料 0747 五、新型說明： 【新型所屬之技術領域】 本創作係有關於一種工具組，特別— 母的拆解工具組。 ①_於拆解螺絲或螺 【先前技術】 -般來說’螺騎見於機械、電器、建築物 為金屬製造，？圓铭. . H ^ 面的傾斜而> 凹凸的溝’如—個環繞螺絲侧 和^斜面，讓螺絲可緊鎖著獅帽或其他物件。螺絲的頂部直 ^大’ 鱗六㈣’可利社具如螺絲起子或板手轉 動螺絲。較突出的頂部可防止螺絲 對物料的固定效果。 於物枓之中，亦可提高螺絲 然而’螺絲頂部的形狀可不限於_或等六角形。基於防盜 的因素，廠商《_部的雜設計鱗殊形狀，如梅花狀、内 狀或星轉特殊形狀，而這些特殊形狀的螺絲就需利用對 ; 具核拔除，以防止螺絲鎖_物品被盜取。故廠商 在貝姐規格的螺絲時，也會—併販#相對應 於購買者能自錄卸螺絲。 ，、以便 —但是由於螺絲的規格千變萬化，且使用的次數未必頻繁，若 母-種螺絲都需準備—把專用工具的話，勢必對使用者造成不小 的困擾★並且;^铜者於要鎌縣形狀的_，手物沒有專 用工具時，§下就無法馬上進行螺絲拔除的工作，或需自行尋找 合適的拆除工具才能將螺絲拔除。 M4Z3/4/ 駕駛輪格料的汽車崎赠然爆胎， 商配有：!=::汽車可:續行馼，但若車上並條 的動作 ""㉟車把<車拖至崎的修車舰行更換 ㈣修車輪購細絲的專用工具，則無法進 n的動作或更从域去處理。然轉車廠不願 2 的力氣去處辦，駕駛者勢必又要請拖車拖至另-修 維修’而另，廉也未必擁有更換輪胎的1具。如此 *而耗費極大量的時間在找尋合適的修車廠。 【新型内容】 本们作疋關於-種拆解工具組，藉以解決先前技術所存在專 用工具遺失就需另外尋找合適的拆除工具拔除螺絲的問題。 -實施例所揭露之拆解m適於拆解—螺合件，其包含 至少-套筒件及-受力件。套筒件具有_結合槽，結合槽具有一 開口’而結合槽之間距自開口向内漸縮，結合槽之-内壁面具有 槽距大於螺合件的-料段以及槽距小於螺合件的—破壞段，導 引段用則削合件進人破壞段，破壞段μ破壞螺合件並增加 與螺合件之結合面積…受力件，可選擇地組合於套筒件，受力 件受外力以令套筒件與螺合件相嵌合。 -貫施例所揭露之錢件結構，適於拆解—螺合件，其包含 -本體。本體具有-結合槽，結合槽具有一開σ，而結合槽之間 距自開口向内漸縮’結合槽之-㈣面具有槽距大於螺合件的一 導引段以及槽距小於螺合件的一破壞段。 /47 增之=⑽所揭露之拆解工具組，简結合槽之形狀為漸 利用各 」，如_件可以套置於各私螺合件上，並且 標準規格的 =32之破壞段與螺合件相嵌合’而將特殊規格之螺絲頭 、成払準規格之六角形狀之螺絲頭。此時即可利用 工具轉動特殊規格之螺合件。 以干於本創仙容之綱及以下之實施方式之說明係用 進本齡之顧，並域供糊作之專利申請範圍更 【實施方式】 請同時參閱「第1圖」至「第2圖」，「第1圖」為第一實施 例之套筒件結構與螺合件的立體示意圖，「第2圖」為「第！圖」 之剖面示意圖。上述之螺合件·可以是但不限於螺絲、螺财 螺桿。下列實施例以螺絲作為說明。並且螺合件彻之形狀不限 於本實施例之六触，也可以是梅花狀、星狀或其餘不規則狀。 • 本實施例之拆解工具組10包含至少-套筒件廳、-受力件 200及一頂出件300。 詳細來說，套筒件100具有一結合槽110，結合槽具有一 開口 120，而結合槽之内壁面的間距自開口 120端向内漸縮。換句 話說，結合槽110之内壁面圍成之形狀為「味Μ孔狀」或「圓台 狀」。而結合槽110之内壁面又分為槽距大於螺合件4〇〇之導引段 130及槽距小於螺合件4〇〇之破壞段14〇。值得注意的是，導引段 130與破壞段14G的分界係由螺合件狀寸及雜來決定，並 5 M4D747 非條明確、固定的界線。其中，套筒件1〇〇可以有各式不同的 尺寸，以讓套筒件100足以拆除各式螺合件 400。 其中’因導引段130之槽距因大於螺合件4〇0，是以螺合件 400與套筒件⑽相結合時，螺合件會被導引段請引導至破壞段 140之位置。換言之，不管螺合件4〇〇的尺寸為何當螺合件4⑻ 無法再繼續往套筒件應之結合槽11()内部塞入的位置即為導引 段130與破壞段14〇的分界線。再換言之，結合槽ιι〇之導引段 130不會與螺合件4〇〇產生干涉，而結合槽ιι〇之破壞段14〇會與 螺合件400產生干涉。 另外，請繼續參閱「第1圖」與「第2圖」，套筒件100與相 對開口 120的一端具有一撞擊面19〇，換言之撞擊面丨卯的法向 讀開a 12G方向相對^因此，當撞擊面⑽受力時，可將一物 體自開口 120塞入結合槽no内。 接著繼績綱套筒件刚如何帶動螺合件4〇〇轉動，使螺合 件400鬆脫，請參閱「第i圖」至「第4圖」，「第3圖」為「糾 圖」之螺合件與套筒件相喪合之立體示意@，「第4圖」為「第3 圖」之螺σ件的平面示意圖。本實施例之套筒件卿必需選用比 螺。件400硬度更向的金屬材料。而由於套筒件⑽之硬度是大 於螺合件400之硬度。因此’當螺合件與套筒件顺經由撞 擊而相互嵌合時，破壞段刚會破壞螺合件之表面，而使得 套筒件100與螺合件4〇〇的結合面積增加。其中上述之撞擊可: 接施加外力於套筒件湖之撞擊面_，也可以透過—物體將外力 M425747 傳遞至㈣件_，齡之，細_#於轉_，再施加 夕^力於此物體，此時，透過物體將外力傳遞至套筒件觸而令破 壞段140具有向螺合件4〇〇推擠的破壞力。 詳細來說，撞轉，由於螺合件之表响未被破壞，是 以套筒件100與螺合件4〇〇為線接觸，而撞擊後，螺合件働之 表面受到破壞面的撞擊而增加了接觸面積，故撞擊後套筒件觸 與螺合件_觀成面接觸。並藉由兩構件_結合面積的增加， 而增加二物件_摩擦力。因此，當二物件的摩擦力大於螺合件 彻的鎖固力量時就可藉由—外部工具5⑻轉動套筒件刚，並連 帶螺合件400轉動。 另外，再繼續參閱「第1圖」與「第5圖」至「第9圖」，「第 5圖」至「第9圖」為「第！圖」之拆解工具組的使用示意圖。其 中’拆解工具組U)的配件另可包含一受力件及—項出件·。 以下先說明套筒件100搭配受力件·。套筒件亂之撞擊面携 處另包括-卡合槽_及一連通結合槽11〇與卡合槽⑽的通道 170。結合槽110與卡合槽16〇分別位於套筒件刚之相對兩端。 而受力件200具有-卡合部.而卡合部21()可選擇地卡扣於卡 合槽16〇内。當卡合部210卡扣於卡合槽議㈣，當外力撞擊 受力件2〇〇時，會透過受力件將力量施加於撞擊面19〇，並令 套同件100沿施力方向朝向螺合件4〇〇撞擊。 再者，套筒件100之卡合槽160的外側另包含一板動部18〇， 扳動部180例如呈「多角體狀」，一般係設定為四角體或六角體， 7 M425747 是以適於與標準規格的—外部工具篇相結合，並且因為板動部 180與外部工具5〇〇具有一定的干涉量，足以讓外部工具5〇〇連帶 套向件100 —同轉動。 接著，再繼續說明套筒件100搭配頂出件300，頂出件300 可相對套筒件應移動，以令頂出件之一端可自卡合槽湖 及通道170伸入或退出結合槽。 接下來以第—實施絲朗拆解卫具組的使用方式。首先， 如「第5圖」所示，將套筒件10〇抵靠於螺合件400上，使螺合 件400與破壞段140相互接觸。 接者，如「第6圖」所示，將受力件 <卞合部210 筒件觸之卡合槽160相結合。此時，沿箭頭a所指示之方向指 擊受力件’並使套筒件與螺合件彻相結合成—體。換言 之，經由此次結合可將特殊規格之螺合件彻賴成標準規狀 螺合件400。其中，撞擊力道必需大到足以讓套筒件⑽與螺合件 400牛牢的相互嵌合，否則恐會發生將螺合件編走開到一半時， 套筒件觸與螺合件400就鬆脫了。如此一來，就得重覆此步驟。 接著，如「第7圖」所示，以一外部工具5〇〇套上板動部⑽， 2前頭_指的方向轉動套筒件】^此時，套筒件⑽可連帶 %開螺合件4〇〇。 符株ιηΓ如第8圖」所不，可夹持住套筒件100以限制住套 二::有::動自由’並將頂出件300預先自卡合槽_ 、·^槽1】0 ’以及抵住螺合件。再沿著箭頭〇 所指： M425747 之方向朝頂出件300撞擊’以 「第9圖」所示）。 吏累。件退出結合槽no(如 =實_賴露之鱗工频，仙域合叙形狀為漸 卜y孔狀」，是以套料可以套置於各式之螺合件上，並且 件上之破壞段與螺合件相嵌合，而將特殊規格之螺 ^換成標準規格之六角形狀之_頭。料即可彻標準的工且 轉開特殊規格之螺合件。 八 八另外，因為在破壞段加設嵌入件，是以能夠增加套筒_螺 口件間的咬合力’因此，當套筒件與螺合件域合時，能夠更穩 固地轉動螺合件。 〜 雖然本創作之實施例揭露如上所述，然並非用以限定本創 作’任何熟習相關技藝者，在不脫離本創作之精神和範圍内，舉 凡依本創料魏騎述之频、構造、及精神當可做此許 之變更’因此本創作之專梅護範關視本說明書· 利範圍所界定者為準。 專 【圖式簡單說明】 「第1圖」衫-實_之套筒件結構與螺合件的立體示意 圖。 「第2圖」為「第1圖」之剖面示意圖。 立.「第3圖」為「第i圖」之螺合件與套筒件相嵌合之立體示 思圖。 圖。 第4圖」為「第3圖」之螺合件的平面示意 9 M425747 「第5圖」至「第9圖」為「第1圖」之拆解工具組的使用 示意圖。 【主要元件符號說明】 10 拆解工具組 100 套筒件 110 結合槽 120 開口 130 導引段 140 破壞段 160 卡合槽 170 通道 180 扳動部 190 撞擊面 200 受力件 210 卡合部 300 頂出件 400 螺合件 500 外部工具Material 0747 V. New description: [New technical field] This creation department has a tool group, especially the mother's disassembly tool set. 1_Removing screws or screws [Prior Art] - Generally speaking, 'snails are found in machinery, electrical appliances, and buildings. Are they made of metal? Yuan Ming. . H ^ The slope of the surface and the groove of the concave and convex such as the surrounding side of the screw and the beveled surface allow the screw to lock the lion cap or other objects. The top of the screw is straight. The large scale is six (four). The Koly Society has a screw driver or a wrench. The more prominent top prevents the screw from fixing to the material. In the object, the screw can also be raised. However, the shape of the top of the screw is not limited to _ or the like hexagon. Based on the anti-theft factor, the manufacturer's _ department's miscellaneous design scale shape, such as plum-shaped, internal or star-shaped special shape, and these special shape screws need to use the pair; nuclear removal to prevent the screw lock _ items are steal. Therefore, when the manufacturer's specifications are screwed, the manufacturer will also be able to record and unload the screws. , so that - but because the specifications of the screws are ever-changing, and the number of uses is not necessarily frequent, if the mother-type screws need to be prepared - the special tools will inevitably cause trouble to the user ★ and; The shape of the county _, when there is no special tool for the hand, the screw can not be removed immediately, or you need to find a suitable removal tool to remove the screw. M4Z3/4/ The car of the driving wheel is a puncture, and the dealer is equipped with:!=::The car can be: Continued, but if the car moves in the ""35 handlebars< The replacement of the repair ship's ship in Tosaki (4) special tools for repairing the wheel to purchase the filament, it is impossible to enter the action of n or to deal with the domain. However, the revolving factory does not want 2 to do the work, the driver is bound to ask the trailer to be towed to repair - and repair, and cheap, may not have a replacement tire. So * and spend a lot of time looking for the right garage. [New Content] As a result of the disassembly tool set, it is necessary to find another suitable removal tool to remove the screw in order to solve the problem of the loss of the special tool in the prior art. - The disassembly m disclosed in the embodiment is suitable for a disassembling-screwing member comprising at least a sleeve member and a force receiving member. The sleeve member has a joint groove, the joint groove has an opening, and the joint groove is tapered inwardly from the opening, and the inner wall surface of the joint groove has a groove length larger than the screw member and the groove pitch is smaller than the screw member The breakage section, the guide section is used to cut the part into the break section, the breakage section μ breaks the screw joint and increases the joint area with the screw joint. The force member is selectively combined with the sleeve member, and is stressed. The piece is subjected to an external force to engage the sleeve member with the screw member. - The structure of the money disclosed in the embodiment is suitable for disassembling - the screwing member, which comprises - the body. The body has a coupling groove, the coupling groove has an opening σ, and the coupling groove is tapered inwardly from the opening. The coupling groove has a groove length larger than a guiding portion of the screwing member and the groove spacing is smaller than the screwing member. A broken section. /47 增====================================================================================================== The fittings are fitted with a special-sized screw head and a hexagonal screw head of a standard size. At this point, you can use the tool to turn the screw of special specifications. The descriptions of the implementations of the syllabus and the following are used for the age of the applicant, and the range of patent applications for the confiscation is more [Implementation] Please also refer to "1" to "2" Fig. 1 is a perspective view showing a structure of a sleeve member and a screw member of the first embodiment, and Fig. 2 is a schematic cross-sectional view of a "FIG. The screw member described above may be, but not limited to, a screw or a screw. The following examples are illustrated with screws. Further, the shape of the screwing member is not limited to the six touches of the embodiment, and may be plum-shaped, star-shaped or irregular. • The disassembly tool set 10 of the present embodiment includes at least a sleeve member chamber, a force receiving member 200, and an ejection member 300. In detail, the sleeve member 100 has a coupling groove 110 having an opening 120, and the spacing of the inner wall faces of the coupling grooves is tapered inwardly from the end of the opening 120. In other words, the shape of the inner wall surface of the coupling groove 110 is "miso hole shape" or "round table shape". The inner wall surface of the coupling groove 110 is further divided into a guiding section 130 having a groove pitch larger than that of the screwing member 4 and a breaking section 14〇 having a groove pitch smaller than that of the screwing member 4〇〇. It is worth noting that the boundary between the guiding section 130 and the breaking section 14G is determined by the screw-like shape and the miscellaneous, and the 5 M4D747 is not a clear and fixed boundary. Here, the sleeve member 1 can be of various sizes to allow the sleeve member 100 to be sufficiently removed from the various screw members 400. Wherein, because the slot pitch of the guiding segment 130 is greater than the screwing member 4〇0, when the screwing member 400 is combined with the sleeve member (10), the screwing member is guided by the guiding segment to the position of the breaking segment 140. . In other words, regardless of the size of the screwing member 4〇〇, the position where the screwing member 4(8) can no longer continue to be inserted into the coupling groove 11() of the sleeve member is the boundary between the guiding portion 130 and the breaking portion 14〇. . In other words, the guiding section 130 of the engaging groove does not interfere with the screwing member 4, and the breaking section 14 of the engaging groove 产生 interferes with the screwing member 400. In addition, please refer to "Fig. 1" and "Fig. 2", the sleeve member 100 and one end of the opposite opening 120 have an impact surface 19〇, in other words, the normal direction of the impact surface is read a 12G direction. When the impact surface (10) is stressed, an object can be inserted from the opening 120 into the coupling groove no. Then, the successor sleeve member just drives the screwing member 4 to rotate, so that the screwing member 400 is released. Please refer to "i" to "4" and "3" as "correction". The three-dimensional indication of the combination of the screw and the sleeve member, and the "figure 4" is a plan view of the screw σ of the "third figure". The sleeve member of this embodiment must use a snail. Piece 400 is a more rigid metal material. Since the hardness of the sleeve member (10) is greater than the hardness of the screw member 400. Therefore, when the screw member and the sleeve member are fitted to each other by the collision, the breaking portion just damages the surface of the screw member, so that the joint area of the sleeve member 100 and the screw member 4〇〇 is increased. The above-mentioned impact can be: an external force is applied to the impact surface of the sleeve member lake _, and the external force M425747 can also be transmitted to the (four) piece _, the age, the fine _# in the turn _, and then the force is applied thereto The object, at this time, transmits an external force to the sleeve member through the object, so that the breaking portion 140 has a destructive force pushing against the screw member 4. In detail, in the collision, since the surface of the screwing member is not broken, the sleeve member 100 and the screwing member 4 are in line contact, and after the impact, the surface of the screw member is hit by the damaged surface. The contact area is increased, so that the sleeve member touches the screwing member after the impact. And by the increase of the joint area of the two members, the two objects _ friction is increased. Therefore, when the frictional force of the two objects is greater than the complete locking force of the screwing member, the sleeve member can be rotated by the external tool 5 (8) and the screwing member 400 can be rotated. In addition, please continue to refer to "Figure 1" and "5th" to "9th", and "5th" to "9th" is the use of the disassembly tool set of "第!图". The accessories of the 'disassembly tool set U' may also include a force member and an item output. Hereinafter, the sleeve member 100 will be described with the force receiving member. The chaotic impact surface carrying portion of the sleeve member further includes an engaging groove _ and a passage 170 connecting the coupling groove 11 〇 and the engaging groove (10). The coupling groove 110 and the engaging groove 16 are respectively located at opposite ends of the sleeve member. The force receiving member 200 has an engaging portion, and the engaging portion 21 () is selectively engaged in the engaging groove 16'. When the engaging portion 210 is engaged with the engaging groove (4), when the external force hits the force receiving member 2, the force is applied to the impact surface 19〇 through the force receiving member, and the sleeve 100 is oriented in the direction of the biasing force. The screwing member 4 is hit. Furthermore, the outer side of the engaging groove 160 of the sleeve member 100 further includes a plate portion 18, and the trigger portion 180 is, for example, "polyhedral", generally set to a quadrangular or hexagonal body, and 7 M425747 is suitable. In combination with the standard specification of the external tool, and because the plated portion 180 and the external tool 5〇〇 have a certain amount of interference, it is sufficient for the external tool 5 to rotate with the sleeve 100. Next, the sleeve member 100 is further described with the ejector member 300. The ejector member 300 can be moved relative to the sleeve member so that one end of the ejector member can extend into or out of the coupling groove from the engagement groove lake and the passage 170. Next, use the first-implementation slang to dismantle the use of the guard group. First, as shown in Fig. 5, the sleeve member 10 is abutted against the screw member 400, so that the screw member 400 and the breaking portion 140 are in contact with each other. As shown in Fig. 6, the force receiving member < fitting portion 210 is engaged with the engaging groove 160 of the tubular member. At this time, the force receiving member ' is pointed in the direction indicated by the arrow a and the sleeve member and the screwing member are completely combined to form a body. In other words, the screw of the special specification can be reconciled into the standard gauge screw 400 by this combination. Wherein, the impacting force must be large enough for the sleeve member (10) and the screwing member 400 to be fitted to each other, otherwise it may happen that when the screwing member is halfway away, the sleeve member contacts the screwing member 400. Loose. As a result, you have to repeat this step. Next, as shown in Fig. 7, the outer sleeve 5 is placed on the plate moving part (10), and the front part _ finger is rotated in the direction of the sleeve member. ^ At this time, the sleeve member (10) can be screwed with % 4 pieces. If the symbol is 第ηΓ, as shown in Fig. 8, the sleeve member 100 can be clamped to restrict the sleeve 2:: has:: move freely and pre-engage the ejection member 300 from the slot _, ·^ slot 1] 0 'and against the screw. Then, along the arrow 〇, the direction of M425747 is directed toward the ejector member 300, as shown in Fig. 9. Tired. The piece exits the coupling slot no (such as = real _ Lai Lu's scale power frequency, the fairy domain reconciliation shape is gradually y-hole shape), so that the nesting can be placed on various types of screw fittings, and the parts The broken section is fitted with the screwing piece, and the screw of the special specification is replaced with the head of the hexagonal shape of the standard specification. The material can be completely standardized and the screw fitting of the special specification can be turned off. The insert is added to the broken section to increase the bite force between the sleeve and the screw member. Therefore, when the sleeve member and the screw member are combined, the screw member can be rotated more stably. The embodiment disclosed above is not intended to limit the author's skill in any of the related art, and does not deviate from the spirit and scope of the present creation, and the frequency, structure, and spirit of the Weiqiu. This change is made. Therefore, the special beauty care of this creation is subject to the definition of this manual. The scope of the specification is as follows: [Simplified illustration of the drawing] "1st figure" - the sleeve structure and snail of the real A three-dimensional diagram of the assembly. "Figure 2" is a schematic cross-sectional view of "Figure 1". Figure 3 is a three-dimensional illustration of the fitting of the screw joint of the "i" and the sleeve. Fig. 4 is the plane of the screw of "Fig. 3". 9 M425747 "5th Figure "to Figure 9" is a schematic diagram of the use of the disassembly tool set of "Fig. 1" [Description of main component symbols] 10 Disassembly tool set 100 Sleeve member 110 Bonding groove 120 Opening 130 Guide section 140 Destruction section 160 Engagement slot 170 Channel 180 Trigger 190 Impact surface 200 Force member 210 Engagement part 300 Ejector 400 Screw unit 500 External tool