M342237 八、新型說明： 【新型所屬之技術領域】 良 【先前技術】 本創作係與套筒結構有關，尤指―種套筒磁吸結财 按，套筒工具係應用於拆組多角狀之扳動部，如螺r 或火星塞等，然而習用套筒於進行拆解工作時，由於 吸附螺帽於套筒内，因此常於拆解後會有意外掉落^ 形，而易造成使用者之不便，故近來市面上即推出月 具有磁吸功用之套筒工具，如第5圖所示，即為一^ 之=磁吸結構之套筒，其係於—套筒5〇之作用端“ Π一固定座52，-軸桿5 3係穿設於該固定座5 令，並於该軸桿5 3_端係外擴而形成有一固定Μ 二接設有一磁性件5 5，而於該固定座5 2* :=5 5之間係設有-彈性件5 6,藉此即可提#; 磁吸力，以供被該套筒5 0所拆解之螺帽二 生基專零件，得被該磁性件55所吸 而，此種結構之套筒50於使用時， = 5 3支撐之作用，因此該磁性件5 5即易因受 =擺之情形產生，甚至會造成套筒5〇於嵌合工件時之 而如第6圖所示’係為另-種具有磁吸 構之套筒 工 5 M342237 具’其係於一套筒工具6 〇之作用端61内依序裝設有-固疋座6 2、-彈性件6 3、一磁性件6 4以及一滑套6 5，其中該磁性件64係套置於該滑套65之内緣，而該 滑套^ 5之外緣則與該作用端6 i之内側壁緣6 6相貼 合，糟此，當該彈性件6 3受力時，即可連動該滑套6 5 沿該作用端6 1之壁緣6 6進行移動，並利用該滑㈣5 之外緣係緊密貼合於該作用端6工之内側壁緣6 6，而得 ❿提供該彈性件6 3於移動時—導正之功效，以避免該彈性 件6 3於移動時發生偏擺之情形；惟，此種具有磁吸結構 之套筒工具6 〇，由於該滑套6 5之尺寸需與該套筒工具 6 0之作用端6 1_壁緣6 6相對應，因此單—尺寸規 格之滑套6 5並無法裝設於具有不同尺寸規格之套筒工具 6 0上’而必須另外製造其他尺寸規格之滑套6 $，並不 符經濟效益。 籲目此如何提供-射導正觀狀軸雜，並可適 .用於各種尺寸規格之套筒工具上，即為本創作所欲解決之 課題；故，本案創作人藉由從事相關產業之多年經驗，並 經過不斷的苦思及試作後，才終於有本創作之產生。 【新型内容】 本们作之主要目的’在於提供—種套筒磁吸結構改 良’其具有可導正磁吸件之移動行程，以避免彈性件於移 6 M342237 動行程時發生偏擺之情形。 本創作之再一目的，在於提供一種套筒磁吸結構改 良，其具有可適用於所有尺寸規格之套筒工具上。 為達前述之目的，本創作提供一種套筒磁吸結構改 良，其包含有： 一本體，其一端形成有一受力端，另一端形成有一作 用端； 一導引件，係用以容置於該本體之受力端内側，且於 該導引件内部係具有一導引通孔，該導引通孔一側係具有 一側壁，並於該側壁中係開設有一穿孔； 一磁吸組件，主要由一限位軸桿、一磁性元件與一彈 性件所構成，該限位軸桿係用以穿設於該導引件之穿孔 中，該限位軸桿之一端係往外擴伸而形成有一限位部，且 該限位軸桿之另一端上則接設有一磁性元件，而該限位軸 桿係以其限位部嵌設於該導引件之導引通孔中，且該限位 部之外緣係恰與該導引通孔之孔徑相符，以使該限位部係 得沿該導引通孔而進行一直向移動，而該彈性件係設於該 磁性元件與該導引件外侧之間。 本創作之上述及其他目的與優點，不難從下述所選用 實施例之詳細說明與附圖中，獲得深入了解。 當然，本創作在某些另件上，或另件之安排上容許有 所不同，但所選用之實施例，則於本說明書中，予以詳細 說明，並於附圖中展示其構造。 【實施方式】 7 M342237 請配合參閱第1圖，圖中所示者為本創作所選用之實 施例結構，此僅供說明之用，在專利申請上並不受此種結 構之限制。 本創作係提供一種套筒磁吸結構改良，其主要係由一 本體1 1、一導引件2 1以及一磁吸組件3 X所構成，其 中： ’、M342237 VIII. New description: [New technical field] Good [Prior technology] This creation is related to the sleeve structure, especially the kind of sleeve magnetic suction and the sleeve tool is used to disassemble the polygonal shape. The pulling part, such as the screw r or the spark plug, etc., however, when the conventional sleeve is used for disassembling work, since the suction nut is inside the sleeve, it is often accidentally dropped after disassembling, which is easy to cause Inconvenience, the recent introduction of a sleeve tool with magnetic attraction in the market, as shown in Figure 5, is a sleeve of a magnetic structure, which is attached to the sleeve 5 The end of the first mounting seat 52, the shaft 53 is threaded through the fixing base 5, and the shaft 5 3_ is externally expanded to form a fixed jaw 2 and a magnetic member 5 5 is attached. Between the fixing seat 5 2* := 5 5 is provided with an elastic member 5 6 , thereby being able to raise the magnetic force for the nut to be disassembled by the sleeve 50 The part is sucked by the magnetic member 55, and the sleeve 50 of such a structure is used as a support of = 5 3 when used, so that the magnetic piece 5 5 is susceptible to the situation of the pendulum It will even cause the sleeve 5 to smash into the fitting workpiece. As shown in Fig. 6, it is a different type of sleeve cutter with a magnetic structure. 5 M342237 has its function in a sleeve tool. The working end 61 is sequentially provided with a fixing seat 6 2, an elastic member 63, a magnetic member 64 and a sliding sleeve 65, wherein the magnetic member 64 is sleeved on the inner edge of the sliding sleeve 65. And the outer edge of the sliding sleeve ^ 5 is in contact with the inner side wall edge 6 6 of the working end 6 i. Otherwise, when the elastic member 63 is stressed, the sliding sleeve 6 5 can be interlocked along the The edge 6 6 of the working end 6 1 is moved, and the outer edge of the sliding end (4) 5 is closely attached to the inner side wall edge 6 6 of the working end 6 to provide the elastic member 6 3 when moving. The function of guiding the positive to avoid the yaw of the elastic member 63 when moving; however, the sleeve tool 6 具有 having the magnetic structure, due to the size of the sliding sleeve 65 and the sleeve tool 6 The working end 6 1_wall edge 6 6 corresponds to 0, so the single-size sliding sleeve 65 cannot be mounted on the sleeve tool 60 with different size specifications, and other dimensions must be separately manufactured. The sliding sleeve 6 $ is not economical. It is aimed at how to provide - the guiding orthodontic axis miscellaneous, and suitable for use on the sleeve tools of various sizes, which is the subject to be solved by the creative; Therefore, the creators of this case have finally produced this creation by relying on years of experience in related industries, and after continuous hard work and trials. [New content] The main purpose of our work is to provide a kind of sleeve magnetic The suction structure is improved, which has the movement stroke of the positive magnetic member to avoid the yaw of the elastic member when moving 6 M342237. Another object of the present invention is to provide an improvement of the sleeve magnetic structure. It has a sleeve tool that can be used on all sizes. For the purpose of the foregoing, the present invention provides a sleeve magnetic structure improvement comprising: a body having a force receiving end formed at one end and an active end formed at the other end; a guiding member for receiving The inside of the receiving end of the body has a guiding through hole in the guiding member, the guiding through hole has a side wall and a through hole is formed in the side wall; a magnetic component, The utility model is mainly composed of a limiting shaft, a magnetic component and an elastic member, wherein the limiting shaft is disposed in the through hole of the guiding member, and one end of the limiting shaft is extended outward to form a limiting portion is disposed on the other end of the limiting shaft, and the limiting shaft is embedded in the guiding through hole of the guiding member by the limiting portion, and the limiting portion is embedded in the guiding through hole of the guiding member The outer edge of the limiting portion is exactly coincident with the aperture of the guiding through hole, so that the limiting portion is driven to move all the way along the guiding through hole, and the elastic member is disposed on the magnetic element and the Between the outside of the guide. The above and other objects and advantages of the present invention will become more apparent from the detailed description and the accompanying drawings. Of course, the present invention may be different in some of the parts, or the arrangement of the parts, but the selected embodiments are described in detail in the present specification, and the construction thereof is shown in the drawings. [Embodiment] 7 M342237 Please refer to Figure 1 for details of the structure of the embodiment selected for this creation. This is for illustrative purposes only and is not limited by this structure. The present invention provides an improvement in a sleeve magnetic structure, which is mainly composed of a body 1 1 , a guiding member 2 1 and a magnetic component 3 X , wherein:
该本體1 1，係呈長形筒狀，並於其一端形成有一呈 四角孔之受力端1 2，且該受力端1 2係可與一驅動工具 之驅動端（圖中未示）相對應，而該本體i i之另一端係 形成有一呈六角孔之作用端i 4，而可用以供套置六角狀 之螺栓、螺帽或火星塞等工件； 該導引件2 1，係由稍具彈性之材質所製成，並用以 容置於該本體i i之受力端工2内側，其中該導引件2工 之斷面係概呈「u」形，而於該導引件2工内部係且有— 導引通孔2 2，且於該導引通孔22之一側係具有侧辟 24，並於該側壁24中係開設有—穿孔26，而該二 =2 1之外周緣係略大於該本體丄丄之受力μ 2孔徑， 错此當將該導引件2 1塞設於該本體1 1之受力端丄？ :2=導引件21外周緣所具有之彈性即可使該導弓丨 件2 1卡抵固定於該本體i i受力端} 2之中； Q該磁吸組件3 1，係由一限位轴桿3 2、-磁性元件 3 4與一彈性件3 β所構成，並中辞p 穿設於該導引件2 i之穿孔2 6、*旱3 2係用以 丄心牙札J 6中，該限位軸椁？ 9 端係往外擴伸而形成有—限位部3 3，且該限位軸桿3 2 M342237 之另一端上則接設該磁性元件3 4，而該限位軸桿3 2係 以其限位部3 3嵌設於該導引件2 1之導引通孔2 2中， 且該限位部3 3之外緣係恰與該導引通孔2 2之孔徑相 • 符，以使該限位部3 3係得沿該導引通孔2 2而進行一直 向移動，而該彈性件3 6係設於該磁性元件3 4與該導引 件2 1外側之間，藉以提供該磁性元件3 4 一復歸彈力。 而藉由上述組件所構成之本創作於使用時，如第2圖 所示，當該本體1 1之作用端i 4嵌合於一螺絲工件4 〇 • 上時，該磁性元件3 4即會與該螺絲工件4 〇之端面相接 觸，以使該磁性元件3 4受外力壓迫而移動，此時由於該 V引通孔2 2係可導正該磁吸組件3 1之移動行程，因此 即可避免該磁性元件3 4於受力移動時產生偏擺之情形； 而當完成拆解工作後，如第3圖所示，藉由該彈性件3 6 所提供之復歸彈力，而得使該磁性元件3 4所吸附之螺絲 工件4 0，得受該彈性件3 6之頂撐而自行復歸至套筒1 ^ 1外側，以方便使用者取下。 祕 财請繼續參閱第4圖，其係為本創作之第二較佳實 施例，其中，於該磁性元件3 4與該限位軸桿3 2之間更 有-固定座3 7，而該磁性元件34制以裝設於該固 疋座3f之中，該固定座3 7再接設於該限位軸桿3 2 上’並藉㈣定座3 7之作用而可限制該磁性元件3 4之 磁吸位置。 於此必須特別提出說明的是’由於套筒之尺寸規格 係由其作用端i 4之孔徑大小所決定，而套筒之受力端工The body 1 1 has an elongated tubular shape, and a force receiving end 12 having a four-corner hole is formed at one end thereof, and the force receiving end 12 is coupled to a driving end of a driving tool (not shown). Correspondingly, the other end of the body ii is formed with a working end i 4 of a hexagonal hole, and can be used for arranging a hexagonal bolt, a nut or a spark plug; the guiding member 2 1 is The material is made of a slightly elastic material and is placed inside the force end 2 of the body ii. The section of the guide member is generally "u" shaped, and the guide member 2 is The inside of the working system has a guiding through hole 22 and a side opening 24 on one side of the guiding through hole 22, and a through hole 26 is formed in the side wall 24, and the two are 2 The outer peripheral edge is slightly larger than the force μ 2 aperture of the body, and if so, the guiding member 21 is plugged to the receiving end of the body 11? : 2 = the elasticity of the outer periphery of the guiding member 21 is such that the guiding arch member 2 1 is locked and fixed in the receiving end 2 of the body ii; Q. The magnetic component 3 1 is limited by a limit The position shaft 3 2, the magnetic element 3 4 and the elastic member 3 β are formed, and the middle word p is pierced through the perforation of the guide member 2 i, and the dry 3 2 system is used for the heart-shaped tooth J In 6, the limit axis? The end portion is extended outward to form a limiting portion 3 3 , and the magnetic member 34 is connected to the other end of the limiting shaft 3 2 M342237, and the limiting shaft 3 2 is limited thereto. The positioning portion 3 3 is embedded in the guiding through hole 2 2 of the guiding member 2 1 , and the outer edge of the limiting portion 3 3 is exactly opposite to the aperture of the guiding through hole 2 2 , so that The limiting portion 3 3 is moved along the guiding through hole 2 2 , and the elastic member 36 is disposed between the magnetic member 34 and the outside of the guiding member 21 to provide the The magnetic element 3 4 is returned to the elastic force. When the present invention consisting of the above components is used, as shown in FIG. 2, when the working end i 4 of the body 11 is fitted to a screw workpiece 4 ,•, the magnetic element 34 will Contacting the end surface of the screw workpiece 4 , to move the magnetic element 34 by external force, and at this time, since the V through hole 22 can guide the movement stroke of the magnetic component 3 1 , The magnetic element 34 can be prevented from being yawed when the force is moved; and when the disassembling work is completed, as shown in FIG. 3, the elastic force provided by the elastic member 36 is used to make the The screw workpiece 40 adsorbed by the magnetic member 34 is self-returned to the outside of the sleeve 1 ^ 1 by the top support of the elastic member 36 for the convenience of the user to remove. Please continue to refer to FIG. 4 , which is a second preferred embodiment of the present invention, wherein there is a fixing seat 3 7 between the magnetic element 34 and the limiting shaft 3 2 . The magnetic element 34 is mounted in the fixing base 3f, and the fixing base 37 is further connected to the limiting shaft 3 2 and can restrict the magnetic element 3 by the action of the (4) fixing seat 7 7 . 4 magnetic attraction position. What must be specifically stated here is that the size of the sleeve is determined by the size of the aperture of the working end i 4 , and the force of the sleeve is terminated.
而由以上詳細說明， 的確可達成前述目的，實 型專利申請。 M342237 2由於係要與驅動工具之驅動端相對應，因此該受力端1 2之規格係皆為同一尺寸之制式規格，而本創作藉由將稍 具彈性之導引件2 1卡抵固定於該本體1 1之受力端1 2 中’因此本創作之導引件2 1之尺寸僅需與該本體1 1之 受力端1 2相對應，即可適用於具有不同作用端工4尺寸 之套筒工具上；本創作之導引件21係以其本身之彈性 卡抵固定於該本體i丄之受力端1 2中，因此該導引件2 1係可由該本體1 !之受力端i 2中，再次被拆離並裝設 於另-具有不同作用端丄4尺寸之套筒工具中，而使本創 作具有良佳的可置換性。 再者，本創作之導引件2 i之外形並不限定於本實施 例中所揭示之圓形，由於該導引件2 i係藉由其本身之彈 ==定於該套筒工具之受力端12中，因此僅需將 料引件2 1之外徑設計成略大於套筒工具之受力端 iU?:形、其他多邊形或不規則形狀等，而能將該 :弓丨件2 1卡抵固定於該套筒工具之受力端丄2 為本創作之等效實施例。 ^ 可使熟知本項技藝者明瞭本創作 已符合專利法之規定，爰提出新 M342237 【圖式簡單說明】 第1圖係本創作之立體分解圖 第2圖係本創作之使用狀態參考圖，係用以顯示杏上 磁性元件受力移動時之狀態 下田该 第3圖本創作之使用狀態參考圖，係用以顯示當該磁 性元件受該彈性件之復歸彈力作用時之二= 第4圖係本創作第二較佳實施例之立體分解圖 第5圖係習用具有磁吸結構之套筒工具之示意圖 第6圖係另一習用具有磁吸結構之套筒工具之示意圖 【主要元件符號說明】 本體1 1 受力端1 2 作用端1 4 導引件2 1 導引通孔2 2 側壁2 4 穿孔2 6 磁吸、组件3 1 限位軸桿3 2 限位部3 3 磁性元件3 4 彈性件3 6 固定座3 7 螺絲工件4 〇 11From the above detailed description, it is indeed possible to achieve the aforementioned purpose, a real patent application. Since the M342237 2 corresponds to the driving end of the driving tool, the specifications of the force receiving end 12 are the same size specifications, and the creation is fixed by the slightly elastic guiding member 2 1 . In the force receiving end 1 2 of the body 1 1, the size of the guiding member 2 1 of the present invention only needs to correspond to the force receiving end 1 2 of the body 1 1 , which can be applied to different working ends 4 On the sleeve tool of the size; the guide member 21 of the present invention is fixed to the force receiving end 1 2 of the body by its own elastic snapping, so that the guiding member 21 can be made of the body 1 In the force end i 2 , it is detached again and installed in another sleeve tool having different working end 丄 4 sizes, so that the creation has good replaceability. Furthermore, the shape of the guiding member 2 i of the present invention is not limited to the circular shape disclosed in the embodiment, since the guiding member 2 i is fixed by the sleeve tool by its own In the force receiving end 12, therefore, it is only necessary to design the outer diameter of the material guiding member 2 1 to be slightly larger than the force receiving end iU of the sleeve tool: shape, other polygonal shape or irregular shape, etc., and the bowing member can be: The 2 1 card is fixed to the force end 丄 2 of the sleeve tool and is an equivalent embodiment of the creation. ^ Make it possible for the person skilled in the art to understand that the creation has complied with the provisions of the Patent Law, and propose a new M342237 [Simple Description of the Drawing] The first picture is a three-dimensional exploded view of the creation. Figure 2 is a reference diagram of the use state of the creation. The utility model is used for displaying the state of the magnetic component of the apricot when the force is moved. The reference state diagram of the creation of the third figure is used to display the second when the magnetic component is subjected to the return elastic force of the elastic member. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 5 is a schematic view of a sleeve tool having a magnetic structure. FIG. 6 is a schematic view of another conventional sleeve tool having a magnetic structure. 】 body 1 1 force end 1 2 action end 1 4 guide 2 1 guide through hole 2 2 side wall 2 4 perforation 2 6 magnetic, assembly 3 1 limit shaft 3 2 limit 3 3 magnetic element 3 4 Elastic parts 3 6 Mounting seat 3 7 Screw workpiece 4 〇11