner body 32 boots sighs well (four) fixed track 31 (10) road ... coffee and coffee add-on equipment. Its shape: font. The inside of the body 32 is provided with a shape and a size which is preferably arranged to be called into the space of the table to accommodate 8 to 10 conductive strips. In addition to the two power supplies, 6-8 signal wires are available, which are sufficient for the vast majority of the materials. The material of the orbital track 31 is usually: alloy such as _. It is also feasible to make other materials, such as plastic, rubber, resin, and ^. Of course, the terminal block-rail (four) and the size and size of the grid. However, if it is the same as the standard specification, the body 32 of the present invention can be directly mounted on the terminal (four) orbital _ without correction. Take advantage of it, not any technical limitations. The 341 body is mechanically attached to most of the grooves 34, 34. It is more practical to make the majority of the grooves 32-body molded. However, it is also feasible to separately fabricate a non-conducting element comprising the majority of the grooves mi. The material of the body 32 is preferably made of a conductive material, which is a twisted, twisted, touched, wood, or paper female material. The surface is covered with a conductive material and is also fired. Any limitation of the grooves 34, 34, but to provide sufficient reading force to support the weight of the terminal. However, the number of the terminal block is increased, and the strength of most of the terminal blocks is not from the body 32. In addition, a considerable distance between the grooves is preferably reserved to prevent the internal conductive fronts from forming an undesired short circuit with each other, which affects the performance. The number of grooves of the body (4) depends on the social conditions and Metal rotation and height limitation 9 201240248 It can be adjusted by the designer. The bus structure body 32 can be provided with fixing portions 35, 35, forming a wing shape, and spanning the wing portions 31a, 31a of the terminal block fixing rail 31. 'The wings 31a, 31a are inserted into the recesses formed under the fixing portions 35, 35. The body 32 is fixed to the terminal block fixing way 31 by the elasticity of the material of the body 32. In another example of the invention, the body 32 is not provided with the fixing portions %, 35, but is directly inserted into the table-shaped space in the terminal block fixing rail 31 so that both sides of the body & The two inner side walls of 31 are fixed as shown in Fig. 5. (The same elements in Fig. 5 as those in Figs. 2 and 3 are numbered the same.) Of course, the actual figure in Fig. The two ships of the body 32 are not limited to withstand the fixed rail of the terminal block. 31 two inner side walls. It is also feasible to make the two bodies have a clearance, and the body 32 can be satisfactorily in the (four) fixed track 31. The terminal block tilting bus structure may further comprise a connecting member disposed on the body for The body fixing or sliding U is fixed on the terminal block. The connecting member can be a fastener and can be molded with the body. The terminal jack transmission bus structure can further comprise at least one non-conductive strip, the shape thereof. The carbon can be formed in the groove on the body together with the at least two conductive strips. The plurality of conductive strips 33, 33 are separated into the plurality of grooves 34, 34 to form the bus structure 3G of the present invention. The bus structure 3〇 can further include a terminal block fixed way. 3 FIG. 4 is a schematic diagram showing the appearance of the terminal block connector 2q applied to the bus structure of the present invention. The second figure shows the connection terminal 2 of the coffee machine. _, the (four) port includes an insulative housing 23 and a plurality of connecting terminals 2 therein. The connecting terminals & 21 respectively have bus ends 21a, 2]a for conducting strips B with the bus structure 3, Handsome into an electrical connection 'and has a terminal end m, For connecting wires swimming 201,240,248 illustrated within the terminal block Shu square). In the objects 21 and 21, the paste grooves 22 and 22 are fixed in the grooves 22 and 22 by the elasticity of the connection terminals 21 and 21 themselves. In other implementations of the present invention, the plurality of connection terminals 2, 1, 2 are fabricated in the insulative housing 23 to provide a tighter bond between the two. limits. (10) The forest has its own straits, and the technical requirements of the connecting terminals 21 and 21 are usually conductive metals such as steel. However, other metals, alloys or non-rheological materials may also be made of the material of the present invention, which is generally non-conductive. For example, petals, _, lying, ♦ paper materials, and the like. On the insulating trace 23, a tight connection is formed between the cut tree, the mite, or the circuit board η. For example, a plurality of projections (not shown) are provided on the circuit board 11 in a slightly concave manner. • Fixing the rivet, τ, welding, and general methods is also feasible. The insulative housing 23 provides a plurality of recesses a, a such that the conductive strips, 33 (including non-conductive strips), can be inserted into the recesses 22, 22. In some examples of the present invention, the plurality of connection terminals an ... the groove wall of the recess 22 ' 22 can hold the conductive strip %, the battery containing strips). In other examples of this month, 's number of terminals ha, 2 connected to terminal 2. The conductive strips 33, 33 (including non-conductive strips) can be clamped. In application, the terminal block 1 can be first connected to the connector 汾, '. 〇, forming a terminal block with a connector. After that, the conductive strips of the bus structure 3〇 are inserted into the connectors 2G_slots 22 and 22, so that the connection terminals 21, 21 or the connection terminals 21, 21 and the groove walls of the grooves 22, 22 are tightly sandwiched. Article %, %, that is, the assembly of the terminal block and the data transmission bus structure. In the fourth figure, the direction of the terminal end 21b of the connection terminal 21 is shown as a straight parent to the bus end shape 201240248. But in other cases, the direction of both can form (10) degrees. The angle between the two can be adjusted as needed, without any restrictions. The shape design and manufacturing method of such a connection terminal are known in the art and need not be further described herein. Under the above design, a bus structure 30 can be simply fixed to the terminal block fixing rail 31, and a plurality of terminal blocks 1 具有 having the connector 2 〇 are mounted side by side on the bus structure 3 〇, the plurality of terminal blocks 10, the conductive strips 3; 3, 33 on the 贱 结构 structure 3 作为 can be used as a shared bus, and may even include a common power line. Make the application of the terminal block more efficient. Compared with the prior art, the terminal block bus structure of the present invention can provide support for a plurality of terminal blocks, and the electrical connection between the connector of each terminal block and the bus structure is more reliable, and no additional shrapnel is required. It is enough to simplify the structure of the data transmission bus, save material and production costs, and improve the efficiency of use. In addition, the terminal block data transfer bus structure can be inserted into the existing terminal block fixed slipper, which can utilize existing equipment without increasing system space. The use of conductive strips/non-conductive strips and groove structures allows for a more flexible design of the bus structure without being limited to any particular structure. The above is a side of the implementation of the invention. The person in this line does not confuse the above description, understands that the present invention is sufficient and spirited, and according to the technology disclosed in the present invention, various kinds of money and changes are made, but whether it is a real threat m structure or method, and its derivatives and changes, It is within the scope of the invention. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a view showing the application of the terminal block data transmission bus structure of the present invention and the application of the terminal block for the data transfer bus structure. Figure 2 shows a side view of the bus structure of the present invention. 12 201240248 Figure 3 shows a cross-sectional view of the bus structure of the present invention. Fig. 4 is a view showing the appearance of a terminal block connector applied to the bus structure of the present invention. Fig. 4A is a view showing the shape of the connection terminal of the connector. Fig. 5 is a cross-sectional view showing a bus structure of another example of the present invention. [Main component symbol description] 10 Terminal block 11 Circuit board 12 Housing 13 ' 14 Connection hole 15, 16 Connection portion 17, 18 Fixed wire 20 Connector 21 > 22 Connection terminal 21a ' 21a Bus terminal 21b, 21b Terminal block terminal 22 '22 Groove 23 Insulating body 30 Bus structure 31 Terminal block fixing rail 31a ' 31a Wing 32 Bus structure body 33 ' 33 Most conductive strips 13 201240248 34 35 34 35 Groove fixing part