M332005 八、新型說明： 【新型所屬之技術；領域】 本創作係與一種滑桿結構改良有關，更詳而言之，尤 指一種桿體具凹槽，操作時可調整該桿體與本體之相對位 置，並可固定其位置不至滑動。 、 【先前技術】 按吾人先前所知，吾人所申請之專利前案，申請號·· 〇 9 3 2 1 0 5 4 0、案件名稱··滑桿脫落結構改良，其結 構係為：一種滑桿脫落結構改良，其主要係包括··主體、 扰制體、.桿體、彈性體及珠體所組成，其中：主體於底部 凸伸驅動頭，於其内係為容槽.，容槽底端具直徑較小之作 動才曰’作動‘槽-側具珠孔；一控制體於上端具抵緣，相對 於主體之珠孔位置設階級面，控制體係容置於主體之作動 才曰^體具適當之長度，桿體具抵面，桿體可穿設於 主妝之π槽上，—彈性體―端係頂抵於控制體，使控制 =抵緣™於桿體之抵面；—珠體係容置於本體之珠孔 體面：圍成之空間内；藉此旋轉桿體，控制 體即入體之作動槽内，使彈性體被壓縮，珠 或脫離。 0 i體之驅動頭即具與套筒套合 體係=::作， ^ ^. 0面，该桿體易因施力不當而於主體之# 内滑動移位’使用者f 主體^ 螢，L ,, τ丹δ周整其原本之位置而再繼蟢 業，如此反覆調整該捍髀夕2职 叩丹、，Μ嘯 于體之位置，增加使用者作業所耗 M332005 之時間，操作上亦相當不順手，此為吾人所申請之專利案 之缺失。 >、 有鑑於上述專利案之結構缺失，本創作人藉多 才口目關行業之經驗’終於有-實用性且能改用弊端之產 品問世 ° ^ 【新型内容】 \ 具體而言，本創作係提供一種滑桿結構改良，其主要 籲係包3.—本體，該本體底端凸伸一驅動頭，該本體中央 設有-貫穿之容槽，該驅動頭内係設有一貫穿之控制槽，、 該本體於横向設有-貫穿之滑槽，該驅動頭設有一珠子曰匕， 該珠孔係與控制槽呈相通狀；一控制桿，該控制桿係容置 於容槽與控制槽内，該控制桿係設有一階級面，該階級面 係與珠孔位置相配合，該控制桿上端係設有一控制部一 桿體，該桿體係呈長體狀，該桿體係穿設於滑槽内並可其 内位移’该捍體係設有數凹槽，該控制桿之控制部係可卡 •，凹槽内；一彈性體，該彈性體係容置於本體之容槽底 -邛’ δ亥彈性體-端抵於容槽底部另端抵於控制桿上；一珠 -體’該珠體係容置於本體之珠孔内且抵頂於控制桿之階級 • 面上。 為使貴審查委員對本創作之目的、特徵、及功效有 著更進-步瞭解與認同，兹舉較佳實施例並配合圖式說明 於后： 【實施方式】 6 M332005 首先請參閱第—圖所 -種滑桿結構改H主㈣=本創作之立體分解圖， (2〇)、桿體（3 〇;==··本體（1〇)、控制桿 其中； 爭生版（4 〇 )及珠體（5 〇 )， 一本體（1 〇 )，古玄太雕 、 本體（1 〇 )底端凸伸一驅^員（丄J為^圓=主體狀，該 係呈四角頭狀，該驅動；〜驅動頭（11) ⑸中央設有—直動二 1二)：供套合套筒’該本體 丨Ί )内伤< 古* 〇貝牙之谷槽（1 2 )，該驅動頭（工 =-直徑較小於容槽（12)jl貫穿之控制槽 該本體（’Γ〇槽（13)係與容槽（12)呈相通狀， Α ^ 於杈向設有一貫穿之滑槽（1 4 )，該滑栲 =土）係與容槽（1 2)呈相通狀’該驅動頭（i工； :相=孔(15)’該珠孔(15 )係與控制槽(13 ) &制才干（2 0 )’該控制桿（2 0 )係容置於本體㈠ 之容槽（！2)與控制槽（13)内，該控制桿& 〇 )係设有一階級面（2 2 )，該階級面（2 2 )設有 處及較淺處，該階級面（2 2 )係與珠孔（χ 5 )位置又: 配合^控制桿（2 0)上端係設有-控制部（2 1); 庐二t體（3 〇 )’該桿體（3 〇 )係呈長圓柱體狀1 = 30:係穿設於本體（1〇)之滑槽（14)内並 立移，5亥桿體（3 〇 )係設有數凹槽（3 1 )，今m 槽（3 1 )係呈凹環狀，該凹槽（3丄）左右兩侧邊^ 一平滑面（3 1 !)，該桿體（3 〇 )左右末端之兩凹槽& 7 M332005 1 )’其外側邊係設有垂直面（ 之控制部（2 D係可卡制於2 )，該控制桿（2 0 -彈性體(40)，該彈性體(：(31)内； 0 )之容槽（1 2 )底部，該彈0 )係容置於本體（1 槽（1 2)底部另端抵於控制桿（4 (η -端抵於容 、-珠體（5 Q )，該珠體（5 〇 ) 上’ ,之珠孔（15)内且抵頂於控制桿（=置於本體（1〇) 2 )上，該控制桿（ 〇)之階級面（2 (3 1 )内時，該珠體（5 〇 ( 2 1 )卡制於凹槽 之階級面（2 2) _ % # μ制於控制桿（2 〇 ) 、J d」較淺處，該珠體Γ 孔（1 5)夕卜，使該驅動 】0)係略凸露於珠 固另一元件。 動貝（1 1 )因珠體（5 0)而卡 當組合時，該彈性轉广 之容样（12)=)係容置於本體（10) (40)内並容置於該容0)係牙設於彈性體 該控制桿（2Q)之階槽（13)内， 置相對正，該桿體（3 #办）係與珠孔（1 5 )位 。η )係穿設於本體（1 〇 )之滑槽 (1 4)内，該桿體（3 〇 )之 3 ，月才曰 桿（2 0 )之控制部（2丄）+ J ，、…亥控制 各置於本體（U)之珠孔（15)與階級面（22〇) 曰’當組合後即如第二圖所示，第三圖係為本 外觀圖。 ^ 〃請繼續參閱第四圖所示，係為本創作之立體上視圖， 第五圖係為第四圖之A — A處剖視圖，該控制桿（2 0) M332005 之控制部（2 1 )係受彈性體（4 桿體（3 〇)之凹槽（3丄） ）之弹力而卡制於該 受控制桿（20)之I縮而呈彈門體（4〇)係未 較淺處及本體（i 〇)之-/係卡制於階級面（2 2 ) 係略凸露於珠孔（工5 )卜/ 5 )間’該珠體（5 0 ) “ n w 使該驅動頭（1 1)因珠體 ，筒。凸路而卡固另-凡件，該另-元件-般係為套 .請=參閱第六圖所示，係為本創作第五圖處 大圖，當桿體（3 0)於本體（ 之8處放 移動，該桿體（3 〇 ) 〇 )之，月枱（1 4 )内 71、 （ 3 〇)係可依順凹槽（3 0 )之平潛而r q 1 1 )脫離該控制桿（2 〇) ( 3 :者依作業需要而更換調整其桿 1 =對’當桿體（3 0 )移動至末兩端之凹槽（3 ;:，==31)外側邊係設有垂直二 制部（υ ΛΛ )係可供該控制桿（2Q)之控 〇 )之滑槽Μ 4具防止桿體（3 Q )脫離本體Q 圖。θ J力效’第七圖係為第五圖之C處放大 當桿 控制部（2 2)卡制二制：2 〇)之 2)係因桿體（30)之斤:鳴（2〇)之控制部（2 該控制桿（2ΓΜ 抵而向下壓縮該彈性體（40)， 之階級面（2 2 )其階級較深處係下降 9 M332005 與控制槽（13)之珠孔（15)㈣相對正， 0)係向内掉入該控制桿（20)之階級 5 處。 、乙d) #父洙 請繼續參閱第九圖所示，係為本創作之第一杂 第十圖係為上視圖’第十一圖係為 -貫施例’ 圖，第十二圖係為第十一圖之B處 二 —A處剖視 β處放大圖，第十二 第十-圖之C處放大圖，該實施例中，該桿 ^糸為 凹槽（3 1 )係呈貫穿圓孔狀，該凹样 ）之 設有平滑面（3 1 1 )，該平滑面（3 兩側邊係 凹槽（3 1 )脫離其控制桿（2 〇 ) 可使貫穿狀之 η卞v乙u )之控制 制，該桿體（3 0)之兩末端凹槽^ ^ )卡 -垂直面（312)，該垂直面（3/21 2^外側邊亦設有 0 )於本體（1 0 )之滑槽（i 4 )移可^桿體（3 槽（1 4)。 私動時而脫離該滑 本創作主要之優點係在於： 1、 該桿體（3 0)係具凹槽（3丄 業之情況而調整該桿體（3 〇 )及本體，使用者可依作 位置後，該控制桿（2 〇 )之控制部T 1 0 )間之相對 桿體之凹槽（31)内而不制於 業時滑脫。 體（3 〇 )於作 1 該凹槽（3 1 )之兩侧邊設有平 使用者欲調整其距離位置時，只 311)’ (21)之卡制。 、而“力印可脫開控制部 2 該桿體（30)其兩末端之 . 凹‘（3 1)，其最外 M332005 側邊係設有垂直面（3 1 〇、 丄2)，該垂直面（3 1 即可防 止該桿體（3 0 )於滑叙口士 ^丄Ζ」即J防 4)〇 ⑺動盼脫開本體（1 0 )·之滑槽（工 4、6亥控制桿（p八、 (4 0)之彈力而卡制丄之控制部（2 1 )係受彈性體 内’當旋動時該彈性體：3㈠之凹槽（31) 壓縮而呈彈開狀，哕强 ）係未受控制桿（2 0)之 命。 〜知性體（4 〇)即可具較長之使用壽 習用之缺點？確兼具新穎及實用之功效，並能改進 件，爰依法提起之創作，誠能符合新型專利之要 賜准專利為禱t 1祈#審查委員詳核細審’並早曰 M332005 【圖 第 ^ 第二 第二 第四 第五 第六 第七 第八 第九 第十 第十 第十 第十 【主 式簡單說明】 圖、係為本創作 圖、 圖、 圖、 圖、 圖、 圖、 圖、 圖、 圖、 一圖 二圖 三圖 係為本創作 係為本創作 係為本創作 係為本創作 係為本創作 係為本創作 係為本創作 係為本創作 係為本創作 係為本創作 係為本創作 係為本創作 要元件符號說明】 之立體分解圖。 之立體組合剖面圖。 之立體組合外觀圖。 之立體上視圖。 第四圖之A — A處剖視圖。 第五圖之B處放大圖。 第五圖之C處放大圖。 之作動剖面圖。 第二實施例之立體分解圖。 第二實施例之上視圖。 第十圖之A — A處剖視圖。 第十一圖之B處放大圖。 第十一圖之C處放大圖。 (1 0)本體 (1 1 )驅動頭 (1 2 )容槽 (1 3 )控制槽 (1 4 )滑槽 (1 5 )珠孔 (2 0 )控制桿 (2 1 )控制部 (2 2)階級面 (3 0 )桿體 (3 1 )凹槽 311)平滑面 4 0 )彈性體 (3 1 2 )垂直面 (5 0 )珠體 12M332005 VIII. New description: [New technology; field] This creation is related to the improvement of a slider structure. In more detail, especially a kind of rod has a groove, which can be adjusted during operation. Relative position and can be fixed in position without sliding. [Prior Art] According to what we have previously known, the patent application filed by us, the application number·· 〇9 3 2 1 0 5 4 0, the name of the case··the sliding bar detachment structure is improved, and its structure is: a kind of slip The rod detachment structure is improved, and the main part thereof comprises: a main body, a disturbing body, a rod body, an elastic body and a bead body, wherein: the main body protrudes from the driving head at the bottom, and the inside is a cavity. The bottom end has a smaller diameter to actuate the 'actuation' groove-side bead hole; a control body has an abutting edge at the upper end, and a class surface is set relative to the bead hole position of the main body, and the control system is placed in the main body. ^The body has the proper length, the rod body has the surface, the rod body can be worn on the π groove of the main makeup, and the elastic body-end system top is pressed against the control body, so that the control = the edge of the rod is in contact with the rod body. The bead system is placed in the body surface of the bead of the body: in the enclosed space; thereby rotating the rod body, the control body is inserted into the moving groove, so that the elastic body is compressed, the beads or detached. 0 i body drive head is the same as the sleeve fit system =::, ^ ^. 0 face, the rod is easy to slide in the main body due to improper application of force 'user f body ^ firefly, L , , τ Dan δ week and its original position and then continue to work, so repeatedly adjust the position of the 捍髀 2 2, Μ 于 于 Μ Μ Μ Μ Μ 增加 增加 增加 增加 增加 增加 , , , , , , , , , , , , , , , , , , , , , , , It is also quite unsatisfactory. This is the lack of the patent application filed by us. >, In view of the lack of structure of the above patent case, the creator borrowed the talented experience of the industry to 'have a practicality and can use the product of the malpractice. ^ [New content] \ Specifically, this creation The utility model provides a sliding rod structure improvement, which mainly calls a bag 3. The main body, the bottom end of the body protrudes from a driving head, the main body of the body is provided with a through-groove, and the driving head is provided with a control slot penetrating therein. The main body is provided with a through slot in the lateral direction, the driving head is provided with a bead hole, and the bead hole is in communication with the control slot; a control rod is disposed in the receiving slot and the control slot The lever is provided with a class surface which is matched with the position of the bead hole. The upper end of the control rod is provided with a control portion and a rod body. The rod system has a long body shape, and the rod system is disposed in the chute. Inside and within the displacement 'the 捍 system is provided with a number of grooves, the control part of the control rod is a card, the inside of the groove; an elastic body, the elastic system is placed at the bottom of the body of the groove - 邛' 亥Elastomer - end against the bottom of the tank and the other end against the lever ; One-bead - form 'the bead is received in the bore bead system of the body and abut against the lever of the control class • surface. In order to enable your review committee to have a better understanding and recognition of the purpose, characteristics, and efficacy of this creation, the preferred embodiment will be described with reference to the following: [Embodiment] 6 M332005 First, please refer to the - Slider structure changed to H main (four) = three-dimensional exploded view of the creation, (2 〇), shank (3 〇; ==·· ontology (1 〇), control rod among them; contending version (4 〇) and Beads (5 〇), one body (1 〇), ancient Xuantai carving, body (1 〇), the bottom end of the protrusion and the driver (丄J is ^ circle = main body, the system is quadrangular, the drive; ~ drive head (11) (5) centrally located - direct motion two 1 2): for the sleeve sleeve 'the body 丨Ί) internal injury < ancient * mussel tooth valley trough (1 2), the drive head (work =- The diameter is smaller than the control groove (12) jl runs through the control groove. The body (the gutter (13) is in communication with the cuvette (12), and the Α ^ is provided with a through chute (1) 4), the slip = soil) is in communication with the cuvette (12) 'the drive head (i work; phase = hole (15)' the bead hole (15) and the control slot (13) &; system talent (2 0 ) 'the joystick (2 0 The system is placed in the cavity (!2) of the body (1) and the control slot (13). The control lever & 设有) is provided with a class surface (2 2 ), and the class surface (2 2 ) is provided In the shallower part, the class surface (2 2 ) and the bead hole (χ 5 ) are in position: the matching control lever (20) is provided with a control portion (2 1); the second t body (3 〇) 'The rod body (3 〇) is a long cylindrical shape 1 = 30: it is inserted into the sliding groove (14) of the body (1〇) and moves vertically. The 5 hp body (3 〇) is provided with several grooves. (3 1 ), the current m slot (3 1 ) is a concave ring shape, and the left and right sides of the groove (3丄) are a smooth surface (3 1 !), and the left and right ends of the rod body (3 〇) Groove & 7 M332005 1 ) 'The outer side of the side is provided with a vertical surface (the control part (2 D can be stuck in 2), the control rod (20 - elastic body (40), the elastic body ( : (31); 0) at the bottom of the pocket (1 2 ), the bomb 0) is placed on the body (1 slot (1 2) bottom and the other end is against the lever (4 (η - end against the capacity, - the bead (5 Q ), the bead (5 〇) on the ', the bead hole (15) and the top of the control rod (= placed on the body (1〇) 2), the lever 〇) In the class plane (2 (3 1 )), the bead (5 〇 ( 2 1 ) is stuck in the groove's class surface (2 2) _ % # μ in the control lever (2 〇), J d" is shallower, the bead has a hole (15), so that the drive is 0) slightly protruding from the other component of the bead. When the moving shell (1 1 ) is combined with the bead (5 0), the elasticity is widened (12) =) the system is placed in the body (10) (40) and accommodated in the volume 0 The locating teeth are arranged in the step groove (13) of the elastic body of the control rod (2Q), and are relatively positive, and the rod body (3#) is in the position of the bead hole (15). η ) is threaded in the chute (1 4) of the body (1 〇), the rod body (3 〇) 3, the control part (2丄) of the mast (20) + J, ... The hail control is placed on the body (U) bead hole (15) and the class surface (22〇) 曰' when combined, as shown in the second figure, the third picture is the appearance. ^ 〃Please continue to refer to the fourth figure, which is the three-dimensional upper view of the creation. The fifth picture is the sectional view of A-A of the fourth figure. The control part of the control bar (2 0) M332005 (2 1 ) According to the elastic force of the elastic body (the groove of the 4-bar (3 〇) (3丄)), the I of the controlled rod (20) is contracted to form the bullet body (4〇). And the body (i 〇) - / system card in the class surface (2 2) is slightly exposed in the bead hole (gong 5) / 5) between the 'bead body (5 0) "nw make the drive head ( 1 1)Because of the bead body, the tube, the convex road and the other part, the other element-like system is a set. Please refer to the sixth figure, which is the big picture of the fifth picture of the creation. The rod body (30) is moved on the body (the 8th position, the rod body (3 〇) 〇), and the 71 (3 〇) system in the platform (14) can follow the groove (30). Flat dive and rq 1 1) Detach the control lever (2 〇) (3: Replace the lever 1 = pair when the work is needed to move the groove (3 0) to the end of the groove (3;: , == 31) The outer side is provided with a vertical two-part (υ ΛΛ ) system for the control of the control rod (2Q) Μ 4 prevent the rod body (3 Q ) from the body Q diagram. θ J force effect 'the seventh picture is the fifth picture of the C zoom in the rod control unit (2 2) card system two: 2 〇) 2 ) is due to the rod body (30): the control part of the sound (2〇) (2) the control rod (2ΓΜ is the downward compression of the elastic body (40), the class surface (2 2) is deeper in class Decline 9 M332005 is opposite to the bead hole (15) (4) of the control slot (13), 0) is inwardly dropped into the class 5 of the lever (20). B, b) #父洙 Please continue to refer to the ninth As shown in the figure, the first tenth figure of this creation is the upper view, the eleventh figure is the "permeation example", and the twelfth figure is the second line of the eleventh figure. A cross-sectional view of the magnified view of β, the twelfth tenth-figure C is an enlarged view, in this embodiment, the rod is a groove (3 1 ) which is formed through a circular hole shape, and the concave sample is provided a smooth surface (3 1 1 ), the smooth surface (3 sides of the groove (3 1 ) is separated from the control rod (2 〇), the through-like η卞v b u) can be controlled, the rod body ( 3 0) Both end grooves ^ ^ ) card - vertical surface (312), the vertical surface (3/21 2 ^The outer side is also provided with 0) the sliding groove (i 4 ) of the body (10) can be moved to the rod body (3 slots (1 4). The main advantages of the private movement from the slipbook creation are: 1. The rod body (30) is equipped with a groove (the body (3 〇) and the body are adjusted according to the situation of the industry. After the user can make a position, the control part of the control rod (2 〇) 1 0 ) is opposite to the groove (31) of the rod body and is not slipped during the industry. Body (3 〇) is made 1 The sides of the groove (3 1 ) are flat. When the user wants to adjust the distance position, only 311)' (21) is engaged. And the "printing detachable control portion 2" of the rod body (30) at both ends thereof. The concave '(3 1), the outermost M332005 side is provided with a vertical surface (3 1 〇, 丄 2), the vertical Face (3 1 can prevent the rod body (3 0) from slipping on the mouth), ie J-proof 4) 〇 (7) hoping to disengage the body (1 0) · chute (4, 6 Hai control) The control unit (2 1 ) of the rod (p8, (4 0) elastic force and the clamped body is subjected to the elastic body'. When the body is rotated, the groove (31) of the elastic body: 3 (1) is compressed and is opened. Reluctantly) is not controlled by the control rod (2 0). ~ The intellectual body (4 〇) can have the shortcomings of the long life life. It has both novel and practical effects, and can improve the parts. The creation of the creation, the ability to comply with the new patent to grant the patent for the prayer t 1 pray # review member detailed review] and early M332005 [Figure ^ second second fourth fifth sixth seventh eighth Nineth Tenth Tenth Tenth [Simplified explanation of the main form] The drawings are based on the creation of drawings, diagrams, diagrams, diagrams, diagrams, diagrams, diagrams, diagrams, diagrams, diagrams, diagrams and diagrams. for The creative department is the creative department, the creative department is the creative department, the creative department is the creative department, the creative department is the creative department, the creative department is the creative department, and the creative department is the creative department. The three-dimensional combination of the cross-sectional view of the three-dimensional combination of the three-dimensional view of the top view of the fourth figure A - A section of the cross-sectional view of the fifth figure, the enlarged view of the fifth figure, the enlarged view of the fifth Figure C. 2D exploded view of the second embodiment. Fig. 1 is a cross-sectional view taken at line A of Fig. 11 and Fig. 11 is an enlarged view of Fig. 41. 0) body (1 1 ) drive head (1 2 ) pocket (1 3 ) control slot (1 4 ) chute (1 5) bead hole (2 0) control lever (2 1 ) control section (2 2) class Face (30) rod body (3 1) groove 311) smooth surface 4 0) elastic body (3 1 2 ) vertical surface (50) beads 12