1296186 九、發明說明： 【發明所屬之技術領域】 本發明係在提供一種抽取式電源供應器的移位控制裝 置’特指電源供應器被置入或抽取出殼體外，具有二段式 之施力動作，以增進操作過程的安全性。 【先前技術】 _ 按習知電源供應器，被抽拉或組合入殼體中的過程， • 均無任何安全裝置，操作者在抽拉電源供應器之過程中， 由於力矩難以控制，往往在初拉力之階段，由於出力過猛 ，導致整個電源供應器掉落地面而損壞。另外當電源供應 is被組置入殼體中，往拄因末階段的置壓力不足，而導致 t源供應器於殼體中目定不完全或施力太大導致電源供應 器碰撞殼體而受損。尤有甚者把手均凸出或自由垂吊於電 源供應器的殼體外，因此容易受碰撞、鈎拉的不當受力而 使把手異位，進一步使整個電源供應器異位。 馨 【發明内容】 纟發明之主要目的，即在提供—種抽取式電源供應器 的移位控制裝置，發揮電源供應器被置入或抽取出殼體外 ，具有二段式之施力動作及移位的方向控制，以增進操作 過程的安全性，同時把手的簧片得卡扣於外殼中，俾以達 把手不使用時穩固的結合於外殼中，不虞受不當之外 異位。 二-、二所示，本發明係在提供-種抽取式電源供 應裔的移位控制裝置，乃包括： 1296186 具有矩形外殼1 Q的電源供應器i Q G，外殼^ 〇的上、 下表面上分別設有驅接孔1 2、（ i 2 ); 一把手2 Ο，係由水平向分佈的上臂體2 2、下臂體2 4 及垂直向的手握把2 6組成，其中上、下臂體22、2 4的尾端各形成近似於υ型的溝槽2 2 1、2 4 1，二 軸孔2 2 2、2 4 2分別在上、下臂體2 2、2 4上形 成，把手2 0的握把2 6外表面上設有一凹部2 6 1 ; 一黃片5 0，内部設有一向内傾斜變形凸出的固定片5 2 ，固定片52固定於凹部26工的凸梢262上，固定 片5 2之周邊形成狹穿孔5 3，簧片5 〇的前方沖壓出 一凸部5 4，凸部5 4凸出於簧片50的内表面，該簧 片5 0具彈性變形的金屬材料設置而成； 外殼1 0之側表面上，設有一卡槽1 3，凸部5 4可卡 扣入卡槽1 3中； 二支軸梢3 0、（ 3 0 )分別穿接入二轴孔2 2 2、2 4 2及外殼1 0其上、下表面上所設的驅接孔1 2、（ 1 2 )中； 一殼體4 0，至少設有一個以上的矩形容槽4 2 (如圖五 所示），其容槽4 2的至少一槽壁面上設有一支凸柱體4 3 ’隨著把手2 0不同角度的受力移位，滑槽2 2 1、 2 4 1的前槽壁2 2 3及後槽壁2 4 3施力並磨擦滑動 於凸柱體43之圓周表面上。 如圖一、三、四所示，其中溝槽221、241其分 別具有供施力的前槽壁2 2 3及後槽壁2 4 3，前槽壁2 6 1296186 /力可〜著凸柱體4 3的外圓周表面做磨擦性的滑動 隻t 土 2 4 3叉力可沿著凸柱體4 3的外圓周表面做磨 擦性的滑動。 ^如圖一、四所示，其中位於外殼1〇的表面上設有_ 定位凸體1 5 ’該定位凸體！ 5具有—側表面1 5工； 下漳體2 2、2 4至少一個臂體的側邊緣2 2 5、2 4 5可頂靠於側表面丄5丄上。 如圖一所示，其中把手2 〇的凹部2 6 i側邊設有一 倒角，形成斜凹面2 6 5 ; 尹、片5 〇的後側表面形成一壓按部5 6，其受力可在斜凹 面2 6 5上做彈性移位。 【實施方式】 (1)·如圖一、二所示，上臂體2 2與下臂體2 4形狀相同 ’略呈梯形狀，把手2 〇的手握把2 6可供人手掌的 握持，不論是被拉出或靠合於外殼1 0上，把手2 〇 均是以軸梢3 〇 ( 3 0 )為轉軸心，來做有限角度的 旋動。 如圖三所示，電源供應器1 〇 〇容置入殼體4 〇的矩 形容槽4 2中，凸部5 4頂入卡槽1 3中，使把手2 〇確實被固定於外殼1 〇中，單一凸柱體4 3可選擇 5又在谷槽4 2的下槽壁面或上槽壁面或上、下槽壁面 均設有凸柱體4 3 ( 4 3 )者，當把手2 0為關閉狀 態時’凸柱體4 3位於U型溝槽2 2 1、2 4 1之内 緣位置（如圖三所示）。 7 1296186 (2).外殼1 〇被抽出容槽4 2外之動作·· 如圖一、四所示，人手掌握住握把2 6，手指壓按菁 片5 0後端的壓按部5 6，壓按部5 6向下移位而接 近於斜凹面2 6 5，固定片5 2固定不動，由於狹穿 孔5 3之設計，使簧片5 〇前端容易向外彈性麵起變 形，進一步令凸部5 4脫離卡槽χ 3 (如圖三、四所 示）’手掌向外施力，手握握把2 6以軸梢3 ◦為轉轴 ，做一旋動施力，此時後槽壁2 4 3係具有一斜坡及 長度，被施力時，乃沿著凸柱體4 3之表面圓周做磨 擦性的滑動，此時凸柱體4 3形成一受力的支點，進 一步令外殼1 0向容槽4 2外滑動出，一直到上、下 臂體2 2、2 4的側邊緣2 2 5、2 4 5頂靠於定位 凸體1 5的側表面1 5 !上，溝槽2 2丄、2 4丄離 開凸柱體43，凸柱體43位於溝槽221、241 的開口外面。 緊接著人手掌再將握把2 6直向的向外抽出，則整個 電源供應器1 0 0乃被抽取出容槽4 2外。 如上所述，本案具有二段式的抽取電源供應器1 〇 〇 出容槽4 2的動作，第-段的抽取動作（如圖四所示 )曰在々外冗又1〇為人手初拉出時而且由於後槽壁2 4 3作用於凸柱體4 3，使外殼1 〇被移位時具有直 向的方向性可循，不會首次就被猛力拉出而導致電源 供應為' 1 〇 0掉落地面之虞。 第二段的抽取電源供應器X 〇 〇，即操作者可事先應 1296186 有的防備慣有心態，雙手或單手掌握外殼丄〇凸出容 才曰4 2外的體積，來將電源供應器1 ◦ 0整個抽拉出 容槽4 2外。 (3)·外殼1 〇被容置入容槽4 2之動作·· 如圖一、四所示，操作者將電源供應器工㈣的矩形 外π又1 0對準容槽4 2之槽口，延伸入第一段距離， 以做為第一段的插接動作，利用溝槽2 2丄、2 4工 之開口對準凸柱體4 3，手握握把2 6向容槽42之 方向做旋動及靠合之動作以做為第二段的插接動作， 此時把手2 0以軸梢3 〇為旋轉中心做旋動，上、下 臂體2 2、2 4形成施力的力臂，前槽壁2 2 3施力 亚/口著凸柱體4 3之圓周表面磨擦滑動，此時凸柱體 4 3形成一受力的支點，上、下臂體2 2、2 4形成 施力之力#，進-步令外殼1 Q向容槽4 2内部滑 動入，-直到凸部5 4卡入卡槽1 3中，使把手2 〇 穩固的定位於外殼10中，凸柱體43位於溝槽22 1、241之内部中，前槽壁223作用於凸柱體4 3之過程’使外殼1(]在容槽42中具有線性的移位 方向，以達外殼1 〇定位於容槽4 2後死點得以正確 。由於凸部54卡入卡槽13中，使把手20不會受 不當之力矩作用（如碰撞）而異位，使把手2 〇穩固 的定位於外殼1 〇中。 ⑷.如圖五所示，本案的殼體4 Q可增設為複數個容槽4 2，電源供應器1 〇 〇亦可為複數個，可容置及抽取 9 Ϊ296186 出容槽4 2中。 電源供應器1 〇 ^ 0 “ ·、响疋插接入容槽4 2中或抽取出 谷子曰4 2外，甘4丄 /、1 取動作或揷接入容槽4 2之線性 方向移位動作，均驻发π , 、， 勺错者凸柱體4 3與溝槽2 2 1、21296186 IX. Description of the Invention: [Technical Field] The present invention provides a displacement control device for a detachable power supply device, in particular, a power supply device is placed or extracted from a housing, and has a two-stage type Force action to improve the safety of the operation process. [Prior Art] _ According to the conventional power supply, the process of being pulled or combined into the casing, • There is no safety device, and the operator is difficult to control during the process of pulling the power supply, often At the initial tension stage, the entire power supply was dropped and the ground was damaged due to excessive force. In addition, when the power supply is is placed in the casing, the pressure of the final stage is insufficient, and the t source is incompletely in the casing or the force is too large, causing the power supply to collide with the casing and being damaged. . In particular, the handles are all protruding or freely suspended from the housing of the power supply, so that the handles are eccentric due to improper impact and hooking, which further makes the entire power supply ectopic.馨 [Summary of the Invention] The main purpose of the invention is to provide a displacement control device for a removable power supply, which has a two-stage force application and shifting operation, in which the power supply is placed or extracted from the housing. The positional control of the position is to enhance the safety of the operation process, and the reed of the handle is buckled in the outer casing so as to be firmly integrated into the outer casing when the handle is not in use, and is not subject to improper ectopicity. As shown in the second and second versions, the present invention provides a displacement control device for a power supply type, comprising: 1296186 a power supply i QG having a rectangular casing 1 Q, on the upper and lower surfaces of the casing There are respectively provided drive holes 1 2, ( i 2 ); a handle 2 Ο is composed of a horizontally distributed upper arm body 2, a lower arm body 24 and a vertical hand grip 26, wherein the upper and lower arms are The ends of the bodies 22, 24 each form a groove 2 2 1 , 2 4 which is approximately υ-shaped, and the two-axis holes 2 2 2, 2 4 2 are formed on the upper and lower arms 2 2, 2 4, respectively. The outer surface of the grip of the handle 20 is provided with a recess 2 6 1 ; a yellow piece 50 is provided with a fixing piece 5 2 which is convexly deformed inwardly, and the fixing piece 52 is fixed to the convex part of the recess 26 262, the periphery of the fixing piece 5 2 forms a narrow perforation 5 3 , a convex portion 54 is punched in front of the reed 5 ,, and the convex portion 54 protrudes from the inner surface of the reed 50, the reed 50 is elastic The deformed metal material is arranged; a side surface of the outer casing 10 is provided with a card slot 13, and the convex portion 5 4 can be snapped into the card slot 13; the two shaft ends 3 0, (30) are respectively worn Access to the two shaft holes 2 2 2 2 4 2 and the outer casing 10 of the upper and lower surfaces of the drive hole 1 2, (1 2); a housing 40, at least one or more rectangular receptacles 4 2 (as shown in Figure 5 Shown), at least one groove wall surface of the cavity 4 2 is provided with a convex column body 4 3 ' with the force of the handle 20 0 different angles, the front groove wall 2 of the chute 2 2 1 , 2 4 1 2 3 and the rear groove wall 2 4 3 apply force and friction to slide on the circumferential surface of the convex cylinder 43. As shown in FIG. 1 , 3 and 4 , the grooves 221 and 241 respectively have a front groove wall 2 2 3 and a rear groove wall 2 4 3 for applying a force, and the front groove wall 2 6 1296186 / force can be a convex column The outer circumferential surface of the body 43 is subjected to frictional sliding only t soil 2 4 3 fork force can be frictionally slid along the outer circumferential surface of the convex cylinder 43. As shown in Figures 1 and 4, the surface of the casing 1 is provided with a positioning protrusion 1 5 '. 5 has a side surface 1 5 work; the lower body 2 2, 2 4 at least one arm side edge 2 2 5, 2 4 5 can be placed against the side surface 丄 5 。. As shown in FIG. 1 , the side of the recess 2 6 i of the handle 2 设有 is provided with a chamfer to form an oblique concave surface 2 6 5 ; the rear side surface of the Yin and the sheet 5 形成 forms a pressing portion 5 6 , which can be stressed. Elastic displacement is made on the oblique concave surface 2 6 5 . [Embodiment] (1) As shown in Figs. 1 and 2, the upper arm body 2 2 and the lower arm body 24 have the same shape of a 'slightly trapezoidal shape, and the handle 2 of the handle 2 is gripped by the palm of the hand. Whether it is pulled out or snapped to the outer casing 10, the handle 2 is pivoted by the shaft tip 3 〇 (30) for a limited angle. As shown in FIG. 3, the power supply 1 is placed in the rectangular receptacle 4 2 of the housing 4, and the projections 5 4 are inserted into the slot 13 so that the handle 2 is indeed fixed to the housing 1 In the middle, the single convex column body 4 3 can be selected 5 and the convex groove body 4 3 ( 4 3 ) is provided on the lower groove wall surface or the upper groove wall surface of the trough 42 or the upper and lower groove wall surfaces, when the handle 20 is In the closed state, the "cylinder body 4 3 is located at the inner edge of the U-shaped groove 2 2 1 , 2 4 1 (as shown in FIG. 3). 7 1296186 (2). The action of the outer casing 1 〇 being pulled out of the tank 4 2 · As shown in Figs. 1 and 4, the grip of the grip 2 2, the finger presses the pressing portion 5 of the back end of the crest 5 6. The pressing portion 5 6 is displaced downward to be close to the oblique concave surface 2 6 5 , and the fixing piece 5 2 is fixed. Due to the design of the narrow perforation 5 3 , the front end of the reed 5 is easily deformed toward the outer elastic surface, further Let the convex part 5 4 out of the card slot χ 3 (as shown in Figures 3 and 4) 'the palm is biased outward, and the grip grip 26 is used as the rotating shaft with the shaft tip 3 ◦ as the rotating shaft, and a rotation force is applied. The rear groove wall has a slope and a length. When the force is applied, the frictional sliding is performed along the circumference of the surface of the convex body 43. At this time, the convex body 43 forms a fulcrum of force, and further The outer casing 10 is slid out of the housing 4 2 until the side edges 2 2 5, 2 4 5 of the upper and lower arms 2 2, 2 4 abut against the side surface 1 5 of the positioning protrusion 15 The grooves 2 2 丄, 24 4 丄 leave the convex cylinder 43 , and the convex cylinder 43 is located outside the openings of the grooves 221 , 241 . Immediately after the palm of the person pulls the grip 2 6 straight out, the entire power supply 100 is extracted out of the receptacle 4 2 . As described above, the present invention has a two-stage extraction power supply 1 that takes out the action of the slot 4 2, and the extraction operation of the first segment (shown in FIG. 4) is redundant and one is the first step. When it is out and because the rear groove wall 243 acts on the stud body 43, the directionality of the outer casing 1 具有 is shifted, and the directional direction can be followed, and the power supply is not caused by the violent pull for the first time. 1 〇0 drops to the ground. The second section of the extraction power supply X 〇〇, that is, the operator can in advance 1296186 have a precautionary mentality, hands or one hand to grasp the volume of the outer casing 丄〇 convex 曰 曰 4 2, to supply power The device 1 ◦ 0 is pulled out of the outer tank 4 2 . (3) · The operation of the casing 1 〇 is accommodated in the tank 4 2 · As shown in Fig. 1 and Fig. 4, the operator aligns the rectangle π1 of the power supply unit (4) with the groove of the tank 4 2 The mouth extends into the first distance to act as the first stage of the plugging action, and the groove 2 2 丄, the opening of the 2 4 work is aligned with the convex column body 4 3 , and the grip grip 26 6 is oriented to the cavity 42 The direction of the rotation and the action of the hinge are used as the second stage of the plugging action. At this time, the handle 20 is rotated with the shaft tip 3 〇 as the center of rotation, and the upper and lower arms 2 2, 2 4 are formed. The force arm of the force, the front groove wall 2 2 3 force ya / the surface of the convex column body 4 3 frictional sliding, at this time the convex column body 4 3 forms a force fulcrum, the upper and lower arm body 2 2 2 4 forming the force of the force #, the step-by-step casing 1 Q slides into the groove 4 2, until the convex portion 5 4 is snapped into the card slot 13 to position the handle 2 firmly in the casing 10 The convex cylinder 43 is located in the inner portion of the grooves 22 1 and 241, and the process of the front groove wall 223 acting on the convex cylinder 4 3 causes the outer casing 1 (] to have a linear displacement direction in the cavity 42 to reach the outer casing. 1 〇 Positioned in the tank 4 2, the dead point is correct. The portion 54 is snapped into the card slot 13 so that the handle 20 is not ectopically subjected to an undue torque (such as a collision), so that the handle 2 is firmly positioned in the casing 1 。. (4) As shown in FIG. 5, the case The housing 4 Q can be added to a plurality of capacitors 4 2 , and the power supply 1 〇〇 can also be plural, and can accommodate and extract 9 Ϊ 296186 into the output slots 4 2 . Power supply 1 〇 ^ 0 “·, When the sound is inserted into the tank 4 2 or the millet 曰 4 2 is extracted, the shifting action of the Gan 4丄/, 1 take action or the 揷 access tank 4 2 is carried out, and the π, ,, spoon Wrong convex cylinder 4 3 and groove 2 2 1 , 2
4： 1的别、後槽壁9 9 Q 、 J 3、2 4 3相對磨擦運動來達 成’如此可防止操作者於猛出力操作之失誤，以增進 電源供應H 1 〇 Q於組卸動作過程之安全性，同時凸 柱體43與前、後槽壁2 2 3、243相對磨擦運動 時，係具有緩衝之效果，以防止外殼丄〇在壓入容桦 42中產生猛力的碰壓力。 曰 1296186 【圖式簡單說明】 第一圖為本發明之另件立體分解圖。 第二圖為本發明之立體組合圖。 第三圖為本發明之動作斷面示意圖。 第四圖為本發明之動作斷面示意圖。 第五圖為本發明電源供應器裝置於殼體中之立體分解圖。 【主要元件符號說明】 電源供應器一1 0 0 夕卜殼----1 0 驅接孑L---1 2 卡槽----1 3 定位凸體——15 4則表面---1 5 1 把手----2 0 上臂體---2 2 溝槽----2 2 1、2 4 1 軸孔----222、242 前槽壁---223 側邊緣---2 2 5、2 4 5 下臂體---2 4 後槽壁---2 4 3 握把·----2 6 凹部----2 6 1 11 1296186 凸梢----2 6 2 斜凹面---265 轴梢----3 0 殼體----4 0 容槽----4 2 凸柱體---4 3 簧片----5 0 固定片---5 2 狹穿孔---5 3 凸部----5 4 壓按部---564: 1, the rear groove wall 9 9 Q, J 3, 2 4 3 relative friction movement to achieve 'this can prevent the operator from operating the force of the force to improve the power supply H 1 〇Q in the group unloading process The safety, when the convex cylinder 43 and the front and rear groove walls 2 2 3, 243 are relatively frictional, has a buffering effect to prevent the casing from being pressed into the forceful birch 42 to generate a violent pressure.曰 1296186 [Simple description of the drawings] The first figure is an exploded perspective view of the other parts of the present invention. The second figure is a three-dimensional combination diagram of the present invention. The third figure is a schematic cross-sectional view of the action of the present invention. The fourth figure is a schematic cross-sectional view of the action of the present invention. The fifth figure is an exploded perspective view of the power supply device of the present invention in the housing. [Main component symbol description] Power supply 1 0 0 卜 卜 ----1 0 孑 孑 L---1 2 card slot ----1 3 positioning convex body - 15 4 surface -- -1 5 1 Handle----2 0 Upper arm body---2 2 Groove----2 2 1、2 4 1 Shaft hole----222,242 Front groove wall---223 Side edge- --2 2 5, 2 4 5 Lower arm body ---2 4 Rear groove wall ---2 4 3 Grip ·----2 6 Concave ----2 6 1 11 1296186 Convex --- -2 6 2 Oblique and concave surface---265 shaft tip----3 0 housing----4 0 pocket----4 2 convex cylinder---4 3 reed----5 0 Fixing piece---5 2 narrow perforation---5 3 convex part----5 4 pressing part---56