五、新型說明： 【新型所屬之技術領域】 本創作係有關於-種鎖附工具，特別是一種適用於不同規 格鎖固元件的鎖附工具。 【先前技術】 一插置並固定於 -般習用的螺絲起子’通常具有一握柄及 握柄之起子桿，並且在起子桿上一體成型有一字形、十字形或 梅花形結構等單i格的起子頭。因此制的螺絲起子僅適用 於單-魏袼的_元件，例如具奸字形起子頭之螺絲起子 僅適用於十字螺絲，並無法通用於其他_的螺絲。由於此一 限制，導致使用雜必須運用不同規格之螺絲起子的作業環境 下，需備魅攜帶相當數量_絲起扣備科之需。這對於 使用者而言，往往會造成縣及使用上的不便與固擾。 為解決此-問題，目前有業者開發出一種可套換不同規格 之起子頭㈣魏起子，其主要是將起子頭與起子桿分別製作 成獨立辑’使起子桿賴械成起子讀，並縣起子桿前 2開設有-結合孔，使形絲_，_供起子頭插置立 中’而不同規格的起子頭則配置於一工具盒中。因此，在使用 上’使用者僅需攜帶起子本體及工具盒而減輕荷重，並且 _絲的旋轉操作時’使用者可於工具盒中選擇適當的起子頭 #置於起子捍之結合孔内，即可於不_格_於工件上 旋入或旋出的操作。然而，這種多功能起子在設計上，必須另 M382874 行以額外之工具盒收_置的起子頭，在·祕之起子頭的 更換及取訂，細者轉獨的往狄施巧 間而耗時費力。並由於工且今 ^ 佔有一疋的體積，同樣容易造成 使用者在攜帶及存放上產生困擾與不便。 此外，由於這種多功能起子的起子頭是插置於起子桿之姓 合孔内，因此起子桿的外獲必然大於起子頭的外徑。欽而，為° 了美觀上的考量…般在工件上關設的鎖合孔之孔徑皆儘量 採用匹配於螺料徑的設計方式，因此當鎖合孔的深度超過起 子頭的長度時，起子桿之外緣即會被阻擋於鎖合孔外，而益法 完全深入射貞合孔__，導妙魏起子失錢入或旋出 獅於鎖合仙力。因此，目前在多功能起子的開發設計 上實有必要再加以改良。 【新型内容】 ，鑒於以上的問題，本創作提供—種鎖附工具，藉以改良 習知螺絲起子僅適用單-規格螺絲的問題。同時，解決習知多 功能起子之起子頭需另外配置於工具盒内，而存在取用、攜= 及置放不便制題以及受限於起子頭長度而辟多功能起子 之操作能力的問題。 本創作揭露-種_工具’包括有_握把、—操作桿及複 數個鎖附件。握把具有複數個插槽，操作桿具有一第一端及一 第二端，帛-端連接於握把，第二端職出於握把。各個鎖附 件對應容置於握把的插槽内’每一鎖附件相對之二端分別為一 M382874 套合部及-起子頭，其巾，伽件藉由套合部套設於操作桿的 第二端，並且套合部的外徑大於或等於操作桿的外徑。 本創作所揭露之鎖附工具，於握把上開設複數個插槽，用 以供不同規格的起子頭容置針，因此在使用上，制者不需 額外攜帶工具盒即能隨時自握把上選取起子頭，以對應不同: 格螺絲的轉動操作，進而減少使用者攜帶螺絲起子的數量，並 免除工具盒在攜帶及置放上的不便。同時，由於操作桿的外徑 不大於起子頭外徑，因此使操作桿可深入鎖合孔底部執行轉動 螺絲的操作，而增加鎖附工具的實用性。 以上之關於本創作内容之說明及以下之實施方式之說明 係用以示範與解釋本新型之原理，並且提供本創作之專利申請 範圍更進一步之解釋。 【實施方式】 如「第1圖」所示，本創作第一實施例所揭露之鎖附工具 包括一握把10 ' 一操作桿20及複數個鎖附件3〇。握把1〇之 側面丨10上開設有複數個插槽120，例如4至ό個插槽120， 並且於插槽120之内壁面121設置有至少一凸緣122,凸緣122 可以點的形式分佈於内壁面121或是以線性的形式自插槽12〇 的開〇處延伸至插槽120底部。操作桿2〇具有一第一端21〇 及—第二端220，第一端210連接於握把1〇之側面11〇並固 疋於握把10上，第二端220相對第一端21〇之另一側設置有 …合枝40，結合柱40係沿操作桿2〇之軸心方向設置於第 5 M382874 二端220之一端面上。 其中’操作桿2G可為圓形、六角 ， 而結合柱40可為四_、 〜、械的桿體， 作桿2◦相互搭配，例如「第1圖」及「第3圖」至「第H呆 :斤示，分別以圓形操作桿2。搭配六角形結合㈣^ =。搭配四角形結合㈣;六角形操作桿2。心 ’以及六角形操作桿20搭配四角形結合柱40等。在 本伽列中’係以_操作桿2G搭配六角形結合㈣做為舉 例說明，但並不以此為限。 … 鎖附件3G撕之二端分別為-套合部3〗〇及一起子頭 320，套合部相對起子·之另—側具有_套接孔祀，、 套接孔311的形態係與結合柱4〇相匹配，鎖附件30係藉由套 合部3K)之套接孔311套設於結合柱*上且套合部細之 外徑大小相等於操作桿2G之外徑大小。因此，當鎖附件％套 設於結合柱4G時’套合部3】g與操作桿如之間係形成一平 面。此外’在結合柱40之側面上設置有一抵頂件41〇，抵頂 件410可以是但不限於鋼珠。當鎖附件3〇套設於結合柱4〇 時’抵頂件410係緊迫於套合部310内相鄰於套接孔3! i之内 壁面312上’使鎖附件3〇被暫時地固定於結合柱4〇上，而不 易自結合柱40鬆脫。 同時，亦可選擇性的在結合柱4〇相對鎖附件3〇之一端以 及相鄰於操作桿20之一端分別設置-磁鐵5〇，使鎖附件3〇 M382874 套設於結合柱40時，由於受到磁鐵5〇的吸附作用而穩固的結 合於結合柱40上。 清繼續参閱「第1圖」，複數個鎖附件30係分別容置於握 把10之插槽120内並使起子頭32〇露出於插槽12〇，此時鎖 附件30之套合部31〇受到插槽12〇之凸緣122的夹制作用， 而穩固地設置於插槽12()内。同時，複數個鎖附件％彼此之 間具有不同規格的起子頭32〇，例如具有一字形起子頭、十字 見起子頭或外角形起子頭等。因此使用者不需額外擴帶配置 有起子頭JO的工具盒’只需配帶—細卫具即可應用於不同 規格之鎖m元件(如獅、螺轉)的轉動操作。 請同時參閱「第1圖」和「第2圖」，在鎖附工具的使用 上使用者可即時地從握把10上挑選所需使用的起子頭挪 麵，接著以套合部31時設於結合柱4G上，使伽件30結 屬作桿20而形成螺絲起子的形式。同時，由於鎖 徑大小等晴作㈣之外徑大小，、因此使 在驅動鎖附件30轉動鎖固元件7〇的操作時，可隨 者鎖附件30深入於工件60之鎖合孔議 固元件70在工件60上心的凡成鎖 礙。 觸彳讀，而不會$駐件60的阻 並讓之伽-除了转朗者攜帶外， 時間術嶋賴畴爾操作 透過上輪物㈣樣&趣配的特性 M382874 及功用，使_工具的實用性獲得提升。 如「第6圖」所示為本創作第二實施例之分解示意圖。本 創作所揭露之第二實施例與第一實施例在結構上大致相同，以 下僅就兩者間之差異加以說明。本創作第二實施例所揭露之鎖 附工具包括一握把w、一操作桿2g及複數個鎖附❹。握把 之-側面no上開設有複數個插槽12〇，並且於插槽⑽之 内壁面121設置有至少一凸緣122。操作桿20具有-第-端 210及一第二端220 ’第一端210連接於握把10之側面110並 固定於握把10上，第二端22〇具有一抵頂件222(如鋼珠)及一 磁鐵223，抵71件222設置於第二端22G之側面上，磁鐵223 則可以是但不限於設置在第二端220之端面上。 鎖附件3〇相對之二端分別為一套合部顶及一起子頭 320 ’套合部相對起子頭32〇之另一側具有一套接孔犯， 套接孔311的形態係與操作桿2〇相匹配，即若操作桿別為六 角形(或四角形)桿體’則套接孔311亦為六角形(或四_套 接孔。且套接孔311之孔徑大小對應於操作桿2〇之外徑大小， 使鎖附件3〇可藉由套接孔S11套設於操作桿2〇上，並以操作 桿20之抵頂件222緊迫於套合部31〇之内壁面31 鐵223吸附於内壁面312，因此使鎖附件％穩固的結合於操 作桿20上。 請同時參閱「第6圖」和「第7圖」，同樣地，在鎖附工 具的使用上’由於操作桿2G的外徑小於鎖附件％之套合部 人 因此吾知作桿20驅動鎖附件3〇深入於工件6〇V. New description: [New technical field] This creation is about a kind of locking tool, especially a locking tool suitable for different standard locking elements. [Prior Art] A screwdriver that is inserted and fixed to a conventional one generally has a grip and a gripper, and a single-shaped lattice such as a glyph, a cross or a plum-shaped structure is integrally formed on the splitter rod. Screwdriver head. Therefore, the screwdriver is only suitable for the single-wei _ component, such as the screwdriver with the scalloped screwdriver. It is only suitable for Phillips screws and cannot be used for other _ screws. Due to this limitation, it is necessary to use a large number of screwdrivers of different specifications in the working environment, and it is necessary to carry a considerable amount of wire lifting equipment. This often causes inconvenience and stagnation in the county and the use of the user. In order to solve this problem, some manufacturers have developed a screwdriver that can be replaced with different specifications (4) Wei Qizi, which mainly makes the screwdriver head and the screwdriver rod into separate series, so that the screwdriver rod is machined into a screwdriver, and the county The front of the driver rod is provided with a --joining hole, so that the wire _, _ is inserted into the center of the screwdriver head, and the screwdriver heads of different specifications are arranged in a tool box. Therefore, in use, the user only needs to carry the driver body and the tool box to reduce the load, and when the wire is rotated, the user can select an appropriate screwdriver head in the tool box and place it in the joint hole of the screwdriver. It can be screwed in or out on the workpiece. However, this kind of multi-function screwdriver is designed to have another M382874 line with an extra tool box to receive the _ set of the starter head, in the replacement and ordering of the secret head, and the closer to the Di Shiqiao Time-consuming and laborious. And because of the size of the work, it is also easy to cause trouble and inconvenience to the user in carrying and storing. Further, since the driver's head of the multi-function screwdriver is inserted into the hole of the driver's rod, the outer diameter of the driver rod is necessarily larger than the outer diameter of the driver's head. In order to understand the aesthetics, the aperture of the locking hole that is closed on the workpiece is designed to match the diameter of the screw. Therefore, when the depth of the locking hole exceeds the length of the screwdriver, the screwdriver The outer edge of the rod will be blocked outside the locking hole, and the benefit method will completely penetrate the hole __, and the guide Wei Wei will lose money or screw out the lion in the lock. Therefore, it is necessary to improve the development and design of multi-function screwdrivers. [New content] In view of the above problems, this creation provides a kind of locking tool to improve the problem that the conventional screwdriver is only suitable for single-size screws. At the same time, the screwdriver for solving the conventional multi-function screwdriver needs to be additionally disposed in the tool box, and there is a problem that the accessibility, the carrying and the inconvenience of placing and the operation ability of the multi-function screwdriver are limited by the length of the screwdriver. The present disclosure discloses that the 'tool' includes a _ grip, an operating lever and a plurality of lock attachments. The grip has a plurality of slots, the lever has a first end and a second end, the 帛-end is connected to the grip, and the second end is from the grip. Each of the lock attachments is correspondingly disposed in the slot of the grip. The opposite end of each lock attachment is a M382874 sleeve portion and a screwdriver head, and the towel and the garnish are sleeved on the operating rod by the sleeve portion. The second end, and the outer diameter of the fitting portion is greater than or equal to the outer diameter of the operating rod. The locking tool disclosed in the present invention has a plurality of slots on the grip for receiving the needles of different sizes of the screwdriver heads. Therefore, in use, the manufacturer can hold the handles at any time without additionally carrying the tool box. The screwdriver head is selected to correspond to different: the rotation operation of the grid screw, thereby reducing the number of screwdrivers carried by the user and eliminating the inconvenience of carrying and placing the tool box. At the same time, since the outer diameter of the operating rod is not larger than the outer diameter of the bit, the operating rod can be drilled deep into the bottom of the locking hole to perform the operation of turning the screw, thereby increasing the utility of the locking tool. The above description of the present invention and the following description of the embodiments are intended to illustrate and explain the principles of the present invention and to provide further explanation of the scope of the patent application of the present invention. [Embodiment] As shown in Fig. 1, the locking tool disclosed in the first embodiment of the present invention includes a grip 10', an operating lever 20, and a plurality of lock attachments 3''. The side 丨 10 of the grip 1 is provided with a plurality of slots 120, for example, 4 to 120 slots 120, and at least one flange 122 is disposed on the inner wall surface 121 of the slot 120. The flange 122 can be in the form of dots. It is distributed on the inner wall surface 121 or extends linearly from the opening of the slot 12〇 to the bottom of the slot 120. The operating rod 2 has a first end 21 and a second end 220. The first end 210 is connected to the side 11 of the grip 1 and is fixed to the grip 10. The second end 220 is opposite to the first end 21 The other side of the crucible is provided with a ... branch 40, and the coupling post 40 is disposed on one end surface of the second end 220 of the 5th M382874 along the axial direction of the operating rod 2〇. The 'operating rod 2G can be circular or hexagonal, and the coupling column 40 can be a four-, a-, and a mechanical rod, and the rods are matched with each other, for example, "1" and "3" to " H stay: kg, respectively, with a circular operating rod 2. With a hexagonal joint (four) ^ =. With a quadrilateral joint (four); a hexagonal operating rod 2. Heart 'and a hexagonal operating rod 20 with a quadrangular joint column 40, etc. In the Galilee, the _ operating lever 2G is combined with the hexagonal joint (4) as an example, but it is not limited thereto. The two ends of the locking attachment 3G are respectively - the fitting part 3 〇 and the sub-head 320 together The sleeve portion has a sleeve hole 相对 opposite to the other side of the screwdriver, and the shape of the socket hole 311 is matched with the joint column 4〇, and the lock attachment 30 is a sleeve hole 311 by the sleeve portion 3K) The sleeve is sleeved on the binding post* and the outer diameter of the sleeve portion is equal to the outer diameter of the operating rod 2G. Therefore, when the lock attachment % is sleeved on the coupling post 4G, the 'fitting portion 3 g' and the operating rod are A plane is formed between the two. Further, an abutting member 41 is disposed on the side of the binding post 40, and the abutting member 410 may be, but not limited to, a steel ball. When the lock attachment 3 is sleeved on the binding post 4〇, the 'topping member 410 is pressed against the inner wall surface 312 of the sleeve portion 3 adjacent to the sleeve hole 3! i' to temporarily fix the lock attachment 3〇 On the binding column 4, it is not easy to loosen from the binding column 40. At the same time, it is also possible to selectively provide a magnet 5 at one end of the binding post 4〇 relative to the lock attachment 3 and adjacent to one end of the operating rod 20. When the lock attachment 3〇M382874 is set on the binding post 40, it is firmly coupled to the binding post 40 due to the adsorption of the magnet 5〇. For further reference, refer to "Fig. 1", and the plurality of lock attachments 30 are respectively The sleeve 120 is received in the slot 120 of the grip 10 and the clip 32 is exposed in the slot 12, and the sleeve portion 31 of the lock attachment 30 is formed by the clip of the flange 122 of the slot 12, and Firmly placed in slot 12 (). At the same time, the plurality of lock attachments have different sizes of the cutter heads 32 from each other, for example, having a flat-shaped screwdriver head, a cross-starter or an outer-horn driver. Therefore, the user does not need to extend the belt. The tool box with the screwdriver head JO can be used for the rotation operation of different types of lock m components (such as lion and screw). Please also refer to "Figure 1" and "Figure 2". In the use of the locking tool, the user can instantly select the desired head to be removed from the grip 10, and then set the part 31. On the bonding post 4G, the gantry 30 is tied to the rod 20 to form a screwdriver. At the same time, due to the size of the lock diameter and the outer diameter of the fourth (4), the lock attachment member 30 can be deeply penetrated into the locking hole of the workpiece 60 when the drive lock attachment 30 rotates the lock member 7〇. 70 is in the heart of the workpiece 60. Touch and read, but not the resistance of the station 60 and let it be gambling - in addition to carrying the lang, the time surgery 嶋 畴 尔 操作 操作 操作 操作 操作 操作 操作 操作 操作 操作 操作 操作 操作 操作 操作 操作 操作 操作 操作 操作 操作 操作 操作 操作 操作 操作 操作 操作 操作 操作 操作 操作 操作 操作 操作 操作The practicality of the tool has been improved. An exploded view of the second embodiment of the creation is shown in Fig. 6. The second embodiment disclosed in the present application is substantially the same in structure as the first embodiment, and only the differences between the two will be described below. The locking tool disclosed in the second embodiment of the present invention includes a grip w, an operating lever 2g, and a plurality of locking tabs. A plurality of slots 12A are provided in the side-side of the grip, and at least one flange 122 is disposed on the inner wall surface 121 of the slot (10). The operating rod 20 has a first end 210 and a second end 220. The first end 210 is connected to the side 110 of the grip 10 and is fixed to the grip 10. The second end 22 has an abutting member 222 (such as a steel ball). And a magnet 223, the 71 member 222 is disposed on the side of the second end 22G, and the magnet 223 may be, but not limited to, disposed on the end surface of the second end 220. The opposite ends of the lock attachment 3 are respectively a set of tops and a sub-head 320. The sleeve portion has a set of holes on the other side of the bit 32, and the sleeve hole 311 is shaped and operated. 2〇 matching, that is, if the operating rod is not a hexagonal (or quadrangular) rod body, the socket hole 311 is also hexagonal (or four socket holes), and the aperture size of the socket hole 311 corresponds to the operating rod 2 The outer diameter of the cymbal is such that the lock attachment 3〇 can be sleeved on the operating rod 2〇 by the sleeve hole S11, and the abutting member 222 of the operating rod 20 is pressed against the inner wall surface 31 of the ferrule 31〇. Adsorbed to the inner wall surface 312, so that the lock attachment is firmly coupled to the operating lever 20. Please also refer to "Fig. 6" and "Fig. 7", and similarly, in the use of the locking tool 'Because of the operating lever 2G The outer diameter of the sleeve is smaller than that of the lock attachment. Therefore, it is known that the rod 20 drives the lock attachment 3 to penetrate the workpiece 6〇.
=孔61G — ’操作桿2()可不受阻礙的伸人於鎖合孔6iQ =動_元件1因此可確實的完成綱元件3iq旋入或 方疋出於工件60的轉動操作。 ，創麵揭露之_工具，於餘上設置複數傭槽，並 ^夂個=同規格的鎖附件插置於這些插槽内，使鎖附工具同 職起子頭的功能，因此使用者在絲上不需額外揭帶 册起子頭的工具盒’可免除習知多功能起子及工具盒在攜 ▼及子放上造成困擾及不便的問題。同時，由於操作桿的外徑 不大於鎖附件之套合部的輕，使操作桿可隨辆子頭伸入於 工件的鎖合孔_動_树，直至_元件完全地鎖合於工 件為止。因此，藉由操作桿不受工件阻礙的特性 且 的實用性獲得提升。 、/、 雖然本創作之實施·露如上所述，然鱗肋限定本創 任何#白相關技蟄者，在不脫離本創作之精神和範圍内， :凡依=創作申請範圍所述之形狀、構造 '特徵及精神當可做 些許之變更’因此本創作之專海魏圍馳本綱書所附之 申凊專利範圍所界定者為準。 【圖式簡單說明】 第1圖為本創作第—實施例之分解示意圖； 第2圖為本創作第一實施例之使用狀態示意圖； 第3圖至第5圖為本創作第一實施例具有不同形紅操作桿及 M382874 結合柱之結構示意圖； 第6圖為本創作第二實施例之分解示意圖；以及 第7圖為本創作第二實施例之使用狀態示意圖。 【主要元件符號說明】 10 握把 110 側面 120 插槽 121 内壁面 122 凸緣 20 操作桿 210 第一端 220 第二端 222 抵頂件 223 磁鐵 30 鎖附件 310 套合部 311 套接孔 312 内壁面 320 起子頭 40 結合柱 410 抵頂件 50 磁鐵 M382874 60 工件 610 鎖合孔 70 鎖固元件= hole 61G - 'The operating lever 2() can be unobstructed to extend into the locking hole 6iQ = the moving element 1 can thus surely complete the pivoting of the element 3iq or the rotation of the workpiece 60. , the wound reveals the tool, sets a plurality of servants on the rest, and ^ 夂 = the same size of the lock attachment is inserted in these slots, so that the lock tool works with the function of the screwdriver, so the user is in the silk There is no need to additionally remove the tool box of the book starter head, which can eliminate the troubles and inconveniences caused by the conventional multi-function screwdriver and the tool box. At the same time, since the outer diameter of the operating rod is not more than the lightness of the fitting portion of the lock attachment, the operating rod can extend into the locking hole of the workpiece with the head of the vehicle until the component is completely locked to the workpiece. . Therefore, the utility of the operation lever is not hindered by the workpiece and the utility is improved. , /, Although the implementation of this creation, as mentioned above, the scales of the ribs limit the creation of any # white related technology, without departing from the spirit and scope of this creation, the scope of the application scope The construction of 'characteristics and spirits can be changed slightly'. Therefore, the scope of the application for patents attached to this article is bounded by the scope of the patent application. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is an exploded perspective view of a first embodiment of the present invention; FIG. 2 is a schematic view showing a state of use of the first embodiment of the present invention; FIGS. 3 to 5 are a first embodiment of the present creation FIG. 6 is a schematic exploded view of a second embodiment of the present invention; and FIG. 7 is a schematic view showing the state of use of the second embodiment of the present invention. [Main component symbol description] 10 Grip 110 Side 120 Slot 121 Inner wall surface 122 Flange 20 Operating rod 210 First end 220 Second end 222 Abutting piece 223 Magnet 30 Locking attachment 310 Socket part 311 Socket hole 312 Wall 320 screwdriver head 40 coupling post 410 abutment member 50 magnet M382874 60 workpiece 610 locking hole 70 locking element