M288460 八、新型說明： 【新型所屬之技術領域】 本創作係與導線及端子之壓著技術有關，尤其是關於一種端子壓著器。 ^ 【先前技術】 ， 在已公開之習用技術中，用以將端子與導線連接壓著之端子鉗技術，其大 體上均係以兩樞接之扳桿作為人力握持之施力部位，據以使端子被擠壓變形而 與導線連接固定，其具體之技術内容則有如我國第90211935號新型專利前案「端 _子壓著钳結構改良」中所揭露者；惟，創作人發現，上開以人手為施力源之技 術内谷固可使導線與端子彼此間達到一適當之連接狀態，但囿於人力之有限， ，致使該等壓著之技術内容僅得以對於需較小變形施力之端子使用，換言之，其 僅能適用於小形導線與端子間之壓著連結，而不適於對大形或中狀端子進行 變形之操作。 而為對中形或大形之端子進行變形之壓著操作，習知之技術内容即有透過 馬達或油壓缸等施力源提供端子較A之變雜力，惟，此等技術内容之整體構 ❿成過於複雜且重量過大而不雜攜行，是以，巾職大形之端子壓著 ，而言，苟係需因應使用環境而改變壓著之操作位置時，習知技術中迄今仍未有 適當且理想之技術内容被揭露。 ' 【新型内容】 因此’本創作之主要目的即在提供一種端子壓著器，其係可對端子施加適 當之變形力，並適於攜行使用。 緣疋’為達成上述目的，本創作所提供之端子壓著器者，即係包含了有一 座p，、有本體’一長形滑動空間係設於該本體上，一抵接端則設於該滑動 4 M288460 工間長轴之端對應部位上；一壓著件，具有一壓塊係滑設於該滑動空間中， 亚可Μ該絲方向往復轉作動，至少—壓部係設賴壓塊對應於 該/月動二間長轴方向之-側並與該抵接端相向對應卜轉部，用以提供動力 、驅動該壓塊於該滑動空間中往復位移作動。 ， 【實施方式】 乂下茲牛本創作較佳貫施例並配合圖式作進一步說明，其中： 第-圖係本創作_較佳實施例之立體分解圖。 ► 第二®係本翁—健實施例之立體組合圖。 第三圖係本_-較佳實施例應肝壓著端子之使用雜立體圖。 第四圖係本_-較佳實_縣端子實猶之平面示意圖。 第五圖係本創作-較佳實_歸端子實施巾之平面示顔。 第六圖係本_-較佳實施通著軒實缝之平面示意圖。 清參閱各圖所示，在本創作一較佳實施例中所提供之端子壓著器⑽，其 係由-座部⑽、-壓著件⑽以及—驅動部⑽所組成者。 .雜部（20)係具有一概呈矩形之塊狀本體⑵），一矩形之滑動空間⑽係 ，貫穿該本體(21)上下兩側端面並沿該本體(21)之長轴延伸而成，一弧形凹槽⑽ 係凹汉於該^動空間（22)長軸-端之壁面上，内徑並係小於該滑動空間（22)之 ψ 内徑，第一、第二兩螺孔(24)(25)係分別貫穿位於該滑動空間（22)長軸兩端之 該本體(21)對應部位上’彼此並呈同轴對應而以轴向與該滑動空間⑵)之長軸 平行對應，一柄體(26)係自該本體(21)一側垂直往外延伸適當之長度。 忒壓著件（30)係具有一適當形狀之塊狀壓塊(31)，滑設於該滑動空間（2幻 中並抵接於該滑動空間（22)長轴兩側之壁面上，用以限制該壓塊(3丨）僅得沿 5 M288460 έ亥滑動空間（22)之長軸滑移且無法偏轉，以弧形凹入所構成之兩壓部（犯）係對 稱地没於该壓塊（31)對應於該滑動空間（22)長軸方向之一側塊面上，並與該凹 槽（23)相向對應。 ‘ 該驅動部（40)具有一第一螺桿(41)，係螺設於該第-螺孔(24)，-端並伸 ’入4滑動空間（22)而與該壓塊(31)之另側端面相娘妾，-第二螺桿(42)則螺設 於該第二螺孔(25)中，-端縣得穿經該凹槽（23)而伸出位於該滑動空間（22) 長軸一端上，用以形成一抵接端（27)，並使各該第一、第二螺桿(μ)(犯)之另 • 側桿端分別形成適供扳手施力之多邊桿端。 藉由上述構件之組成，該端子壓著器（丨〇)於使用時，即可藉由扳手等手工 具施力於各該螺桿(41X42)上，據以改變各該壓部(32)與該抵接端(27)間之距 離，據以使被夾設於其間之端子受到適當之變形施力，以達成與導線壓著之使 用目的。 而其貫際之使用狀態，則請參閱第四圖至第六圖所示者，在壓著之前，係 先調整各該壓部（32)與該抵接端（27)間之距離，使之得以將端子⑽適當地失 •置定位，而使端子(5〇)之兩側片⑸）片端分別抵接於該兩壓部⑽孤形端面之 側上（如第四_不），繼之，即得以扳手施力改變各該壓部⑽與該抵接端 (27)間之距離，從而擠壓而使各該側片⑸）之片端受到各該壓部⑽弧形端面 之‘引而相向地往内變形（如第五圖所示），當變形至與導線之裸線間緊束固定 令各該側片（51)即如第六圖所示般缚捲包覆於裸線上，據以完成端子與導線 間之壓著作業。 而於此’巾請人需再加以提出制者有三··其-侧於上揭實施例中以兩 凹弧面為該壓部之構成技術内容者，並非係為本創作之唯一可行方式，其尚可 6 M288460 μ不同端子所需之變形形狀，改變該壓部之形狀，換言之該壓部僅係作為 端子k形之模具使用，其雜當可視實際需要*有所變更。 其二者係該端子壓著器⑽相較於習用技術而言，缝其係可透過板手等 工具施力，以即得以對於中形乃至於大形之端子進行壓著之作業，加以其構 造亦非複雜1無習職術中以馬達或油壓紅等笨重之驅動動力源，是以其即 得便於犧帶使用，而可因應不同作業環境作適當之變化。 其三，該端子壓著器⑽所具有之柄體⑽除可提供作為操作者之手持施 作外’其更可進-步與該本體⑼配合，而以其共同形成之底面作為該端子壓 者裔（10)得肋跨置於作#場所之施作使用，舉例而言，當擬對汽車蓄電池進 行端子壓著作業時，其即得跨置於蓄電池與汽車引擎室側壁上，如此—來更足 以增進該端子壓著器在使用時之便利性。 【圖式簡單說明】 第一圖係本創作一較佳實施例之立體分解圖。 第二圖係本創作一較佳實施例之立體組合圖。M288460 VIII. New description: [New technical field] This creation is related to the crimping technology of wires and terminals, especially regarding a terminal crimper. ^ [Prior Art] In the prior art, the terminal clamp technology for connecting the terminal and the wire is generally used as a force-applying portion of the two pivoting levers. In order to make the terminal squeezing and deforming and connecting with the wire, the specific technical content is as disclosed in the new type of patent No. 90211935, "The improvement of the structure of the end-clamping pliers"; however, the creator discovered that The technique of using the human hand as the source of the force can make the wire and the terminal reach a proper connection state with each other, but the manpower is limited, so that the technical content of the pressing can only be applied to the small deformation. The terminal is used, in other words, it can only be applied to the crimp connection between the small wire and the terminal, and is not suitable for the operation of deforming the large or medium terminal. In order to perform the pressing operation of deforming the terminal of the medium or large shape, the technical content of the prior art is to provide the terminal to the hybrid force of the A through the force source such as the motor or the hydraulic cylinder, but the overall configuration of the technical contents is The complexity is too complicated and the weight is too large to carry it. Therefore, when the terminal of the towel is pressed, it is necessary to change the operating position of the pressing according to the use environment. Appropriate and ideal technical content is revealed. '[New content] Therefore, the main purpose of this creation is to provide a terminal crimper which can apply appropriate deformation force to the terminal and is suitable for carrying. In order to achieve the above objectives, the terminal crimper provided by the present invention comprises a p, a body having an elongated sliding space on the body, and an abutting end being provided on the The sliding portion of the 4 M288460 working chamber has a corresponding end portion; a pressing member has a pressing block which is slidably disposed in the sliding space, and the yoke is reciprocally rotated, at least the pressing portion is biased The block corresponds to the side of the long axis direction of the two moons and corresponds to the abutting end to provide power for driving the pressure block to reciprocate in the sliding space. [Embodiment] The following is a description of the preferred embodiment of the present invention, and is further illustrated with reference to the drawings, wherein: the first drawing is a perspective exploded view of the preferred embodiment. ► The second ® series is a three-dimensional combination of the examples. The third figure is a perspective view of the preferred embodiment of the liver crimping terminal. The fourth picture is a schematic diagram of the _-best-real _ county terminal. The fifth figure is the flat surface of the present invention - preferably the actual implementation of the terminal. The sixth figure is a plan view of the preferred embodiment. Referring to the drawings, a terminal crimper (10) provided in a preferred embodiment of the present invention is composed of a seat portion (10), a crimping member (10), and a driving portion (10). The sub-portion (20) has a substantially rectangular block-shaped body (2)), and a rectangular sliding space (10) extends through the upper and lower end faces of the body (21) and along the long axis of the body (21). An arcuate groove (10) is recessed on the wall of the long axis end of the moving space (22), and the inner diameter is smaller than the inner diameter of the sliding space (22), and the first and second screw holes ( 24) (25) respectively corresponding to the long axis of the main body (21) at both ends of the long axis of the sliding space (22), which are coaxial with each other and axially parallel to the long axis of the sliding space (2) A handle body (26) extends from the side of the body (21) vertically outwardly to a suitable length. The pressing member (30) is a block-shaped pressing block (31) having a suitable shape, which is slidably disposed in the sliding space (2 phantoms and abuts against the wall surfaces on both sides of the long axis of the sliding space (22), In order to limit the pressure block (3丨), it only has to slide along the long axis of the 5 M288460 滑动 滑动 sliding space (22) and cannot be deflected, and the two pressure portions (guilty) formed by the curved concave are symmetrically not under the pressure. The block (31) corresponds to one side block surface of the sliding space (22) in the long axis direction and corresponds to the groove (23). The drive portion (40) has a first screw (41) The screw is disposed on the first screw hole (24), and the end is extended into the sliding space (22) to be adjacent to the other end surface of the pressing block (31), and the second screw (42) is screwed. In the second screw hole (25), the end end is inserted through the groove (23) and protrudes on one end of the long axis of the sliding space (22) to form an abutting end (27), and The other side rod ends of the first and second screws (μ) are respectively formed with a polygonal rod end suitable for applying a wrench. By the composition of the above components, the terminal crimper (丨〇) When used, it can be applied by a hand tool such as a wrench. For each of the screws (41X42), the distance between each of the pressing portions (32) and the abutting end (27) is changed, so that the terminals sandwiched therebetween are appropriately deformed and biased. To achieve the purpose of use of the wire crimping, and for the continuous use state, please refer to the figures shown in the fourth to sixth figures, before pressing, adjust the pressure portion (32) and the abutment The distance between the ends (27) is such that the terminals (10) are properly dislocated, and the ends of the two ends (5) of the terminals (5) are respectively abutted on the sides of the isolated end faces of the two pressing portions (10). (Fourth_No), and then, the wrench is forced to change the distance between each of the pressing portions (10) and the abutting end (27), so as to be squeezed so that the ends of the side panels (5) are subjected to the respective The curved end face of the pressing portion (10) is deformed inwardly toward the inner side (as shown in the fifth figure), and is deformed to be tightly bundled with the bare wire of the wire so that each side piece (51) is as shown in the sixth figure. The general binding coil is wrapped on the bare wire to complete the pressing between the terminal and the wire. However, it is not the only feasible way for the creation of the embossed part of the above-mentioned embodiment to use the two concave curved surfaces as the technical content of the embossing. It can still change the shape of the pressing part of 6 M288460 μ different terminals, and change the shape of the pressing part. In other words, the pressing part is only used as a terminal k-shaped mold, and the noise can be changed according to actual needs*. The two of the terminal crimpers (10) are sewed by means of a tool such as a wrench or the like, so that the terminal can be pressed against a medium-shaped or even a large-shaped terminal. The structure is also not complicated. 1 There is no cumbersome driving power source such as motor or oil pressure red in the non-apprenticeship, so it is easy to use, and it can be appropriately changed according to different working environments. Third, the handle (10) of the terminal crimper (10) can be provided as an operator's hand-held application, and it can be further engaged with the body (9), and the bottom surface formed by the joint is used as the terminal pressure. The person (10) has the ribs placed across the site for the use of the site. For example, when it is intended to carry out terminal pressing on the car battery, it must be placed across the side wall of the battery and the engine compartment of the car. It is more convenient to improve the convenience of the terminal crimper in use. BRIEF DESCRIPTION OF THE DRAWINGS The first drawing is a perspective exploded view of a preferred embodiment of the present invention. The second drawing is a three-dimensional combination of a preferred embodiment of the present invention.
第三圖係本創作一較佳實施例應用予壓著端子之使用狀態立體圖。 第四圖係本創作一較佳實施例壓著端子實施前之平面示意圖。 第五圖係本創作一較佳實施例壓著端子實施中之平面示意圖。 第六圖係本創作一較佳實施例壓著端子實施後之平面示意圖。 【主要元件符號說明】 (10)端子壓著器 (22)滑動空間 (25)第二螺孔 (20)座部 (23)凹槽 (26)柄體 (26)柄體 (21)本體 (24)第一螺孔 (27)抵接端 7 M288460 (30)壓著件 (31)壓塊 (32)壓部 (40)驅動部 (41)第一螺桿 (42)第二螺桿 (50)端子 (51)側片The third drawing is a perspective view of a state in which a preferred embodiment of the present invention is applied to a crimp terminal. The fourth drawing is a schematic plan view of a preferred embodiment of the present invention before the crimping terminal is implemented. The fifth drawing is a schematic plan view of a preferred embodiment of the crimping terminal in the present invention. The sixth drawing is a schematic plan view of a preferred embodiment of the present invention after the crimping terminal is implemented. [Description of main component symbols] (10) Terminal crimper (22) Sliding space (25) Second screw hole (20) Seat (23) Groove (26) Handle body (26) Handle body (21) Body ( 24) first screw hole (27) abutting end 7 M288460 (30) pressing member (31) pressing block (32) pressing portion (40) driving portion (41) first screw (42) second screw (50) Terminal (51) side piece