M441321 五、新型說明： 【新型所屬之技術領域】 本創作係有關一種園藝剪，特別是指—種應用在園藝 工作中，可以提供使用者切換變更剪切樹枝的動作模式二 園藝剪結構改良。 【先前技術】 習知的園藝剪主要是應用在園藝工作，修剪花草樹木 的枝葉等’參考第一圖所示，其結構主要具有兩握柄1〇、 # 20及-特殊的剪刀片30形狀，使園藝剪特別適合用於剪切 樹木。但是單純利用使用者施加於握柄1〇、的力量來帶 動剪刀片30，若遇上直徑較粗的樹木，將因反作用力過大 而導致使用者相當費力，尤其不能長時間使用於修剪樹木 的工作。 為此，再如第一圖所示，習知的改良方式係將剪刀片 30的後端延伸有介於兩握柄10、20之間的一作動片3〇1，該 丨作動片301設有一條形孔3〇2’並在條形孔3〇2一側壁設有多 數個定位嵌槽3〇3，另外在其中-握柄20樞設一連桿40，連 桿40 —端透過一鎖軸4〇1穿番— 史 分段剪切的園藝;f。其使用睹條形孔302中，藉此組成可 形孔302變換嵌合於定位私、’利用連桿40的銷軸401在條 枝。 〜曰303的位置，用於分段剪斷樹 然而習知可分段剪切 樹枝所糾，也因為上料2剪，乃針料易剪斷的钽 鬆、再施力這種反覆動作進=設計，必需按照施力、放 <仃剪切，即使應用在修剪較細 3 M441321 的樹技，也無法僅一次施力就剪斷較細樹枝，而必須依然 遵照施力、放鬆、再施力這種反覆動作才能分段完成剪斷 動作，不免造成使用上的麻煩，有時反成省力而不省時的 狀況。再者，有些使用者未曾用過或尚未習慣上述可分段 剪切動作的園藝剪，當他們沒辦法一次施力就剪斷時或未 遵照多段剪切之動作而卡住時，往往以為園藝剪故障而摸 不著頭緒，胡亂地扭轉搖晃園藝剪，其時已經剪入樹枝的 刀片部分或樞鈕部位就容易被扭壞。 由此可見，最佳的園藝剪應該要實施成可切換剪切模 式的結構，讓使用者對於細樹枝時，能選擇一次施力剪斷 的模式，反之當遇到要剪粗樹枝時，也能選擇分次施力分 段剪切的省力模式，才能最符合一般使用者園藝工作上的 彈性需求。 【新型内容】 本創作之目的在提供一種可切換使用模式的園藝剪， 其透過剪刀柄、剪刀片、驅動連桿及結合在剪刀柄上的切 換裝置設計，致使園藝剪能夠切換成一段施力剪斷樹枝， 或分段省力剪斷樹枝的使用模式，進而達到可適應各種使 用需求自行調整切換，以及操作省力方便等功效之目的。 為達上述目的，本創作可切換使用模式的園藝剪之較 佳實施内容係包含：前端相互樞接在一起的一第一握柄及 一第二握柄，該第一握柄的前端設有一刀钻片。一剪刀片 ，該剪刀片包含一刀片，及一延伸於該刀片後端的作動片 ;該作動片設有一定位通孔，該定位通孔一側孔壁設有二 M441321 «固以上疋位槽，該剪刀片極設在該第一握柄5使該刀片對 應於該刀鈷片，而該作動片延伸於該第一握柄與該第二握 柄之間。一驅動連桿，該驅動連桿一端活動樞接在該第二. 握柄，另一端透過一插銷穿設在該剪刀片的定位通孔中， 使該插銷能變換位置嵌入該定位槽。以及，一切換裝置， 該切換裝置包含-抵制元件，及—結合於該抵制元件的轉 動元件；該_元件具有抵制體及結合於該抵制 二 部，該支點部轉在該第二握柄，該㈣_應=點 片的作動片；該轉動元件位於該第二握柄 、1刀 於該抵制元件的支點部，該轉動㈣可以轉連接 ，使該抵制觀在園藝剪使用雜靠在該剪# ^件 。 A的作動片 依上述較佳實施内容所述可切換❹ 其中’該第二握柄相鄰該第一握柄的内側面一㈠， ;及該切換農置的抵制元件設置在該容納槽二：：納槽 部樞接在S亥容絢槽的兩側壁。 使邊支點 依上述實施内容所述可切 其中’該抵制元件的抵制體形成-抵制部ΓΓ藝剪’ 該抵制部與該支點部的距 久一非抵制部， 距離，該抵制部能在園蓺 "x &制部與該支點部的 該轉動兀件連接於該樞軸的一端。 體的樞軸；及 卜.^仙藝剪使科抵靠錢剪刀片的2 5 M441321 依上述較佳實施内容所述可切換使周模式的園藝剪， 其中，該抵制元件的抵制體為一偏心輪，該偏心輪的表面 形成該抵制部及該非抵制部。 依上述較佳實施内容所述可切換使用模式的園藝剪， 其中，該抵制元件的抵制體為一多邊形塊體，該多邊形塊 體的一面形成該抵制部，其它面形成該非抵制部。 依上述較佳實施内容所述可切換使用模式的園藝剪， 其中，更包含一安全扣件，該安全扣件活動設置在該第二 握柄，該安全扣件於該園藝剪閉合時扣住該剪刀片的作動 片。 依上述較佳實施内容所述可切換使用模式的園藝剪， 其中，該安全扣件包含一按鈕，一連接該按鈕的樞接部， 及一用於扣住該作動片的扣槽。 依上述較佳實施内容所述可切換使用模式的園藝剪， 其中，該作動片的後端設有一被該扣槽扣壓住的凸片。 藉此，本創作能夠提供使用者轉動轉動元件及抵制元 件，進而切換園藝剪的使用模式。當抵制元件的抵制部被 轉到對應於剪刀片的作動片時，可以透過抵制部抵靠在作 動片的作用，達到剪刀片一次剪斷樹枝的功能。若樹枝的 直徑過粗時，亦可轉動致使非抵制部應於剪刀片的作動片 ，因此在實施修剪粗樹枝時，剪刀片的作動片不受抵制部 的限制，將能利用驅動連桿的插銷與作動片的定位槽嵌合 位置改變的模式，讓使用者逐次施力於第一及窠二握柄， 進而達到分段模式剪斷粗樹枝的功能。因此，本創作能達 M441321 到適應各種使用需求自行調整切換；以及操作省力方便等 功效。 【實施方式】 茲依附圖實施例將本創作之結構特徵及其他之作用、 目的詳細說明如下： 如第二圖、第三圖及第四圖所示，本創作可切換使用 板式的園藝f ’其較佳的實施例係包含一第一握柄.丄、一 第一握柄2、一奐刀片3、一驅動連桿4及一切換裝置5 _ ，其中： 該第一握柄1係採用一體成型或組接方式構成有一桿 狀的握柄或其他形狀，在第-握柄1的近前端設有-第- 樞接部11及-第二樞接部12，並在第一握柄丄的前端設有 —彎弧形的雜片13，㈣片13可為—體成型或組合成型 在第一握柄1前端，用以與剪刀片3配合產生剪力作用。 曰該第二握柄2亦係採用一體成型或組接方式構成有一 捍狀或環狀的㈣’將第二握柄2的前端活動枢設在第一 握柄1的第二榷接部12，使第二握柄2相鄰於第一握柄工 ，如此能夠提供使用者握持於卜握Μ與第二握柄2施 力。 該剪刀片3係為金屬片沖塵及研磨製成的刀片，其 含有-半月形的刀片3卜及—延伸於刀片31後端的作動 並使剪刀片3樞設在第—握柄1的第-樞接部U， 剪刀片31的刀口311對應於第一握柄1的刀钻片13，而作. 片32延伸於第—握柄1與第二握柄2之間，並在作動片： 7 M441321 設有一條形的定位通孔33，定位通孔33的一侧孔壁設有二 個以上半圓形的定位槽331(如圖所示可為四個定 〇 該驅動連桿4係用於帶動剪刀片3作動的桿狀元件， 其一端活動樞接在第二握柄2的柄身選定處， 端透過-插銷41穿設在剪刀片3的定位通孔33之中，使插 銷41能變換位置而嵌人定位槽331，藉此推動作動片32使前 知的刀片31產生罪向刀鈷片的作動，用以剪斷樹枝。 該切換裝置5 (如第五圖所示）係包含一抵制元件51， 及一結合於抵制元件51的轉動元件52 ;該抵制元件51具有 抵制體511及結合於抵制體511的支點部512，支點部512可 為固疋於抵制體511的樞軸，藉此將支點部512(樞軸）樞接 在第二握柄2，使抵制體511對應於剪刀片3的作動片32 、，而該轉動元件52位於第二握柄2的一側，使轉動元件52 連接於支點512(枢軸）的一端，進而使轉動元件52可以轉 動抵制tl件51’使抵制體511能在園藝剪使用時抵靠在剪刀 片3後端的作動片32。 一如第二圖至第四圖所示，藉由上述該第一握柄丄、第 —握柄2、前T7 μ Ο ^刀片3、驅動連桿4及切換裝置5的結構特 且t結構改良’就能組成本創作可切換使用模式的園 擇二刀=夠利用切換裝置5的結構及作用，提供使用者選 男斷（―次施力），或分段剪斷（分次反復施力）樹枝 的刼作模式。 如第二圖所示 本創作該苐一握柄2相鄰第一握柄1 M441321 的内側面設有一容納槽2卜藉此使上述該切換裝置5的抵 制元件51設置在容納槽21内，使㈣元件51的支點部⑴ (枢轴）樞接在容_21的兩側壁，而該轉動元仙設置於 第二握柄2的-側’使轉動元件52連接於支點部512(柩轴） 的一端，如此就能帶動抵制元件5丨旋轉。 本創作該抵制元件51的抵制體511的功能制於讓使 用f切換’使其抵靠於剪刀片3後端的作動片32，或不要 抵靠於剪刀片3後端的作動片32,以達到切換使用模式的 鲁作用。為此’如第五圖至第十圖所示，本創作抵制體5ιι 較佳的實施例都包含有-抵制部513及一非抵制部514，並 使抵制部5U與支點部512之間的距離a大於非抵制部514與 支點部S12之間的距離b，因此當抵制部川被轉到對應於剪 刀片3的作動片32時，將能在園藝剪使用時抵靠在作動片 32，反之，當非抵制部514被轉到對應於剪刀片3的作動片 32時，即使園藝剪使用時也不會抵靠在作動片32，如此就 能達到切換使用模式的作用。 ’ • 本創作上述該抵制體5U較佳的形狀並不限制，舉凡能 形成上述抵制部513與非抵制部514的結構都可實施，例如 第五圖及第六圖所示，該抵制體511可以是一偏心輪515， 在偏心輪515的表面形成抵制部513及非抵制部514 ;其中， 非抵制部514可為形成在偏心輪515的一平面或凹槽。戈如 第七圖至苐十圖所示，該抵制體511也可以實施為多邊形塊 體516 ’透過多邊形塊體516的一面形成抵制部513，而其它 面則可以形成非抵制部514。 匕 9 M441321 如第十一圖A所示，本創作使用時，可 52使抵制體511的抵制部513對應於剪刀片 心 程末端位置，㈣藝剪⑽成 片32的订 pi 人她刀就能—刀前斷66 ^。因此，如第十一圖A所示，當使用者握住第一 ^第 二握柄1、2施力時，將使剪刀片3的刀片 = ，同時因為第-握柄i的第一樞接部n帶動剪刀刀片入= 動片32朝向第二握柄2靠合，直到剪 緣抵靠在抵制部513。同時，如第的作動片32邊 乐卞圖B所不，當倍爾去 再持續施力時，將利用抵制部513對於作動片 =:Γ2再向第二握柄2靠合，同時自行使驅動： 干f銷41持續往前變換位置並嵌入前方的定位槽如 ’因，剪刀片3前端❹片31就能將樹枝1G—次剪斷。 ,,、右遇要&粗的樹枝時’本創作亦能提供使用者選擇相 對’力的操作方式’以分次施力的方式分段剪斷樹枝。如 第十二圖八所示’使用者只要再推動轉動元件52使抵制體 511的非抵制部514對應於剪刀片3作動片32的行程末端位 置’就將園藝剪切換成分段施力剪斷的使用模式，當剪刀 片3的刀片31抵靠到樹枝10時，驅動連桿4的插銷41會嵌 入作動片32定位通孔33 t的後方定位槽331。如第十二圖B 所不，i吏用者再施力時，能利用驅動連桿4帶動作動片32 致使别端勇刀片31切入樹枝一定深度。再如第十二圖C 所不，直到使用者無法再施力於第一及第二握柄丄、2時 :只要稍微鬆開對第-及第二握柄1、2的力量，透過第 —握柄2帶動驅動連桿4致使插銷41往前變換位置，並嵌 M441321 入月.J 位槽331。再第十二圖D所巾，最後再施力於第 及第-握柄1 ' 2，就能再利用驅動連桿4帶動作動片 32，致使前端剪刀片31完全剪斷樹枝10。由此可見，若樹 技很粗以致無法—次施力剪斷時，就能利用上述分次施力 分段剪切的模式剪斷樹枝，達到省力的功效。 當本創作之園藝剪不使用時，為防止開啟的刀口 3ΐι 導致危險，並防止刀口 311碰撞損壞，再如第二圖及第三圖 所示，本創作較佳的實施例更包含有一安全扣件6，安全 4件6活U在第二握柄2，用於剪刀片叫刀钻片η 閉合時扣住剪刀片3的作動片32。其中，該安全扣件㈣ 具有按純，連接按赴61的框接塊62，以及用於扣住上述 作動片32的扣槽63，藉此，將樞接塊似區設在第二握柄2 的外側或谷納槽21中’使安全扣件6能夠被使用者推轉用 =扣住剪刀片3的作動片32。上述該安全扣件6較佳的扣 a位置可以是作動⑽的後端，因此本創作更在作動片％ 的後端設有—被扣槽63扣壓住的凸片34,參閱第十三 2當剪刀仙與刀钻片13的刀口閉合時，就能往㊆隹轉 女王扣件6，使扣槽63扣磨住的凸片34，防止剪刀片仙 刀钻片13的刀口開啟’反之’只要往後推轉安 就 能開啟園藝剪。 卞D坑 本創作之園藝剪並不限於短柄的 第十四圖騎，亦㈣其各财収找A料閱 ΐ柄门1Γ二握柄2實施加長，如此組成長柄料型園蔽 η樣能利用切換裝置5的配置結構，達到相同的功二 M441321 综上所述，本創作可切換使用模式的園藝剪’已確具 實用性與創作性，其技術手段之運用亦出於新穎無疑，且 功效與設計目的誠然符合，已稱合理進步至明。為此，依 法提出新型專利申請，惟懇請肖局惠予詳審，並賜准專 利為禱’至感德便。 【圖式簡單說明】 f一圖為f知可切換操作模式的園藝剪結構示意圖 第二圖為本創作園藝剪較佳實施例之分解示意圖。 , 第三圖為本創作園藝剪較佳實施例之組合示意圖。 第四圖為本創作園藝剪較佳實施例之側面示意圖。 第五圖為本創作抵制元件第一較佳實施例之示意圖。 弟六圖為本創作抵制元件第二較佳實施例之示意圖。 =七圖為本創作抵制元件第三較佳實施例之示意圖。 2圖為本創作_元件第吨佳實施例之示意圖。 抵制元件第五較佳實施例之示意圖。 2 元件第六較佳實施例之示意圖。 。 ®Β為本創作較佳實施例之-次 施力剪切動作示意圖。 第十一圖Α至第十二圖d#太^ f 為本創作較佳實施例之分段 鈿力剪切動作示意圖。 第十三圖為本創作安全扣 意圖。 k Λ知例之使用動作示 第十四圖為本創作實施為長 意圖。 園藝男之較佳實施例示 12 M441321 【王要兀仵#鈮說明J 1 第一握柄 11 第一枢接部 12 第二樞接部 13 刀钻片 2 第二握柄 21 容納槽 3 剪刀片 31 刀片 311 刀口 32 作動片 33 定位通孔 331 定位槽 34 凸片 4 驅動連桿 41 插銷 5 切換裝置 51 抵制元件 511 抵制體 512 支點部 513 抵制部 514 非抵制部 515 偏心輪 516 多邊形塊體 a 距離 b 距離 52 轉動元件 6 安全扣件 61 按鈕 62 柩接塊 63 扣槽 10 樹枝 13M441321 V. New description: [New technical field] This creation is related to a kind of gardening shears, especially in the gardening work, which can provide users with the action mode of changing the cutting branches. [Prior Art] The conventional gardening shears are mainly used in gardening work, trimming the branches and leaves of flowers and trees, etc. As shown in the first figure, the structure mainly has two grips 1〇, #20 and a special scissors piece 30 shape. Make gardening shears especially suitable for cutting trees. However, simply using the force applied by the user to the grip 1 to drive the scissor blade 30, if a tree having a relatively large diameter is encountered, the user will be quite laborious due to excessive reaction force, especially for long time use for trimming trees. jobs. To this end, as shown in the first figure, the conventional modification is to extend the rear end of the scissor blade 30 with an actuating piece 3〇1 between the two grips 10, 20, and the cymbal actuating piece 301 is provided. There is a shape hole 3〇2' and a plurality of positioning recesses 3〇3 are arranged on one side wall of the strip hole 3〇2, and a link 40 is pivoted in the handle 20, and the end of the connecting rod 40 is transmitted through a The lock shaft 4〇1 wears the pancakes - the history of the segmentation of the gardening; f. It is used in the ridge-shaped hole 302, whereby the constitutable hole 302 is transformed and fitted to the pin, and the pin 401 of the link 40 is used in the branch. The position of ~曰303 is used for segmentation and cutting of trees. However, it is known that the branches can be cut and cut, and because of the cutting of the material, it is easy to cut the needles and then apply the force. = design, according to the force, release & 仃 仃 cut, even if applied to trim the thin 3 M441321 tree technique, it is not possible to cut the thin branches with only one force, but must still follow the force, relax, and then Applying this kind of repetitive action can complete the cutting action in stages, which inevitably causes troubles in use, and sometimes becomes a labor-saving and time-saving situation. Furthermore, some users have never used or are not accustomed to the above-mentioned gardening shears that can be segmented and sheared. When they can't cut it with one force or do not follow the multi-segment cutting action, they often think that gardening is If you cut the fault and can't figure it out, it will twist the gardening shears indiscriminately, and the blade part or the hinge part that has been cut into the branches will be easily twisted. It can be seen that the best gardening shears should be implemented in a switchable shear mode, allowing the user to select a mode of shearing for a thin branch, and vice versa when encountering a thick branch. The labor-saving mode that can select the splitting force and the segmentation shear can best meet the elasticity demand of the general user in the gardening work. [New content] The purpose of this creation is to provide a switchable gardening shear that can be switched into a force by a scissors handle, a scissor blade, a drive link and a switching device integrated on the handle of the scissors. Cut the branches, or cut off the use mode of the branches, and then achieve the purpose of adapting to various needs, adjusting the switching, and saving the effort. In order to achieve the above objective, the preferred embodiment of the gardening shear that can be switched between the use modes includes a first handle and a second handle pivotally connected to each other, and the front end of the first handle is provided. A knife drill. a scissor piece comprising a blade and an actuating piece extending from a rear end of the blade; the actuating piece is provided with a positioning through hole, and the side wall of the positioning through hole is provided with two M441321 «solid upper slot The scissor blade is disposed at the first handle 5 such that the blade corresponds to the knife cobalt piece, and the actuating piece extends between the first handle and the second handle. a driving link, one end of the driving link is pivotally connected to the second grip, and the other end is inserted through a pin into the positioning through hole of the scissor blade, so that the latch can be inserted into the positioning slot. And a switching device comprising: a resisting member, and a rotating member coupled to the resisting member; the _ member having a resisting body and being coupled to the resisting portion, the fulcrum portion being turned on the second grip, The (four) _ should be the action piece of the spot piece; the rotating element is located at the fulcrum portion of the second handle, 1 knife on the resisting element, and the rotation (4) can be rotatably connected, so that the resisting view is used in the gardening shear Cut #^件. The actuating piece of A is switchable according to the above preferred embodiment, wherein the second grip is adjacent to the inner side of the first grip, and the resisting member of the switch farm is disposed in the receiving slot The nano-groove is pivotally connected to the two side walls of the S-cap. The side fulcrum can be cut as described in the above embodiment, wherein the resisting body of the resisting member is formed - the resisting portion is cut. The distance between the resisting portion and the fulcrum portion is a non-resistance portion, and the resisting portion can be in the garden. The 蓺"x & part and the pivoting member of the fulcrum portion are coupled to one end of the pivot. The pivot of the body; and the singularity of the sci-fi scissors to the money scissor piece 2 5 M441321 can be switched according to the preferred embodiment described above, wherein the resisting body of the resisting element is one An eccentric wheel, the surface of the eccentric forming the resisting portion and the non-resisting portion. The gardening shear of the switchable use mode according to the above preferred embodiment, wherein the resisting body of the resisting member is a polygonal block, one side of the polygonal block forms the resisting portion, and the other faces form the non-resisting portion. The gardening shear of the switchable usage mode according to the above preferred embodiment, further comprising a safety fastener disposed on the second grip, the safety fastener being buckled when the garden shear is closed The action piece of the scissor blade. The gardening shear of the switchable use mode according to the above preferred embodiment, wherein the safety fastener comprises a button, a pivoting portion connecting the button, and a buckle groove for fastening the actuating piece. According to the above preferred embodiment, the gardening shear of the switchable usage mode, wherein the rear end of the actuating piece is provided with a tab pressed by the buckle. Thereby, the creation can provide a user to turn the rotating element and resist the element, thereby switching the mode of use of the gardening shear. When the resisting portion of the resisting member is turned to the actuating piece corresponding to the scissor piece, the function of the scissor portion to cut the branch at a time can be achieved by the action of the resisting portion against the actuating piece. If the diameter of the branch is too thick, it can also be rotated so that the non-resisting portion should be applied to the blade of the scissor blade. Therefore, when the trimming of the thick branch is performed, the actuating piece of the scissor blade is not restricted by the resisting portion, and the driving link can be utilized. The mode in which the pin and the positioning groove of the actuating piece are changed in position allows the user to apply the force to the first and second grips one by one, thereby achieving the function of cutting the thick branches in the segment mode. Therefore, this creation can reach M441321 to adapt to various use needs to adjust the switch; and the operation is convenient and convenient. [Embodiment] The structural features and other functions and purposes of the present invention are described in detail in the following embodiments: As shown in the second, third, and fourth figures, the creation can be switched to use the gardening f' The preferred embodiment includes a first handle, a first handle 2, a first blade 3, a drive link 4 and a switching device 5 _ , wherein: the first handle 1 is The integrally formed or assembled manner has a rod-shaped grip or other shape, and the first-front pivoting portion 11 and the second pivoting portion 12 are disposed at the proximal end of the first grip 1, and are in the first grip The front end of the crucible is provided with a curved curved piece 13 , and the (four) piece 13 can be formed or combined in the front end of the first grip 1 for cooperating with the scissor blade 3 to generate a shearing force. The second grip 2 is also integrally formed or assembled to form a braid or a ring (four) 'to pivot the front end of the second grip 2 to the second joint 12 of the first grip 1 The second grip 2 is adjacent to the first gripper, so that the user can hold the grip and the second grip 2 to apply force. The scissor blade 3 is a blade made of metal sheet dusting and grinding, which comprises a --half-shaped blade 3 and an extension extending to the rear end of the blade 31 and pivoting the scissor blade 3 to the first grip 1 - the pivoting portion U, the cutting edge 311 of the scissor blade 31 corresponds to the blade drill 13 of the first grip 1, and the blade 32 extends between the first grip 1 and the second grip 2, and is in the actuating piece : 7 M441321 is provided with a shape of positioning through hole 33, and one side of the hole of the positioning through hole 33 is provided with two or more semicircular positioning grooves 331 (as shown in the figure, four can be used for the driving link 4 The rod-shaped member for driving the scissor blade 3 is pivotally connected to the selected position of the handle of the second grip 2, and the end through-pin 41 is inserted into the positioning through hole 33 of the scissor blade 3, so that The latch 41 can be changed in position to be embedded in the positioning groove 331, whereby the actuating piece 32 is pushed to cause the blade 31 of the former to generate a sin to the blade to cut the branch. The switching device 5 (as shown in the fifth figure) ) includes a resisting member 51 and a rotating member 52 coupled to the resisting member 51; the resisting member 51 has a resisting body 511 and is coupled to the resisting body 511 The fulcrum portion 512, the fulcrum portion 512 may be a pivot shaft fixed to the resisting body 511, thereby pivoting the fulcrum portion 512 (pivot) to the second grip 2, so that the resisting body 511 corresponds to the urging piece of the scissor blade 3. 32, and the rotating member 52 is located at one side of the second handle 2, so that the rotating member 52 is coupled to one end of the fulcrum 512 (pivot), so that the rotating member 52 can be rotated to resist the tl member 51' so that the resisting body 511 can The gardening shears abut against the actuating piece 32 at the rear end of the scissor blade 3. As shown in the second to fourth figures, by the first handle 第, the first grip 2, the front T7 μ Ο ^ blade 3. The structure of the drive link 4 and the switching device 5 is particularly improved, and the structure of the switch can be used to form a switchable mode of use. The structure and function of the switching device 5 can be utilized to provide the user with a male option ( "Secondary force", or segmentation shearing (fractional repeated force application) of the branching mode. As shown in the second figure, the inner side of the first handle 1 M441321 There is a receiving groove 2 to thereby dispose the resisting member 51 of the switching device 5 in the receiving groove 21, so that the (four) component The fulcrum portion (1) (pivot) of 51 is pivotally connected to both side walls of the _21, and the pivoting member is disposed at the side of the second grip 2 to connect the rotating member 52 to one end of the fulcrum portion 512 (柩 axis) Thus, the resisting member 5 can be rotated. The function of the resisting body 511 of the resisting member 51 is to switch the 'moving piece 32 against the rear end of the scissor blade 3 by using f, or not to abut against the scissors. The actuating piece 32 at the rear end of the sheet 3 is used to switch the use mode. For this reason, as shown in the fifth to tenth embodiments, the preferred embodiment of the present resisting body 5 ι includes a resisting portion 513 and a The non-resisting portion 514 and the distance a between the resisting portion 5U and the fulcrum portion 512 are larger than the distance b between the non-resisting portion 514 and the fulcrum portion S12, so that when the resisting portion is turned to the moving piece corresponding to the scissor blade 3 At 32 o'clock, it will be able to abut against the actuating piece 32 when the gardening shear is used. Conversely, when the non-resisting portion 514 is turned to the actuating piece 32 corresponding to the scissor blade 3, even if the gardening shear is used, it will not abut against the action. Slice 32, in this way can achieve the role of switching modes of use. The shape of the resist 5U described above is not limited, and the structure in which the resist portion 513 and the non-resisting portion 514 can be formed can be implemented. For example, as shown in the fifth and sixth figures, the resist 511 is formed. It may be an eccentric wheel 515, and a resisting portion 513 and a non-resisting portion 514 are formed on the surface of the eccentric wheel 515; wherein the non-resisting portion 514 may be a plane or groove formed in the eccentric wheel 515. As shown in the seventh to tenth drawings, the resist 511 can also be implemented such that the polygonal block 516' passes through one side of the polygonal block 516 to form the resisting portion 513, and the other surface can form the non-resisting portion 514.匕9 M441321 As shown in Fig. 11A, in the present use, the resisting portion 513 of the resisting body 511 corresponds to the end position of the scissor piece of the scissor piece, and (4) the cut piece (10) of the piece 32 is set to be a knife. Can - the knife is broken 66 ^. Therefore, as shown in FIG. 11A, when the user applies the first and second grips 1, 2 to apply force, the blade of the scissor blade 3 will be made, and at the same time, because the first pivot of the first grip i The joint n drives the scissors blade into and the movable piece 32 abuts against the second grip 2 until the shearing edge abuts against the resisting portion 513. At the same time, if the first actuating piece 32 is not in the picture B, when the Büller continues to apply force, the resisting portion 513 will be used for the actuating piece=:Γ2 and then the second grip 2, and at the same time Drive: The dry f-pin 41 continues to change position and is inserted into the front positioning groove. For example, the front end piece 31 of the scissor blade 3 can cut the branch 1G. ,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,, As shown in FIG. 12, the user only pushes the rotating member 52 to make the non-resisting portion 514 of the resisting body 511 correspond to the stroke end position of the scissor blade 3 as the moving piece 32. In the cutting mode of use, when the blade 31 of the scissor blade 3 abuts against the branch 10, the latch 41 of the drive link 4 is embedded in the rear positioning groove 331 of the movable piece 32 to position the through hole 33t. As shown in Fig. 12B, when the user applies the force again, the driving link 4 can be used to bring the action piece 32 to cause the other end of the blade 31 to cut into the branch to a certain depth. As in the twelfth figure C, until the user can no longer apply the first and second grips 丄, 2: as long as the force of the first and second grips 1, 2 is slightly released, - The grip 2 drives the drive link 4 to cause the latch 41 to shift forward and embed M441321 into the month. J position slot 331. Further, the towel of the twelfth figure D, and finally the force applied to the first and first grips 1 '2, can be used to drive the action piece 32 with the drive link 4, so that the front end scissors piece 31 completely cuts the branch 10. It can be seen that if the tree technique is so thick that it can't be cut by the force, the tree branches can be cut by the above-mentioned splitting force to cut the branches, thereby achieving the labor-saving effect. When the gardening shear of the present creation is not used, in order to prevent the opening of the knife edge 3ΐι from causing danger and preventing the knife edge 311 from colliding and damaging, as shown in the second and third figures, the preferred embodiment of the present invention further includes a safety buckle. Item 6, the safety 4 piece 6 is in the second grip 2, and is used to fasten the actuating piece 32 of the scissor blade 3 when the scissor piece is called the knife drill piece η. Wherein, the safety fastener (4) has a frame connecting block 62 which is connected to the 61 in a pure manner, and a buckle groove 63 for fastening the actuating piece 32, thereby setting the pivoting block like the second handle In the outer side of the 2 or the trough 21, 'the safety fastener 6 can be pushed by the user to use the action piece 32 that holds the scissor blade 3. The preferred buckle a position of the safety fastener 6 may be the rear end of the actuation (10). Therefore, the creation is further provided at the rear end of the actuation piece % - the tab 34 buckled by the buckle groove 63, see the thirteenth 2 When the knife edge of the scissors and the drill bit 13 is closed, the queen fastener 6 can be turned to the seventh to make the buckle 34 buckle the blade 34 to prevent the cutting edge of the scissors blade 13 from opening. 'As long as you push back, you can open the garden shears. The gardening shears created by 卞D Kengben are not limited to the fourteenth figure riding of the short handle, and (4) the income of each of them is to find the A material reading handle door 1 Γ two grips 2 to lengthen, so that the long handle material type garden η The configuration of the switching device 5 can be used to achieve the same function. M441321 In summary, the gardening shear that can be switched to use mode has been practical and creative, and the application of the technical means is novel. And the effect is in line with the design purpose, and it has been said to be reasonable and clear. To this end, a new type of patent application was filed in accordance with the law, but the Secretary of State was asked to give a detailed examination, and the patent was granted to pray. [Simple description of the drawing] f is a schematic diagram of the gardening shear structure of the switchable operation mode. The second figure is an exploded view of the preferred embodiment of the gardening shear. The third figure is a combination diagram of a preferred embodiment of the creative gardening shear. The fourth figure is a schematic side view of a preferred embodiment of the creative gardening shear. The fifth figure is a schematic view of the first preferred embodiment of the creation resisting element. The sixth figure is a schematic view of the second preferred embodiment of the creation resisting element. = Seven figures are schematic diagrams of a third preferred embodiment of the creation resisting element. 2 is a schematic diagram of the first embodiment of the creation_component. A schematic diagram of a fifth preferred embodiment of the resisting element. 2 Schematic diagram of a sixth preferred embodiment of the component. . ® Β is a schematic diagram of the secondary force-cutting action of the preferred embodiment of the present invention. 11th to 12th, d#太^f is a schematic diagram of the segmental force shearing action of the preferred embodiment of the present invention. The thirteenth picture is the intention of the creation of a security deduction. k Λ Λ 之 之 使用 第 第 第 第 第 第 第 第 第 第 第 第 第 第Preferred embodiment of gardening man 12 M441321 [王要兀仵#铌说明J 1 first handle 11 first pivoting portion 12 second pivoting portion 13 knife drill 2 second grip 21 receiving groove 3 scissors piece 31 blade 311 knife edge 32 actuator 33 positioning through hole 331 positioning groove 34 tab 4 drive link 41 pin 5 switching device 51 resisting member 511 resisting body 512 fulcrum portion 513 resisting portion 514 non-resisting portion 515 eccentric wheel 516 polygonal block a Distance b Distance 52 Rotating element 6 Safety fastener 61 Button 62 Clamping block 63 Buckle 10 Twig 13