五、新型說明： 【新型所屬之技術領域】 本新型是有關於一種套筒設計，特別是指一種鎖合套 筒。 【先前技術】 參閱圖1、圖2’習知鎖合套筒1包含有一桿體11， 以及一可與該桿體11結合之鎖合件12;其中，該鎖合件 12具有一本體121，一開設於該本體121上且與外部連通 之容置空間122，以及一設於該容置空間122内之磁吸體 123，而前述該本體121之一端可供該桿體u連接至於 該容置空間122恰可套置螺絲2之頭部21進行旋鎖；當 進行旋鎖時，直接將該鎖合件12套置於該頭部21上，I 藉該磁吸體123將該頭部21吸附住，以避免該螺絲2產 生脫離，而後再利用一螺絲鎖合工具（圖中未示）旋動該桿 體u ’以使該鎖合件12帶動該螺絲2轉動，最後達到該 螺絲2可穩固鎖合、定位於物件3上。 然實際使用上，由於該桿體^鎖合件12係為相互 固定結合態樣’鑒於該螺絲2鎖合於物件3過程中，必定 會產生切削鐵屑，且部份切削鐵屑會因該磁吸體123之磁 力影響而賴於祕《⑵上，雖㈣份操作人員會利 ㈣壓未除，但其效果有限即使利 用工具進行挖除，其效果亦較高壓空氣更差，因此常常造 成該磁吸體123之磁吸功能受到影響，除造成無法有效將 該頭部21吸附住外’另外對於實際該螺絲 3 M374939 上而。，亦因該螺絲2無法被穩固磁吸定位，更會影響該 螺絲2鎖合作業之順暢性與鎖合效果，實有待改進。 【新型内容】 因此，本新型之目的是在提供一種鎖合套筒其可隨 時進订拆卸’以利切削鐵屬立即、快速進行清除作業，藉 以維持鎖合套筒之良好魏效果，有效提㈣業之順暢^ 及鎖合效果。 於是，本新型鎖合套筒，其係為一種適用於螺絲進行 旋鎖作業之辅助工具，該鎖合套筒包含有一桿體，以及一 可與該桿體結合之鎖合件；其中，該桿體上可供一磁吸體 &置’以及該桿體上設有—卡掣部，以便該本體與桿體相 接時，該桿體恰可經該開孔進人該容置空間内，以使該磁 吸體位於該容置空間内’並且該卡掣部恰與該本體穩固地 卡掣定位，故進行該螺絲鎖合作業過程中’該桿體得以隨 時自該本體拔出’以便有效、立即、快速地清除被吸附之 切削鐵屑，藉以持續維持該螺絲之磁吸穩固定位功能有 效增進後續鎖合作業之順暢性及鎖合效果。 【實施方式】 有關本新型之刖述及其他技術内容、特點與功效，在 以下配合參考圖式之較佳實施例的詳細說明中，將可清楚 的明白。 在本新型被詳細描述前，要注意的是，在以下的說明 中，類似的元件是以相同的編號來表示。 參閱圖3，本新型之第1較佳實施例，該鎖合套筒 4 4 M374939 包含有一桿體41’以及一可與該桿體41結合之鎖合件 42 ;其中，該鎖合件42具有一本體421，一開設於該本體 421上且與外部連通之容置空間422，以及一設於該容置 空間422内之磁吸體423，而前述該本體421 —端可供該 桿體41連接，同時該本體421上開設有一與該容置空間 422相連通之開孔424 ’至於該容置空間422恰可套置於 一螺絲5之頭部51上進行旋鎖。 參閱圖3、圖4’該桿體41上可供該磁吸體423設置， 以及該桿體41上設有一卡掣部4Π，其中，本實施例該卡 掣部411具有一設該桿體41内之彈簧412,以及一受該彈 簧412頂推且不脫離該桿體41内之珠體413,以便該本體 421與桿體41相接時，該桿體41恰可經該開孔424進入 該容置空間422内，以使該磁吸體423位於該容置空間422 内’並且該卡掣部411恰與該本體421穩固地卡掣定位。 參閱圖3、圖4,該螺絲5進行旋鎖時，鑒於該鎖合套 请4具有可拆式a又§十，因此在該鎖合套筒4之容置空間422 内並無任何切削鐵屑下’該容置空間422即可套設於該螺 絲5之頭部51上’且利用該磁吸體423穩固吸附該螺絲5, 以利後續鎖合作業之進行，直至該螺絲5鎖合完畢，此時， 該鎖合套筒4内因先前鎖合過程產生之切削鐵屑被該磁吸 體423所吸附，造成該磁吸體423上磁吸有多數切削鐵 屑，導致該磁吸體423被該等切削鐵屑所遮擋，以致欲進 行下一支該螺絲5鎖合作業時，就必須適時清理，否則該 螺絲5將會受到切削鐵屑影響，導致該磁吸體423無法有 5 效磁吸該螺絲5，以及該螺絲5後續鎖合作業上的困難， 而前述該鎖合㈣4清理切_料，直接將該桿體41 與該鎖合件42分離，亦即該桿體41脱離該鎖合件Μ時， 該桿體4!上之該珠體413受到頂推而内縮，以使該桿體 W自開孔424上順利地拔出，以利快速清除被吸附在該磁 吸體423處之切削鐵屑。 仍續則述，再將清理完畢之該桿體41插置進入於該鎖 合件42内且配合該卡料411卡掣定位於該鎖合件42 上，則該鎖合套筒4即可開始使用，因此，該螺絲5鎖合 作業過程中，該桿體41得以隨時自該本體421拔出，以 便有效、立即、快速地清除被吸附之切削鐵屑，避免因切 削鐵屑過多的堆積與遮擋，以維持鎖合套筒4之良好磁吸 效果，有效提昇作業之順暢性及鎖合效果 參閱圓5本新型之第2較佳實施例，本實施例該鎖 合套筒4仍包含有桿體41及鎖合件42等構件；其中，前 述各構件構造、連結關係等，均同於該第1實施例所述， 恕不詳述；特別是，本實施例中該桿體41之一端形成推 拔狀，並於該卡掣部411上設有一外螺紋段414，同時該 開孔424上設有—可與該外螺紋段414螺合之螺帽425 , 俾便該本體421與該桿體41相接時，該桿體41係由該容 置空間422經該開孔424插置，且藉該外螺紋段414與螺 帽425鎖合定位，至於設置在該桿體41上之磁吸體423 係可依據該容置空間422配合較大尺寸設置。 因此，在該本體421與該桿體41相接時，該桿體41 M374939 係由該容置空間422經該開孔424方向伸置，藉由該外螺 紋段414與螺帽425可相互鎖合之設置，以使該卡掣部411 可以穩固疋位於該本體421上，並且伸置在該容置空間422 内之磁吸體423得以大面積設置，有效增加該磁吸體々Μ 磁吸力，至於對被吸附在該磁吸體423處之切削鐵屑清 理’亦僅需旋鬆該外螺紋段414與螺帽425之鎖合狀態， 以利於該桿體41得以自該本體421上拔出進行清理，藉 以維持鎖合套筒4之良好磁吸效果，有效提昇作業之順暢 性及鎖合效果。 參閱圖6,本新型之第3較佳實施例，本實施例中係 以第1實施例為例加以說明，亦即該鎖合套筒4仍包含有 桿體41及鎖合件42等構件；其中，本實施例中若是針對 無磁性之螺絲5的鎖合為主，亦即當該螺絲5無法受到該 磁吸體423之磁吸定位影響，且無法受該磁吸體423吸附 進行旋鎖使用時，故在該容置空間422内另圈圍增設一彈 性件426,同時該彈性件426亦同樣適用在該第2實施例 上（即如圖7所示），俾使該容置空間422套置該螺絲5進 行旋鎖時，該頭部51在該容置空間422内得以有效受到 該彈性件426穩固銜環住，不但能有效提昇作業之順暢性 與鎖合效果，更達廣泛運用及使用方便等功效。 歸納前述，本新型鎖合套筒藉由該桿體與該鎖合件係 採卡掣定位之設計，使該桿體得以隨時自該鎖合件拔出， 進行該磁吸體上之切削鐵屬的清理作業，最後再重新將該 才于體鎖合件予以卡掣定位，該鎖合套筒即可維持良好磁吸 7 六果對於該等螺絲之後續鎖合作業進行，有效降低該螺 無法穩固疋位於該容置空間内影響，有效提昇作業之順 暢性及鎖合效果’故能確實達到本新型之目的，爰依法提 出申請。 ^惟以上所述者，僅為說明本新型之較佳實施例而已， 田不此以此限疋本漸.型實施之範圍即大凡依本新型申請 專利範圍及新型說明書内容所作之簡單的等”效‘變化與修 飾，皆應仍屬本新型專利涵蓋之範圍内。 / 【圓式簡單說明】 圖1是習知鎖合套筒之示意圖； 圖2是該習知之鎖合狀態示意圖； 圖3疋本新型之帛j較佳實施例之立體示意圖； 圖4是該較佳實施例之鎖合狀態示意圖； 圖5是本新型第2較佳實施例之示意圖；及 圖6、圖7是本新型第3較佳實施例之示意圖。 【主要元件符號說明】 4 鎖合套筒 41 桿體 411 卡掣部 412 彈簧 413 珠體 42 鎖合件 421 本體 422 容置空間 423 磁吸體 424 開孔 427 彈性件 5 螺絲V. New description: [New technical field] The present invention relates to a sleeve design, in particular to a locking sleeve. [Prior Art] Referring to Figures 1 and 2, the conventional lock sleeve 1 includes a rod body 11 and a lock member 12 engageable with the rod body 11; wherein the lock member 12 has a body 121, An accommodating space 122 is disposed on the body 121 and communicates with the outside, and a magnetic body 123 is disposed in the accommodating space 122, and one end of the body 121 is connectable to the shank The space 122 can be screwed directly to the head 21 of the screw 2; when the twist lock is performed, the locking member 12 is directly placed on the head 21, and the head 21 is taken by the magnetic body 123. Adhering to prevent the screw 2 from coming off, and then rotating the rod u ' with a screw-locking tool (not shown) to cause the locking member 12 to rotate the screw 2, and finally reach the screw 2 It can be firmly locked and positioned on the object 3. However, in actual use, since the rod body 12 is fixed to each other in combination with each other', in view of the fact that the screw 2 is locked in the object 3, cutting iron chips are surely generated, and part of the cutting iron chips will be The magnetic force of the magnetic body 123 depends on the secret "(2), although (four) the operator will benefit (4) pressure is not removed, but the effect is limited, even if the tool is used for excavation, the effect is higher and the air pressure is worse, so often caused The magnetic attraction function of the magnetic body 123 is affected, except that the head 21 cannot be effectively attracted to the outside 'otherly for the actual screw 3 M374939. Because the screw 2 can not be stabilized by magnetic positioning, it will affect the smoothness and locking effect of the screw 2 lock cooperation industry, and needs to be improved. [New content] Therefore, the purpose of the present invention is to provide a locking sleeve which can be assembled and disassembled at any time to facilitate the immediate and rapid cleaning operation of the cutting iron, thereby maintaining the good Wei effect of the locking sleeve, and effectively (4) Smoothness of the industry and the effect of locking. Therefore, the new lock sleeve is an auxiliary tool suitable for screwing a screw, the lock sleeve includes a rod body, and a lock member engageable with the rod body; wherein The rod body can be provided with a magnetic body & and the rod body is provided with a latching portion, so that when the body is in contact with the rod body, the rod body can enter the receiving space through the opening. So that the magnetic body is located in the accommodating space, and the shank portion is firmly positioned with the body, so that the rod body can be pulled out from the body at any time during the screw lock cooperation process. 'In order to effectively, immediately and quickly remove the adsorbed cutting iron chips, so as to maintain the magnetic stability of the screw to stabilize the fixed position function, effectively improve the smoothness and locking effect of the subsequent lock cooperation industry. [Details] The detailed description of the preferred embodiments of the present invention will be apparent and Before the present invention is described in detail, it is to be noted that in the following description, similar elements are denoted by the same reference numerals. Referring to FIG. 3, in a first preferred embodiment of the present invention, the locking sleeve 4 4 M374939 includes a rod body 41' and a locking member 42 engageable with the rod body 41; wherein the locking member 42 The main body 421 has an accommodating space 422 which is disposed on the main body 421 and communicates with the outside, and a magnetic body 423 disposed in the accommodating space 422. The body 421 is at the end for the rod body. The main body 421 is provided with an opening 424 ′ that communicates with the accommodating space 422 . The accommodating space 422 can be sleeved on the head 51 of a screw 5 for locking. Referring to FIG. 3 and FIG. 4, the magnetic body 423 is disposed on the rod body 41, and a latching portion 4 is disposed on the rod body 41. The latching portion 411 of the embodiment has a rod body. The spring 412 in the 41, and a bead 413 pushed by the spring 412 without coming off the rod body 41, so that when the body 421 is in contact with the rod body 41, the rod body 41 can pass through the opening 424. The accommodating space 422 is located in the accommodating space 422, and the latching portion 411 is firmly positioned with the body 421. Referring to FIG. 3 and FIG. 4, when the screw 5 is screw-locked, since the lock sleeve 4 has a detachable type and a § ten, there is no cutting iron in the accommodating space 422 of the lock sleeve 4. The accommodating space 422 can be sleeved on the head 51 of the screw 5 and the screw 5 is stably adsorbed by the magnetic body 423 to facilitate the subsequent lock cooperation until the screw 5 is locked. When the cutting iron scraps generated in the lock sleeve 4 due to the previous locking process are adsorbed by the magnetic body 423, the magnetic body 423 is magnetically attracted with a large amount of cutting iron scraps, resulting in the magnetic body. 423 is obscured by the cutting iron filings, so that when the next screw 5 lock cooperation is to be carried out, it must be cleaned at the right time, otherwise the screw 5 will be affected by the cutting iron filings, resulting in the magnetic body 423 not being able to have 5 Effectively magnetically attracting the screw 5, and the subsequent cooperation of the screw 5, and the aforementioned locking (4) 4 cleaning and cutting, directly separating the rod 41 from the locking member 42, that is, the rod 41 When the locking member 脱离 is disengaged, the bead body 413 on the rod body 4! is pushed up and retracted, so that the rod body W is self-opening. The 424 is smoothly pulled out to facilitate rapid removal of the cutting iron scraps adsorbed at the magnetic body 423. Continuing the description, the cleaned body 41 is inserted into the locking member 42 and the card 411 is snapped onto the locking member 42. The locking sleeve 4 is Starting to use, therefore, the rod body 41 can be pulled out from the body 421 at any time during the screw 5 lock cooperation process, so as to effectively, immediately and quickly remove the adsorbed cutting iron chips, and avoid excessive accumulation of cutting iron chips. And the shielding, in order to maintain the good magnetic attraction effect of the locking sleeve 4, and effectively improve the smoothness and the locking effect of the operation. Referring to the second preferred embodiment of the novel 5, the locking sleeve 4 of the present embodiment still contains There are members such as the rod body 41 and the lock member 42; wherein the above-mentioned respective member structures, connection relationships, and the like are the same as those described in the first embodiment, and will not be described in detail; in particular, the rod body 41 in this embodiment One end is formed with a push-out shape, and an externally threaded portion 414 is disposed on the latching portion 411, and the opening 424 is provided with a nut 425 that can be screwed with the externally threaded portion 414, so that the body 421 When the rod body 41 is in contact with the rod body 41, the rod body 41 is inserted through the opening 424 through the accommodating space 422, and The outer threaded section 414 and lock nut 425 is positioned, as system 423 may be provided 422 with a larger sized according to the space accommodating the magnetic pole 41 on the body. Therefore, when the body 421 is in contact with the rod body 41, the rod body 41 M374939 is extended by the accommodating space 422 through the opening 424, and the external thread segment 414 and the nut 425 can be interlocked with each other. The magnetic chuck 423 is disposed on the main body 421 and the magnetic body 423 extending in the accommodating space 422 is disposed in a large area to effectively increase the magnetic attraction of the magnetic body. As for the cleaning of the cutting irons adsorbed on the magnetic body 423, it is only necessary to loosen the locking state of the external thread segment 414 and the nut 425, so that the rod 41 can be pulled out from the body 421. The cleaning is performed to maintain the good magnetic attraction effect of the locking sleeve 4, thereby effectively improving the smoothness and the locking effect of the work. Referring to FIG. 6, a third preferred embodiment of the present invention is described in the first embodiment as an example, that is, the lock sleeve 4 further includes a member such as a rod body 41 and a lock member 42. In this embodiment, if the locking of the non-magnetic screw 5 is mainly, that is, the screw 5 cannot be affected by the magnetic attraction of the magnetic body 423, and the magnetic body 423 cannot be adsorbed and rotated. When the lock is used, an elastic member 426 is additionally disposed in the accommodating space 422, and the elastic member 426 is also applicable to the second embodiment (ie, as shown in FIG. 7). When the space 422 is placed on the screw 5 for the twist lock, the head 51 is effectively restrained by the elastic member 426 in the accommodating space 422, which can effectively improve the smoothness and the locking effect of the work, and further Widely used and easy to use. In summary, the novel locking sleeve is designed by the positioning of the rod body and the locking member, so that the rod body can be pulled out from the locking member at any time to perform cutting iron on the magnetic body. The cleaning operation of the genus is finally re-positioned on the body lock, and the lock sleeve can maintain a good magnetic attraction. It is impossible to stabilize the impact in the accommodating space and effectively improve the smoothness and locking effect of the operation. Therefore, it can truly achieve the purpose of this new type, and apply in accordance with the law. However, the above description is only for explaining the preferred embodiment of the present invention, and the field is not limited to the scope of the implementation of the present invention, that is, the simple scope of the patent application scope and the content of the new manual. The "effect" changes and modifications shall remain within the scope of this new patent. / [Circular Simple Description] Figure 1 is a schematic view of a conventional lock sleeve; Figure 2 is a schematic view of the conventional lock state; Figure 3 FIG. 4 is a schematic view showing the lock state of the preferred embodiment; FIG. 5 is a schematic view of the second preferred embodiment of the present invention; and FIG. 6 and FIG. Schematic diagram of the third preferred embodiment. [Description of main component symbols] 4 Locking sleeve 41 Rod body 411 Clamping portion 412 Spring 413 Bead body 42 Locking member 421 Body 422 Housing space 423 Magnetic body 424 Opening 427 Elastic member 5 screw