四、創作說明（1) 【新型所屬之技術領域】 本創作係與滑桿脫落結構有 種具與套筒間可迅速脫離與套' P而51尤指一 脫落之結構改良。 D之、、、。構，亦即岣桿具快速 【先前技術】 按吾人先前所知，目前典 結構如美國專利6 〇 〇 3 ^；；才干具可與套筒迅速脫離之 構即為一般業界稱之為滑#，兮2第十五圖所揭示之結 套接結構底端設置有一可與套筒 係：套筒 合部上設置有凸伸出結合部外周，並於結 構上另設置有一軸向貫穿至 =珠其=接、结 構内設置有一穿設於貫孔中的推 接結 動部，又於推桿頂端=一底面係呈-傾作 上套設有-兩端分別抵靠於頭:頭二’並於推桿 :按Γ 端設置有一橫向貫穿套筒套接結構 亡述美國專利案之基本結構原理是於驅動頭且 :、推桿、彈性元件及結合部處埋設一卡 二 ;主；其第九圖所示按桿即如元件3、推桿即如；二；， 而主要之設計原理乃在於利用按桿控制 4 =之：制珠縮入，而控制方式不外乎迫使推 外凸而使卡制珠縮入’如此於卡制珠縮入 9、創作說明（2) 筒套合。 有鑑於上述專利案之結構，本創作人 行業之經驗，不斷地研究開發，終於 :=j 習用弊端之產品問世。 貝用个 【新型内容】 .緣是，本創作係提供一種滑桿結構改良，戈 括.一主體於底部凸伸驅動頭，於其内係和 端具直徑較小且貫穿驅動頭之控制槽，控制/ 孔’於橫向具貫穿主體之滑槽；一作‘ 滑移’於上端具作動部，作動體相 ^置，、p自、，及面，一控制體容置於容槽内並且一 =作”動體之作動部；一壓抵塊容置於容工 m於壓抵部具斜面以壓抵控制體 :骨槽内…彈性元件容置於作動體上，並靠抵於 ::「珠體$置於珠孔及作動體之階級面間；藉 驶i彺下壓時，迫使壓抵塊之斜面壓抵於控制體 體移位’而使作動體下M ’珠 面最深處。 1丨F勒 —為使貝審查委員對本創作之目的、特徵、 =更進纟瞭解與認同，兹舉較佳實施例並配合 於后： 【實施方式 首先請參閱第一圖所示 從事相關 且能改善 :主要係包 >，容槽底 側具珠 於控制槽 對於珠孔 制部，控 槽内並具 可容置於 容槽底 此，將壓 ，使控制 體之階級 及功效有 圖式說明 本創作係提供一種滑桿結構 M266132 四、創作說明（3) 改良，其主要係包含： 主體（工〇)於底部凸伸驅動頭（Ί 1、 甘和 係為容槽（1 2 )，容梯，，：動頭（1 1 )，於其内 驅動頭（1 1 )之控制栲Γ 干又j且貝才 具珠孔（16)，於二ii!)，控制槽（"）-側 4 ); 扶向具貫穿主體（1 〇 )之滑槽（1 一作動體（2〇)可容詈, 置於主體（卫Q )j允生丨 (13)内並可於控制样（IQ、 I 曰 曰C 1 3 )内滑移，於上端且作動 部（2 1 )，作動部（2 χ )可A几品此 上知具作動 、乙丄）了為凸面狀，作動體 )相對於主體（10)之玻；^ υ η」您珠孔（1 6 )位置具階級面（2 控制體（3 2 )内 可為圓 2 0 )之作動部 3 ); 塊（4 之容槽（1 部（3 1 ) 凸塊（3 一壓抵 0)係呈一片體狀容置於主體（1 〇) ，於適當位置具控制部（3 1 )，控制 孔狀，控制部（3 1 )以作動作動體 (21)，控制體（3 0 )於一側凸設 )内，於壓 部（4 1 ) 於壓抵塊（(4 3 )適 0 )之凸塊 一桿體 於主體（1 0)容置於主體（1 〇)之容槽（1 2 抵塊（4 0 ) —側具壓抵部（4 1 )，於壓抵 斜面（4 2 )以壓抵控制體（3 0 )， 另一側具容置部（4 3 )，於容置部 並設有一容槽（4 4 )以供控制體（3 )容置； )具適當之長度，桿體（5 0)可容置 滑槽（14)内，並可於滑槽（14) 設有4. Creation Description (1) [Technical Field to which the New Type belongs] The creation system and the slide bar fall-off structure have a structure that can be quickly disengaged and sleeved from the sleeve 'P and 51, especially a drop-out structure improvement. D of ,,,,. Structure, that is, the stern rod is fast [prior technology] According to our previous knowledge, the current classic structure is like the US patent 6003; the structure that the talent can be quickly separated from the sleeve is generally known in the industry as slip # The bottom end of the knot-sleeve structure disclosed in Figure 15 is provided with a sleeve system: a convex portion of the sleeve is provided with an outer periphery of the joint portion, and an axial penetration is provided on the structure to = Zhuqi = connection, there is a push-pull joint in the structure, and at the top of the push rod = a bottom surface is-tilted and sleeved-the two ends abut against the head: head two 'And in the push rod: A transverse penetrating sleeve sleeve structure is provided at the Γ end. The basic structural principle of the U.S. patent case is to embed a card two in the drive head, the push rod, the elastic element and the joint; the main; As shown in the ninth figure, the push rod is like element 3, and the push rod is like; II; and the main design principle is to use the push rod to control 4 = of: the beads are retracted, and the control method is nothing more than forcing the push out Convex and make the bead be indented 'so that the bead is indented 9. Creation instructions (2) The tube fits. In view of the structure of the above patent case, the creator's industry experience, continuous research and development, and finally: = j products with bad practices have come out. [New content]. The reason is that this creative system provides a slide bar structure improvement, including a main body protruding at the bottom of the drive head, with a smaller diameter in its internal system and end and penetrates the control head of the drive head. The control / hole 'has a chute running through the body in the transverse direction; a' slide 'has an actuating part at the upper end, the moving body is oppositely positioned, p,, and the surface; a control body is placed in the tank and a = Working part of the moving body; a pressing block is housed in the container. The pressing part has an inclined surface to press the control body: inside the bone groove ... the elastic element is placed on the moving body and rests on: "The bead $ is placed between the bead hole and the moving surface of the moving body; when pressing down, the oblique surface of the pressing block is pressed against the displacement of the control body, and the deepest part of the bead surface under the moving body is M '. 1 丨 Fler—In order to make the review committee better understand and agree with the purpose, features, and examples of the creation, here are some preferred embodiments and cooperation: [Implementation First, please refer to the first figure to engage in related And can be improved: the main system package>, the bottom of the tank is equipped with beads in the control slot for the bead hole system, in the control slot It can be placed at the bottom of the tank, and it will be pressed to make the level and function of the control body graphically illustrated. This creative department provides a slider structure M266132. 4. Creative instructions (3) Improvements, which mainly include: 〇) The driving head is protruded at the bottom (Ί1, Ganhe is the tank (1 2), the ladder, and: the moving head (1 1), and the control of the driving head (1 1) inside it j and the beaker has a bead hole (16), the second ii!), the control groove (")-side4); the sliding groove (1) with the perforating body (2) can be accommodated詈, placed in the main body (Wei Q) j Yunsheng 丨 (13) and can slide in the control sample (IQ, I said C 1 3), at the upper end and the moving part (2 1), the moving part (2 χ) can be a few products here with action, 丄 了) is convex, the body is relative to the main body (10); ^ υ η "position of your bead hole (1 6) has a class surface (2 control The body (3 2) can be a circle 20 0) of the moving part 3); the block (4 of the tank (1 part (3 1)), the projection (3 pressing against 0) is contained in a body in the body ( 1 〇), with a control unit (3 1), Hole-shaped, the control part (3 1) acts as the moving body (21), the control body (3 0) is convexly arranged on one side, and the pressing part (4 1) is in the pressing block ((4 3) is 0) A convex block and a rod body are accommodated in the main body (1 0) in the receiving groove of the main body (1 0) (1 2 abutment block (4 0)-a pressing portion (4 1) on the side, and a pressing inclined surface (4 2 ) To press the control body (30), and the other side is provided with an accommodating part (4 3), and an accommodating groove (4 4) is provided in the accommodating part for the control body (3) to be accommodated; Length, the rod body (50) can be accommodated in the chute (14), and can be provided in the chute (14)
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第7頁 M266132 創作說明（4) 内 抵 及 端 插 體 壓 壓 壓 面 滑移； 一彈性元件（60)容置於作 於主體"㈡之容槽= # 一珠體（70)容置於主駢r ’ 作動體（2 0 )階級面（2 2 ) 〇 )之珠$ 6 ) 一淨潮r « η、； Γ )所圍成之空間内； %圈（8 0 )扣合主體（ ，使之壓抵塊（4 〇 )及所右分& 之合彳日 上 當整體組合後即如第_圓％ - +禪於外 入取摊η ζ、二所不’當再將桿體（5 0 ) 入β槽（1 4 )内即如第三圖所示。 r，參閱第四圖所示，係為本創作動作前示意圖，作動 jo)受彈性元件（6〇)之彈力乍使作動體（J ，作動部（2 1 )頂抵於控制體（3 〇 )之控制部（3 ;’珠體（7 ◦)即位於作動體（2 ◦)之階級 )最淺處。 請繼續參閱第五圖所示，係為本創作動作後示意圖， 抵塊（4 0 )之壓抵部（4丄）具有一斜面（4 2 )及 抵塊（4 0 )容置部（4 3 )具有容槽（4 4 )，故將 抵塊（4 0 )在下壓時，係會迫使壓抵塊（4 〇 )之斜 (4 2 )壓抵於控制體（3 〇 ) 一側，使控制體 n =，控制體（3 〇 )之控制部（3丄）即作動作動體 〇)之作動部（21)，使作動體（20)下懕，接 (7 〇 )即往内縮至作動體（2 〇 )之階級面 ^ 深處，此時主體（i 〇 )之驅動頭（丄丄）因殊 之内縮即可快速與套筒套合或脫離，因彈性元件（6 麵 M266132 四、創作說明（5) 0 )之恢復力而使作動體（2 0 )回位，整體即恢復至第 四圖之狀態。 請繼續參閱第六圖所示，係為本創作第二實施例，係 將控制體（3 0 )之控制部（3 1 )更改為向下凸圓狀， 並使作動體（20)之作動部（21)為相配合之内凹 面，當整體於實施時亦具相同之功效，組合完之後即如第 七圖所示。 請繼續參閱第八圖所示，係為本創作第三實施例，係 於作動體（2 0 )上端增設一卡塊（2 3 )，並將桿體 (5 0 )上增設直線排列之凹槽（5 1 )，當組合後即如 第九圖所示，係本創作動作前示意圖，當未按壓屬抵塊 (4 0 )時，控制體（3 0 )亦靠抵於斜面（4 2 )處， 作動體（20)之卡塊（23)卡掣於桿體（5〇)之凹 槽（51)内，桿體（50)即可因作動體（20)之卡 掣而可於主體（1 0)上固定其位置，如第九圖所示，藉 此當施力於桿體（5 0 )時，桿體（5 〇 )即因受卡擎^ 不產生自由滑移。 請繼續參閱第十圖所示，係為第三實施例動作後示音 圖，當按壓壓抵塊（4 0 )即使控制體（3 〇 )移位，g 動體（2 0 )即下壓’彈性體（6 0 )即受到壓縮，此時 作動體（20)之卡塊（23)即與桿體（5〇)之凹槽 (5 1)脫離，桿體（50)即可於主體（1 (1 4 )内移位。 m胃 請繼續參閱第十一圖所示，係為本創作第四實施例，Page 7 M266132 Creation instructions (4) The inner pressure and the end body are pressed and the pressure surface slides; an elastic element (60) is accommodated in the main body " ㈡ 之 容 槽 = # 一 珠 体 (70) accommodated In the main 骈 r 'actuating body (2 0) class face (2 2) 〇) of the pearl $ 6) a net tide r «η ,; Γ); the circle of% (8 0) buckles the subject (, So that it is against the block (40) and the right combination & on the next day, when the overall combination is as follows, it will be as the first round%-+ Zen outside to take in the booth η ζ, the second place will not be The body (50) enters into the beta groove (14) as shown in the third figure. R, refer to the fourth figure, which is a schematic diagram before the creative action, which is actuated by the elastic element (60). At first, the actuating body (J, the actuating part (21)) abuts the control part (3;) of the actuating part (30); the 'bead (7 ◦) is located at the shallowest position of the actuating body (2 ◦). Please continue to refer to the fifth figure, which is a schematic diagram after this creative action. The pressing part (4 丄) of the abutting block (4 0) has an inclined surface (4 2) and an abutting block (4 0) accommodation section (4 3) It has a trough (4 4), so it will reach the block (4 0) below When pressing, it will force the oblique (4 2) of the pressing block (40) to press against the control body (30) side, so that the control body n =, and the control part (3 丄) of the control body (30). That is, the actuating part (21) of the actuating body 0) makes the actuating body (20) yoke, then (70) is retracted inward to the level of the actuating body (20). At this time, the subject (i 〇) The driving head (丄 丄) can be quickly fitted or disengaged with the sleeve due to the internal shrinkage, and the moving body (2 due to the restoring force of the elastic element (6-sided M266132 IV, creation instructions (5) 0) 0) After returning, the whole is restored to the state of the fourth picture. Please continue to refer to the sixth figure, which is the second embodiment of this creation. The control part (3 1) of the control body (3 0) is changed to a downward convex shape, and the action of the action body (20) is changed. The part (21) is a matching inner concave surface, and when the whole is implemented, it has the same effect, as shown in the seventh figure after the combination. Please continue to refer to the eighth figure, which is the third embodiment of the present invention. A clip (2 3) is added to the upper end of the moving body (20), and a linear array of depressions is added to the rod body (50). The groove (5 1), when combined, is shown in the ninth figure, which is a schematic diagram before the creative action. When the pressing block (4 0) is not pressed, the control body (3 0) also leans against the inclined surface (4 2 ), The clamping block (23) of the actuating body (20) is locked in the groove (51) of the lever body (50), and the lever (50) can be locked in the groove (51) of the actuating body (20). The position of the main body (10) is fixed, as shown in the ninth figure, so that when a force is applied to the rod body (50), the rod body (50) will not cause free sliding due to the card receiving. Please continue to refer to the tenth figure, which is a sound diagram after the third embodiment. When the pressing block (40) is pressed even if the control body (30) is displaced, the moving body (20) is pressed down. 'The elastic body (60) is compressed. At this time, the clamping block (23) of the actuating body (20) is separated from the groove (51) of the rod body (50), and the rod body (50) can be placed on the main body. (1 (1 4). Internal displacement. Please refer to Figure 11 for the stomach. This is the fourth embodiment of this creation.
M266132 四、創作說明（6) 壓抵塊（4 0 )於頂部之抵面左、右兩側各新增一抵部 (45) ，並將壓抵部（4 1 )更改為呈一斜L之形狀， 彎折具一斜面（4 2 )，使容置部（4 3 )亦彎折呈一倒 L之形狀，當組合後即如第十二圖所示，整體於實施時亦 具相同之功效。 請繼續參閱第十三圖所示，係為本創作第五實施例， 於壓抵塊（4 0 )之容置部（4 3 )適當位置增設一卡部 (46) ，桿體（5 0 )具直線排列之凹槽（5 1 )，壓 抵塊（4〇)之斜面（42)並不如第十一圖具有空隙， 當組合後即如第十四圖所示，將壓抵塊（4 〇 )往下按壓 時’係如第十五圖所示，即會使卡部（4 6 )脫離桿體 (50)之凹槽（51)，連動作動體（20)往下移 動’珠體（7 0 )即内縮至階級面（2 2 )最深處，整體 於貫施時亦具相同之功效。 請繼續參閱第十六圖所示，係為本創作第六實施例， 主體（1 0)之容槽（1 2)可為非圓狀，控制體（30 )亦為非圓狀，將壓抵塊（4 0 )整體更改為c:字形狀， 並更改為不具容置部（4 3 )與容槽（4 4 )，將控制體 (30)更改為不具凸塊（33) ’整體於實施時亦具相 同之功效。 請繼續參閱第十七圖所示，係為本創作第七實施例， 將壓抵塊（4 0 )更改為整體呈一圓筒狀，並往内開設有 一圓槽（4 7 )，於底部一側設有一壓抵部（4 1 )及斜 面（42)，於另一側設有容置部（43)與容槽（44M266132 IV. Creation instructions (6) The pressing block (40) has a new pressing section (45) on the left and right sides of the top contact surface, and the pressing section (4 1) is changed to an oblique L The shape is bent with an inclined surface (4 2), so that the accommodating part (4 3) is also bent into a shape of an inverted L. When combined, it is shown in Figure 12 and the whole is also the same when implemented. Effect. Please continue to refer to the thirteenth figure, which is the fifth embodiment of this creation. A clamping portion (46) and a rod body (5 0) are added to the receiving portion (4 3) of the pressing block (4 0). ) The grooves (5 1) are arranged in a straight line, and the inclined surface (42) of the pressing block (40) does not have a gap as shown in the eleventh figure. When combined, as shown in the fourteenth figure, the pressing block (4) 4 〇) When pressed down, as shown in the fifteenth figure, the card portion (4 6) will be disengaged from the groove (51) of the rod body (50), and the moving body (20) will be moved downward to the bead. The body (7 0) is retracted to the deepest level of the class surface (2 2), and the whole has the same effect when it is applied consistently. Please continue to refer to the sixteenth figure, which is the sixth embodiment of this creation. The container (1 2) of the main body (10) may be non-circular, and the control body (30) is also non-circular. The entire block (4 0) was changed to a c: font shape, and it was changed to have no accommodating part (4 3) and container groove (4 4). The control body (30) was changed to no bump (33). It also has the same effect when implemented. Please continue to refer to the seventeenth figure, which is the seventh embodiment of this creation. The pressing block (40) is changed to a cylindrical shape as a whole, and a circular groove (47) is opened in the bottom. A pressing portion (4 1) and an inclined surface (42) are provided on one side, and an accommodating portion (43) and a receiving groove (44) are provided on the other side
、創作說明（7) )，當組合後即如第十八圖所示，整體於實施時亦具相同 之功效。 請繼續參閱第十九圖所示，係為本創作第八實施例， 控制體（3 0 )係更改為-長桿狀，於下端開設一半圓狀 之控制部（31)，於上端適當位置設有一斜槽（32 )’並於主體（1 0 )增設-作動槽（工5 )以 體（30) ’並將壓抵塊（40)更改為只具有壓抵部制 (二1 )及斜面（4 2 )，組合後即如第二十圖所示 ，體（3 0 )可於作動槽（i 5 )上左、右位 ： 貫施時亦具相同之功效。 ^ ^ 本創作主要之設計理念在於·· 將壓抵塊（4 0 )往下壓時，在| )之斜面（4 2 )壓抵於控制體（；〇 f堅抵塊（4 0 體（3 cn移位，而使作=體乂3、0)之-側’使控制 )即往内縮至作動體（2 0 ) = 〇 )下壓，珠體（7 〇 此時主體階級面（22)最深處， 縮即可快速與套筒套合或脫離。）因珠體（7 〇 )之内 習用=述確ί = ί具新賴及實用之功效，並能改進 件’爰依法提起申·：’誠能符合新型專利之要 賜准專利為禱丨 W祈貝審查委員詳核細審，並早曰 M266132 圖式簡單說明 【圖式簡單說明】 第一圖、係本創作滑桿結構分解圖。 第二圖、係本創作滑桿組合剖視圖。 第三圖、係本創作滑桿組合剖視圖。 第四圖、係本創作滑桿動作前示意圖。 第五圖、係本創作滑桿動作後示意圖。 第六圖、係本創作第二實施例分解圖。 第七圖、係本創作第二實施例動作示意圖。 第八圖、係本創作第三實施例分解圖。 第九圖、係本創作第三實施例動作前示意圖。 第十圖、係本創作第三實施例動作後示意圖。 第十一圖、係本創作第四實施例分解示意圖。 第十二圖、係本創作第四實施例動作示意圖。 第十三圖、係本創作第五實施例分解示意圖。 第十四圖、係本創作第五實施例動作前示意圖。 第十五圖、係本創作第五實施例動作後示意圖。 第十六圖、.係本創作第六實施例分解圖。 第十七圖、係本創作第七實施例分解圖。 第十八圖、係本創作第七實施例動作示意圖。 第十九圖、係本創作第八實施例組合示意圖。 第二十圖、係本創作第八實施例動作示意圖。 【主要元件符號說明】 (1 0 )主體 （1 1 )驅動頭 (1 2 )容槽 （1 3 )控制槽(7) The creation instructions (7)), when combined, as shown in Figure 18, the whole also has the same effect when implemented. Please continue to refer to the nineteenth figure, which is the eighth embodiment of this creation. The control body (3 0) is changed to a long rod shape. A semi-circular control portion (31) is set at the lower end, and it is appropriately positioned at the upper end. It is provided with a chute (32) 'and an additional body (10) is added to the main body (10), and the body (30)' is changed, and the pressing block (40) is changed to only have a pressing part system (2) and The inclined surface (4 2), as shown in the twentieth figure after the combination, the body (3 0) can be left and right on the operating groove (i 5): it also has the same effect when applied. ^ ^ The main design concept of this creation is ... When pressing the pressing block (40) down, the inclined surface (4 2) of |) is pressed against the control body (; 0f firmly pressing the block (40 body ( 3 cn is shifted, so that the = side of the body = 3, 0) makes the control) shrink inward to the moving body (2 0) = 〇), and the bead (7 〇 at this time the main class surface ( 22) At the deepest point, shrinking can quickly fit or disengage with the sleeve.) Because it is used within the bead (7〇) = description is really = = ί has new and practical effects, and can improve the pieces Shen: "Pray for a patent that is sincerely in line with the requirements of a new type of patent. W Qibei examines the committee carefully for detailed examination, and said earlier that M266132 is a simple illustration. [Schematic illustration] The first picture, this creative slider Structure exploded view. The second figure is a sectional view of the creative slider combination. The third figure is a sectional view of the composition of the creative slider. The fourth picture is the schematic diagram before the action of the creative slider. The fifth picture is a schematic diagram after the creative slider action. The sixth figure is an exploded view of the second embodiment of this creation. The seventh diagram is an action diagram of the second embodiment of the present creation. The eighth figure is an exploded view of the third embodiment of this creation. The ninth figure is a schematic diagram before the action of the third embodiment of this creation. The tenth figure is a schematic diagram after the action of the third embodiment of this creation. The eleventh figure is an exploded view of the fourth embodiment of this creation. The twelfth figure is a motion diagram of the fourth embodiment of this creation. The thirteenth figure is an exploded view of the fifth embodiment of the present invention. Figure 14 is a schematic diagram before the action of the fifth embodiment of this creation. The fifteenth figure is a schematic diagram after the action of the fifth embodiment of this creation. The sixteenth figure is an exploded view of the sixth embodiment of the present invention. The seventeenth figure is an exploded view of the seventh embodiment of this creation. Figure 18 is a schematic diagram of the seventh embodiment of this creation. The nineteenth figure is a combined schematic diagram of the eighth embodiment of this creation. Figure 20 is a schematic diagram of the eighth embodiment of this creation. [Description of main component symbols] (1 0) Main body (1 1) Drive head (1 2) Capacitor tank (1 3) Control tank
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