TWI336892B - Flat cable - Google Patents
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- TWI336892B TWI336892B TW93102491A TW93102491A TWI336892B TW I336892 B TWI336892 B TW I336892B TW 93102491 A TW93102491 A TW 93102491A TW 93102491 A TW93102491 A TW 93102491A TW I336892 B TWI336892 B TW I336892B
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- insulating coating
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- side insulating
- circumferential side
- coaxial cable
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- Removal Of Insulation Or Armoring From Wires Or Cables (AREA)
Description
五、發明說明（1) 一、明所屬之技術領^ 本發明係關於將多赵Μ 平面 上，而加以支杵所構巨同軸電纜平行並排於同 符所構成的扁平電纜。 一、【先前技術】 將直線狀延#Y & ,、， 該内周側絕緣 ：外内周側絕緣被覆層包覆 的外周以外田 層卜周以遮蔽層包覆，再將L將 前-般所習知：U:: j覆來構成的同軸電纜:、：: 直徑予以縮小，：：：：：:二傾？^ 轴電境，將像那左右之極細的同 上並加以支持所構 電：”丁：排於同—平面 如，日本特開平1〇-1 44145號電Λ也疋一般所習知的（例 樣的扁平電遭， 用但疋在*裝連接器時，於 1^連接益來使 的外周、内周側絕緣被覆声及1同軸電境 軟焊連接於連接器的各接二遮f層破㈣露出的芯線， 遮蔽層剝除，佶私，士渔 僅將外周側絕緣被覆声乃 再將違部分壓力炫接連接於接觸件的壓接部皮覆層露 1336892 五、發明說明（2) 於利用像上述之極細的同轴電纜所構成扁平 面，或使用以與接觸件軟焊連接的芯線露： 接觸件壓力熔接連接的内周側絕緣被覆層露出時，由於同 軸電緵本身非常的細，且像那樣露m内周側絕緣被 覆層等的同軸電纜尖端部上，無法藉由固定帶 tape )等來支持各同軸電纜，所以會有該尖端部很容易變 形，與非常難加以加工使其芯線、内周側絕緣被覆層等露 出的問題。 而且，上述日本特開平10_1 44 1 45號公報，雖然揭示 了，將2組接地條軟焊連接於剝除外周側絕緣被覆層所露 出的遮蔽層上，使該等2組接地條彎曲後，於其之間將遮 蔽層切斷’再將夹端側的接地條一起和遮蔽層除去的方 法，但是會有必要的接地條軟焊連接作業、必要的多數的 加工程序、及加工作業費工費時等的問題。 鑑於像那樣的問題’本發明之目地在於提供 電缓’其構成用簡單的加工作業，可以使於扁平電境= 端。卩用以與接觸件壓力熔接連接的内周側絕緣被覆層露 ί二且！ f基端側使遮蔽層露出的同時，構成該遮蔽層 的電線不會解開。 < 蚁尽 解決問題的丰段 為達成該目的，本發明， 包覆芯線來設置的内周側絕緣 被覆層之外周來設置的遮蔽層 置的外周側絕緣被覆層所構成 將由直線狀延伸的芯線；以 被覆詹，以包覆内周側絕緣 ，及以包覆遮蔽層外周來設 的同軸電纜，其具多數條°，V. INSTRUCTIONS INSTRUCTIONS (1) I. Technical syllabus to which the invention belongs. The present invention relates to a flat cable in which a plurality of coaxial coaxial cables are arranged in parallel on the plane of the multi-Zhao Yu. 1. [Prior Art] The linear extension #Y & ,, the inner circumference side insulation: the outer circumference of the outer circumference side is covered with an outer layer, and the outer layer is covered with a shielding layer, and then L is used. - General knowledge: U:: j covered coaxial cable:, :: diameter reduced, :::::: two tilt? ^ Axis power environment, will be like the top and bottom of the same as the above and support the construction of electricity: "Ding: in the same - plane, such as Japan's special Kaiping 1〇-1 44145 electric Λ is also commonly known (example The flat type of electricity is used, but when the connector is mounted, the outer and inner peripheral side insulation sounds and the 1 coaxial electric field solder joints connected to the connector are connected to the connector. Broken (four) exposed core wire, the mask layer is stripped, smuggled, the fisherman only insulates the outer peripheral side of the insulation, and then the part of the pressure is connected to the contact part of the crimping part of the skin cover layer 13269892. 5. Description of the invention (2 ) using a flat surface formed by a very thin coaxial cable as described above, or using a core wire that is soldered to the contact member: when the inner circumferential side insulating coating of the contact pressure welding connection is exposed, since the coaxial electric pole itself is very In the end portion of the coaxial cable in which the inner circumferential side insulating coating layer or the like is exposed, the coaxial cable cannot be supported by a tape or the like. Therefore, the tip end portion is easily deformed, and it is extremely difficult to apply. Machining the core wire and inner peripheral side insulation coating In the above-mentioned Japanese Patent Publication No. Hei 10_1 44 1 45, it is disclosed that two sets of grounding strips are soldered to the shielding layer exposed by the peeling off-side insulating coating layer, and the two groups are arranged. After the grounding bar is bent, the shielding layer is cut off between the two, and the grounding strip on the clip end side is removed together with the shielding layer, but the necessary grounding strip soldering connection operation, necessary majority processing procedures, And the problem of the processing time and the like. In view of such a problem, 'the object of the present invention is to provide an electric slewing', which can be used for a simple processing operation, and can be applied to a flat electric field = end. The inner peripheral side insulating coating layer of the connection is exposed and the base end side of the f exposes the shielding layer, and the electric wire constituting the shielding layer is not unwound. [The ants do their best to solve the problem. According to the invention, the outer peripheral side insulating coating layer provided on the outer peripheral side insulating coating layer provided with the inner core side insulating coating layer is formed by a linearly extending core wire; Side insulation, and a coaxial cable provided to cover the outer periphery of the shielding layer, which has a plurality of strips,
$ 8頁 1336892$ 8 pages 1336892
平行並排於同一平面上並加以支持來構成扁平電纜。然 後’於該扁平電纜的同軸電纜的端部，於從尖端至第1、、既 定長度的範圍，剝除外周側絕緣被覆層及遮蔽層，露 周側絕緣被覆層，形成有壓接部，在從壓接部的内$至^ 2既定長度的範圍’於尖端側’保留既定寬度的外周側絕 緣被覆層’剝除外周側絕緣被覆層，形成接地連接部/ 而且可以構成：利用固定帶’將多數的同軸電行 並排於同一平面上，並加以支持形成扁平電纜；同轴電$ 的端部較固定帶的端部更朝外方突出，像那樣於突出的同 軸電纜的端部，形成有壓接部及接地連接部。 ° 該扁平電纜之較佳的情況是：於從同軸電境的尖端至 第1既定長度的位置，利用YAG雷射來切斷外周側絕^被覆 層及遮蔽層，拔出位於該第1既定長度範圍的外周侧絕緣 被覆層及遮蔽層，使内周側絕緣被覆層露出，形成壓接 部，於從該壓接部的内.端至第2既定長度的範圍，用c〇雷 射照射在尖端側的既定寬度的範圍以外的區域内，來^解 除去外周側絕緣被覆層，形成接地連接部。 以上構成的扁平電镜’因為在從壓接部的内端至第2 既定長度的範圍，於尖端側，保留既定寬度的外周側絕緣 被覆層’剝除外周側絕緣被覆層’形成有接地連接部，而 於接地連接部，露出的遮蔽層’利用於尖端側保留既定寬 的外周側絕緣被覆層來被支持’所以形成遮蔽層之多數的 螺旋狀之極細電線不會零亂地散開，將連接器壓力炼接連 接於扁平電規的尖端，同時提高將遮蔽層接地連接時的連Parallel to side by side on the same plane and supported to form a flat cable. Then, at the end of the coaxial cable of the flat cable, the circumferential side insulating coating layer and the shielding layer are peeled off from the tip end to the first and predetermined lengths, and the circumferential side insulating coating layer is formed to form a crimping portion. In the range from the inside of the crimping portion to the predetermined length of the crimping portion, the outer peripheral side insulating coating layer of the predetermined width is retained on the tip end side, and the circumferential side insulating coating layer is peeled off to form a ground connection portion/and a fixing belt can be constructed. 'Multiple coaxial electric rows are arranged side by side on the same plane and supported to form a flat cable; the end of the coaxial electric $ protrudes more outward than the end of the fixed strap, like the end of the protruding coaxial cable, A crimping portion and a grounding connecting portion are formed. In the case of the flat cable, the YAG laser is used to cut the outer peripheral side coating layer and the shielding layer from the tip end of the coaxial electric field to the first predetermined length, and the first predetermined position is removed. The outer circumferential side insulating coating layer and the shielding layer in the length range expose the inner circumferential side insulating coating layer to form a pressure-bonding portion, and are irradiated with c〇 laser from the inner end to the second predetermined length of the crimping portion. The outer peripheral side insulating coating layer is removed in a region outside the range of the predetermined width on the tip end side to form a ground connection portion. The flat EM of the above configuration is formed on the tip end side in the range from the inner end to the second predetermined length of the crimping portion, and the outer peripheral side insulating coating layer of the predetermined width is removed. In the ground connection portion, the exposed shielding layer 'is supported by the outer peripheral side insulating coating layer of a predetermined width on the tip end side. Therefore, the spiral-shaped ultra-fine wires forming the majority of the shielding layer are not scattered, and will be connected. The pressure is rectified and connected to the tip of the flat gauge, while increasing the connection when the shield is grounded.
1336892 五、發明說明（4) --------- 接可，性。又因為利用YAG雷射來切斷外周侧絕緣被覆層 及遮蔽層，照射C〇2雷射來熔解除去外周側絕緣被覆層，形 成接地連接部，所以不會有使扁平電纜尖端部的各同扁平 電镜或考曲、或變形之類的外力作用，不會有該等的變 升y，可以原封不動地維持正確的間隔。因此可以精確地進 订將連接|§壓力熔接連接於扁平電纜之尖端的作業。 四、【實施方式】1336892 V. Inventions (4) --------- Acceptable, sexual. In addition, the outer circumferential side insulating coating layer and the shielding layer are cut by the YAG laser, and the C〇2 laser is irradiated to remove the outer circumferential side insulating coating layer to form the ground connection portion. Therefore, the flat cable tip end portion is not formed. A flat electron microscope or an external force such as a test piece or a deformation does not have such a rise y, and the correct interval can be maintained as it is. Therefore, it is possible to precisely define the operation of connecting the connection of the pressure welding to the tip of the flat cable. Fourth, [Implementation]
發明實施的最祛能祥 以下，參照圖式說明本發明之較佳的實施態樣。首 先，參照圖卜圖3，說明適用本發明之扁平電纜的構造。 扁平電(： ’ h圖1⑴所示般，利用固定帶27，將多數條 極細的同軸電纜2 0，平行且等間隔地並排於同一平面上， 並將其黏在一起且加以支持來構成，且固定帶27，也可以 從兩側來將多數的同軸電纜2〇夾持，也可以只設置在一 側。BEST MODE FOR CARRYING OUT THE INVENTION Hereinafter, preferred embodiments of the present invention will be described with reference to the drawings. First, the configuration of a flat cable to which the present invention is applied will be described with reference to Fig. 3 . Flat electric (: ' h shown in Fig. 1 (1), using a fixing belt 27, a plurality of extremely thin coaxial cables 20 are arranged in parallel and at equal intervals on the same plane, and are bonded and supported. Further, the fixing belt 27 may be provided with a plurality of coaxial cables 2 从 from both sides, or may be provided only on one side.
各同抽電境20的構造顯示於圖1 (B)，於由多數條 (此處為7條）的極細電線互相聚集來作成的芯線2丨的周 圍上，叹置由絕緣材料所構成的内周側絕緣被覆層22 ;於 該内周側絕緣被㈣22的外周，將多數的極細電線設成螺 旋狀來設置遮蔽層23 ;於該遮蔽層23的外周，設置由絕緣 材枓構成的外周側絕緣被覆層24，則構成了同軸電繞2〇。 4同軸電纜2 0被製作成具非常細的直徑，例如，被製作成The structure of each of the same electric power source 20 is shown in Fig. 1 (B), and the sigh is composed of an insulating material on the periphery of the core wire 2 which is formed by a plurality of strips (here, seven strips) of extremely thin wires are gathered from each other. The inner peripheral side insulating coating layer 22 is provided on the outer circumference of the inner peripheral side insulating layer (four) 22, and a plurality of ultrafine electric wires are spirally provided to provide the shielding layer 23; and the outer periphery of the shielding layer 23 is provided with an outer periphery made of an insulating material The side insulating coating layer 24 constitutes a coaxial electric winding 2 turns. 4 coaxial cable 20 is made to have a very fine diameter, for example, is made
1336892 五、發明說明（5) —— 芯線20的外徑約〇. lmm，整體的外徑（外周側絕緣被覆層 2 4的外徑）約0 · 3 5 m m左右的外徑。 依本發明之扁平電纜被加工製作成，可以將如該構成 的扁平電纜F C的端部，原封不動地壓力熔接連接於連接器 那樣的形狀’以下說明該加工成形的裎序。首先，如圖1 (A )所不般，於扁平電纜f c的端部，剝除固定帶2 7 ’使 同軸電瘦2 0的端部’在保持平行並排的狀態下露出，然後 進行加工’在從該等同軸電纜2 〇的端面至第1既定距離^的 位置（顯示於圖1 ( A )之X — X的位置）處，照射yAg雷 射’僅將外周側絕緣被覆層2 4及遮蔽層2 3切斷。 然後’像那樣將固定帶黏貼在較如該被切斷位置（顯 示於X — X處的位置）更外端側的部分等，將較同軸電纜2 〇 的切斷位置外端的外端側，一起向外方拔出時，就可以從 切斷位置處’只分離除去外周側絕緣被覆層2 4及遮蔽層 2 3 ’像那樣地從切斷位置，除去外端側的外周側絕緣被覆 層2 4及遮敗層2 3的狀態’顯示於圖2。由該圖可知，於机· 尖端至切斷位置之間，露出内周側絕緣被覆層2 2，真將該 内周側絕緣被覆層2 2露出的部分稱做壓接部2 2 a。 然後’於從上述切斷位置（也就是說，壓接部的内端 位置）至第2既定距離b的範圍，用c 〇2雷射照射從上述切斷 位置至既定寬度c之範圍以外的部分，來將外周側絕緣被 覆層24熔解除去。其結果，如圖3(a) 、 （B)所示般’ 只有露出從尖端側至第1既定距離a的内周側絕緣被覆層 22 ’來形成壓接連接部22a，在從其内端至第2既定距離131336892 V. INSTRUCTION OF THE INVENTION (5) —— The outer diameter of the core wire 20 is about 〇. lmm, and the outer diameter of the whole outer diameter (outer diameter of the outer circumferential side insulating coating layer 24) is about 0 · 3 5 m m. The flat cable according to the present invention is processed so that the end portion of the flat cable F C having the above configuration can be pressure-welded and connected to the connector as it is. First, as shown in Fig. 1 (A), at the end of the flat cable fc, the fixing tape 2 7 ' is stripped so that the end portions of the coaxial electric thin 20 are exposed while being kept in parallel and then processed. At the position from the end face of the coaxial cable 2 至 to the first predetermined distance ^ (shown at the position of X - X in Fig. 1 (A)), the yAg laser is irradiated 'only the outer peripheral side insulating coating layer 24 and The shielding layer 23 is cut. Then, the fixing tape is attached to the outer end side of the cutting end position of the coaxial cable 2 〇 at the outer end side of the cutting position of the coaxial cable 2 ,, as in the case where the fixing tape is attached to the outer end side of the cutting position (shown at the position of X-X). When the outer peripheral side insulating coating layer 24 and the shielding layer 2 3' are separated and removed from the cutting position, the outer peripheral side insulating coating layer on the outer end side can be removed from the cutting position. The state of 2 4 and the opaque layer 2 3 is shown in Fig. 2. As can be seen from the figure, the inner peripheral side insulating coating layer 2 2 is exposed between the tip end and the cutting position, and the portion where the inner peripheral side insulating coating layer 2 2 is exposed is referred to as a crimping portion 2 2 a. Then, from the above-described cutting position (that is, the position of the inner end of the crimping portion) to the second predetermined distance b, the laser beam is irradiated with a c 〇 2 laser from the cutting position to a predetermined width c. In part, the outer peripheral side insulating coating layer 24 is melted and removed. As a result, as shown in Fig. 3 (a) and (B), only the inner circumferential side insulating coating layer 22' from the tip end side to the first predetermined distance a is exposed, and the crimping connection portion 22a is formed. To the 2nd set distance 13
第11頁 1336892 五、發明說明（6) 於^ =内’保留既定寬度C環狀的外周側絕緣被覆層24 a， 出的!^部t成露出遮蔽層23的狀態。將如該遮蔽層23露 朽。刀，柄做接地連接部23a。由於遮蔽層23由 設成螺旋狀來形成，，以光只使遮蔽層23原封 開變得=亂=? $連接部23& ’各極細電線很容易就解 &付·零亂’但是透過伴Q 士兮夢 2“，來# + 的外周側絕緣被覆層 采支持各極細電線’防止其變得零亂。 之實ΐ部加工後之狀態的扁平電纜係為依本發明Page 11 1336892 V. INSTRUCTION OF THE INVENTION (6) The outer peripheral side insulating coating layer 24a having a predetermined width C is left in the inside of the inner wall of the predetermined width C, and the portion t is formed to expose the shielding layer 23. The masking layer 23 will be exposed as it is. The knives and the shank are used as the ground connection portion 23a. Since the shielding layer 23 is formed in a spiral shape, only the shielding layer 23 is originally sealed by light = chaotic =? $connecting portion 23 & 'all extremely thin wires are easy to solve & Q 士兮梦 2", the outer peripheral side insulation coating of ## is supported to support each of the extremely thin wires' to prevent it from becoming disordered. The flat cable in the state after the actual boring is processed according to the present invention
的端部製作“…t ί 安裝於該扁平電纜FC 二父作成附連接器的電繞’接著 4附連接器的電纜。 μ j木。兄明 首先’說明連接於上述構成的扁平雷螬Fr夕#加 f式電連接器PC的構造。插塞式電；的插 連接器本體5所構成，如圖4所示般，==盍1與 電峨的端部安裝於壓接蓋i，將导Ή構成的扁平 後朝箭頭Α的方向推壓，即可製造；:接盍1面向連接器5 器的電纜》 、 員不於圖5般的附連接 規支=材，的電境支持構件2 ;與以包覆電 纜支持構件2 a二面 '女裝的金屬製殼蓋3所構成。於電 排列的間隔相门刀的門以r太述Λ平電_的同轴電境20之 數的電雙方式來並排，形成有成U字狀Ϊ 成壓接端子容納溝2c及接地二m-步如 扁+電㈣的各壓接部22a容納於該等電境支持溝The end of the production "...t ί is installed on the flat cable FC the second parent made the electrical winding with the connector' followed by the cable with the connector. μ j wood. Brother first first 'describes the flat Thunder Fr connected to the above composition夕# plus f-type electrical connector PC structure. Plug-in type; plug connector body 5, as shown in Figure 4, == 盍 1 and the end of the electric raft is mounted on the crimping cover i, The flattening of the guide cymbal is pushed in the direction of the arrow ,, and it can be manufactured; the cable of the connector 1 facing the connector 5, and the electrical connection of the connector without the connector; The member 2 is composed of a metal cover 3 which is a two-sided 'women's case for covering the cable supporting member 2 a. The door of the spaced-apart knives electrically arranged is a coaxial electric environment 20 The plurality of electric double ways are arranged side by side to form a U-shaped Ϊ into the crimping terminal accommodating groove 2c and the grounding two m-steps such as flat + electric (four), each crimping portion 22a is accommodated in the electric support groove
第12頁 Γ336892Page 12 Γ336892
扁·平電纜FC的尖端部被安裝於 2a、2b，如顯示於圖4般 壓接蓋1。 連接器本體5由絕緣材料製的接觸件支持構件6 ; 接觸件支持構件6之底面覆蓋來安裝成—體，由金屬板組^ 成的接地板7 ;被接觸件支持構件6施行鑲嵌成型來受支& 的多數的接觸件8所構成。接觸件8以與上述扁平電JFC的 同軸電纜2 0之排列的間隔相同的間隔之方式來並排配置，’ 其後端朝上彎曲成直角形成壓接端子部8a。於壓接端子部 8 a升y成心線谷納溝8 b ’其開口朝上，寬度比同轴電規2 〇的 芯線21的直徑小些許。接地板7的後端也朝上贊曲成直角 形成接地端子容納部7 a。此處形成遮蔽容納溝7 b，其開口 朝上’寬度比同軸電纜20的遮蔽層23的直徑小些許。 如上所述，使扁平電纜FC的各壓接部22a，容納於電 纜支持溝22a、22b内後安裝於壓接蓋1上，將該壓接蓋i面 向連接器本體5後，朝箭頭A的方向推壓時，壓接端子部8a 就會切開壓接部22a的内周側絕緣被覆層22，同時陷入壓 接部22a内，而芯線21則插入芯線容納溝8b内來與對應於 芯線21的接觸件8電連接，同時接地連接部23a受容納並受 支持於接地端子容納部7 a的遮蔽容納溝7 b内，遮蔽層2 3則 與接地板7電連接。然後，如於箭頭B所示般塞進殼蓋3 ’ 使其尖端部3a抵接於接地連接部23a後將其朝下推壓。另 外此時，壓接端子部8a的尖端伸入壓接端子容納溝2c内， 接地端子容納部7a的尖端伸入接地端子容納孔2d内。 如以上說明，依據本發明，在從壓接部的内端至第2The tip end portion of the flat flat cable FC is attached to 2a, 2b, and is crimped to the cover 1 as shown in Fig. 4. The connector body 5 is made of a contact supporting member 6 made of an insulating material; the bottom surface of the contact supporting member 6 is covered to be mounted, and the grounding plate 7 is formed by a metal plate group; the contact supporting member 6 is subjected to insert molding. It is composed of a plurality of contacts 8 of the support & The contacts 8 are arranged side by side at the same interval as the arrangement of the coaxial cable 20 of the flat electric JFC, and the rear end thereof is bent upward at right angles to form the crimp terminal portion 8a. The crimping terminal portion 8 a y is formed into a core line valley groove 8 b ' with its opening facing upward, and the width is smaller than the diameter of the core wire 21 of the coaxial electric gauge 2 〇. The rear end of the grounding plate 7 is also bent upward at a right angle to form a ground terminal accommodating portion 7a. Here, the shadow accommodating groove 7b is formed, the opening of which is wider toward the upper side than the diameter of the shielding layer 23 of the coaxial cable 20. As described above, the crimping portions 22a of the flat cable FC are housed in the cable supporting grooves 22a and 22b, and then attached to the crimping cover 1, and the crimping cover i faces the connector body 5, and is directed to the arrow A. When the direction is pressed, the crimping terminal portion 8a cuts the inner peripheral side insulating coating layer 22 of the crimping portion 22a while being caught in the crimping portion 22a, and the core wire 21 is inserted into the core wire receiving groove 8b to correspond to the core wire 21 The contact member 8 is electrically connected while the ground connection portion 23a is received and supported by the shielding receiving groove 7b of the ground terminal receiving portion 7a, and the shielding layer 23 is electrically connected to the ground plate 7. Then, as shown by the arrow B, the cover 3' is inserted so that the tip end portion 3a abuts against the ground connection portion 23a, and is pushed downward. Further, at this time, the tip end of the crimp terminal portion 8a projects into the crimp terminal accommodating groove 2c, and the tip end of the ground terminal accommodating portion 7a protrudes into the ground terminal accommodating hole 2d. As explained above, according to the present invention, from the inner end of the crimping portion to the second
第13頁 五、發明說明（8) 既定長度之範目且 :皮；層，剝除外周側絕；：覆：留的外周側絕緣 外周側絕緣被覆層支’受於尖端側保留既定寬度的 細電線不會零亂地解開二蔽層多數的橫卷曲極 境的尖端，同時提高將遮接連接於扁平電 又因為利用YAG雷射切斷外届曰 接時的連接可靠度。 照射c〇2雷射來溶解除去外周心邑H覆層及遮蔽層，用 部，所以不會有使扁平電規尖端絕：覆層站：成接地連接 或變形之類的外力作用，該等電境或f曲、 維持正確的間隔。因此，可 "以原封不動地 接連接於扁平電瘦的夹端之作；確地進行將連接器壓力溶 對照本發明之扁平電纜的製 平1 0-1 44 1 45號公報，即可明白，發口述的日本特開 地少，可以透過簡單的製造方法來製造扁平電境業里非常 :要將顯示於專利文獻1的殼蓋利用軟焊不 層方:程序，由於不使用軟料，因此能㈣為^於的遮製蔽造Page 13 V. INSTRUCTIONS (8) The specified length of the product is: skin; layer, stripping except for the side of the circumference;: covering: the remaining outer peripheral side of the insulating outer peripheral side of the insulating coating branch 'received by the tip side retaining a given width The thin wire does not unravel the tip of the horizontally-curved pole of the majority of the two layers, and at the same time improves the connection reliability when the splicing is connected to the flat electricity and the YAG laser is used to cut the external splicing. Irradiation of the c〇2 laser to dissolve and remove the outer peripheral palpebral H coating and the shielding layer, so there is no external force effect such as the grounding connection or deformation of the flat electric gauge tip: The environment or f song, maintain the correct interval. Therefore, it can be connected to the flat and thin clip end as it is; and the flat pressure of the flat cable of the present invention can be reliably performed by the connector 1100-1445. Under the circumstance that there is a small amount of Japan's special opening, it is possible to manufacture a flat electric field by a simple manufacturing method. It is necessary to use the soft cover of the cover shown in Patent Document 1: the program, because no soft material is used. , so can (4) cover the cover
第14頁Page 14
丄J 圊式簡單說明 ^— _ 五、【圖式簡單說明】 圖1 ( a )及（B )為a 前之狀態的扁平電纜的·、'、不肩示本發明之扁平電纜加工形成 的同軸電纜之構造的立辨面圖；以及顯示構成該扁平電纜 艰圖。 圖2為顯示依本發 端部構造的平面圖。之扁平電纜加工形成途中階段之 圖 3 (A)及（b) 構造的平面圖及立體圖”·、。頜不依本發明之扁平電纜的端部 以分Γ之為Λ不圖將依本發明之扁平電規所連接的連接器予 圖5為顯不將违λα as 部而構成的附連接器接二接於明之扁平電缓的端 面圖。 伐盗之電纜，其製造途中階段之狀態的剖 部而=二將二接器Λ接於依㈣ 竭·接咨之電纜的剖面圖。 元件符號說 1 2 20 21 22 扁平電、雙 電纜支持構件 同軸電、甓 芯線 内周側絕緣被覆声 2 2 a壓接部 a 22b壓接部丄J 简单 Simple description ^— _ V. [Simple description of the drawing] Figure 1 (a) and (B) are the flat cable of the state before a, An elevational view of the construction of the coaxial cable; and a display of the difficulty of constructing the flat cable. Fig. 2 is a plan view showing the configuration of the end portion according to the present invention. Figure 3 (A) and (b) The plan view and the perspective view of the structure of the flat cable are processed. The end of the flat cable which is not according to the present invention is divided into two parts according to the present invention. The connector to which the electric gauge is connected is shown in Fig. 5 as an end view showing that the connector connected to the λα as part is connected to the flat electric sluice. The slashing cable is cut at the stage of the manufacturing process. And =2, the two connectors are connected to the cross section of the cable according to (4) exhaust and contact. Component symbol 1 2 20 21 22 Flat electric, double cable support member coaxial electric, inner core side insulation covered sound 2 2 a crimping part a 22b crimping part
第15頁 1336892 ' 圖式簡單說明 . 2 3 遮蔽層 2 3 a接地連接部 24 外周側絕緣被覆層 2 4a殘留既定寬度之環狀的外周側絕緣被覆層Page 15 1336892 'Simple description of the drawing. 2 3 Occlusion layer 2 3 a Ground connection part 24 Outer circumferential side insulation coating layer 2 4a Remaining outer circumferential side insulation coating layer of a predetermined width
27 固 定 帶 2a 支 持 溝 2c 壓 接 端 子 容 納 溝 2d 接 地 端 子 容 納 孔 3 殼 蓋 3a 尖 端 部 5 連 接 器 本 體 6 接 觸 件 支 持 構 件 7 接 地 板 7a 接 地 端 子 容 納 部 7b 遮 蔽 容 納 溝 8 接 觸 件 8a 壓 接 端 子 部 8b 芯 線 容 納 溝27 Fixing strap 2a Supporting groove 2c Crimp terminal accommodating groove 2d Grounding terminal accommodating hole 3 Shell cover 3a Tip portion 5 Connector body 6 Contact member Support member 7 Grounding plate 7a Grounding terminal accommodating portion 7b Shielding receiving groove 8 Contact member 8a Crimp Terminal portion 8b core wire receiving groove
第16頁Page 16
Claims (1)
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2003064293A JP3709992B2 (en) | 2003-03-11 | 2003-03-11 | Flat cable |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| TW200506972A TW200506972A (en) | 2005-02-16 |
| TWI336892B true TWI336892B (en) | 2011-02-01 |
Family
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| TW93102491A TWI336892B (en) | 2003-03-11 | 2004-02-04 | Flat cable |
Country Status (3)
| Country | Link |
|---|---|
| JP (1) | JP3709992B2 (en) |
| CN (1) | CN100394514C (en) |
| TW (1) | TWI336892B (en) |
Families Citing this family (10)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP4834199B2 (en) * | 2005-01-17 | 2011-12-14 | 株式会社潤工社 | Flat cable |
| JP5032006B2 (en) * | 2005-07-05 | 2012-09-26 | 株式会社潤工社 | Flat cable |
| JP2007020342A (en) * | 2005-07-08 | 2007-01-25 | Shibuya Kogyo Co Ltd | Coaxial cable processing method and its device |
| JP2007280765A (en) * | 2006-04-06 | 2007-10-25 | Yokowo Co Ltd | Electric connector |
| CN102684110B (en) * | 2011-03-15 | 2015-04-01 | 阿尔卑斯电气株式会社 | Method for removing coated material of flat cable |
| US10250005B2 (en) | 2014-02-24 | 2019-04-02 | Hubbell Incorporated | Cable installation aid for multi-strand electrical conductors |
| TWI569551B (en) * | 2015-08-06 | 2017-02-01 | 深圳市南士科技股份有限公司 | A method for producing cables with water resistant core wire structures |
| CN109994280A (en) * | 2017-12-29 | 2019-07-09 | 深圳市联嘉祥科技股份有限公司 | A kind of novel portable cable |
| BR112021012015A2 (en) | 2018-12-21 | 2021-09-08 | 3M Innovative Properties Company | ELECTRIC POWER CABLE PREPARATION DEVICE |
| CN115151829A (en) | 2019-12-31 | 2022-10-04 | 3M创新有限公司 | Local partial discharge monitoring |
Family Cites Families (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP3719693B2 (en) * | 1996-11-07 | 2005-11-24 | 住友電気工業株式会社 | Manufacturing method of processed wire products |
| JPH11353955A (en) * | 1998-06-05 | 1999-12-24 | Ace Five:Kk | Flat cable terminal structure and connector for connecting same |
| US6326548B1 (en) * | 1999-07-09 | 2001-12-04 | Nissei Electric Co., Ltd. | End-processed coaxial cable structures and methods for producing the same |
| JP4133980B2 (en) * | 2004-09-09 | 2008-08-13 | ケル株式会社 | Flat cable |
-
2003
- 2003-03-11 JP JP2003064293A patent/JP3709992B2/en not_active Expired - Lifetime
-
2004
- 2004-02-04 TW TW93102491A patent/TWI336892B/en active
- 2004-02-24 CN CNB2004100076859A patent/CN100394514C/en not_active Expired - Lifetime
Also Published As
| Publication number | Publication date |
|---|---|
| JP3709992B2 (en) | 2005-10-26 |
| CN1530965A (en) | 2004-09-22 |
| CN100394514C (en) | 2008-06-11 |
| TW200506972A (en) | 2005-02-16 |
| JP2004273333A (en) | 2004-09-30 |
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