M365239 五、新型說明： 【新型所屬之技術領域】 本創作係《於-種套筒磁吸結構，詳而言之係關於—種可因應相對 套筒内壁迫緊程度作適當伸縮調整之設計。 【先前技術】 按，台灣為工業技術王國，從製造、加工到維修，無—不是技術先進、 製造精良’ 齡深纽界各晴，物細電子加工，都 為本國帶來錄敝益，而錢在進行諸多作鱗最常使關設備即為手 工具，軸部份具高度技術與危險環境之作脱漸由機频取代，但是基 本之加工與糊糾：㈣州取，叫赚無一不在研 發更簡易、更人性似及製造縣更為低紅手工具結構。 通常鎖固件係以金屬材質所製成，而作業時，使用者必須將手工具盘 鎖固件上_之溝槽插置（例如十字形、—字料溝槽），或是套設於鎖固 件外周（例如六角形）直接進行旋動，而進行插置或套設_件之動作時， 鎖固件若μ與手工具咖結合，則鎖設時當然料產生歪斜不正之情 形’令_件嫩彻㈣齡，咖嫩瞻能達到既 定之需求’造成_件料相對結合對象脫落，亦或是使綱件容易掉落 至狹窄之健區域中科便取出，造成《者相當大之_，因此有業者 利用磁I件與手卫具結合來提供吸附鎖固件之功效，以輔助鎖設作業之 進行； ” ，之磁吸工具雜閱美國專利案號第嶋咖號「Μ卿 ’咖y fQI· wrenGh SQGket」’其係—觀麟減財騎之套筒工 M365239 具的附屬磁吸元件，包括—織—附設件，該套軸係設有相通之棘 窗驅動孔及通孔，該通孔直徑較棘齒驅動孔為小，而附設件係設有直徑盘 棘齒驅動孔相當之第-後合部，及直徑與通孔相當之第二嵌合部，藉此使 附叹件經由第二嵌合部嵌人通孔，㈣—嵌合部外圍絲齒驅動孔内壁迫 Γ達成與套筒結合設置之目的，且附設件係開設有-供磁鐵嵌入固定之 谷置孔’ 入賴之伽㈣磁鐵_目咖蝴設作業之 進行。 然而，Λ細梅，彻跡權，峨細件盘套 Γ定，或方便吸取落於狹小作業區域内所遺落之鎖固件，但其與套筒結 口之方式郃不夠理想，理由有下列3點： 1、該附設件係以嵌入通孔及與帳抵之方树於編，但附設 /並無設村適當伽魏合與麵_妙程度之結構元件，因此附 2入套筒内時是呈密合之態樣，故當附設件在安裝過程或是受到壓力 動Γ易因不均等之受力而相對套筒内壁歪斜，此時又無適當之伸縮裕度 k件調整相對套筒内壁之迫緊程度，故使得附設件將因不均勻之迫緊 3或受力而將錢«容置孔，造献用者__設件取出再把磁鐵 女裝回去才可使用，造成鎖設作業上之不便。 2、—由於該習用磁吸工具之附設件係以迫緊方式與套筒内壁結合固定， ㈣於弟—肷合部一側開設有氣孔來㈣壓力，以試圖降低附設件受壓變 壓=及與編⑽度之影響’但事實上，繼受力對鎖固件施 域合時，_件_設件攸紅勤缺使得附設件 又摘件直接接觸之另-端產生變形，並呈現欲突出樣，而該附設件端 M365239 部之變形會使得附設件與套筒内 脫離與套筒内壁面之迫抵位置， 套筒穩固結合。 壁面產生相互賴之力量，顿設件逐漸 或發生鬆動之_，導致附設件無法相對 3、另外，由於該附設件係以嵌入方式與套筒内壁結合，但附設件上並 無設置輔助其進人麵_之結構元件，因此附設件與套肢合時容易發 生歪斜不正，或是卡住難讀人之情形，_將其取出再重複嵌入固定， 造成安裝作業上之困難。 鑒於上述3項習_紅具之缺失，可制其結構鶴上仍有不夠理 想之處，造成使用及安裝上之不便，故有必要加以研發可因應相對套筒内 壁迫緊程度作適當伸縮調整之磁吸結構。 【新型内容】 本創作之主要目的係在於提供—種套筒磁吸結構，其可改善習用之磁 吸工具結構型_夠完善，造成無法因應相對套_壁迫緊程度作適當伸 縮調整等缺失。 為達成前述之創作目的，本創作係包括—以雜材㈣成並可喪設於 套同内之容置體及一磁性件，其中： 該容置體巾央侧設有H該嵌孔係供容置該雜件，且容置體 於嵌孔至少-端係設有-與雜件接觸抵頂，以防止雜件脫位之抵緣， 因而磁性件進入嵌孔内時，該抵緣可提供限位磁性件之效用； 該容置體外周係設有複數之抵肋，當容置體嵌入套筒内時，該抵肋係 用以與套筒内壁_迫抵，以及抵肋係錄凸狀，缝肋設置為弧凸狀之 目的係為使抵肋可以弧凸結構之中心與套筒内壁接觸，令抵肋與套筒互抵 M365239 之力這可平均地延弧凸結構中央位置往内或往外傳遞； 另外，由於肋絲置體同為紐材質膽成，因㈣容置體嵌入 套筒内時，抵肋可因應容置體與套筒内壁之迫緊力生適度之變形，使 容置體可經_之_來自伊_械__交佳之迫緊位置，令 容置體得概進确_，聊綱__力量時，抵肋所 提供之受也可使容置體之錄有適輯叙裕度郎，讓容置 體不會較力目對㈣_脫離，或壓迫磁性件掉出，岐容置體 與套筒穩固結合； 況且，該容置體於抵肋内側係設有一容孔，該容孔係可提供抵肋變形 之讀郎’藉此他肋之變料得_當之舒放，㈣會過度擠屢容置 體而相對套筒内壁脫位；該抵肋至少—端係設有—導角，當容置體欲進入 套筒内時，該導角可抵於套筒端部之外緣，令制者可順該導角轉 部抵頂之«，讓容置體乘勢進人套_，藉此啸供伽容置體盘套行 相當值得產 因此本創作可說是-種相當具有實祕及進步性之創作， 業界來推廣，並公諸於社會大眾。 【實施方式】 本創作係有關於-種套筒磁吸結構，請參閱第一圖至第三圖所矛，^ 係本創作之主實施例，包括一以柔性材質製成並可嵌設於套筒内 及一磁性件2,其中： 置體 該容置體1係呈圓板狀，其中央係開設有一傲孔u，該嵌孔u係 置該磁性件2，且容置體丨於嵌孔u 糸供 而係。又有一與嵫性件2接觸 M365239 頂’以防止雜件2驗之麟12 ’ _性件2進人嵌孔u内時，該抵 緣12可提供限位磁性件2之效用，使磁性件2不易脫出於嵌孔^之外；一 該容置體丨相係設有複數之抵肋13，#容置體丨嵌人套筒内時，該 抵肋13制以與套筒_接觸迫抵，在本實施例中，該抵肋η係於容置 體1外周呈等距排列之方式設置，且抵肋13係酬狀，而抵肋η設置 絲凸狀之目的絲使抵肋13可雜凸結構之中心與套筒魄接觸，令抵 肋13與套筒互抵之力道可平均地延弧凸結射央位置往内或往外傳遞，若 是其他形狀之抵肋13 ’則均勻傳遞力量效果不會比弧凸狀結構為佳，難免 都會產生劲不均之情形，故該抵肋㈣計外形之目的實為提供較佳的受 力效果； 另外，由於該抵肋13與容置體！同為柔性材f所製成，因而當容置體 1敌入套制時’抵肋13可因應容置體丨與套筒内壁之迫緊力道產生適度 之k形’使容置體1可經由抵肋13之變形來自行調整出相對套筒内壁較佳 之迫緊位置’令容置體1得順暢地進人套筒内定位，且即便容置體1受到 推抵力量時，抵肋13所提供之受壓變形作用也可使容置體i之伸張有適度 傳遞之裕度空間’讓容置體丨不會@受力即輕易相對套筒崎脫離，或壓 迫磁性件2掉出，而使容置體丨與套筒穩固結合； 況且，在本實施例中，該容置體1於抵肋13内侧係設有一貫穿狀之容 孔14 ’该容孔14係可提供抵肋13變形之裕度空間，因而抵肋13受壓時， 抵肋13向容置體1内部方向變形縮入，該容孔14即呈被壓縮變小之樣貌， 藉此使抵肋13之變形得到適當之舒放，而不會過度擠壓容置體1而相對套 筒内壁脫位；該抵肋13至少—端丨系設有一導角15(本實施例之導角15係呈 M365239 斜切平面狀）’當容置體1欲進入套筒内時，該導角15可抵於套筒端部之 外緣’令使用者可順該導角15與套筒端部抵頂之型態，讓容置體1乘勢進 入套筒内’藉此以提供輔助容置體丨與套肢合之_，使容置體i不會 難以置入套筒中。 如第四圖與第五圖所示，該容置體丨係欽—套筒3中，而容置體（ 外周之抵肋13係與套筒3内壁接觸抵頂，且容置體丨係藉該抵肋i3所提 供之裕度變形來自行調整出相對套筒3内壁適當之抵頂位置，以及容置體1 中央敢孔11内容設之雖件2可提供魏_件4之功效，讓使用者進行 作業時更為便利。 請參閱第六圖與第七圖所示， 例’其中主要元件與第—實施例相 構敘述之。 其係本創作套筒磁吸結構之其他實施 同者，諒此不再贅述，如下僅就不同結 第二實施例係如第六_壯_示，該容置體丨亦可實施為不具: ? 14 m ®為#由抵肋13即能提供相當良好之裕度變形量，讓容: 體1相對套筒3 _之迫緊程度可由抵肋 · Λ办要祕"， 錢心不自仃_，而不會J； “、、\ 切顧之麵而相對套筒3偏離或追出。 第-實施例係如第八圖所示，該容 之_ ^ …相係Μ麵接各抵肋1: % 16 ’因祕_ 16與姆蝴彡財穿㈣㈣，且們f 惻邊同樣可設有斜切至抵肋13 〈导冉15’故當容置體j進 、環16同樣可輔助抵助13受 3 、’〜 追緊程紅魏。^峰供離妓心购套筒内壁 藉由上述摘狀結構·顧，射提供下列優點 M365239 % 1該t力13之叹置目的係為使容置體1進入套筒3内時，抵肋η可 提供適當之變物度量，讓容置體丨與套筒3 _之迫抵經由抵肋η之變 形以自灯調整出較佳之嵌合位置，因此容置體（與套筒3内壁不會因為過 度之密。而在今置體i嵌入套筒3之擠壓過程時，因為容置體丄沒有多 餘之變形裕度空間’而相對套筒3内壁擠壓傾斜，或讓磁性件2被擠出於 ，嵌孔11外’蝴⑽13確實可提供定蚊輕容舰迫抵狀態之效用。 赢 置體1又鎖固件4壓迫時，容置體1會被擠壓而弛張，此時 •該抵肋13可適當地因應壓力變形，以舒放容置體ι受壓產生之弛張量，讓 合置體1不會因為變形量無處宣茂而相對套筒3内壁迫離，或讓磁性件2 掉出欣孔11之外，故該抵肋13除用以調整容置體】相對套筒3之迫抵狀 態外，亦可讓容置體i之他張得到舒放之空間，使容置體i不會輕易受力 即相對套筒3脫離。 3、该導角15之設置目的係為使容置體丨在初始欽套筒3内時，可 瘳=提供適當抵靠套筒3端部之作用，並讓容置體i得因此順勢受力進入套 .间3内’而不需要過度調整容置體丨相對套筒3内壁之迫抵位置，造成容 置體1相對套筒3不易嵌入或是偏離。 由上所述者僅為用以解釋本創作之較佳實施例，並非企圖據以對本創 作做任何形式上之限制，是以，凡有在相同之創作精神下所做有關本創作 之任=修_或變更者’㈣應包括在本創作賴保護之範缚内。 -丁、上所述’本創作套筒磁吸結構在結構設計、使用實用性及成本效益 上確實是完全符合產業上發展所需，且所揭露之結構創作亦是具有前所 未有的創新構造’所以其具有「新額性」應無疑慮，又本創作可較之習知 M365239 結構更具功效之增進，因此亦 有進步性」，其完全符合我國專利法 新型專利之巾請要件的蚊 5伋忐抚起專利申請，並敬請鈞局早曰審 查，並給予肯定。 【圖式簡單說明】 第圖係本創作套筒磁吸結構各部元件立體分解示意圖。 第二圖係本解套筒磁吸結構立體半剖視示意圖。 第三圖係本創作套筒磁吸結構立體外觀示意圖。 第四、五®係本創作套筒磁吸結構安裝於套肋示意圖。 第六、七_摘作套筒磁吸結構第二實施例示意圖。 第八圖係本創作套筒磁吸結構第三實施例示意圖。 【主要元件符號說明】 1容置體 11嵌孔 12抵緣 13抵肋 14容孔 15 導角 16迫環 2磁性件 3 套筒 4鎖固件 10M365239 V. New description: [New technical field] This creation is based on the design of the sleeve magnetic structure. In detail, it is designed to adjust the tightness of the inner wall of the sleeve. [Prior Art] According to Taiwan, Taiwan is a kingdom of industrial technology. From manufacturing, processing to maintenance, there is no—not advanced technology, well-made”, the age of the deeper borders, and fine electronic processing, all of which bring benefits to the country. The money is often used as a hand tool for many scales. The shaft part has a high degree of technical and dangerous environment. It is replaced by machine frequency, but the basic processing and ambiguity: (4) state acquisition, called earning one It is not a simpler, more humane and more low-handed tool structure in the county. Usually, the fastener is made of metal. In operation, the user must insert the groove on the hand tool lock (such as a cross, a groove) or set it on the lock. The outer circumference (for example, the hexagonal shape) is directly rotated, and when the insertion or the setting of the _piece is performed, if the lock is combined with the hand tool, the lock may be caused to be skewed when the lock is made. In the age of (four), the tenderness of the coffee can reach the established demand, causing the material to fall off relative to the object, or to make the outline easy to fall into the narrow area of the health, so that it is quite large, so Some people use the combination of magnetic I and hand guards to provide the function of absorbing locks to assist in the operation of the lock; ", the magnetic tool is readable by the US patent case No. 嶋 号 Μ ' 咖 咖 y y fQI · wrenGh SQGket"'s line--the auxiliary magnetic element of the sleeve cutter M365239 of Guanlin Fucai riding, including the weaving-attachment. The shaft system is provided with a connecting window drive hole and a through hole. The hole diameter is smaller than the ratchet drive hole, and the attached part is provided a first-rear portion corresponding to the diameter of the ratchet drive hole and a second fitting portion having a diameter corresponding to the through hole, whereby the sling member is embedded in the through hole through the second fitting portion, (4) - the periphery of the fitting portion The inner wall of the wire drive hole is forced to achieve the purpose of being combined with the sleeve, and the attachment member is provided with a hole for the magnet to be embedded and fixed, and the gamma (four) magnet is used for the operation. However, the fine plum, the right to smear, the sturdy pieces of the stencil, or the easy to absorb the locks that fall in the narrow working area, but the way it is connected with the sleeve is not ideal, for the following reasons 3 points: 1. The attached parts are embedded in the through-hole and the tree with the account, but there is no structural element of the appropriate combination of the village and the surface. Therefore, it is attached to the sleeve. When the attachment is in the process of installation or subjected to pressure, the force is uneven due to the unevenness of the sleeve, and the inner wall of the sleeve is skewed. At this time, there is no suitable expansion allowance. The tightness of the inner wall of the cylinder, so that the attached parts will be forced by the uneven 3 or the force, and the money will be taken out, and the user __ will be taken out and the magnet women will be returned before use. It is inconvenient to lock the operation. 2. Since the attachment of the conventional magnetic tool is fixed and fixed to the inner wall of the sleeve in a pressing manner, (4) the air hole is opened on the side of the brother-joining portion to (4) the pressure, in an attempt to reduce the compression of the attached member. And the influence of the (10) degree's. But in fact, when the force is applied to the locker, the _piece_sets are indifferent, so that the attached part and the other part of the pick-up contact directly deform and deform. The protrusion is deformed, and the deformation of the attachment end M365239 causes the attachment member and the sleeve to be disengaged from the position of the inner wall surface of the sleeve, and the sleeve is firmly coupled. The wall has a mutual force, and the piece is gradually loosened or loosened, resulting in the attachment being incapable of being opposite to each other. 3. In addition, since the attachment is combined with the inner wall of the sleeve in an embedded manner, the attachment member is not provided with auxiliary assistance. The structural element of the human face _, so that the attachment member and the sleeve are prone to skewing or jamming the unreadable person, _ take it out and then repeatedly insert and fix it, which makes the installation work difficult. In view of the lack of the above three items, the structure of the crane can still be less than ideal, resulting in inconvenience in use and installation. Therefore, it is necessary to develop and adjust according to the tightness of the inner wall of the sleeve. Magnetic structure. [New content] The main purpose of this creation is to provide a kind of sleeve magnetic structure, which can improve the structure of the magnetic tool used in practice _ is perfect enough, so that it can not be properly adjusted according to the degree of tension of the relative sleeve . In order to achieve the above-mentioned creative purpose, the present invention includes a accommodating body and a magnetic member which are provided in the same material, wherein: the central side of the accommodating body towel is provided with H. The miscellaneous member is disposed, and the receiving body is disposed at least at the end of the insertion hole to contact the miscellaneous member to prevent the dislocation of the dislocation member, so that the magnetic member enters the insertion hole, the flange can be The utility model provides the utility of the limiting magnetic member; the accommodating outer body is provided with a plurality of ribs, and when the accommodating body is embedded in the sleeve, the rib is used for urging against the inner wall of the sleeve, and the rib rib is recorded. The convex shape and the slit rib are arranged in an arc convex shape so that the center of the arcuate structure can be in contact with the inner wall of the sleeve, so that the force of the abutting rib and the sleeve abut against the M365239 can evenly extend the center position of the arc convex structure. Inward or outward; In addition, since the rib wire body is made of the same material, the rib can be moderately deformed according to the pressing force of the accommodating body and the inner wall of the sleeve when the accommodating body is embedded in the sleeve. , so that the body can be _ _ from the Iraqi _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ The damage provided by the ribs can also make the recording of the accommodating body suitable for the ruling, so that the accommodating body will not be more eye-catching (4) _ detachment, or oppress the magnetic parts, the body and the sleeve The cartridge is firmly coupled; Moreover, the receiving body is provided with a hole in the inner side of the rib, and the hole can provide the lang deformation of the reading lang, thereby the rib of the rib is released, and the rib is released. Squeezing the body to dislocate relative to the inner wall of the sleeve; the at least the end of the rib is provided with a guiding angle, and the guiding angle can abut the outer edge of the end of the sleeve when the receiving body is to enter the sleeve. The system can make the leader turn to the top of the corner, so that the body can be taken into the set _, so that the whistling garland is quite worthy of production. Therefore, this creation can be said to be quite kind. Secret and progressive creation, the industry to promote, and publicize to the public. [Embodiment] The present invention relates to a sleeve magnetic structure, please refer to the first to third embodiments, and the main embodiment of the present invention includes a flexible material and can be embedded in In the sleeve and a magnetic member 2, wherein: the housing 1 is in the shape of a circular plate, and a central portion thereof has a proud hole u, and the insertion hole u is used to connect the magnetic member 2, and the receiving body is placed on the body The inlay u is for the system. There is another contact with the squatting member 2 to prevent the miscellaneous member 2 from being in the inner hole 12, and the mate member 12 can provide the function of the limiting magnetic member 2 to make the magnetic member 2 is not easy to be removed from the embedded hole ^; a receiving body 丨 phase is provided with a plurality of ribs 13 which are made in contact with the sleeve when the accommodating body is embedded in the sleeve For example, in the embodiment, the ribs η are arranged in an equidistant arrangement on the outer circumference of the accommodating body 1 , and the ribs 13 are provided in a manner of compensation, and the target ribs of the ribs η are provided in a convex shape. 13 The center of the hetero-convex structure is in contact with the sleeve ,, so that the force of the rib 13 and the sleeve abutting can be evenly transmitted inward or outward of the arc-arcing projection position, and if other shapes are resisted by the rib 13' The effect of transmitting force is not better than that of the arc-convex structure, and it is inevitable that the situation will be uneven. Therefore, the purpose of the rib (four) gauge shape is to provide a better force effect; in addition, due to the rib 13 and the capacity Set your body! The same is made of the flexible material f, so when the receiving body 1 is entrapped, the resisting rib 13 can produce a moderate k-shape according to the pressing force of the receiving body and the inner wall of the sleeve, so that the receiving body 1 can be The preferred pressing position of the inner wall of the sleeve is adjusted by the deformation of the rib 13 so that the accommodating body 1 is smoothly positioned into the sleeve, and the rib 13 is received even if the receiving body 1 is subjected to the pushing force. The pressure deformation effect provided can also make the allowance space of the receiving body i have a moderate transmission space, so that the receiving body does not easily disengage from the sleeve, or presses the magnetic member 2 to fall out. The receiving body 1 is firmly coupled to the sleeve. Moreover, in the embodiment, the receiving body 1 is provided with a through hole 14 in the inner side of the resisting rib 13. The receiving hole 14 can provide the resisting rib 13 When the rib 13 is pressed, the rib 13 is deformed and retracted toward the inside of the accommodating body 1, and the hole 14 is compressed and reduced, thereby deforming the rib 13 Appropriate release, without excessively squeezing the receiving body 1 and dislocating relative to the inner wall of the sleeve; the rib 13 is at least provided with a guide 15 (the guide angle 15 of the embodiment is M365239 chamfered plane shape) 'When the receiving body 1 is intended to enter the sleeve, the lead angle 15 can be pressed against the outer edge of the sleeve end to make the user compliant The shape of the guide angle 15 and the end of the sleeve abuts, allowing the receiving body 1 to ride into the sleeve, thereby providing an auxiliary accommodating body and a set of legs, so that the receiving body i is not difficult Place in the sleeve. As shown in the fourth and fifth figures, the accommodating body is in the sleeve 3, and the accommodating body (the outer rib 13 is in contact with the inner wall of the sleeve 3, and the accommodating body is accommodating The margin deformation provided by the rib i3 is used to adjust the appropriate abutment position relative to the inner wall of the sleeve 3, and the content of the central body 3 of the accommodating body 1 is provided to provide the effect of the _4. It is more convenient for the user to carry out the work. Please refer to the sixth and seventh figures, for example, where the main components are related to the first embodiment, which is the other implementation of the magnetic structure of the sleeve. For the sake of understanding, the second embodiment is only described as the sixth _ _ _, the accommodating body can also be implemented as: ? 14 m ® is # 靠 rib 13 can provide Quite a good margin of deformation, let the capacity: body 1 relative to the sleeve 3 _ the degree of tightness can be ribbed Λ Λ 要 & & , 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 The face is offset or chased relative to the sleeve 3. The first embodiment is as shown in the eighth figure, and the _ ^ ... phase system is connected to the rib 1 : % 16 '彡 彡 穿 ( 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四The red Wei. The peak supply is provided by the above-mentioned picking structure. The following advantages are provided by the above-mentioned picking structure. The sigh of the t force 13 is intended to make the receiving body 1 enter the sleeve 3. The rib η can provide a suitable variable metric to allow the accommodating body 丨 and the sleeve 3 _ to resist the deformation of the rib η to adjust the preferred fitting position from the lamp, thus accommodating the body (with the sleeve 3 The inner wall will not be excessively dense. However, when the body i is embedded in the sleeve 3, the inner body of the sleeve 3 is squeezed obliquely because the receiving body has no excess deformation margin space, or The magnetic member 2 is extruded, and the outer butterfly '10' 13 can indeed provide the effect of the forced-resistance state of the fixed-light mosquito. When the body 1 is locked and the lock 4 is pressed, the container 1 is squeezed and relaxed. At this time, the rib 13 can be appropriately deformed according to the pressure, so as to relax the tensor amount generated by the accommodating body ι, so that the splicing body 1 does not have no place due to the deformation amount. The inner wall of the sleeve 3 is forced away from the inner wall of the sleeve 3, or the magnetic member 2 is dropped out of the vent hole 11, so that the rib 13 can be adjusted to the accommodating body. The space of the body i is released, so that the receiving body i is not easily stressed and disengaged from the sleeve 3. 3. The purpose of the guiding angle 15 is to make the receiving body lie in the initial sleeve. 3, the inner , = provide the appropriate abutment against the end of the sleeve 3, and let the accommodating body i thus force into the sleeve. 3 within 'between need to over-adjust the accommodating body 丨 relative sleeve 3 The position of the inner wall is such that the receiving body 1 is not easily embedded or deviated from the sleeve 3. The above is only a preferred embodiment for explaining the present creation, and is not intended to be in any form for the creation. The limitation is that any person who has done the same work in the same creative spirit, or who has changed (the fourth) should be included in the protection of this creation. - Ding, the above mentioned 'this creation of the sleeve magnetic structure is indeed in line with the development of the industry in terms of structural design, practicality and cost-effectiveness, and the disclosed structural creation is also an unprecedented innovative structure. Its "new amount" should be undoubtedly considered, and this creation can be more effective than the conventional M365239 structure, so it is also progressive, and it is completely in line with the requirements of the new patent law in China. I will apply for a patent application and I would like to ask the bureau to review it and give it affirmation. [Simple description of the drawing] The figure is a three-dimensional exploded view of the components of the magnetic structure of the sleeve. The second figure is a schematic three-dimensional cross-sectional view of the sleeve magnetic structure. The third figure is a schematic view of the stereoscopic appearance of the magnetic structure of the sleeve. The fourth and fifth® series are schematic views of the sleeve magnetic structure installed on the sleeve rib. The sixth and seventh are taken as a schematic diagram of the second embodiment of the sleeve magnetic attraction structure. The eighth figure is a schematic view of the third embodiment of the present invention. [Description of main components] 1 housing body 11 hole 12 flange 13 rib 14 hole 15 lead 16 forced ring 2 magnetic member 3 sleeve 4 lock 10