M397922 五、新型說明： 【新型所屬之技術領域】 本案係關於一種拆組工具，尤指一種適用於車用避震器拆 卸用之可攜式辅助拆卸工具。 【先前技術】 以目前車用避震器之拆卸工作而言，常見利用兩組壓迫件 螺接於油壓調整桿上而掛附於避震器彈簧間實施壓縮，以利避震 器主體部受到彈黃頂磨而能順利拆卸更換。而該拆卸工具具有左 右螺紋之油壓調整桿及螺接於油壓調整桿兩端具有勾板之壓迫 件所構成，因此調整該兩組壓迫件分別靠抵於避震器之頂盤與底 盤的邊緣上，促使頂盤靠向底盤，令頂盤不推壓在轴桿上的螺 帽，如此即可將螺帽旋緊或拆下，完成避震器拆卸工作。此種拆 卸工具容易產生施力不均，具有拆卸危險性，故坊間維修工作者 較不採用此種工具》 因此，如何發展一種可改善上述習知技術缺失之適用於車 用避震器之可攜式辅助拆卸工具，實為目前迫切需要解決之問題 【新型内容】 本案之主要目的在於提供一種可攜式輔助拆卸工具，俾解決 習知技術之缺失，讓避震器拆組工作具有更容易因應彈簧螺旋傾 角之角度夾持之實用及安全功效者。 為達上述目的，本案之較廣義實施態樣為提供一種可攜式辅 助拆知工具，其係包含：—油㈣整桿，具有—受油屢控制的推移 3 M397922 桿及主體桿所構成，該推移桿及主體桿一相對側分別設有一定位 座，而該定位座分別具有一套樞孔及一對凸耳緣，該對凸耳緣分 別於左右兩側對應處穿伸螺接一角度定位螺絲，以及該主體桿外 緣上組接有油壓管路的接頭；兩組壓迫件，包含有一框座、一主 夾件及一傾角夾件，該框座可供主夾件及傾角央件樞接於上相互 對應可外張或收縮，以因應不同直徑避震器彈簧之需求做夹合彈 簧線徑定位，該樞座設有一套轴可對應套入該定位座的套樞孔中 • 可旋轉偏轉角度，及該樞座於一外側設有一體成形之檔板，可對 應置於該對凸耳緣左右兩側對應處所穿伸螺接之角度定位螺絲予 以抵頂靠緊，限定該壓迫件套入該定位座的套樞孔中可旋轉偏轉 的角度；藉以，該油壓調整桿之接頭利用油壓管路連接一油壓控 制缸以控制推移桿得於主體桿中進行位移，迫使兩組壓迫件因應 不同規格欲拆組避震器彈簧的螺旋傾角而能夠偏轉角度，也能利 用該樞座之擋板受角度定位螺絲抵頂靠緊，讓該兩組壓迫件偏轉 • 目應彈簧螺旋傾角之角度能夠固定不再偏轉，以能順利進行後續 拆組工作。 本案之構想，其中該油壓調整桿的主體桿鎖固定位一導弓丨 板’且該導引板上設有長導槽。 本案之構想，其中該油壓調整桿的該推移桿外緣有一定位導 件，可穿伸置位於該導引板之長導槽中，供嫌定推移桿之推移 行程及不左右擺動作直線位移運動。 4 M397922 【實施方式】 體現本案特徵與優點的-些典型實施例將在後段的說明中詳 細敘述。應理解的是本案能夠在不同的態樣上具林種的變化， 其皆不麟本案的範圍，且其巾的說明及圏示在本質上係、當作說 明之用，而非用以限制本案。 請參聞第-圖、第二圖及第三圖所示，本案之可攜式輔助拆 卸工具主要係由一油壓調整桿1及兩組墨迫件2所組成，其中該 • 油壓調整桿1具有-受油壓控繼推移桿11及主艘桿12所構 成’該推移桿11及主想桿12 一相對側分別設有一定位座13，促 使該兩組屋迫件2分別套柜於對應之定位座13中可旋轉偏轉角 度，而該定位座13分別具有一套樞孔14及一對凸耳緣15，該對 凸耳緣15分別於左右兩側對應處穿伸螺接一角度定位螺絲％， 又該主鍾桿12外緣上組接有油壓管路3的接頭17及鎖固定位一 導引板18，且該導引板18上設有長導槽181，而該推移桿n外 _ 緣有一定位導件19,可穿伸置位於該導引板18之長導槽181中， 供以限定推移桿11之推移行程，如此該接頭17利用油壓管路3 連接一氣動油壓控制缸4(如第一圖所示)或一可微調的手動油壓 控制缸5(如第四囷所示），以控制推移桿丨丨得於主體桿〗2中進行 位移’並利用定位導件19穿伸於該長導槽18ι中限定推移行程， 且讓推移桿11不左右擺動只能作直線位移運動。 該兩組壓迫件2分別包含有一枢座21、一主夾件22及一傾 角夹件23 ’其中該樞座21可供主夾件22及傾角夾件23掩接於 5 M397922 上相互對應可外張或收縮，以因應不同直徑避震器彈簧6之需求 做夾合彈簧線徑定位工作；又該框座21設有一套轴211可對應套 入該定位座13的套樞孔η中可旋轉偏轉角度，及該樞座21於一 外側設有一體成形之擋板212，可對應置於該對凸耳緣15左右兩 側對應處所穿伸螺接之角度定位螺絲16予以抵頂靠緊，限定該壓 迫件2套入該定位座13的套柩孔η中可旋轉偏轉的角度。 因此第三圖所示，兩組壓迫件2分別組裝於該推移桿u及主 • 體桿12之定位座13中，因應不同規格欲拆組避震器彈簧ό的螺 旋傾角而能夠偏轉角度，也能利用該框座21之檔板212受角度定 位螺絲16抵頂靠緊，讓該兩組屋迫件2偏轉因應彈普6螺旋傾角 之角度能夠固定不再偏轉，以能順利進行後續拆組工作。 當然，上述之避震器拆組作業進行，只要該推移桿η及主體 桿12相對侧上所定位座13套樞壓迫件2，利用該壓迫件2之主 夾件22及傾角夹件23能順應合宜的貼合角度，讓具螺旋傾角之 _ 避震器彈簧6抵靠’即可湘氣動油壓鋪缸4(如第-圖所示) 或-可微調的手動賴控餘5(如第四圖所示)控繼推移桿^ 得於主體桿12巾進行快速位移，令雜迫件2得以迫使避震器彈 簧6壓縮，且受到屋縮避震器彈簧6更能穩固抵靠虔迫件2之主 夾件22及傾角夹件23而不跳脫，進而順利去完成避震器拆組作 業，更具安全性之考量，極具產業利用性。 综上所述’本案之可攜式輔助拆扣具具有更容易因應彈簧 螺旋傾角之角度夹持之實用及安全功效，極具產業利用性，麦依 M397922 法提出申請。 本案得由熟習此技術之人士任施匠思而為諸般修飾，然皆不 脫如附申請專利範圍所欲保護者。 【圖式簡單說明】 第一圖所示為本創作可攜式輔助拆卸工具一較佳實施圖。 第二圖所示為本I辟可攜式輔助拆卸工具相關構件分解示意圖。 第三圖所示為本創作可攜式輔助拆卸工具實施拆卸壓迫彈簧示意 第四圖所示為本創作可攜式輔助拆卸工具另一較佳實施圖 M397922 【主要元件符號說明】 油壓調整桿:1 主體桿:12 套樞孔:14 角度定位螺絲:16 導引板:18 定位導件:19 樞座:21 擋板:212 傾角夾件:23 氣動油壓控制缸:4 彈簧:6 推移桿:11 定位座:13 凸耳緣:15 接頭:17 長導槽：:181 壓迫件:2 套轴:211 主夾件:22 油壓管路:3 手動油壓控制缸:5M397922 V. New description: [New technical field] This case is about a disassembly tool, especially a portable auxiliary disassembly tool suitable for vehicle shock absorber removal. [Prior Art] In the current disassembly work of the vehicle shock absorber, it is common to use two sets of compression members screwed to the oil pressure adjusting rod and attached to the shock absorber spring to perform compression to facilitate the main body of the shock absorber. It can be dismantled and replaced by the yellow top grinding. The disassembling tool has a hydraulic adjusting rod with left and right threads and a pressing member screwed to the oil pressure adjusting rod with a hook plate at both ends, so that the two sets of pressing members are respectively adjusted against the top plate and the chassis of the shock absorber. On the edge, the top plate is urged against the chassis so that the top plate does not push the nut on the shaft, so that the nut can be tightened or removed to complete the shock absorber disassembly work. Such a disassembly tool is prone to uneven application and has the risk of disassembly, so the maintenance workers do not use such tools. Therefore, how to develop a shock absorber suitable for a vehicle that can improve the above-mentioned conventional technology. The portable auxiliary disassembly tool is an urgent problem to be solved. [New content] The main purpose of this case is to provide a portable auxiliary disassembly tool to solve the lack of the prior art and make the suspension work easier. The practical and safe function of clamping at the angle of the angle of the spiral of the spring. In order to achieve the above object, a broader aspect of the present invention provides a portable auxiliary disassembly tool comprising: an oil (four) whole rod, having a shifting 3 M397922 rod and a main rod controlled by oil, A positioning seat is respectively disposed on an opposite side of the sliding rod and the main body rod, and the positioning seat has a set of pivot holes and a pair of lug edges respectively, and the pair of lug edges are respectively threaded at an angle corresponding to the left and right sides a positioning screw, and a joint on the outer edge of the main body rod with a hydraulic pipeline; the two sets of pressing parts include a frame seat, a main clamping member and an angle clamping member, the frame seat is available for the main clamping member and the inclination The central parts are pivotally connected to each other to be externally stretched or contracted, so as to meet the requirements of different diameter shock absorber springs, the pivoting seat is provided with a set of shafts corresponding to the sleeve holes of the positioning seat. The present invention can be rotated and deflected, and the pivoting seat is provided with an integrally formed baffle plate on one outer side, and can be placed against the top positioning screw at the corresponding position on the left and right sides of the pair of lug edges. Defining the pressing member into the positioning seat The angle of the pivotable deflection in the sleeve hole; thereby, the joint of the oil pressure adjustment rod is connected with a hydraulic pressure control cylinder by a hydraulic pressure line to control the displacement of the shift rod in the main body rod, forcing the two sets of compression parts to meet different specifications If the angle of inclination of the shock absorber spring is to be disassembled and the angle can be deflected, the baffle of the pivot seat can be abutted against the angled positioning screw, so that the two sets of pressure parts are deflected and the angle of the spiral angle of the eye can be fixed. No longer deflected, so that the subsequent unpacking work can be carried out smoothly. The concept of the present invention is that the main body rod of the hydraulic pressure adjusting lever is fixed to a guide bow plate and the guide plate is provided with a long guide groove. The concept of the present invention, wherein the outer edge of the shifting rod of the hydraulic pressure adjusting rod has a positioning guide member that can be inserted and placed in the long guiding groove of the guiding plate for the displacement of the suspected lever and the straight line of the left and right swinging motion Displacement movement. 4 M397922 [Embodiment] Some typical embodiments embodying the features and advantages of the present invention will be described in detail in the following description. It should be understood that the present case can change the forest species in different aspects, which are not in the scope of the present case, and the description and the description of the towel are used in essence, for illustrative purposes, and not for limitation. The case. Please refer to the first, second and third figures. The portable auxiliary disassembly tool of this case is mainly composed of a hydraulic pressure adjustment rod 1 and two sets of ink forced parts 2, wherein the oil pressure adjustment The rod 1 has a hydraulic pressure control and is formed by the shift rod 11 and the main rod 12. The opposite side of the shift rod 11 and the main rod 12 are respectively provided with a positioning seat 13 to facilitate the two sets of the housing members 2 respectively. The positioning seat 13 has a plurality of pivot holes 14 and a pair of lug edges 15 respectively. The pair of lug edges 15 are respectively threaded and threaded at corresponding positions on the left and right sides. An angle positioning screw %, and a joint 17 of the hydraulic pressure line 3 and a lock fixing position guide plate 18 are assembled on the outer edge of the main clock shaft 12, and the guide plate 18 is provided with a long guide groove 181, and The outer edge of the push rod n has a positioning guide 19 which can be inserted and disposed in the long guide groove 181 of the guiding plate 18 to define a shifting stroke of the shifting rod 11, so that the joint 17 utilizes the hydraulic line 3 Connect a pneumatic hydraulic control cylinder 4 (as shown in the first figure) or a fine-tunable manual hydraulic control cylinder 5 (as shown in the fourth diagram) to control the shift lever 丨The displacement is performed in the main body rod 2 and the displacement guide is extended by the positioning guide 19 in the long guide groove 18i, and the shift lever 11 is not oscillated to the left and right for linear displacement movement. The two sets of pressing members 2 respectively include a pivoting seat 21, a main clamping member 22 and an angle clamping member 23', wherein the pivoting seat 21 can be used for the main clamping member 22 and the angle clamping member 23 to be respectively covered on the 5 M397922. The outer sheet is stretched or shrunk, and the spring spring diameter positioning work is performed according to the requirement of the different diameter shock absorber springs 6; the frame seat 21 is provided with a set of shafts 211 corresponding to the sleeve hole η of the positioning seat 13 Rotating deflection angle, and the pivoting seat 21 is provided with an integrally formed baffle 212 on one outer side, which can be placed against the angled positioning screw 16 of the pair of left and right sides of the pair of lug edges 15 to be abutted against the top. The angle at which the pressing member 2 fits into the ferrule hole η of the positioning seat 13 is rotatably deflected. Therefore, as shown in the third figure, the two sets of pressing members 2 are respectively assembled in the positioning rods 13 of the shifting rod u and the main body rod 12, and the angle can be deflected according to the spiral inclination angle of the shock absorber spring jaws of different specifications. The baffle 212 of the frame 21 can also be abutted against the top positioning screw 16 so that the deflection of the two sets of the ejecting members 2 can be fixed and no longer deflected according to the angle of the helix 6 helix angle, so that the subsequent demolition can be smoothly performed. Group work. Of course, the above-mentioned shock absorber de-stacking operation is performed, as long as the sliding rod η and the positioning seat 13 on the opposite side of the main body rod 12 are sleeved and pressed, the main clamping member 22 and the inclined clamping member 23 of the pressing member 2 can be used. Depending on the fit angle, let the shock absorber spring 6 with the spiral inclination angle abut against the 'Pneumatic oil pressure cylinder 4 (as shown in the figure -) or - the fine adjustment of the manual control 5 (such as The fourth figure shows that the control lever 2 is quickly displaced by the main body rod 12, so that the motive member 2 can force the shock absorber spring 6 to be compressed, and the housing shock absorber spring 6 can be more stably abutted. The main clamp member 22 and the inclined clamp member 23 of the forcing member 2 are not tripped, and the suspension of the shock absorber is smoothly completed, which is more safe and highly industrially applicable. In summary, the portable auxiliary detachable buckle of this case has the practical and safe effect of being more easily clamped at the angle of the spiral angle of the spring, and is highly industrially applicable. The application is filed by the Maiyi M397922 method. This case has been modified by people who are familiar with the technology, but it is not intended to be protected by the scope of the patent application. [Simple Description of the Drawings] The first figure shows a preferred embodiment of the creative portable auxiliary disassembly tool. The second figure shows an exploded view of the components related to the portable auxiliary disassembly tool of the present invention. The third figure shows the disassembly and compression spring of the creative portable disassembly tool. The fourth figure shows another preferred embodiment of the creation of the portable auxiliary disassembly tool. M397922 [Main component symbol description] Hydraulic adjustment lever :1 Main rod: 12 sets of pivot holes: 14 Angle positioning screws: 16 Guide plate: 18 Positioning guide: 19 Pivot: 21 Baffle: 212 Inclined clamp: 23 Pneumatic hydraulic control cylinder: 4 Spring: 6 Shift Rod: 11 Positioning seat: 13 Lobe edge: 15 Connector: 17 Long guide groove:: 181 Compression: 2 sets of shaft: 211 Main clamp: 22 Hydraulic line: 3 Manual hydraulic control cylinder: 5