-M327527 八、新型說明： 【新型所屬之技術領域】 本創作係有關於一種軟性扁平排線之改良結構，尤指 一種軟性爲平排線以印刷的方式分別印製上銀漿層與絕緣 層’以取代習用以人工貼合方式之鋁箔層及絕緣片，因而 可降低生產成本且可提高生產效率者。 【先前技術】-M327527 VIII. New Description: [New Technical Field] This creation is about an improved structure of a soft flat cable, especially a soft flat-line printed with a silver paste layer and an insulating layer. 'In order to replace the aluminum foil layer and the insulating sheet which are used in the manual bonding method, the production cost can be reduced and the production efficiency can be improved. [Prior Art]
按’ 一般傳統式的軟性扁平排線（Flexible Flat Cable)係可用於手機、電腦、掃瞄器及印表機等電子產品 内，參閱第一圖所示，習用的軟性扁平排線丨〇〇係包括複 數條用以傳輸數位訊號之平行導線1〇1以及外圍包覆一層 由屏蔽膠布（Shielding Tape)或其他導電材料所組成之 導電覆蓋層102;為防止軟性扁平排線1〇〇所傳送的數位訊 號文到雜訊干擾，乃在導電覆蓋層1〇2外圍包覆一声 層103，再於鋁箔層1〇3外圍包覆一層由麥拉（办丨二）所 製成之絕緣片104;然而在實際生產製作（貼合）過程中， 鋁箱層103及絕緣片104必需藉由人工來貼合，不但成本 另有業者以印刷的方式在軟性扁平排線上印製上銀萝 層，此種印刷方式，係為滿版印刷（即印刷面積是覆= 條排線），如此-來，軟料平排線兩侧的㈣就會盘ςς 產品内部金屬零件產生導電短路之虞，因而有待改進 本創作人有鑑於此，累積從事此行業多年之經。 精心研究並再三測試改良，如今終於創作出一刑乃 性扁平排線，可以摒除習用產品缺點，以增進功之軟 5 ，M327527 【新型内容】 緣是，本創作之主要目的在於提供一種軟性扁平排線 之=良結構，係於軟性扁平排線之平行導線與導電覆蓋層 相背對之兩面上，以印刷方式先印製一層銀漿層，再^ 上一層絕緣層，以消除磁波雜訊干擾其他電子零組件，·其 主要重點在於：銀漿層兩端相對於絕緣層端，分別留有間 隙（留白），以防止排線兩侧的銀漿接觸到電子產品内邱盆 他金屬零件時，會導電產生短路之虞；此種印刷的方^除 了可降低成本外，更可提高生產的效率者。 為了讓#審查委員對本創作有更進一步的了解 佐以圖式詳細說明本創作如下： 【實施方式】 咕參閱第—圖所不，本創作之軟性扁平排線10包括複 條用以傳輸數位訊號之平行導線u，以及外圍包覆一声 ^屏蔽膠布或其他導電材料所組成之導電覆蓋層H盆^ 要特徵在於： 上择平行導線11及導電覆蓋層12相背對之兩面 上係以印刷的方式分別印製—層According to the 'traditional traditional flexible flat cable (Flexible Flat Cable) can be used in electronic products such as mobile phones, computers, scanners and printers, see the first figure, the soft flat cable used 习The utility model comprises a plurality of parallel wires 1〇1 for transmitting digital signals and a conductive covering layer 102 consisting of a Shielding Tape or other conductive material; and the flexible flat cable is arranged to prevent transmission of the flexible flat wires. The digital signal is disturbed by noise, and a sound layer 103 is coated on the periphery of the conductive cover layer 1〇2, and an insulating sheet 104 made of Mylar is coated on the periphery of the aluminum foil layer 1〇3. However, in the actual production (fitting) process, the aluminum box layer 103 and the insulating sheet 104 must be manually bonded, and not only the other manufacturer prints the silver layer on the soft flat line. This type of printing is full-page printing (that is, the printing area is covered = strip line), so that (4) on both sides of the flat line of the soft material will cause the conductive metal short circuit inside the product to be electrically short-circuited. Need to improve this In view of this, the creators have accumulated many years of experience in this industry. Carefully researched and repeatedly tested and improved, and now finally created a penalized flat cable, which can eliminate the shortcomings of the conventional products, so as to enhance the softness of the work. 5, M327527 [New content] The main purpose of this creation is to provide a soft flat Cable = good structure, on the opposite side of the parallel line of the flexible flat cable and the conductive cover layer, printing a layer of silver paste first, and then an insulating layer to eliminate magnetic noise Interfering with other electronic components, the main focus is: the ends of the silver paste layer are separated from the ends of the insulating layer, leaving gaps (white) to prevent the silver paste on both sides of the cable from contacting the metal products. When the parts are in contact, they will be electrically conductive to produce a short circuit; in addition to reducing the cost, the printing method can improve the efficiency of production. In order to let the #review committee have a better understanding of the creation, the author elaborates on the creation as follows: [Embodiment] 咕 Refer to the first figure, the soft flat cable 10 of the present invention includes a complex strip for transmitting digital signals. The parallel conductive wire u and the conductive covering layer H composed of a shielding tape or other conductive material are characterized in that: the upper parallel wire 11 and the conductive covering layer 12 are printed on opposite sides of each other. Print separately - layer
外圍印刷上一層絕续爲η 丹V、跟水層U _，銀w η 絕緣層14覆蓋在銀漿層13上 夺，水層13兩端相對於絕緣層14端分別留有間隙（留 f 因而使軟性扁平排線10之兩侧緣邊並未接觸導 電的銀漿層13,故，私从曰下 不使綱# 產品内部其他金屬扁平排線10兩側即使接觸到電子 ^ μ # +、屬零件蚪，也不會有導電產生短路之虞。 性爲;排線排線之改良結構’係將軟 圍印刷上-層絕緣声，一層銀聚層，再於銀漿層外 9 取代習用以人工作業的方式貼合鋁 6 ，M327527 拉絕緣片的方式’故成本較低廉而且效率較高， 作又:未其實用功效當無庸置疑，而本創 者於市或已見於其他刊物，實已符合專利法之 規疋，爰依法提出專利申請之。 【圖式簡單說明】 ，一圖：係習用產品之結構示意圖。 第二圖：係本創作之結構示意圖。 【主要元件符號說明】 (11)導線 (13) 銀漿層 (14) 絕緣層 (101)導線 (103)鋁箔層 (10)軟性扁平排線 (12)導電覆蓋層 (131)間隙 (100)軟性扁平排線 (102)導電覆蓋層 (104)絕緣片The outer layer printed on the periphery is η 丹 V, the water layer U _, the silver η η insulating layer 14 is covered on the silver paste layer 13 , and the water layer 13 has a gap between the two ends of the insulating layer 14 (remaining f) Therefore, the two sides of the soft flat cable 10 are not in contact with the conductive silver paste layer 13, so that the other sides of the metal flat cable 10 inside the product are not in contact with the electron ^ μ # + It is a part 蚪, and there is no conduction to produce a short circuit. Sexuality; the improved structure of the cable splicing line is to print the upper layer insulation sound, a layer of silver poly layer, and then replace it outside the silver paste layer 9 The method of manual work is applied to the way of aluminum 6 and M327527 to pull the insulation sheet. Therefore, the cost is lower and the efficiency is higher. The work is not unquestionable, and the founder is in the city or has been seen in other publications. It has already complied with the rules of the Patent Law, and has filed a patent application according to law. [Simple description of the diagram], a picture: a schematic diagram of the structure of a conventional product. The second picture: a schematic diagram of the structure of the creation. (11) Wire (13) Silver paste layer (14) Insulation layer (101) Line (103) an aluminum foil layer (10) of the flexible flat cable (12) covering the conductive layer (131) gap (100) the flexible flat cable (102) covering the conductive layer (104) insulating sheet