M342737 八、新型說明： 【新型所屬之技術領域】 本創作係有關於-種高枝剪結構改良，其繩索係1固定於控制件 處，且另一端固定於調整件處，該繩索係沿著外、内管繩槽，並於滑輪套 中迴繞於定滑輪及動滑輪之間，利用定滑輪與動滑輪之滑動關係，即能沿 •著管身產生控制剪枝器之效果，不僅提供更簡潔之外觀，亦可減少繩索受 .扯斷而損壞之可能性者。 _【先前技術】 習知之一種咼枝剪結構，如第9圖所示觀之，其包含有：一刀座（6〇) ' 一連接桿組(70)、一握桿(8〇)及一拉繩(90)所組合而成，其刀座（6〇)係由 上刀片（61)及下刀片（62)構成，該上 '下刀片（61)(62)係設有一轉軸孔 (63) ，並以轉軸孔(63)形成定位，且下刀片（62)又向後侧延伸有一連接孔 (64) ，一連接桿組(70)其包含有連接桿(71)、連接片（72)、滑片（73)及滑 輪(74)，連接桿(71)與連接片（72)係以支孔(711)形成樞接，該連接桿(71) 鲁孓一端與上刀片（61)之轉孔(712)框接定位，而另一端係連接有滑片（73) -及滑輪(74)，又該連接桿（71)之滑輪(74)端係與上刀片（61)之間設置有一 彈簧(75)，一握桿(80)係套掣有一固定件(81)，且固定件(81)上樞設有一 定滑輪(82)，又該握桿(80)之上端係設置有一轉軸孔(83)，一拉繩(9们係 連接有一握塊(91)。 其結構之組合，刀座（60)係以轉軸孔(63)樞接定位於握桿(8〇)之轉軸 孔(83)處，又該刀座（60)與連接桿組(7〇)係以連接孔(64)及轉孔(712)形成 定位，並於刀座（60)與連接桿組(7〇)間設置有一彈簧（75)，其拉繩(9〇)之 5 M342737 一端係固定有一握塊(91)，另一端繞過滑輪(74)之滑軌，再向下繞過定滑 輪(82)之滑執’並反折固定於滑片（73)端’其局枝男結構之動作，係拉動 拉繩(90)之握塊(91)，使拉繩(90)於滑輪(74)及定滑輪(82)間滑動，並可 拉動連接桿(71)向下端擺動，該連接桿(71)係拉伸其彈簧(75)且下壓其連 接片（72)，又該連接片（72)係推動下刀片（62)，即可控制上、下刀片（61)(62) •之作動，而鬆開握塊(91)時，彈簧(75)之彈力係拉回連接桿(71)，使刀座 • (6〇)回復成常開之位置，詳觀上述習知結構不難發覺其尚存有些許不足之 鲁處’其拉繩(90)之一端係固定有一握塊(91)，另一端繞過滑輪(74)之滑軌， 再向下繞過定滑輪(82)之滑軌，並反折固定於滑片（73)端，藉由定滑輪(82) 與滑輪(74)之滑動關係，即能控制刀座⑽)之作動，其外設之拉繩⑽)不 但不美觀，且亦增加拉繩(9〇)受扯斷而損壞之可能性者。 有鑑於此’創作人本於多年從事相關產品之製造開發與設計經驗，針 對上述之目標，詳加設計與審慎評估後，終得—確具實用性之本創作。 【新型内容】 _ •欲解決之技術問題點： -、習知之—種高枝剪結構，其拉繩之—端係固定有—賊，另一端繞過 滑輪之滑轨’咐峨犧，吻咖㈣，藉由定滑 輪與滑輪之滑_係，即能控制刀座之作動，其外設之拉繩不但不美觀， =增顺受扯斷而損壞之可能性，此乃本創作欲解決之技術問題點者。 %決問題之技術特點： ，财結構改良，其包括有：—滑輪部一内管、,、1 '、及1枝器所組合喊，—剪枝雜⑽轉部樞接歸輪套之接合部 M342737 處，並以作動繩穿過滑動塊之固定孔而打結固定，動滑輪係插接於滑動塊 中，而定滑輪係限位於限位桿上，-内管係叹位孔固定於滑輪套之鎖社 段處’其_係歧滑輪與動滑輪間呈二迴繞之，且嫩之固定端及 控制端皆由動滑輪端處向鎖結段方向伸出滑輪套外，朗定端係由内管之 中央穿入’又該控制端係沿著内管之财滑槽而伸出，再將另一滑輪套蓋 於設置有續輪及紐輪之滑輪套上並明_定之，其外管之一端係固 定有-輕件’謂___件之_出_孔並打結固 I定，而控制端係延著外管繩槽並穿過控制件，且再穿過控制件之連接塊處 與控制套之控制端孔處，並於連接塊及控制端孔處打結固定，控制件骨机 於外管之管身處，且控制套係套掣於外管之另—端處，再將組合後之外= 以調整件套掣連接姆上，i索之固細崎之中央通過，再反 折夾設於内、外管間之内管賴處，又固定於娜件之固定端孔，财之 控制端係沿著内管之繩索滑槽及外管之外管滑槽，並定位於連接塊與控制 籲對照先前技術之功效： '其議峨、槪姆嶋，組犧崎輪套之定滑輪 及麟祕’即可拉動滑動塊而帶動作_使剪刀部產生剪動之效果，不 僅提供更簡潔之外觀，亦可減少絕索受扯斷而損壞之可能性者。 【實施方式】 為使貴審查委員縣創作之目的、概及功魏夠有更進—步之瞭解與 認識，以下兹請配合【圖式簡單說明】詳述如后： 先請由第1、2圖配合第4圖所示觀之，一種高枝剪結構改良，其包括 7 M342737 有：一滑輪部（10)、一内管(20)、一外管(3〇)、一繩索(40)及一剪枝器（50) 所組合而成’ 一滑輪部（1〇)係由滑輪套(11)、定滑輪(12)及動滑輪(13)所 構成’滑輪套(11)係為上、下兩蓋體之配合而成，其前、後端係形成鎖結 段(111)及接合部（112)，該滑輪套(n)之靠近鎖結段(m)處係設有一限位 桿(113)，定滑輪(12)係設置於限位桿(113)處，動滑輪(13)係為一雙執滑 ’輪’且結合定位於一滑動塊（131)上，該滑動塊（131)係開設有一固定孔 • (132)，且滑動塊(131)係限位於滑輪套(n)之管内，一内管（2〇)係為一空 鲁心長管體，且前端設有定位孔(201)，該内管（20)之管身處係縱向貫穿有一 内管繩槽(202)及一繩索滑槽(2〇3)，一外管(30)係為一空心長管體，且管 身上亦縱向貫穿有一外管繩槽(3〇1)，該外管(3〇)係連結有調整件(31)、控 制件(32)及控制套(33)，該調整套(31)係設有一調整開關（312)及一固定端 孔(311)(如第4圖所示），該控制件(32)係為一握把狀之管體，其後端係形 成有握抵端（321)及連接塊（322)，控制套（33)係穿設有一控制端孔 (331)(如第4圖所示），一繩索(4〇)之長度係配合滑輪部（1〇)及内、外管 鲁_(20)(30)而形成，且於兩繩端形成一固定端(41)及一控制端(42)，一剪枝 _器（50)係由一鈕轉部（51)及一剪刃部（52)所組成(如第5圖所示），其鈕轉 部（51)係形成有一圓轴，該剪刃部（52)係由兩刀刃所組成，其中之一刀刃 設置有一彈性件(53)，並連接至鈕轉部（51)形成固定，該剪刃部（52)之下 端係樞設有一滑輪(54)，又該滑輪(54)係繞過有一作動繩(55)，且作動繩 (55)之一端固定於紐轉部（51)，又另一端係由鈕轉部（51)處伸出。 其結構之組合，再請由第2、3、4圖所示觀之，一剪枝器（5〇)係以鈕 轉部（51)樞接於滑輪套(11)之接合部（112)處，並以作動繩(55)穿過滑動塊 8 M342737 (131)之固定孔(132)而打結固定，動滑輪(13)係樞接於滑動塊(131)中，而 定滑輪(12)係限位於限位桿（113)上，一内管（20)係以定位孔(2〇1)固定於 滑輪套（11)之鎖結段(111)處，其繩索(40)係於定滑輪(12)與動滑輪(13) 間呈二迴繞之圈狀，且繩索(40)之固定端(41)及控制端(42)皆由動滑輪(13) 端處向鎖結段(111)方向伸出滑輪套(11)外，該固定端(41)係由内管（2〇) .之中央穿入，又該控制端(42)係沿著内管（20)之繩索滑槽(203)而伸出，再 .將另一滑輪套(11)蓋於設置有定滑輪(12)及動滑輪(13)之滑輪套(11)上並 馨以螺栓固定之，其外管（30)之一端係固定有一調整件（31)，且繩索(4〇)之 固定端（41)係由調整件(31)之内侧穿出固定端孔(311)並打結固定，而控制 端(42)係延著外管繩槽(301)並穿過控制件(32)，且再穿過控制件(32)之連 接塊(322)處與控制套(33)之控制端孔(331)處，並於連接塊(322)及控制端 孔(331)處打結固定，控制件(32)滑設於外管(30)之管身處，且控制套(33) 係套掣於外管(30)之另一端處，再將組合後之外管(3〇)以調整件(31)套掣 連接於内管（20)上。 籲· 其兩枝剪結構之伸長作動，復請由第4、6圖所示觀之，繩索(40)之固 -苳端(41)係由内管(20)之中央通過，再反折夾設於内、外管（20)(30)間之 内管繩槽（202)處，又固定於調整件(31)之固定端孔(311)，繩索(40)之控 制端(42)係沿著内管(20)之繩索滑槽(203)及外管(30)之外管滑槽(301)， 並定位於連接塊(322)與控制套(33)處，其中，當鬆開調整件(31)之調整開 關（312)時，外管(30)係可與調整件(31)同步向内管(20)之外側滑移，於滑 移之過程中，該繩索(40)之控制端(42)係固定於外管（30)後端之控制套(33) 上，並使控制端(42)處之繩索(40)係同步向外移，而另一側之固定端(41) M342737 係固定於調整件(31)上，且調整件(31)外移之同時該固定端⑹係向外側 移動，該繩索(40)係由内管(2〇)中央伸出而反折於内管繩槽(2〇2)處，即減 少内管繩槽(202)中之繩索(40)長度，戏控制端(42)之拉長量與固定端 (41)之縮短量係相等，使動滑輪(13)與滑動塊(131)係不受外管⑽)之外移 而帶動，俾以完成其高枝剪結構之伸長作動。 • 其實際作動之情況，續請由第7、8圖配合第4圖所示觀之，其滑動塊 • (131)係限位於滑輪套(11)内並可往復滑移，而打結固定於固定孔(132)處 ❿之作動繩(55)係繞於剪枝器⑽之紐轉部(51)處(如第5圖所示），再繞向 剪刀部(52)之滑輪(54)且反折固定於紐轉部(51)處，其滑動塊⑽）向定滑 輪(12)處滑移時，該作動繩(55)係受拉扯而連動剪刃部（52)產生剪動之效 果’另剪_⑽與轉部⑸)之間所連接之雜件(53)係與作動繩(55) 產生反向之拉扯，係可將作動繩(55)拉回並使剪刃部（52)保持常開狀，其 中，控制滑動塊(131)滑移之方式有兩種，當拉動外管(3〇)處之控制件(32) 進行滑移時，繩索(40)係固定於連接塊(322)上，係直接拉動繩索(4〇)於外 _ /T繩槽(301)内滑移，而絕索(4〇)之固定端(41)係固定於調整件㈤處且不 •受拉伸，該繩索(40)係於定滑輪(12)與動滑輪(13)間滑動，且動滑輪(13) 係樞接於滑動塊(131)上，藉由滑輪組之關係即可拉動滑動塊(131)及作動 繩(55)，使剪刃部(52)產生剪動之效果，另一種控制滑動塊(131)之方式， 係可拉動控制套(33)，該控制套(33)之控制端孔(331)係打結固定有繩索 (40)之控制端(42)，而延伸而出之繩索(4〇)係固定於控制件(32)之連接塊 (322)上’即拉動控制套(33)係可產生與拉動控制件(32)之同樣效果，藉由 上述之結構，其繩索(40)係沿著内、外管（2〇)(3〇)之槽溝内滑動，並以繩 10 M342737 索（40)繞於滑輪套（11)之定滑輪（12)及動滑輪（13)處，即可拉動滑動塊 (131)而帶動作動繩(55)使剪刃部(52)產生剪動之效果，不僅提供更簡潔之 外觀，亦可減少繩索(40)受扯斷而損壞之可能性者。 綜上所述，本創作確實已達突破性之結構設計，而具有改良之創作内 容，同時又能夠達到產業上之利用性與進步性，且本創作未見於任何刊物， 亦具新穎性，當符合專利法相關法條之規定，爰依法提出新型專利申請， 懇請鈞局審查委員授予合法專利權，至為感禱。 | 唯以上所述者，僅為本創作之一較佳實施例而已，當不能以之限定本 創作實施之範圍；即大凡依本創作申請專利範圍所作之均等變化與修飾， 皆應仍屬本創作專利涵蓋之範圍内。 11 M342737 【圖式簡單說明】 第1圖：係本創作之立體圖。 第2圖：係本創作之分解圖。 第3圖：係本創作之透視圖。 第4圖：係本創作之局部分解之示意圖。 . 第5圖：係本創作之剪枝器之示意圖。 ,第6圖：係本創作之伸長作動之示意圖。 鲁第7圖··係本創作之控制件之作動圖。 第8圖：係本創作之控制套之作動圖。 第9圖：係習知之局部立體圖。 【主要元件符號說明】 本創作部份： 滑輪部----（10) 鎖結段----（111) -限位桿----（113) 動滑輪----（13) 固定孔----（132) 内管-----（20) 内管繩槽---（202) 外管-----（30) 調整件----（31) 滑輪套----（11) 接合部----（112) 定滑輪----（12) 滑動塊----（131) 定位孔----（201) 繩索滑槽---（203) 外管繩槽---（301) 固定端孔---（311) 12 M342737 調整開關---（312) 握抵端----（321) 控制套----（33) 繩索-----（40) 控制端----(42) 剪枝器----（50) 剪刃部----（52) 滑輪-----（54) 習知部份： 刀座-----（60) 下刀片----（62) 轉軸孔----(63) 連接桿組---（70) 支孔一一---（711) 連接片----（72) 滑輪-----（74) 握桿-----（80) 定滑輪----（82) 拉繩-----（90) 控制件----（32) 連接塊----（322) 控制端孔---（331) 固定端----（41) 钮轉部----（51) 彈性件----（53) 作動繩----（55) 上刀片----（61) 連接孔----（64) 連接桿----（71) 轉孔-------(712) 滑片-----（73) 彈簧-----（75) 固定件----(81) 轉轴孔----（83) 握塊-----（91) 13M342737 VIII. New description: [New technical field] This creation is about the improvement of the high-cutting structure. The rope system 1 is fixed at the control part, and the other end is fixed at the adjustment part. The inner tube rope groove is recirculated between the fixed pulley and the movable pulley in the pulley sleeve, and the sliding relationship between the fixed pulley and the movable pulley can generate the effect of controlling the pruner along the tube body, thereby providing a simpler appearance. It can also reduce the possibility that the rope will be damaged by tearing. _[Prior Art] A lychee shear structure of the prior art, as shown in Fig. 9, includes: a knife seat (6 〇) 'a connecting rod set (70), a grip rod (8 〇) and a The pull cord (90) is assembled, and the seat (6〇) is composed of an upper blade (61) and a lower blade (62), and the upper 'lower blade (61) (62) is provided with a shaft hole (63). And a positioning hole is formed by the shaft hole (63), and the lower blade (62) further has a connecting hole (64) extending toward the rear side, and a connecting rod group (70) includes a connecting rod (71) and a connecting piece (72). The sliding piece (73) and the pulley (74), the connecting rod (71) and the connecting piece (72) are pivotally connected by the supporting hole (711), and the connecting rod (71) is recked at one end and the upper blade (61) The through hole (712) is framed and positioned, and the other end is connected with a sliding piece (73) - and a pulley (74), and the connecting rod (71) is disposed between the end of the pulley (74) and the upper blade (61). There is a spring (75), a holding rod (80) is sleeved with a fixing member (81), and the fixing member (81) is pivotally provided with a certain pulley (82), and the upper end of the holding rod (80) is provided with a pulley (82). A shaft hole (83), a pull rope (9 are connected with a grip block (91). The combination of the structure, the knife seat ( 60) is pivotally positioned at the shaft hole (83) of the grip rod (8〇) by the shaft hole (63), and the tool holder (60) and the connecting rod group (7〇) are connected with the connecting hole (64) and The through hole (712) is formed to be positioned, and a spring (75) is disposed between the blade holder (60) and the connecting rod set (7〇), and a grip piece (91) is fixed at one end of the 5 M342737 of the pull cord (9〇). The other end bypasses the slide rail of the pulley (74), and then circumscribes the sliding of the fixed pulley (82) and reflexes it to the end of the sliding piece (73), and the action of the male structure is pulled. The grip (91) of the rope (90) slides the drawstring (90) between the pulley (74) and the fixed pulley (82), and can pull the connecting rod (71) to swing to the lower end. The connecting rod (71) is Stretching its spring (75) and pressing down its connecting piece (72), and the connecting piece (72) pushes the lower blade (62) to control the upper and lower blades (61) (62). When the grip (91) is released, the spring force of the spring (75) is pulled back to the connecting rod (71), so that the seat (6〇) returns to the normally open position. It is not difficult to find out the above-mentioned conventional structure. There is a little bit of deficiencies. One of the drawstrings (90) has a grip (91) attached to one end and the other end of the pulley. (74) the slide rail, and then bypassing the slide rail of the fixed pulley (82), and is folded back to the end of the sliding piece (73) by the sliding relationship between the fixed pulley (82) and the pulley (74), that is, It can control the movement of the knife seat (10), and the drawstring (10) of the peripheral is not only unsightly, but also increases the possibility that the drawstring (9〇) is damaged by being broken. In view of the fact that the creators have been engaged in the manufacturing development and design experience of related products for many years, and with the above-mentioned objectives, detailed design and prudent evaluation, they have finally achieved the practicality of this creation. [New content] _ • Technical problems to be solved: -, conventionally - a kind of high-branched shear structure, the drawstring is fixed at the end - the thief, and the other end bypasses the slide rail of the pulley '咐峨 sacrifice, kiss coffee (4) By controlling the sliding of the pulley and the pulley, it can control the movement of the knife seat, and the pulling rope of the peripheral is not only unsightly, and the possibility of damage is damaged by the twisting, which is the purpose of this creation. Technical issues. Technical characteristics of the % problem: The financial structure is improved, which includes: - an inner tube of the pulley part, , 1 ', and a combination of 1 branch, - pruning (10) joint of the pivoting hub At the M342737, the moving rope is fastened and fixed through the fixing hole of the sliding block, the movable pulley is inserted into the sliding block, and the fixed pulley is limited to the limiting rod, and the inner tube is fixed to the pulley At the lock section of the lock, there is a two-folding between the pulley and the movable pulley, and the fixed end and the control end of the lock are extended from the end of the movable pulley to the lock sleeve, and the end of the flange is The center of the tube penetrates into the 'end of the control end, which extends along the inner tube of the inner tube, and then the other pulley is placed on the pulley sleeve provided with the rear wheel and the new wheel, and the outer tube is defined. One end is fixed with a light member's _________ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ The block is at the control end hole of the control sleeve, and is fixed at the connection block and the control end hole, and the control piece is machined at the body of the outer tube, and is controlled The sleeve is placed at the other end of the outer tube, and then the outer part of the outer tube is connected to the upper part of the outer part of the outer tube, and the center of the solid is in the middle of the inner and outer tubes. The pipe is fixed at the fixed end hole of the Na piece. The control end of the money is along the rope chute of the inner pipe and the outer pipe chute, and is positioned in the connection block and the control is compared with the prior art: 'There is a discussion of the 滑轮 槪 槪 槪 嶋 嶋 嶋 牺 牺 牺 牺 牺 牺 牺 牺 牺 牺 牺 牺 牺 牺 牺 牺 牺 牺 牺 牺 牺 牺 牺 牺 牺 牺 牺 牺 牺 牺 牺 牺 牺 牺 牺 牺 牺 牺The possibility of being damaged by tearing. [Embodiment] In order to make the purpose, general and merits of your review committee county more complete and step-by-step understanding and understanding, please follow the following [simplified description of the drawings] as follows: First, please first 2 Figure with the view of Figure 4, a high branch shear structure improvement, including 7 M342737: a pulley (10), an inner tube (20), an outer tube (3 〇), a rope (40) And a pruner (50) is combined. 'One pulley part (1〇) is composed of a pulley sleeve (11), a fixed pulley (12) and a movable pulley (13). The pulley sleeve (11) is upper, The lower two covers are formed by a combination of a locking portion (111) and a joint portion (112). The sleeve (n) is provided with a limiting rod near the locking portion (m). (113), the fixed pulley (12) is disposed at the limiting rod (113), and the movable pulley (13) is a pair of sliding 'wheels' and is combined and positioned on a sliding block (131), the sliding block (131) The system has a fixing hole (132), and the sliding block (131) is limited to the tube of the pulley sleeve (n), and the inner tube (2〇) is an empty long tube body with a positioning hole at the front end. (201), the inner tube (20) of the body The longitudinal pipe runs through an inner pipe rope groove (202) and a rope chute (2〇3). The outer pipe (30) is a hollow long pipe body, and the pipe body also has a longitudinal pipe groove extending longitudinally (3〇1). The outer tube (3〇) is connected with an adjusting member (31), a control member (32) and a control sleeve (33). The adjusting sleeve (31) is provided with an adjusting switch (312) and a fixed end hole ( 311) (As shown in FIG. 4), the control member (32) is a grip-shaped tubular body, and the rear end thereof is formed with a grip end (321) and a connecting block (322), and the control sleeve (33) The system is provided with a control end hole (331) (as shown in Fig. 4), and the length of a rope (4〇) is matched with the pulley portion (1〇) and the inner and outer tubes Lu_(20)(30). Forming, and forming a fixed end (41) and a control end (42) at the two rope ends, a pruning device (50) is composed of a button rotating portion (51) and a cutting edge portion (52) ( As shown in Fig. 5, the knob portion (51) is formed with a round shaft, and the cutting edge portion (52) is composed of two blades, one of which is provided with an elastic member (53) and is connected to The button rotating portion (51) is fixedly fixed, and a lower end of the cutting edge portion (52) is pivotally provided with a pulley (54), and the pulley ( 54) A drive rope (55) is wound around, and one end of the actuating rope (55) is fixed to the button turn portion (51), and the other end is extended by the button turn portion (51). The combination of the structures, as shown in Figures 2, 3, and 4, a pruning device (5〇) is pivotally connected to the joint portion (112) of the pulley sleeve (11) by the button rotating portion (51). And the fixed rope (55) is fastened and fixed by the fixing hole (132) of the sliding block 8 M342737 (131), and the movable pulley (13) is pivotally connected to the sliding block (131), and the fixed pulley (12) The inner tube (20) is fixed to the locking portion (111) of the pulley sleeve (11) by a positioning hole (2〇1), and the rope (40) is fixed in the fixing rod (113). The pulley (12) and the movable pulley (13) are wound in a loop shape, and the fixed end (41) and the control end (42) of the rope (40) are all directed by the movable pulley (13) toward the locking section (111). Extending out of the pulley sleeve (11), the fixed end (41) is penetrated by the center of the inner tube (2), and the control end (42) is along the rope chute of the inner tube (20) (203) And extending out, and the other pulley sleeve (11) is placed on the pulley sleeve (11) provided with the fixed pulley (12) and the movable pulley (13) and is fixed by bolts, and the outer tube (30) An adjusting member (31) is fixed at one end, and the fixed end (41) of the rope (4〇) is passed through the fixed end hole (311) from the inner side of the adjusting member (31). The knot is fixed, and the control end (42) extends along the outer tube groove (301) and passes through the control member (32), and then passes through the connecting block (322) of the control member (32) and the control sleeve (33). The control end hole (331) is knotted and fixed at the connecting block (322) and the control end hole (331), and the control member (32) is slidably disposed at the body of the outer tube (30), and the control sleeve (33) The sleeve is placed at the other end of the outer tube (30), and the combined outer tube (3) is attached to the inner tube (20) with the adjusting member (31). The movement of the two shearing structures is repeated, as shown in Figures 4 and 6. The solid-twisted end (41) of the rope (40) passes through the center of the inner tube (20) and is re-folded. It is clamped at the inner tube groove (202) between the inner and outer tubes (20) (30), and is fixed to the fixed end hole (311) of the adjusting member (31), and the control end (42) of the rope (40). Along the rope chute (203) of the inner tube (20) and the outer tube (30) outside the tube chute (301), and positioned at the connecting block (322) and the control sleeve (33), wherein When the adjustment switch (312) of the adjusting member (31) is opened, the outer tube (30) can be slid to the outer side of the inner tube (20) in synchronization with the adjusting member (31), and the rope (40) during the sliding process The control end (42) is fixed to the control sleeve (33) at the rear end of the outer tube (30), and the rope (40) at the control end (42) is synchronously moved outward, and the other side is fixed. The end (41) M342737 is fixed on the adjusting member (31), and the adjusting member (31) is moved outward while the fixed end (6) is moved outward, and the rope (40) is extended from the center of the inner tube (2〇) And re-folding at the inner tube rope groove (2〇2), that is, reducing the length of the rope (40) in the inner tube rope groove (202), and the length of the control end (42) Fixed end (41) of the system is equal to shortening the movable pulley (13) and the sliding block (131) from the outer tube ⑽ lines) to drive the relocation, which serve to complete the structure of the high shear elongated actuation branches. • For the actual operation, please continue to see Figure 7 and Figure 8 as shown in Figure 4. The sliding block • (131) is located in the pulley sleeve (11) and can be reciprocated and slipped. The actuating rope (55) at the fixing hole (132) is wound around the turning portion (51) of the pruner (10) (as shown in Fig. 5), and then wound around the scissors portion (52) (54). And when the folding portion is fixed at the button portion (51), and the sliding block (10) is slid toward the fixed pulley (12), the operating rope (55) is pulled and the cutting edge portion (52) is sheared. The effect of the 'other shear _ (10) and the rotating part (5)) is connected with the miscellaneous piece (53) and the actuating rope (55) to pull back, the pulling rope (55) can be pulled back and the cutting edge part (52) Maintaining a normally open shape, wherein there are two ways to control the sliding of the sliding block (131). When the control member (32) at the outer tube (3) is pulled to slide, the rope (40) is fixed. On the connecting block (322), the rope (4〇) is directly pulled in the outer _/T rope groove (301), and the fixed end (41) of the cable (4〇) is fixed at the adjusting member (5). And without being stretched, the rope (40) is slid between the fixed pulley (12) and the movable pulley (13), and is slidable (13) is pivotally connected to the sliding block (131), and the sliding block (131) and the actuating rope (55) can be pulled by the relationship of the pulley block, so that the cutting edge portion (52) can be sheared, and the other control In the manner of sliding block (131), the control sleeve (33) can be pulled, and the control end hole (331) of the control sleeve (33) is knotted and fixed with the control end (42) of the rope (40), and extends out The rope (4〇) is fixed to the connecting block (322) of the control member (32), that is, the pulling control sleeve (33) can produce the same effect as the pulling control member (32), and by the above structure, The rope (40) slides along the groove of the inner and outer tubes (2〇) (3〇), and is wound around the fixed pulley (12) and the movable pulley of the pulley sleeve (11) by the rope 10 M342737 cable (40). 13), the sliding block (131) can be pulled and the moving rope (55) can be used to shear the cutting edge portion (52), which not only provides a more compact appearance, but also reduces the tearing of the rope (40). The possibility of damage. In summary, this creation has indeed achieved a breakthrough structural design, and has improved creative content, while at the same time achieving industrial use and progress, and this creation is not seen in any publication, but also novel, when In accordance with the provisions of the relevant laws and regulations of the Patent Law, the company filed a new type of patent application according to law, and requested the examination committee of the bureau to grant legal patent rights. The above is only a preferred embodiment of the present invention, and the scope of the creation of the creation cannot be limited by it; that is, the equivalent changes and modifications made by the applicant in accordance with the scope of the patent application for this creation should remain The scope of the creation of the patent is covered. 11 M342737 [Simple description of the diagram] Figure 1: This is a perspective view of the creation. Figure 2: An exploded view of the creation. Figure 3: A perspective view of the creation. Figure 4: Schematic diagram of the partial decomposition of the creation. Figure 5: Schematic diagram of the pruner of this creation. , Figure 6: A schematic diagram of the elongation of the creation. Ludi 7 is the actuating diagram of the control of this creation. Figure 8: This is the motion diagram of the control set of this creation. Figure 9: A partial perspective view of the prior art. [Main component symbol description] This part of the creation: Pulley----(10) Locking knot----(111) - Limiting rod----(113) Moving pulley----(13) Fixed Hole----(132) Inner tube-----(20) Inner tube rope groove---(202) Outer tube-----(30) Adjusting piece----(31) Pulley cover- ---(11) Joint----(112) Fixed pulley----(12) Slide block----(131) Positioning hole----(201) Rope chute---(203 Outer pipe groove---(301) Fixed end hole---(311) 12 M342737 Adjusting switch---(312) Grip end----(321) Control sleeve----(33) Rope -----(40) Control Terminal----(42) Pruner----(50) Cutting Edge----(52) Pulley-----(54) Conventional Part : Knife holder-----(60) Lower blade----(62) Shaft hole----(63) Connecting rod set---(70) Support hole one---(711) Connecting piece ----(72) Pulley-----(74) Grip-----(80) Fixed Pulley----(82) Pulling Rope-----(90) Control Parts--- - (32) Connection block----(322) Control end hole---(331) Fixed end----(41) Button turn----(51) Elastic member----(53) Actuation rope----(55) Upper blade----(61) Connecting hole----(64) Connecting rod----(71) Turning hole----- --(712) Slide-----(73) Spring-----(75) Fixing piece----(81) Shaft hole----(83) Grip block----- (91) 13