TWM266136U - Sliding bar - Google Patents

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Publication number
TWM266136U
TWM266136U TW93210685U TW93210685U TWM266136U TW M266136 U TWM266136 U TW M266136U TW 93210685 U TW93210685 U TW 93210685U TW 93210685 U TW93210685 U TW 93210685U TW M266136 U TWM266136 U TW M266136U
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TW
Taiwan
Prior art keywords
control
bead
hole
item
main body
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Application number
TW93210685U
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Chinese (zh)
Inventor
Jin-Shuen Jeng
Original Assignee
Jin-Shuen Jeng
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Application filed by Jin-Shuen Jeng filed Critical Jin-Shuen Jeng
Priority to TW93210685U priority Critical patent/TWM266136U/en
Publication of TWM266136U publication Critical patent/TWM266136U/en

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M266136 四、創作說明(1) 【新型所屬之技術領域】 本創作係與滑桿脫沒 種具與套筒間可迅速脫雜=構有關,更詳而言之,尤指一 脫落之結構改良。 人套合之結構,亦即滑桿具快速 【先前技術】 按吾人先前所知,4 結構如美國專利6 〇 〇 ?則之滑桿具可與套筒迅速脫離之 構即為一般業界稱之為取j 1 4 ,而第十五圖所揭示之結 套接結構底端設置有^农該專利之結構主要係於套筒 合部上設置有凸伸出社人=、套筒相套接的結合部,並於結 構上另設置有一軸向貫^ =外周緣的卡制珠,套筒套接結 呈階級狀,而於貫孔内J ::部的貫孔,其中該貫孔係 構内設置有一穿嗖於貫^有—階級緣,又於套筒套接結 有-可與卡制珠相對的容样„,於推桿近底端處凹設 制部,又於推桿頂端形成二之底面係1-傾控 上套設有-兩端分別抵靠:頭;頭;於推桿 的按Γ推桿頭部頂端設置有-橫向貫穿套筒套接、 4 桿、推:美::利::S結構原理是於驅動頭具-按 構’如其第十五圖所示按桿即如元;3卡:”基本結 2 ,而主要之讯呌原理乃/ 兀件3 、推桿即如元件 可使埋設之;;推桿之移動即 縮或外凸而使卡制珠縮入’〜此於卡制珠縮= : = : $ 5頁 M266136 ^、創作說明(2) 與套筒套合 有鑑於 行業之經驗 習用弊端之 【新型内容 緣是, 含··主體、 驅動頭,於 動頭之控制 滑槽;一控 旋轉,相對 適當之長度 滑移;一珠 之空間内; 階級面最深 套筒套合或 為使 著更進一步 上述專利 ,不斷地 產品問世 本創作係 控制體及 其内係為 槽,控制 制體可容 於主體之 ,桿體可 體容置於 错此當旋 處,主體 脫離。 貴審查委 瞭解與認 案之結構,本創作人藉多年從事相關 研究開發,終於有一實用性且能改善 提供一種 桿體所組 容槽,容 槽一側具 置於主體 珠孔位置 各置於主 主體之珠 轉控制體 之驅動頭 滑桿結 成,其 槽底端 珠孔, 之控制 具橫向 體之滑 孔及控 ,珠體 即因珠 構改良 中··主 具直徑 於橫向 槽内並 之階級 槽内, 制體之 即往内 體之縮 ,其主 體於底 較小且 具貫穿 可於控 面 ,'一 並可於 階級面 縮至控 入而可 員對本創作之目的、特徵、及 同,餘舉較佳實施例並配合圖 要係包 部凸伸 貫穿驅 主體之 制槽内 桿體具 滑槽内 所圍成 制體之 快速與 功效有 式說明 【實施方式】 首先凊參閱第一圖所示,太名 ^ ^ 本創作係提供一種滑裎έ士彈性 _ r q ^ . ^ (10)、控制體(2 〇坪改體(3 0 )、麼抵塊(4 〇 υ 構 0 )、扣環M266136 IV. Creation Instructions (1) [Technical Field to which the New Type belongs] This creation is related to the rapid removal of impurities between the sliding rod disassembling tool and the sleeve = structure, more specifically, especially the improvement of a falling structure . The structure that the person fits, that is, the slider is fast. [Previous technology] According to our previous knowledge, the structure that the slider can be quickly disengaged from the sleeve if the structure is 4 in the US patent 600 is known in the general industry. In order to take j 1 4, the bottom of the knotted socket structure disclosed in FIG. 15 is provided with a farmer. The structure of the patent is mainly provided on the sleeve joint with a protruding protrusion == sleeve sleeve The joint part is also provided with an axially penetrating bead with an outer periphery ^ = on the structure, and the sleeve sleeve connection is in a class shape, and the penetrating hole of the J :: section in the penetrating hole, wherein the penetrating hole is inside the structure It is provided with a penetrating-through edge, a class edge, and a sleeve-like volume opposite to the sleeve. The shape is opposite to the bottom end of the push rod, and it is formed on the top of the push rod. The bottom surface of the second is a 1-tilt control set-the two ends abut against: the head; the head; the top of the putter's push rod head is provided with a-transverse penetrating sleeve socket, 4 rods, push: beauty :: 利 :: S The structural principle is to drive the head gear-according to the structure, as shown in its fifteenth figure, it is like a yuan; 3 cards: "Basic knot 2", and the main information / / Element 3, the push rod can be embedded if the component ;; the movement of the push rod is retracted or convex to make the bead be retracted '~ here is the bead bead shrink =: =: $ 5 pages M266136 ^ 2. Creation instructions (2) Integrating with sleeves Considering the experience of the industry, the shortcomings of the [new content are: the main body, the drive head, the control chute of the moving head; a controlled rotation, a relatively appropriate length slide In the space of one bead; the sleeve with the deepest class surface is sleeved or in order to further the above-mentioned patents, the product is continuously produced. The control system of the creative system and its internal system are grooves, and the control system can be accommodated in the main body. The body can be placed in the wrong place, and the main body is detached. Your review committee understands and recognizes the structure of the case. The author has engaged in related research and development for many years, and finally has a practicability that can improve the provision of a rod assembly tank. One side of the tank is placed in the position of the main bead hole. The main body's bead-turning control body is formed with a sliding rod of the driving head. The bead hole at the bottom of the groove is controlled by the slide hole and control of the transverse body. The bead body is being improved due to the bead structure. In the class slot, the system is reduced to the inner body. Its main body is small at the bottom and has a penetrable control surface. 'One can be reduced to the control in the class surface, and the members can understand the purpose, characteristics, In the same way, the preferred embodiment and the drawings are to be used to illustrate the fast and effective functions of the cladding part that protrudes through the groove of the main body of the drive body and the body enclosed in the chute. [Embodiment] First, see 凊As shown in the first picture, Taiming ^ ^ This creative department provides a kind of slippery flexibility _ rq ^. ^ (10), the control body (2 0 ping modification (3 0), and the block (4 〇υ structure) 0), buckle

$ 6頁 M266136 四、創作說明(3) (60)及珠體(70)所組成,其中: 一主體(10)於底部凸伸驅動頭(11),於其内 係為容槽(1 2 ),容槽(1 2 )底端具直徑較小且貫穿 驅動頭(1 1 )之控制槽(1 3 ),控制槽(1 3 ) —側 具珠孔(15),於橫向具貫穿主體(10)之滑槽(1 4 ),於容槽(1 2 )内設有一作動槽(1 5 ); 一控制體(2 0 )可容置於主體(1 0 )之控制槽 (1 3 )内並可於控制槽(1 3 )内旋轉,於上端具控制 部(2 1 ),控制部(2 1 )可為斜面狀或斜曲面狀,並 開設一孔洞(2 3 ),相對於主體(1 0 )之珠孔(1 6 )位置具橫向之階級面(2 2 ); 一彈性體(3 0 )係呈一 L形狀,其一端固設於控制 體(2 0 )之孔洞(2 3 )上,另一端固設於本體(1 0 )之作動槽(15)上; 一壓抵塊(40)容置於本體(10)之容槽(12 )内,於壓抵塊(4 0 )具壓抵部(4 1 ),壓抵部(4 1 )可抵壓於控制體(2 0 )之控制部(2 1 )上; 一桿體(50)具適當之長度,桿體(50)可容置 於主體(1 0)之滑槽(14)内,並可於滑槽(14) 内滑移。 一環圈(60)扣合主體(10)之容槽(12)上 端,使之壓抵塊(4 0 )不掉於外; 一珠體(70)容置於主體(1 0)之珠孔(1 6) 及控制體(2 0 )階級面(2 2 )所圍成之空間内。$ 6 pages of M266136 4. Creation instructions (3) (60) and beads (70), of which: a main body (10) protrudes from the drive head (11) at the bottom, and a groove (1 2) inside ), The bottom end of the receiving groove (1 2) is provided with a control groove (1 3) with a small diameter and penetrating the driving head (1 1), the control groove (1 3)-the side is provided with a bead hole (15), and the transverse direction has a through body (10) of the sliding groove (1 4), an operating groove (1 5) is provided in the containing groove (1 2); a control body (2 0) can be accommodated in the control groove (1 3) of the main body (1 0) ) Can be rotated in the control groove (1 3), and the upper part is provided with a control part (2 1). The control part (2 1) can be inclined or inclined, and a hole (2 3) is opened. The position of the bead hole (16) of the main body (1 0) has a horizontal class surface (2 2); an elastic body (3 0) has an L shape, and one end is fixed to the hole of the control body (2 0) ( 2 3), the other end is fixed on the operating groove (15) of the body (1 0); a pressing block (40) is accommodated in the receiving groove (12) of the body (10), and the pressing block (10) 4 0) has a pressing part (4 1), and the pressing part (4 1) can be pressed against the control body (2 0) A rod body (50) with an appropriate length, the rod body (50) can be accommodated in the slide groove (14) of the main body (1 0), and can slide in the slide groove (14) shift. A ring (60) is fastened to the upper end of the receiving groove (12) of the main body (10), so that it is not pressed against the block (40), and a bead (70) is received in the bead hole of the main body (1 0). (1 6) and the control plane (2 0) within the space surrounded by the class surface (2 2).

M266136 3、創作說明(4) 當整體 請參閱 體(2 0 ) 旋轉於定位 級面(2 2 請參閱 (2 0 )具 (41), )即旋轉, 被拉長,控 至控制體( (1 0 )之 速與套筒套 (3 0 )之 至第三圖之 請繼續 將控制體( 之元件,而 件即控制體 2 1 )之結 狀,且將控 將壓抵塊( 當整體於實 第六圖所示 組合後即如第二圖所示。 第三圖所示,係為本創作動 受彈性體(30)之彈力, 上,珠體(5 0 )即位於控 )最淺處。 第四圖所示,係為本創作動 控制部(2 1 ),且壓抵塊 故將壓抵塊(4 0 )往下壓 彈性體(3 0 )即受控制體 制體(2 0 )旋轉後,珠體 2 0 )之階級面(2 2 )最 驅動頭(1 1 )因珠體(7 合或脫離,當放開壓抵塊( 恢復力而使控制塊(2 0 ) 狀態。 參閱第五圖所示,係為本創 20)分為二元件狀,一為 於此元件具凸設結合部(2 (20)本體,而於此元件 合孔(2 4 ),使之二元件 制體(2 0 )之控制部(2 40)之壓抵部(41)更 施時,亦具相同之功效,整 作前示意圖,控制 使控制體(2 〇 ) 制體(2 0 )之階 作示意圖,控制體 (4 0 )具壓抵部 時,控制體(2 0 (2 0 )之旋轉而 (7 0 )即往内縮 深處,此時主體 0 )之内縮即可快 4 0),因彈性體 回位,整體即恢復 作第二實施例,係 具階級面(2 2 ) 2 1 ),而另一元 具配合結合部(2 可相互固設成一體 1 )高度增高’且 改為較短之形狀’ 體組合完之後即如M266136 3. Creation instructions (4) When the overall reference body (2 0) is rotated on the positioning level surface (2 2 see (2 0) with (41),), it is rotated, stretched, and controlled to the control body (( 1 0) and the sleeve of the sleeve (3 0) to the third picture, please continue to control the control body (the components, and the piece is the control body 2 1), and the control will be pressed against the block (when the whole After the combination shown in the sixth figure, it is shown in the second figure. The third figure shows the elastic force of the elastic body (30) for the creation. On the other hand, the bead (50) is located at the control). As shown in the fourth figure, it is the creative control unit (2 1), and the pressure block (40) is pressed down on the elastic body (3 0), which is the controlled system (2). 0) After the rotation, the driving surface (1 1) of the level surface (2 2) of the bead body 20) is controlled by the bead body (7 closing or disengaging), and the control block (2 0) is released when the pressure is released. Refer to the fifth figure, which is based on the original 20) divided into two components, one for the component with a convex joint (2 (20) body, and the component hole (2 4), so that Control part of the second component system (20) When the pressing part (41) of (2 40) is applied, it also has the same effect. The schematic diagram before the whole is made, and the control body (20) is made into a schematic diagram of the order of the control body (2 0). The control body (4 0 ) With the pressing part, the control body (2 0 (2 0) is rotated and (7 0) is retracted to the depth. At this time, the body 0) can be retracted faster than 4 0), because the elastic body returns to position The whole is restored as the second embodiment, with a class surface (2 2) 2 1), and the other element has a mating joint (2 can be fixed to each other as a whole 1) The height is increased 'and changed to a shorter shape' After the body is assembled, it is like

第8頁 M266136Page 8 M266136

請繼續 例,將控制 )更改為呈 5 ),當組 轉控制體( (2 3 )旋 (7 0 )由 面(2 2 ) 請繼續 將結合部( 合孔(2 4 結合孔(2 控制體(2 0 )被拉長 處。 參閱 體( 一 C 合後 2 〇 轉, 珠孔 最深 參閱 2 2 )為 4 ) 〇 ),珠 第七圖所示所示 2 0 )分為二元 字形狀並於上端 即如第八圖所示 ),控制體(2 彈性體(3 0 ) (1 6 )往内縮 處。 第九圖所示,係 1 )更改為一 u 長槽狀,使之結 上,整體組合後 即連動階級面( 體(7 0 )即内 ,係為本創作 件狀,且將控 適當位置增設 ,握持凸塊( 〇 )旋轉即連 即被拉長,並 至控制體(2 為第四實施例 型插槽狀,並 合部(2 2 1 即如第十圖所 2 3 )旋轉, 縮至階級面( 第三實施 制體(2 0 一凸塊(2 2 5 )而旋 動階級面 連帶珠體 0 )之階級 示意圖,禮 將配合之、结 )可套合於 示,當旋轉 彈性體(3 2 2 )最深Please continue the example and change the control) to 5). When the control body ((2 3) turns (7 0) from the surface (2 2), please continue to the joint (healing hole (2 4 union hole (2 control The body (2 0) is elongated. Refer to the body (20 revolutions after one C, the deepest bead hole see 2 2) is 4) 0), the 7 shown in the seventh figure of the bead is divided into a binary word shape And at the upper end, as shown in the eighth figure), the control body (2 elastic body (3 0) (1 6) is retracted inward. As shown in the ninth figure, the system 1) is changed to a u-shaped slot to make it In conclusion, after the overall combination, the class surface (the body (70)) is internal, which is the shape of the original creation, and the control position is added, and the holding bump (0) is stretched when it is rotated, and reaches The control body (2 is a slot-like shape of the fourth embodiment, and the merging portion (2 2 1 is the same as the tenth figure 2 3) is rotated to shrink to the level surface (the third implementation body (2 0 a bump (2 2 5) The schematic diagram of the class with the rotating body surface and beads 0), the ceremony will be matched with the knot) can be fitted on the display, when the rotating elastomer (3 2 2) is the deepest

言月繼續參閱第十 圆尸/r 1糸馮第五實施例 控制體(2 〇 )具凹入之控制部( 〇)之壓抵部(4 "即套合於』以)“壓,」Yanyue continued to refer to the tenth round corpse / r 1 糸 Feng fifth embodiment of the control body (20) with a recessed control section (〇) of the pressing portion (4 " that fits in '' to) "press, "

y 2 1 )上,當組合後即如第十二圖所示,者 ^二 (4 〇 )即連動控制體(2 〇 )旋轉,珠田^ ^y 2 1), when combined, as shown in the twelfth figure, ^ two (4 〇) is the interlocking control body (2 〇) rotation, Zhutian ^ ^

縮至階級面(2 2 )最深處。轉珠體(7 WShrink to the deepest level of the class surface (2 2). Beads (7 W

控制閱第十三圖:示’係'為第六實施例示意J 人後即d )具凸起適S南度之控制部(2 1 ) ,1 σ後P如第十四圖所示’當旋轉控制_ (2 i)即帶,The control reads the thirteenth figure: it shows that the “system” is the sixth embodiment to show the person J, that is, d) the control part (2 1) with a convexity S, and P after 1 σ is shown in the fourteenth figure. When the rotation control _ (2 i) is taken,

M266136 、創作說明(6) 制體(2 0 )最深處。 本創作 當旋轉 長,珠體( (2 2 )最 體(7 〇 ) 創作主要之 本創作 制體(2 0 體(2 〇 ) 制結構,使 圍。 綜上所 習用之缺點 件’爰依法 賜准專利為 )旋轉,珠體(7 〇 )即内縮至階級面(2 2 主要之 控制體7 0) 深處’ 之縮入 優點。 另值得 )之旋 之階級 控制體M266136, Creation Instructions (6) The deepest part of the system (20). When this work is rotated, the bead body ((2 2) and most body (70)) creates the main original creation system (20 body (20)) to make the structure. In summary, the shortcomings used in the past are 'conversion methods' The quasi-patent is) the rotation, the bead (70) is retracted to the class surface (2 2 the main control body 70) deep in the 'indentation advantage. It is also worth) the class control body of the spin

設計理 (2 0 即往内 主體( 而可快 一提的 轉,即 面(2 (20 創作兼 一極佳 ,尚 念在於 )時, 縮至控 10) 速與套 是’本 可使珠 2 )最 )旋轉 具新穎 之創作 祈責審 彈性體(3 0 )即被拉 制體(2 0 )之階級面 之驅動頭(1 1 )即因珠 筒套合或脫離,此亦為本 創作主要之原理在於因控 體(7 0 )往内縮至控制 深處,因此無論任何之控 ,均應屬本創作之保護範 及實用之功效,並能改進 誠肖b符合新型專利之要 一委員詳核細審,並早曰 第10 頁 M266136 圖式簡單說明 【圖式簡單說明】 第一圖、係本創作滑桿 第二圖、係本創作滑桿 第三圖、係本創作滑桿 第四圖、係本創作滑桿 第五圖、係本創作第二 第六圖、係本創作第二 第七圖、係本創作第三 第八圖、係本創作第三 第九圖、係本創作第四 第十圖、係本創作第四 第十一圖、係本創作第 第十二圖、係本創作第 第十三圖、係本創作第 第十四圖、係本創作I 【主要元件符號說明】 (1 〇 )主體 (12)容槽 (14)滑槽 (1 6 )珠孔 (2 0 )控制體 (2 2 )階級面 (2 3 )孔洞 (2 5 )凸塊 結構分解圖。 組合剖視圖。 動作示意圖。 動作示意圖。 實施例分解圖。 實施例組合示意圖。 實施例分解圖。 實施例組合示意圖。 實施例分解示意圖。 實施例組合示意圖。 五實施例分解圖。 五實施例組合示意圖。 六貫施例分解圖。 六實施例組合示意圖。 (1 1 )驅動頭 (1 3 )控制槽 (1 5 )作動槽 (2 1 )控制部 (2 2 1 )結合部 (2 4 )結合孔Design theory (2 0 is the inward subject (and can be quickly transferred, that is, the face (2 (20 creative and excellent, still reading)), the speed is reduced to 10). 2) The most) rotating drive head (1 1) with a novel creative imperative trial elastic body (30) that is the drawn body (20) is caused by the bead tube fitting or disengagement. The main principle of creation lies in the fact that the control body (70) is retracted to the depth of control. Therefore, no matter what the control is, it should be the protection and practical effect of this creation, and it can improve Cheng Xiaob's compliance with the requirements of new patents. A member of the committee detailedly reviewed and explained M266136 on the 10th page [Simplified illustration of the diagram] The first picture, the second slide of the creative slide, the third picture of the creative slide, The fourth image of the pole, the fifth image of the slider, the second and sixth image of the author, the second and seventh image of the author, the third and eighth image of the author, the third and ninth image of the author, The fourth and tenth illustrations of the series, the fourth and eleventh illustrations of the series, the twelfth illustrations of the series, Three pictures, the fourteenth part of the author's work, the fourteenth part of the author's work I [Description of the main component symbols] (10) The main body (12) The tank (14) The slide slot (16) The bead hole (20) Control body ( 2 2) Exploded view of the bump structure of the class surface (2 3) hole (2 5). Combination sectional view. Action diagram. Action diagram. Example exploded view. Example combination diagram. Example exploded view. Example combination diagram. Example decomposition diagram. Example combination diagram. Fifth embodiment exploded view. Schematic illustration of the combination of the five embodiments. Exploded view of the six consistent examples. Schematic illustration of the combination of the six embodiments. (1 1) Drive head (1 3) Control slot (1 5) Operation slot (2 1) Control section (2 2 1) Combination section (2 4) Combination hole

M266136M266136

第12頁Page 12

Claims (1)

M266136 五、申請專利範圍 1 、一種滑桿結構改良,並 ^ B ^ ^ ^ , , * 艮 /、主要係包含:主體、控制 仫焱f祕—桃产山 體於底邛凸伸驅動頭,於其内 係為谷槽,容槽底端具直徑輕小香 抻制描彳日丨目必w 且位1乂小且貝穿驅動頭之控制槽, -側士珠孔’於橫向具貫穿主體之滑槽;一控制體. 础, 門亚了於控制槽内旋轉,相對於主 肽之珠孔位置具橫向之階級面· 體可容置於主體之滑二:可:;體具適當之長度’桿 置於主體之珠孔及控制體之階内滑移;-珠體容 當旋轉控制體,珠體即往内缩至=成之空間内,措此 主體之驅動頭即因珠體之以而=之階級面最深處’ 離。 ®之細入而可快速與套筒套合或脫 2、依據申請專利筋fU筮q 其中,主體於容槽所L之滑桿結構改良’ -彈性體係呈一 二制體可具-孔洞’ 另-端固設於本體之作動槽上:口 5又於控制體之孔洞上, 其中3二Ϊ:_範圍第1項所述之滑桿結構改良, Lt ΪΪΓ 控制部’控制部可為斜面狀或斜曲 r氏容置於本體之容心,於壓抵塊具壓 體於控制體之控制部上,-環圈扣合主 體之合槽上為,使之壓抵塊不掉於外。 1中4可=:ΐ專利範圍第1項所述之滑桿結構改良’ :於此::ΐ !分為二元件狀,一為具階級面之元件, 於此元件呈^设結合部’而另—元件即控制體本體,而 於此兀件具配合結合部之結合孔,使之二元件可相互固設 第13頁 M266136 成一體狀。 5、 依 其中,將控 並於上端設 6、 依 其中,將結 為長槽狀, 7、 依 其中,控制 壓抵部可套 控制體旋轉 8、 依 其中,控制 即帶動控制 據申請 制體分 一凸塊 據申請 合部更 使之結 據申請 體可具 合於控 ’珠體 據申請 體可具 體旋轉 專利範圍 為二元件 〇 專利範圍 改為'一 u 合部可套 專利範圍 凹入之控 制體之控 即内縮至 專利範圍 凸起適當 ,珠體即 第4項所述之滑桿結構改良, 狀’控制體本體係呈一 C形狀 第4項所述之滑桿結構改良, 型插槽狀,並將配合之結合孔 合於結合孔上。 第1項所述之滑桿結構改良, 制部,可具一壓抵塊具凸伸之 制部上,當旋轉壓抵塊即連動 階級面最深處。 t_i項所述之滑桿結構改声 同度之控制部,當 良, 内縮至階級面最深處轉控制部M266136 V. Application for Patent Scope 1. An improved structure of the slide bar, and ^ B ^ ^ ^,, * Gen /, mainly include: the main body, the control 仫 焱 f secret-the peach-produced mountain body on the bottom of the convex drive head, The inner part is a trough with a small diameter at the bottom end of the holding trough. It must be a control trough with a small diameter and a small penetrating drive head. The side bead hole 'crosses through the body in the lateral direction. A control body. Basically, Menya rotates in the control slot, and has a horizontal class surface relative to the position of the pores of the main peptide. The body can be accommodated in the body's slide. The 'length' rod is placed in the bead hole of the main body and slides within the control body;-The bead body is used to rotate the control body, and the bead body is retracted into the space of =, and the driving head of the main body is the bead body. The depth of the class surface is the highest. ® into the sleeve to quickly fit or disengage with the sleeve 2. According to the patent application fU 筮 q Among them, the structure of the slide bar of the main body in the tank L is improved--the elastic system is a one-two body can be-holes -The end is fixed on the actuating groove of the body: the mouth 5 is on the hole of the control body, among which 3 2Ϊ: The slider structure described in the first item of the range, Lt ΪΪΓ The control part can be inclined. Or the oblique curved r's is placed on the center of the body, and the pressing block has a pressing body on the control part of the control body. 1 in 4 may =: 改良 The slide bar structure improvement described in item 1 of the patent scope ': Here:: ΐ! It is divided into two elements, one is a element with a class surface, and the element is provided with a joint portion. The other element is the control body, and the element has a coupling hole with a joint portion, so that the two elements can be fixed to each other. 5. According to it, the control will be set on the upper end 6. According to it, it will be shaped as a long groove. 7. According to it, the control pressing part can set the control body to rotate 8. According to it, the control will drive the control according to the application system Applying a separate piece according to the application unit can make the application body of the bead can be controlled. The bead body can be rotated specifically. The patent scope is two elements. The patent scope is changed to 'one u joint department can be recessed. The control of the control body is appropriately retracted to the scope of the patent, and the protrusion is appropriate. The bead is the improvement of the slider structure described in item 4. The shape of the control body is a C-shaped slider structure improvement described in item 4. It is slot-shaped, and the mating combining hole is combined with the combining hole. The structure of the sliding rod described in the first item is improved. The control part can have a pressing part which is against the block and has a protruding part. When the pressing part is rotated, it will link the deepest surface of the class surface. The sound control structure of the same slider as described in item t_i is the same degree. 第14頁Page 14
TW93210685U 2004-07-07 2004-07-07 Sliding bar TWM266136U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
TW93210685U TWM266136U (en) 2004-07-07 2004-07-07 Sliding bar

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
TW93210685U TWM266136U (en) 2004-07-07 2004-07-07 Sliding bar

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TWM266136U true TWM266136U (en) 2005-06-01

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Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
TWI606902B (en) * 2017-08-10 2017-12-01 Jin Shun Zheng Slider structure
TWI647074B (en) * 2018-04-20 2019-01-11 李仁凱 Slider tool
TWI658904B (en) * 2018-05-28 2019-05-11 金統立工業股份有限公司 Slider structure

Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
TWI606902B (en) * 2017-08-10 2017-12-01 Jin Shun Zheng Slider structure
TWI647074B (en) * 2018-04-20 2019-01-11 李仁凱 Slider tool
TWI658904B (en) * 2018-05-28 2019-05-11 金統立工業股份有限公司 Slider structure

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