M310785 八、新型說明： 【新型所屬之技術領域】 本創作係有關於扭轉握把結構，尤指一種具有防觸電 之絕緣扭轉握把結構。 【先前技術】 參照圖一，為習知重力型扭轉握把丨結構之剖面示意 圖。其握把1包括有一前段柄2與一後段柄3，及一設於前、 後段柄2、3之間的按鈕4。該握把丨係供驅轉工作物，且前 段柄2與後段柄3之間可扭轉呈一角度（如圖三），故需要 足夠之結構強度來承受剪力。而傳統皆採用金屬材料來製 成前段柄2，以達應有之結構強度，而後段柄3係樞設於金 屬之刖柄2上，故亦設有金屬之樞接部5，以供樞接於前 段柄2上。而該按鈕4則為了提供前段柄2與後段柄3之間的 定位效果，得、用來限制前段柄2與後段柄3的枚對旋轉關 係，必需具有良好的抗剪能力，故亦採用金屬製成。 參照圖二’該習知結構於實用上仍有其缺點存在，因 此種握把1在接上金屬之工作桿6後，使用在工作物被電流 導通的工作場合中時，工作物上的電流會因為金屬的良好 導電性’而自工作桿6、前段柄2、按叙4的位置直接傳導 至使用者的手部’造成手部觸電的缺點，若是卫作在電壓 ，高的場合中，更有可能發生危安事件，相當不好用亦= 貫用，故有加以研發改良之必要。 因此，本創作想排除或至少減輕先前技術所遭遇的問 M310785 題 【新型内容】 本創作之絕緣扭轉握把結構』所欲解決之技術問題 在於’該習知結構之握把在接上金屬之卫作桿後，使用在 工作物被電流導通的工作場合中時，工作物上的電流會因 =屬的良好導· ’而自工作桿、前段柄、餘的位置 ί接傳=制者的手部，造鮮部觸電的缺點，若是工 好用亦不實用，極;:於=可繼危安事件’相當不 本創^為-種絕緣扭轉握把結構，其包括有一 =二=與:定位裝置;該第-本體具有-金屬 設工作桿之承接孔握持部，該細—端設有一供接 於舨缸 ，~第—本體具有一金屬樞軸盥一包覆 承接==持:產該枢軸係_於第-本體㈣ 於第-:體之扭轉關係者;該定位裝置設 體之μ 、弟一本體之樞輛之間，並限制該二本 ===::::位裝置包括有-定位件舆亡 件相異於定位件的二端 係連接於疋位件，而該控制 作該控制件連動定位件以使:於該二本體之外；藉此，操 到絕J防止手部觸電的效果Γ本體產生定位關係，且達 插述與相關二作的新穎特性將從以 M310785 【實施方式】 有關本創作所採用之技術、手段及其功效，茲舉一較 佳實施例並配合圖式詳述如後，此僅供說明之用，在專利 申請上並不受此種結構之限制。 參照圖四至圖六，為本創作的第一個實施例，本創作 包括有一第一本體10、一樞設於第一本體1〇的第二本體 2〇、及一設於該二本體1〇、2〇之間的定位裝置3〇 ;其中： 該第-本體10具有-金屬軸心u，以提供握把應有 之結構強度，該軸心11外包覆有軟質之握持部12，以提 供使用者一良好的握持觸感。該第一本體10 -端於軸心 1曰1處設有承接孔13以供接設一金屬之工作桿40，該工作 桿40外伸端係可接設不同之起子頭（圖中未示广以利於 使用者進行驅轉工作者。 ㈣-本體10更可接設—棘動機構14 ’以達換向驅 再ίί:以：棘動機構14並非本案之特徵，故於此不 的—:第:本f20係樞設於第-本體10相反於承接孔13 圖六扭轉關係’而可保有-角度(如 轴21外Γ第 具有一金屬拖轴21與包覆於樞 =外之軟質握持部22，該樞轴21__ 時之處，並可產生相對之扭制係，轉供樞轉 :構強度。該握持部22則提供使用者一良好的握持 M310785 違:崎置3G係設於第—本體㈣第二本體 ^ 10 20 气定相 衣置30包括有一定位件31與一控制件犯， 二軸21=設於第—本體1G之轴心11與第二本體2〇 則係-端頂•定：定位之功效。哺控制件32 (或第二本 =nr導材r 干0 V入軸心n的電流將不會傳導於控 上，如此柯職使駿之手部發生_的缺點。 有一 i=0圖九’為本創作的第二個實施例。其包括 ^一^本體5G、—樞設於第—本體50的第二本體6〇、 一5又於該二本體50、6〇之間的定位裝置70。 靡有具有具有一金屬轴心51，以提供握把 軸心51外包覆有軟質之握持部52， 細H者—良好的握持觸感。該第—本體50 -端於 輪t處設有承接孔53以供接設一金屬之工作桿40 ,該 外伸嘱可接設㈣之起询（时未示）以 利於使用者進行驅轉工作者。 該第-本體50更可接設一棘動機構Μ，以達換向驅 動之功效，惟該棘動機構54並非 + 再對其加以贅述。 非本案之特徵，故於此不 =第三本體㈣樞設於第—本體5q減於承接孔53 的一 ^並可產生相對之扭轉關係，而可保有一角度（如 M310785 圖九）者。該第二本體6〇 軸61外之軟質握持邛62二，軸61與包覆於樞 50之轴心處，^拖轴61係樞接於第一本體 時之結構強度。該握持目對t扭轉關係’且提供插轉 觸感。 、°則提供使用者—良好的握持 該定位裝置7〇係設於第一M310785 VIII. New description: [New technical field] This creation is about twisted grip structure, especially an insulated torsion grip structure with electric shock protection. [Prior Art] Referring to Figure 1, there is shown a cross-sectional view of a conventional gravity type torsion grip structure. The grip 1 includes a front handle 2 and a rear handle 3, and a button 4 disposed between the front and rear handles 2, 3. The grip is used to drive the workpiece, and the front handle 2 and the rear handle 3 can be twisted at an angle (Fig. 3), so sufficient structural strength is required to withstand the shear force. Conventionally, the front shank 2 is made of a metal material to achieve the structural strength, and the rear shank 3 is pivotally mounted on the metal shank 2, so that a metal pivoting portion 5 is also provided for the pivot. Connected to the front handle 2. The button 4 is used to provide a positioning effect between the front handle 2 and the rear handle 3, and is used to limit the pairwise rotation relationship between the front handle 2 and the rear handle 3, and must have good shear resistance, so metal is also used. production. Referring to Fig. 2, the conventional structure still has its shortcomings in practical use. Therefore, after the metal gripper 6 is attached to the grip 1, the current on the workpiece is used in the work where the workpiece is electrically connected. Because of the good electrical conductivity of the metal, the work bar 6, the front handle 2, and the position of the fourth can be directly transmitted to the user's hand, which causes the electric shock of the hand. If the guard is in a voltage, high occasion, It is more likely that a dangerous incident will occur, which is quite difficult to use and should be used. Therefore, it is necessary to develop and improve it. Therefore, this creation wants to eliminate or at least alleviate the problems encountered in the prior art. M310785 [New content] The insulating torsion grip structure of the present invention is solved by the technical problem that the handle of the conventional structure is connected to the metal. After the guard bar is used, when the work object is in the working state where the current is conducted, the current on the work object will be transmitted from the work bar, the front handle, and the rest position due to the good guide of the genus. Hand, the shortcomings of the electric shock in the fresh department, if it is good for work, it is not practical, very;; = = can be followed by the dangerous incident 'is quite ingenious ^ is a kind of insulated twisted grip structure, which includes one = two = with : a positioning device; the first body has a receiving hole holding portion of the metal working rod, the thin end is provided with a connection to the cylinder, and the first body has a metal pivot and a cladding support == : the pivot system _ in the first body (four) in the first: body twist relationship; the positioning device is set between the body μ, the brother of the body between the pivot, and the two books ===:::: The position device includes a positioning member, and the two end portions of the positioning member are connected to the clamping member, and the positioning device The control member is coupled to the positioning member so as to be outside the two bodies; thereby, the operation of the J prevents the hand from being electrically shocked, and the positioning relationship is generated by the body, and the novel features of the insertion and the related two are to be M310785 [Embodiment] The techniques, means and functions of the present invention are described in detail with reference to the accompanying drawings, which are for illustrative purposes only, and are not subject to such patent application. Structural limitations. Referring to FIG. 4 to FIG. 6 , the first embodiment of the present invention includes a first body 10 , a second body 2 枢 pivoted to the first body 1 , and a second body 1 设Positioning device 3〇 between 2〇; wherein: the first body 10 has a metal axis u to provide the structural strength of the grip, and the shaft 11 is covered with a soft grip 12 To provide users with a good grip. The first body 10 - end is provided with a receiving hole 13 at the shaft center 1 曰 1 for attaching a metal working rod 40 , and the working rod 40 can be connected with different screwdriver heads (not shown) Widely facilitates the user to drive the worker. (4) - The body 10 can be connected - the ratchet mechanism 14 'to achieve the reversal drive ίί: To: the ratchet mechanism 14 is not a feature of the case, so this is not the case - : No.: The f20 system is pivoted on the first body 10 opposite to the receiving hole 13 in Fig. 6. The torsion relationship 'can be retained-angled (for example, the outer shaft of the shaft 21 has a metal tow 21 and the softness wrapped around the hinge = outside The grip portion 22, the pivot 21__, and the relative twist system can be generated for pivoting: the strength of the structure. The grip portion 22 provides the user with a good grip M310785. The second body of the second body is provided with a positioning member 31 and a control member. The two shafts 21 are disposed on the axis 11 and the second body 2 of the first body 1G. Then the system-end top: fixed: the effect of positioning. Feeding control 32 (or the second = nr guide r dry 0 V into the axis n current will not be transmitted to the control, so Ke Junjun The disadvantage of the occurrence of the hand _ has an i = 0 Figure IX' is the second embodiment of the creation. It comprises a body 5G, a second body 6 枢 pivoted to the body 50, a 5 The positioning device 70 between the two bodies 50, 6 。 has a metal shaft 51 to provide a soft grip portion 52 covered by the grip shaft 51, which is a fine grip. The first body 50-end is provided with a receiving hole 53 at the wheel t for connecting a metal working rod 40, which can be connected to the (4) request (not shown) for use. The first body 50 can be connected with a ratchet mechanism to achieve the effect of the reversing drive, but the ratchet mechanism 54 is not described in detail. The third body (4) is pivoted on the first body 5q from the receiving hole 53 and can generate a relative twist relationship, and can maintain an angle (such as M310785 Figure 9). The second body 6〇 The soft grip 邛 62 2 outside the shaft 61, the shaft 61 and the shaft wrapped around the pivot 50, and the structural strength of the drag shaft 61 when pivoted to the first body. Head twist relationship of t 'and provide a tactile sensation interposer, ° provides the user - a good grip of the positioning means provided in the first line 7〇
間，並限制第-本體50鱼第二與弟—本體60之 係者。該定位裝置7〇勺括右j體60之間的扭轉定位關 該定位件71係設於第匕太-ς疋位件71與—控制件72 ’ 之樞轴61之間，用以提Ό之轴心51與第二本體60 係由-撥钮721盘^效。而該控制件72 山％ 、， I、一遮盍722所組成，該撥鈕711係一端 =於#件71上’且—端裸露於第—本體 _ 60)之外。該遮蓋722則扣接於撥鈕721裸露之_端， 且可供使用麵作以帶動触721移動者。該遮蓋系 =絕緣材料製成’故當使用者在進行轉I作時，自工' 乍才干40 V入軸心51的電流將不會傳導於遮蓋722上，如 此即可避免使用者之手部發生觸電的缺點。 就以上所述可以歸納出本創作具有以下之優點： 1·本創作之『絕緣扭轉握把結構』，其中定位裝置具 有-設於二本體之間的定位件、以及—由絕緣材料製成且 =掣於定位件上之控制件，故當使用者在進行驅轉工作 時’自工作桿導入軸心的電流將不會傳導於控制件上，如 此即可避免使用者之手部發生觸電的缺點。 2·本創作之『絕緣扭轉握把結構』，其中該控制件係 9 M310785 二撥t與:?ί所組成，該遮蓋為絕緣材料製成且扣接 f紐上，如此#使用者在進行驅轉卫作時，自工作桿導 入轴心的電流料會料於遮蓋上，如者 之手部發生觸㈣缺點。 由是觀之，本創作極具產業上利用價值，且又未見有 =或類似之創作出縣_外刊物或公開使用，實已符 σ專利法規定之積極及消極要件，理應料新型專利。And restrict the first-body 50 fish second and the younger-body 60. The positioning device 71 is disposed between the right side of the right body 61 and the pivoting member 61 of the control member 72' for lifting. The axis 51 and the second body 60 are driven by the - button 721. The control member 72 is composed of a mountain %, an I, a concealer 722, and the button 711 is one end = on the # member 71 and the end is exposed outside the first body _ 60). The cover 722 is fastened to the exposed end of the dial 721, and the available surface is used to drive the touch 721 to move. The covering system is made of insulating material. Therefore, when the user performs the turning operation, the current of the 40 V input shaft 51 will not be transmitted to the covering 722, so that the user's hand can be avoided. The shortcomings of electric shock. As far as the above is concerned, it can be concluded that the present invention has the following advantages: 1. The "insulation torsion grip structure" of the present invention, wherein the positioning device has a positioning member disposed between the two bodies, and - is made of an insulating material and = 掣 on the control member on the positioning member, so when the user performs the driving work, the current from the working rod to the shaft will not be transmitted to the control member, thus avoiding the electric shock of the user's hand. Disadvantages. 2. The "insulation torsion grip structure" of the creation, wherein the control part is composed of 9 M310785 two dials and: ί, the cover is made of insulating material and fastened to the f button, so that the user is performing When driving the steering, the current drawn from the working rod into the shaft will be covered by the cover, such as the hand touch (4). From the point of view, this creation is extremely industrially useful, and there is no such thing as a = or similar creation of the county _ external publications or public use, it has been the positive and negative requirements of the σ patent law, it should be expected to apply for a new type of patent .
惟上所述者，僅為梢作之錄實_而已，當不能 =之限定糊作實叙制，故軌錄之較或等效元 之置換’或依本辦t料姆騎作之鱗變化斑修 飾，皆應仍屬本創作專利涵蓋之範疇。 'Only the above-mentioned ones are only recorded in the _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ The change of the spotted plaque should still be covered by this patent. '
【圖式簡單說明】 圖一 ··為習知扭轉握把結構之剖面示意圖。 圖二··為習知扭轉握把接設工作桿之示意圖。 圖三：為習 圖。 知扭轉握把接設工作桿並扭轉一角度之示意 圖四：為本創作第一個實施例之剖面示意圖。 圖五：為本創作第一個實施例接設工作桿之示意圖。 圖六：為本創作第一個實施例接設工作桿並扭轉一角度之 示意圖〇 圖七：為本創作第二個實施例之剖面示意圖。 圖八：為本創作第二個實施例接設工作桿之示意圖。 圖九·為本創作第二個實施例接設工作桿並扭轉一角度之 M310785 示意圖。 【主要元件符號說明】 (習知結構） 1 握把 2 前段柄 3 後段柄 4 按鈕 5 框接部 6 工作桿 (本創作） 10 第一本體 11 轴心 12 握持部 13 承接孔 14 棘動機構 20 第二本體 21 樞軸 22 握持部 30 定位裝置 31 定位件 32 控制件 40 工作桿 50 第一本體 51 轴心 52 握持部 53 承接孔 54 棘動機構 60 第二本體 61 樞轴 62 握持部 70 定位裝置 71 定位件 72 控制件 721 撥鈕 722 遮蓋 11[Simple description of the drawing] Fig. 1 is a schematic cross-sectional view of a conventional twisted grip structure. Figure 2·· is a schematic diagram of a conventional twisting grip connecting a working rod. Figure 3: For the picture. The schematic diagram of the twisting grip connecting the working rod and twisting the angle is shown in Fig. 4: a schematic cross-sectional view of the first embodiment of the present invention. Figure 5: Schematic diagram of the working rod for the first embodiment of the creation. Figure 6: Schematic diagram of connecting the working rod and twisting an angle for the first embodiment of the present invention. Figure 7 is a schematic cross-sectional view of the second embodiment of the present invention. Figure 8: Schematic diagram of the work bar for the second embodiment of the creation. Fig. 9 is a schematic view of the M310785 which is connected to the working rod and twisted at an angle in the second embodiment of the present invention. [Main component symbol description] (conventional structure) 1 Grip 2 Front handle 3 Rear handle 4 Button 5 Frame joint 6 Working lever (this creation) 10 First body 11 Axis 12 Grip 13 Receiving hole 14 Staggering Mechanism 20 Second body 21 Pivot 22 Grip 30 Positioning device 31 Positioning member 32 Control member 40 Working rod 50 First body 51 Axis 52 Grip portion 53 Receiving hole 54 Pricking mechanism 60 Second body 61 Pivot 62 Grip 70 positioning device 71 positioning member 72 control member 721 button 722 cover 11