1334326 九、發明說明： 【發明所屬之技術領域】 本發明係在提供一種模組化殼體的把手改良裝 置’特指一種鈎體與L型連動體係採分離式的組合 狀態’進一步令鈎體卡掣及脫離於模組化殼體的定 位孔中快速便捷者。 【先前技術】 按本發明人先前所發明之台灣証書號數第工 276073號發明專利案及美國專利號第7，125,272 bi 專利案’揭露了一模組化殼體的把手定位裝置，其 在長久使用下’尚存下列之缺點： (一） 、由於鈎體（2 5 2)與L型連動體（2 5 )係一 體成型’因此當把手（20)被人手抓取的當時， 鈎體（252)隨著l型連動體（25)以軸梢（2 5 5 )為轉軸同步做一擺動，方可令鈎體（2 5 2 ) 位於定位孔（1 3 )之位置，以供人手指外拉移位 之動作’以將鈎體（25 2)移位出定位孔中，因 此把手（2 0 )必須供人手指的握持向外施力在 操作上動作多。 (二） 、當鈎體（2 5 2 )要卡掣入定位孔（1 3 )中， 也必須要人手指掌握把手（2 0 )，令鈎體（2 5 2 ) 對準定位孔（1 3)，方可令鈎體（25 2)移位入 定位孔（13)中，再卡掣於定位孔（13)之内 6 因此在操作上動作煩多。 壁表面（1 3 )上 【發明内容】 本發明之主is & ^ 的’即在提供一種模組化殼體1334326 IX. Description of the Invention: [Technical Field] The present invention provides a handle improvement device for a modular housing, which specifically refers to a combined state of a hook body and an L-type interlocking system. The cassette and the positioning hole which is separated from the modular housing are quick and convenient. [Prior Art] The invention has been previously invented by the inventors of the present invention, and the invention discloses a handle positioning device of a modular casing, which discloses a handle positioning device of a modular casing. Long-term use of the following shortcomings: (1), because the hook body (2 5 2) and the L-type linkage body (2 5) are integrally formed 'so when the handle (20) is grabbed by the hand, the hook body (252) As the l-type linkage body (25) makes a swing with the shaft tip (25 5) as the rotation axis, the hook body (2 5 2 ) is located at the position of the positioning hole (1 3 ) for the person The action of pulling the finger outside the shift 'to displace the hook body (25 2) out of the positioning hole, so the handle (20) must be biased outwardly by the finger of the human hand to operate more. (2) When the hook body (2 5 2 ) is to be inserted into the positioning hole (1 3 ), the finger (2 0 ) must also be grasped by the finger, so that the hook body (2 5 2 ) is aligned with the positioning hole (1) 3), the hook body (25 2) can be displaced into the positioning hole (13) and then clamped into the positioning hole (13). Therefore, the operation is troublesome. On the wall surface (13) [Invention] The main is & ^ of the present invention provides a modular housing
的把手改良獎番，、rfA 祗需要利用手指指壓施力於把手 、上表面’即可快速便捷的令鈎體卡掣定位於定位 孔之内壁表面，以達操作快速便捷者。 發月之S目的，即在提供一種模組化殼體 的把手改良裝置’抵需要利用手指指壓及外拉（推) 於把手的外側邊’即可快速便捷的令鈎體移位出定 位孔外，以連操作快速便捷者。 如圖、一、二所示，本發明乃包括： 矩形的模組化殼體i 0 ’其前表面1 2的側下方設 有凹陷的缺口 1 4、（ 1 4 )，缺口工4、（丄4 )中， 具有一内槽面1 4 1 (如圖四所示），前表面1 2的 側下方設有定位孔1 3、（ 1 3 ); 把手2 0 0係由下列構件組成： 板狀之本體2 2 (如圖三所示），後端設有軸孔2 2 0 ’軸孔2 2 ◦藉一軸梢2 1活接於缺口 1 4的内 槽面14 1中（如圖四所示）； 其中本體2 2的前板體2 2 1上，設有包括一個以 上的穿孔222、223，前板體221的外周緣 邊分別形成不同延伸長度的第一壁面2 2 6及第二 壁面2 2 4 C如圖三所示）； 7 1334326 如圖三、四所示，一外套3 0内部設 2 ，穿槽3 2内部中，分別設有不同位置 面3 1及弧形槽壁面3 5，以及在外套3 有至少一個的軸孔3 9 1、3 9 2及一個 3 ； 一鈎體4 0被容納入穿槽3 2中，其後端 4 2，前段側邊設有一鈎部4 4，另側邊 部46，一軸梢38穿接入穿孔393及 的軸孔4 2中； 彈性元件5 0穿接入穿槽3 2中，進一步 形槽壁面3 5、（ 3 5 )所區隔的槽孔3 Ε 性元件5 0的外端5 2接觸於凹部4 6中 4接觸於第二壁面2 2 4 ; 至少一支軸梢36、37穿接入外套30 軸孔39 1、392以及前板體22 1所 孔 222、223 中。 如圖三所示，其中前板體221 ，所 孔2 2 2、2 2 3設有二個，分別設置於 上、下表面的垂直方向，二支軸梢36、 別穿接固定於二穿孔222、223中， 36、37隨著外套30受力而同步移位 梢36、37在二個穿孔222、223 如圖六所示，其中外套3 0中之槽擋 有穿槽3 的槽擋壁 0中，設 穿孔3 9 設有軸孔 設有一凹 鈎體4 0 位置於弧 ^ 1中，彈 ，内端5 所預設的 預設的穿 預設之穿 外套3 0 3 7係分 二支軸梢 ，二支轴 中移位。 壁面3 1 8 1334326 可接觸/分離於前板體2 2 1上的第一壁面2 2 6 〇 如圖六所示，其中鈎體40的凹部46受彈性 元件5 0之頂壓作用而具有彈性力。 如圖四所示，其中鈎體4 0的鈎部4 4得以卡 掣於定位孔13的孔内壁面131上。 如圖三所示，其中位於外套3 0的上、下表面 上，分別連結有上片體3 3及下片體34。 如圖三、五所示，其中位於外套3 0的外側邊 設有複數的凸緣體3 0 1 ，位於外套3 0的内側邊 形成弧形邊3 0 2。 【實施方式】 如圖五之箭頭所示，利用人手指指壓施力於凸 緣體3 0 1上，整支把手2 0 0以軸梢2 1為轉軸 做逆時鐘的旋動，鈎體4 0的下側滑動邊4 3接觸 於定位孔1 3的孔緣邊1 3 2做壓抑性的向下滑動 移位，鈎體4 0以軸梢3 8為轉軸做旋動，彈性元 件5 0呈被壓縮狀態，當滑動邊4 3整個滑入定位 孔1 3後，彈性元件5 0復位，以將鈎體4 0向外 頂出，鈎體4 0以軸梢3 8為轉軸做一反向的旋 動，如圖四所示，鈎部44乃卡掣於内壁面1 3 1 上，使外套3 0及本體2 2被固定於前表面1 2。 如圖六所示，其箭號係表示人手指的施力方 向，利用人手指扣鈎於弧形邊3 0 2，施力壓抑弧 9 1334326 形邊302 ’使外套30、鈎體4〇同步在本體2 2上移位後退’彈性元件5 0的内端5 4壓抑於第 二壁面224 ’外端52壓抑於凹部46，使彈性 元件5 0呈收縮狀態，一支轴梢3 6、3 7在二個 穿孔2 2 2、2 2 3中移位，以達外套3 〇得以在 前板體221中向後移位’俟！鈎體40離開内壁 面1 3 1 ，而對應於定位孔1 3後，手指向外施力 (如圖六箭號所示）使鈎體4 〇離開定位孔i 3 ， 本體2 2以軸梢2 1為轉軸做一順時鐘之旋動，則 外套3 0及鈎體4 0乃離開定位孔1 3。 第七圖所示’是指二支把手2 0 〇在矩形的模 組化殼體1 〇中呈關閉狀態，鈎部4 4卡擎定位於 内壁面1 3 1上’模組化殼體1 0被容入固定於外 殼體101的内容槽中。 第八圖所示’是指二支把手2 〇 〇在矩形的模 組化殼體1 〇中呈開啟狀態，鈎部4 4離開定位孔 1 3外，整個模組化殼體1 〇略為延伸出外殼體1 0 1的外面。The handle improvement is improved, and the rfA 祗 needs to be applied to the handle and the upper surface by finger pressing, so that the hook body can be quickly and conveniently positioned on the inner wall surface of the positioning hole for quick and convenient operation. The purpose of the moon is to provide a modular housing with a handle improvement device that can be easily and easily displaced by the finger press and pull (push) on the outer side of the handle. Outside the positioning hole, it is fast and convenient to operate. As shown in the figures, FIG. 1 and FIG. 2, the present invention includes: a rectangular modular housing i 0 'with a recessed notch 1 4 , ( 1 4 ) on the lower side of the front surface 12 2, and a notch 4 (丄4), having an inner groove surface 1 4 1 (shown in FIG. 4), a positioning hole 13 3, (1 3 ) is disposed below the side of the front surface 12; the handle 200 is composed of the following components: The plate-shaped body 2 2 (shown in FIG. 3) has a shaft hole 2 2 0 'shaft hole 2 2 at the rear end, and a shaft tip 2 1 is abutted in the inner groove surface 14 1 of the notch 1 4 (as shown in the figure) The front plate body 2 2 1 of the main body 2 2 is provided with one or more perforations 222 and 223, and the outer peripheral edges of the front plate body 221 respectively form first wall faces 2 26 of different extension lengths and The second wall 2 2 4 C is shown in Figure 3); 7 1334326 As shown in Figures 3 and 4, a jacket 30 is internally provided with 2, and the interior of the slot 3 2 is provided with different position faces 3 1 and arcs respectively. a groove wall surface 35, and at least one shaft hole 3 9 1 , 3 9 2 and a 3 in the outer casing 3; a hook body 40 is received in the through groove 3 2 , the rear end 4 2 , the front side side is provided There is a hook portion 4 4 and another side portion 46. The shaft end 38 is inserted into the through hole 393 and the shaft hole 4 2; the elastic member 50 is inserted into the through groove 3 2 to further form the slot 3 of the groove wall surface 3 5, ( 3 5 ) The outer end 5 2 of the 50 is in contact with the recess 4 6 and the second wall 2 2 4 is contacted; at least one of the shaft ends 36, 37 is inserted into the hole 30 39, 392 of the outer casing 30 and the hole of the front plate 22 1 222, 223. As shown in Figure 3, the front plate body 221 has two holes 2 2 2, 2 2 3, which are respectively disposed in the vertical direction of the upper and lower surfaces, and the two shaft ends 36 are fixed to the two perforations. 222, 223, 36, 37 synchronously shifting the tips 36, 37 with the outer sleeves 30, 37 in the two perforations 222, 223 as shown in Fig. 6, wherein the slots in the outer casing 30 have the slots of the slots 3. In the wall 0, the perforation 3 9 is provided with a shaft hole provided with a concave hook body 40. The position is in the arc ^1, and the inner end 5 is preset by the preset wearing wearing jacket 3 0 3 7 Two shaft ends, shifted in the two shafts. The wall surface 3 1 8 1334326 can be contacted/separated from the first wall surface 2 2 6 on the front plate body 2 2 1 , as shown in FIG. 6 , wherein the concave portion 46 of the hook body 40 is elasticated by the pressing force of the elastic member 50 force. As shown in Fig. 4, the hook portion 4 of the hook body 40 is caught on the inner wall surface 131 of the positioning hole 13. As shown in Fig. 3, the upper and lower surfaces of the outer casing 30 are coupled to the upper and lower bodies 34 and 34, respectively. As shown in Figures 3 and 5, a plurality of flange bodies 301 are disposed on the outer side of the outer casing 30, and a curved side 312 is formed on the inner side of the outer casing 30. [Embodiment] As shown by the arrow in FIG. 5, a finger pressing force is applied to the flange body 301, and the entire handle 200 is rotated counterclockwise with the shaft tip 2 1 as a rotating shaft. The lower sliding edge 4 3 of the 40 is in contact with the edge of the hole 133 of the positioning hole 13 to make a downward sliding displacement, and the hook body 40 is rotated by the shaft tip 38 as a rotating shaft, and the elastic member 5 0 is compressed. When the sliding edge 4 3 slides into the positioning hole 13 as a whole, the elastic member 50 is reset to push the hook body 40 outward, and the hook body 40 is made up of the shaft tip 38 as a rotating shaft. In the reverse rotation, as shown in FIG. 4, the hook portion 44 is latched on the inner wall surface 133 to fix the outer casing 30 and the body 2 2 to the front surface 12. As shown in Fig. 6, the arrow indicates the direction of the force of the human finger, and the human finger is hooked on the curved edge 3 0 2, and the force suppression arc 9 1334326 the edge 302 ' synchronizes the outer sleeve 30 and the hook body 4 Shifting back on the body 2 2 'the inner end 5 of the elastic element 50 is pressed against the second wall 224 ′. The outer end 52 is pressed against the recess 46, so that the elastic element 50 is in a contracted state, and a shaft tip 3 6 , 3 7 Displace in the two perforations 2 2 2, 2 2 3 to reach the outer casing 3 〇 to shift backwards in the front plate 221 '俟! The hook body 40 leaves the inner wall surface 1 3 1 , and after corresponding to the positioning hole 13 , the finger outwardly exerts a force (as shown by the arrow in FIG. 6 ) to cause the hook body 4 〇 to leave the positioning hole i 3 , and the body 2 2 to the shaft end 2 1 is a clockwise rotation of the rotating shaft, and the outer casing 30 and the hook body 40 are separated from the positioning hole 13 . The figure 7 shows that the two handles 20 〇 are closed in the rectangular modular housing 1 ,, and the hooks 4 4 are positioned on the inner wall surface 1 3 1 'modular housing 1 0 is accommodated in the content slot fixed to the outer casing 101. The figure "in the eighth figure" means that the two handles 2 are opened in the rectangular modular housing 1 , and the hooks 4 4 are separated from the positioning holes 13 , and the entire modular housing 1 is slightly extended. Out of the outer surface of the outer casing 1 0 1 .
致操作快速便捷者。 综上，本發明 2 1中移位，以及鈎體4 0羊 彈性之旋動，使人手指施力s 定位或離開於定位孔1 3中， 1334326 【圖式簡單說明】 第一圖為本發明模組 第二圖為本發明模組 第三圖為本發明把手 第四圖為本發明把手 的斷面示意圖 第五圖為本發明把手 位孔中的斷面 φ 第六圖為本發明把手 位孔的斷面動 第七圖為本發明把手 的斷面示意圖 第八圖為本發明把手 斷面示意圖 【主要元件符號說 -- 模組化殼體---- Φ 外殼體------ 前表面------ 定位孔------ 内壁面------ 孔緣邊------ 缺口------- 内槽面------ 本體 前板體------ 殼體與把手之立體分解圖 殼體與把手之立體組合圖 件立體分解圖 位與模組化殼體之定位孔中 鈎體滑動於模組化殼體之定 作示意圖 鈎體離開於模組化殼體的定 示意圖 位於模組化殼體的定位孔中 開模組化殼體的定位孔外的 〇 0 1 3 2 4 4 1 2 2 1 11 1334326 穿孔-------222、223、393 第一壁面-----2 2 6 第二壁面-----2 2 4 外套-------3 0 凸緣體------3 0 1 弧形邊------3 0 2 槽擋壁面-----31 穿槽-------3 2Fast and convenient operation. In summary, the displacement of the present invention 21 and the elastic rotation of the hook body 40 cause the finger to apply force s to position or leave the positioning hole 13, 1334326 [Simple description of the figure] The second embodiment of the present invention is a fourth embodiment of the present invention. The fourth figure is a sectional view of the handle of the present invention. The fifth figure is the cross section of the handle hole of the present invention. The seventh section of the position of the hole is a schematic view of the handle of the present invention. The eighth figure is a schematic view of the handle of the present invention. [Main component symbol - modular housing --- Φ outer casing --- -- Front surface ------ Positioning hole ------ Inner wall surface ------ Hole edge ------ Notch ------- Inner groove surface ---- -- The front panel of the main body ------ The exploded view of the shell and the handle The three-dimensional exploded view of the shell and the handle and the hook of the modular housing slide in the modularized Schematic diagram of the housing The schematic diagram of the hook body leaving the modular housing is located in the positioning hole of the modular housing and opens outside the positioning hole of the modular housing. 10 1 3 2 4 4 1 2 2 1 11 1334326 perforation -------222,223,393 First wall-----2 2 6 Second wall-----2 2 4 Jacket -------3 0 Flange body --- ---3 0 1 Curved edge ------3 0 2 Groove wall surface-----31 Through slot -------3 2
上片體------33 下片體------3 4 孤形槽壁面----35 槽孑匕-------3 5 1 軸梢-------21、36、37、38 鈎體-------4 0 轴孔-------220、39 1、392、4Upper plate ------33 Lower plate ------3 4 Orphan groove wall----35 groove 孑匕-------3 5 1 shaft tip----- --21,36,37,38 hook body -------4 0 shaft hole -------220, 39 1,392,4
2 滑動邊------4 3 鈎部-------4 4 凹部-------4 6 彈性元件-----50 外端-------5 2 内端-------5 4 把手-------2 0 0 122 sliding edge ------4 3 hook -------4 4 recess -------4 6 elastic element -----50 external -------5 2 Inner end -------5 4 Handle -------2 0 0 12