M293138 八、新型說明： 【新型所屬之技術領域】 本創作係與草剪有關，特狀-種具有傳動齒之草剪。 【先前技術】 5 部習=::二刀體」該:刀體分別依序具有 點為中心而樞設該二刀體，===用草剪係以該樞設 例決定草剪之施力狀況。“ ^、f握持部之尺寸比 前提下，當今 μ—刀體之樞擺角度為固定的 ι〇切範圍二於握持部’該習用草剪雖缺剪 =會增加’但使用時較為費力；當該 二:二 ::外T草剪雖然較為省力，但剪切範‘^ 種壓式剪刀虎第M265189號新型專利揭露有-握持握持部之間設置一彈性件用以提供續 15式^:=相進行彳_作，並將糊_計為握财 仍 【新型内容】 剪，=匐作之主要目的在於提供一種可解決上述問題之草 時具:ΐ有傳ΐ齒之結構。此等設計除了在進行剪切動作 之i利=力及剪切範圍較大的效果，更兼具有握塵式操作 草剪if成上述目的，本創作所提供之一種具有傳動齒之 I含有一第一握持件、一第二握持件、一第一刀體、 20 M293138 罘一刀體 机於Μ \ 件。該第二握持件係樞 = 握持件之—端’其中該第—握持件與該第二握 2之間更固設有-彈性件；該第—刀體係固設該第一握 寺件且該第—刀體具有一第_替部；該連動件之一端係 第二握持件，其另—端係樞設於該傳動件，而該 傳動件之另—端係樞設於該第二刀體，該傳動件具有M293138 Eight, new description: [New technology field] This creation is related to grass shears, special-type grass shears with transmission teeth. [Prior Art] 5 parts: =: two-knife body: The body of the knife body is centered on the point and the two-knife body is pivoted, === using the grass-cutting system to determine the force of the grass-cutting situation. " ^, f grip size ratio than the premise, the current μ - the body of the knife pendulum angle is fixed ι 〇 cut range of two than the grip part of the conventional grass shears lack of cut = will increase 'but more Laborious; when the two: two:: outer T grass shears are more labor-saving, but the cutting fan '^ type of pressure scissors, Tiger No. M265189, the new patent discloses that there is an elastic member between the holding grips to provide Continued 15 type ^:=phase 彳 _, and paste _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ The design of the design, in addition to the effect of the shearing action i, the force and the shearing range are large, and the dust-operated grass shearing is used for the above purpose. I includes a first gripping member, a second gripping member, a first cutter body, and a 20 M293138 罘one knife body. The second gripping member is pivoted to the end of the gripping member. Wherein the first gripping member and the second grip 2 are further provided with an elastic member; the first knife system fixes the first temple member and the The first body has a first portion; one end of the linking member is a second holding member, and the other end is pivotally disposed on the transmission member, and the other end of the transmission member is pivotally disposed on the second portion a cutter body having the transmission member
1010
20 糸與該第一嚙合部相互嚙合;該第二刀體係樞設 二-刀體。藉此’當本創作進行剪切動作時，該第一 與該f二喃合部相對轉動時可產生較大之扭力而使 =一日、更為省力’再者’該二刀體之長度較該握持部長且 dm度較f用草剪A ’在操作時具有剪切範圍 。此外’本創作係以握壓方式操作，並利用該彈 本創力使該第二歸件自動復歸，讓使用者在操作 右二日Γ更為便利。如此—來，本創作相較於·草剪具 有刼作省力以及使用之便利性者。 【實施方式】 為了詳細說明本創作之結構 車又佳實施例並配合圖式說明如後 、特徵及功效所在，兹舉 ，其中： 第一圖係本創作較佳實施例之立體圖； 第二圖係本創作較佳實施例之分解圖； 第f A圖係本創作較佳實施觸作示意頂視圖； ^三B圖係本創作較佳實施例動作示意側視圖； 第四A圖係本創作較佳實施例另—動作示意頂視圖； 5 M293138 以及 第四B圖係本創作較佳實施例另一動作示意側視圖。 請參閱第一圖及第二圖，本創作較佳實施例所提供一 種具有傳動齒之草剪（1〇)主要係由一握持單元（12)以及一 5切割單元(14)所構成。 该握持單元(12)包含有一第一握持件(2〇)、一第二握持 件(30)、一連動件(4〇)以及一彈性件(5〇)，其中·· 該第一握持件(20)之整體概呈L型，其一端係為長直 狀，並形成一第一握持部(21)，另一端則具有一結合部 ίο (22)，該結合部(22)係開設有二固接孔(23)，該第一握持件 (2〇)之中間段設有一第一凸部(24)，而該第一握持件(2〇)之 轉折段則設有-第-樞設部(25)，該第—樞設部(25)係橫向 延伸設有一樞設轴(26)。 該第二握持件(30)之-端係形成一第二握持部(31)，另 -端向頂側延伸設有-第二樞設部(32)，該第二樞設部(32) ®頂端係橫向開設有-軸設孔(33)，相對端亦橫向開設有一極 々孔(34)，-第二凸部(35)設於該第二握持件⑽中間段， 且相對於該第一握持件(2〇)凸部(24)之位置。 該第二握持件(30)相對於該第一握持件(2〇)凸部(24)之 2〇位置，向上設有一第二凸部(35)。 該連動件(4〇)係為桿#，其兩端分別具有—第一柩設環 以及-第二樞設邪4)，該等樞設環(42，係以分別 、号’曲該連動件(40)之兩端而形成。 該彈性件(50)係為彈簧，其—端係套設於該第一凸部 M293138 (24)，另一端則套設於該第二凸部(35)，用以提供該第一握 持部(21)與該第二握持部(31)回釋時相對分開之彈力。 藉此，本創作係利用該第一握持件(2〇)之樞設軸(26)穿 過該第二握持件(30)之軸設孔(33)，而使該第一握持件(20) 5與該第二握持件(3〇)相互樞設，並以該樞設軸為軸心， 而作上下之旋擺作動；該第一樞設環(42)係穿卡於該第二握 _ 持件(3〇)之樞設孔(34),使該傳動件(40)之一端與該第二握 持件(30)樞接，完成握持單元(12)之組裝。 该切割單元(14)包含有一第一刀體(60)、一板件(70)、 10 一第二刀體(8〇)，以及一傳動件(90)。 立該第一刀體(60)概呈長尖片狀，其一端形成有一切割刃 邠（61)，其中，該第一刀體(6…之中間段開設有一樞設孔 (^2)，邊樞设孔(62)之兩相對側開設有二固接孔(64)，而該 1第一刀體(6〇)之一端則開設有二固接孔(66)。 • "亥板件(70)係具有一第一嚙合部(72)，該第一嚙合部(72) 係位於該板件(70)—端之周緣，且概呈齒狀；其中，一柩設 孔^74)開设於該傳動件(9〇)之中間段，二固接孔⑽則開設 2該樞設孔(74)之兩相對；二螺絲(X)係依序穿經該第一刀 20门（6〇)中間段之二固接孔(64)以及該板件（70)之二固接孔 6)’而完成該第一刀體(6〇)與該板件(7〇)之固設。 a該第二刀體(80)概呈長尖片狀，其—端形成有，割刃 =1) ’並於-側形成有一凸部(82);其中，一柩設孔⑽ 於該第二刀體_之中間段，—樞設孔 於該 凸部。 M293138 該傳動件(90)係具有-第二喃合部(92)，該第二响合部 (92)係位於該傳動件(90)—端之周緣’且概呈齒狀；其中， 一樞設孔(94)開設於該傳動件(9〇)之中間段，一樞設孔 則開設於該傳動件(90)之一端。 5 ，—鉚釘(Ya)係依序穿過該第-賴㈣之柩設孔 (62)、該板件(7G)之樞設孔(74)以及該第二刀體⑽中間段之 樞設孔(83)進行樞設；而另一鉚釘(γ聰依序穿過該傳動件 ⑽中間段之樞設孔(94)以及該第二刀體⑽)凸部(82)之枢 設孔(84)進行樞設，完成切割單元(14)之組裝。 1〇 #此—來’本創作藉由町關係進行該握持單元(12) 與該剪切單元(14)的組裝，完成本創作；二柳釘(Yc)係依序 穿過該第-握持件(20)之二固接孔(23)與該第—刀體㈣之 二固接孔(66) ’而完成該第—握持件⑽與該第_刀體⑽ 之固設，-鉚釘(Yd)係依序穿過該連動件(4〇)之第二植設環 15 (44)以及該傳動件端之樞設孔(96)，而完成該連動件 (40)與該傳動件(90)之樞設。如第一圖所示，其係為本創作 之組裝完成之態樣。當該第二握持件(3〇)相對於該第一握持 件(20)進行樞擺動作時會帶動該連動件(4〇)產生位移而致 使該傳動件(9G)樞擺地作動；而該傳動件(9騎行樞擺動作 2〇時，該第-喃合部(72)與該第二喃合部(92)係可逐齒相互屬 合地轉動，並帶動該第二刀體(8〇)擺幅作動。 請參閱第三A及第三B圖，其係為該草剪⑽尚未施 予外力之態樣，該等刀體(6G ’ 8〇)係為樞擺地張開之態樣。 當該草剪(1G)要進行剪切動料，該第_鱗件⑽與該第 M293138 二握持件(30)會因使用者施加外力而縮短相對距離，該第二 握持件(30)會帶動該連動件(4〇)往該第二握持件(3〇)之方向 移動’進而帶動該傳動件(90)跟隨該連動件(4〇)進行移動， =’該第-喷合部㈤與該第二嗜合部(92)係逐齒唾合地 5 該第二刀體(8〇)相對於該第一刀體_枢擺閉 :μ專刀體(6G ’ 8G)會由原本樞擺地張開狀g變為閉合狀 恶而形成剪切的動作。 中且圖及第四B圖’其係為該草剪⑽使用 t形成㈣動作之態樣；當該草剪⑽要解时切動作 二並同日代到彈性件(50)復歸的作用 ;方二二動，。)會帶動該連動件_ 擺地張開之態樣。θ丨本㈣動作之態樣回復為樞 具有以下優斤^:由本案以上所提供的實施例可知，本創作 物於時，該第，部與該第二 作時更為省力轉動ο羞生較習用草蒡更大之扭力而使操 峨二度===該歸部之長度且該二刀體 在操作B守具有剪切面積範圍較習 M293138 用草剪大之特性。 二·本創作係具有握壓式之操 第二握持件自賴歸，可提供_者在 、糟此’本創作可以達到操作時省力且剪切範圍較大， 以及具有握壓式操作之使用便利性者。 M293138 【圖式簡單說明】 f 一圖係本創作較佳實闕之立體圖； 第=圖係本創作較佳實關之分解圖； =A圖係本創作較佳實施例動作示意頂視圖； 第二B圖係本創作較佳實施例動作示意側視圖； 、第四A圖係本創作較佳實施例另—動作示意頂視圖； 乂及 第四B圖係本創作較佳實施例另—動作示意側視圖。 10【主要元件符號說明】 (10)具有傳動齒之草剪 (12)握持單元 (14)切割單元 (20)第一握持件 (21)第一握持部 (22)結合部 (23)固接孔 (24)第一凸部 (25)第^~柩設部 (26)樞設轴 (3〇)第二握持件 15 (31)第二握持部 (32)第二樞設部 (33)軸設孔 (3 4)柩設孔 (35)第二凸部 (40)連動件 (42)第一樞設環 (44)第二樞設環 (50)彈性件 (60)第一刀體 (61)切割刃部 (62)樞設孔 (64)固接孔 (66)固接孔 (70)板件 20 (72)第一嚙合部 (74)柩設孔 (76)固接孔 (80)第二刀體 (81)切割刃部 (82)凸部 (83)樞設孔 (84)樞設孔 (90)傳動件 (92)第二嚙合部 (94)樞設孔 (96)樞設孔 (X)螺絲 (Ya)(Yb)(Yc)(Yd)鉚釘 1120 相互 is in mesh with the first engaging portion; the second knive system pivots the two-knife body. Therefore, when the original cutting operation is performed, the first and the two merging portions can rotate relatively to generate a large torque, so that = one day, more labor saving 'again' the length of the two-knife body Compared with the holding minister and the dm degree is smaller than f, the grass shear A' has a shearing range during operation. In addition, the creation is operated by the pressure-holding method, and the second home appliance is automatically returned by the use of the original force, which makes it easier for the user to operate on the right second day. In this way, this creation is more convenient and less convenient than the grass shears. [Embodiment] In order to explain in detail the preferred embodiments of the structure of the present invention and the following description, features and functions, the first drawing is a perspective view of the preferred embodiment of the present invention; An exploded view of the preferred embodiment of the present invention; a f A diagram of the preferred embodiment of the present invention is shown as a top view; ^3B is a schematic side view of the preferred embodiment of the present invention; DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENT A schematic view of a top view; 5 M293138 and a fourth B diagram are another schematic side views of the preferred embodiment of the present invention. Referring to the first and second figures, a preferred embodiment of the present invention provides a grass shear (1〇) having a drive tooth mainly composed of a grip unit (12) and a 5 cutting unit (14). The holding unit (12) includes a first holding member (2〇), a second holding member (30), a linking member (4〇), and an elastic member (5〇), wherein the first The entire grip member (20) is generally L-shaped, one end of which is long straight and forms a first grip portion (21), and the other end has a joint portion ίο (22), the joint portion ( 22) The system is provided with two fixing holes (23), a middle portion of the first holding member (2〇) is provided with a first convex portion (24), and a turning portion of the first holding member (2〇) Then, a first-pivot portion (25) is disposed, and the first pivoting portion (25) is laterally extended with a pivoting shaft (26). The second end of the second holding member (30) forms a second grip portion (31), and the other end extends to the top side with a second pivoting portion (32), and the second pivoting portion ( 32) The top end is laterally opened with a shaft hole (33), and the opposite end is also laterally opened with a pole bore (34), and the second convex portion (35) is disposed at the middle portion of the second grip member (10), and is opposite At the position of the convex portion (24) of the first grip member (2〇). The second holding member (30) is provided with a second convex portion (35) upward with respect to the position of the first holding member (2) convex portion (24). The linkage member (4〇) is a rod #, and has two ends at each end - a first 柩 ring and a second 设 邪 4), and the pivot rings (42 are respectively associated with the number The elastic member (50) is a spring, and the end is sleeved on the first convex portion M293138 (24), and the other end is sleeved on the second convex portion (35). Provided to provide a spring force that is relatively separated when the first grip portion (21) and the second grip portion (31) are released. Thus, the present invention utilizes the first grip member (2〇) The pivoting shaft (26) passes through the shaft hole (33) of the second holding member (30), and the first holding member (20) 5 and the second holding member (3) are pivoted And the pivoting operation is performed on the pivoting shaft; the first pivoting ring (42) is inserted into the pivoting hole of the second holding member (3〇) (34) The one end of the transmission member (40) is pivotally connected to the second holding member (30) to complete the assembly of the holding unit (12). The cutting unit (14) includes a first body (60), a plate member (70), a second tool body (8〇), and a transmission member (90). The first blade body (60) has a long pointed shape and one end thereof There is a cutting edge (61), wherein a middle portion of the first body (6 is provided with a pivot hole (^2), and two opposite sides of the side pivot hole (62) are provided with two fixing holes ( 64), and one end of the first first body (6〇) is provided with two fixing holes (66). • The "Hui board member (70) has a first engaging portion (72), the first The engaging portion (72) is located at the periphery of the end of the plate member (70) and has a tooth shape; wherein a hole (74) is opened in the middle portion of the transmission member (9〇), and is fixed The hole (10) defines two opposite sides of the pivot hole (74); the two screws (X) sequentially pass through the two fixing holes (64) of the middle portion of the first knife 20 (6〇) and the plate (70) The second fixing hole 6)' completes the fixing of the first blade body (6〇) and the plate member (7〇). a second blade body (80) has a long pointed shape, and its end is formed with a cutting edge = 1) ' and a convex portion (82) is formed on the side - wherein a hole (10) is formed in the first The middle section of the second body _ is pivoted to the convex portion. M293138 The transmission member (90) has a second merging portion (92), and the second accommodating portion (92) is located at a periphery of the end of the transmission member (90) and is substantially toothed; The pivot hole (94) is opened in the middle portion of the transmission member (9〇), and a pivot hole is opened at one end of the transmission member (90). 5, the rivet (Ya) is sequentially passed through the hole (62) of the first (La) (4), the pivot hole (74) of the plate (7G), and the pivot hole of the middle portion of the second body (10) ( 83) pivoting; and another rivet (γ 聪 sequentially passes through the pivot hole (94) of the middle section of the transmission member (10) and the pivot hole (84) of the protrusion (82) of the second body (10) It is assumed that the assembly of the cutting unit (14) is completed. 1〇#此—来' This creation completes the creation of the grip unit (12) and the shearing unit (14) by the relationship between the two; the second rivet (Yc) sequentially passes through the first- The two fixing holes (23) of the holding member (20) and the two fixing holes (66) of the first body (four) complete the fixing of the first holding member (10) and the first body (10), - the rivet (Yd) sequentially passes through the second planting ring 15 (44) of the linking member (4) and the pivoting hole (96) of the transmitting member end, and the linking member (40) is completed The transmission member (90) is pivoted. As shown in the first figure, it is the completion of the assembly of the creation. When the second gripping member (3〇) pivots relative to the first gripping member (20), the linkage member (4〇) is displaced to cause the transmission member (9G) to pivotally actuate And the transmission member (9) when the pivoting action is 2, the first merging portion (72) and the second merging portion (92) are rotatable with each other and drive the second knife Body (8〇) swinging. Please refer to Figures 3A and 3B for the fact that the grass shears (10) have not been subjected to external forces. The blades (6G '8〇) are pivoted. When the grass shear (1G) is to be sheared, the first scale member (10) and the second M293138 second grip member (30) shorten the relative distance due to the external force applied by the user, the second grip. The holding member (30) will drive the linking member (4〇) to move in the direction of the second holding member (3〇) to drive the transmission member (90) to follow the linkage member (4〇) to move, =' The first spray-spraying portion (f) and the second indwelling portion (92) are sprinkled with each other. The second body (8〇) is pivotally closed with respect to the first body _ 6G '8G) will be cut from the original pivoting g to the closed shape. The middle figure and the fourth picture B are the same as the grass shears (10) using t to form (four) actions; when the grass shears (10) are to be solved, the action of cutting the second and the same generation to the elastic member (50) ; Fang Er 2 moves, .) will drive the linkage _ swaying open. θ丨本(4) The action of the state of the action is as follows: The embodiment provided by the above case shows that the creation of the object is more labor-saving and the second part is more laborious. Compared with the larger torque of the haystack, the second degree === the length of the returning part and the two-knife body has the characteristics of the shearing area in the operation B. 2. This creation department has the second grip of the grip type, which can provide _ in the present, worse. This creation can achieve labor saving and large cutting range, and has a gripping operation. Use convenience. M293138 [Simple description of the diagram] f A diagram is a better perspective view of the creation; The first diagram is an exploded view of the preferred implementation of the creation; =A diagram is a top view of the preferred embodiment of the present invention; 2B is a schematic side view of the preferred embodiment of the present invention; 4th A is a preferred embodiment of the present invention, and the action is a top view; and the fourth B is a preferred embodiment of the present invention. Schematic side view. 10 [Description of main component symbols] (10) Grass shear with transmission teeth (12) Grip unit (14) Cutting unit (20) First grip (21) First grip (22) joint (23) ) fixing hole (24) first convex portion (25) first to second portion (26) pivoting shaft (3) second holding member 15 (31) second holding portion (32) second pivot Shaft (33) shaft hole (3 4) 孔 hole (35) second protrusion (40) linkage (42) first pivot ring (44) second pivot ring (50) elastic member (60 The first blade body (61) cutting blade portion (62) pivot hole (64) fixing hole (66) fixing hole (70) plate member 20 (72) the first engaging portion (74) is provided with a hole (76) ) fixing hole (80) second blade body (81) cutting blade portion (82) convex portion (83) pivot hole (84) pivot hole (90) transmission member (92) second meshing portion (94) pivot Set hole (96) pivot hole (X) screw (Ya) (Yb) (Yc) (Yd) rivet 11