M349426 八、新型說明： 【新型所屬之技術領域】 本創作係有關於一種電磁鎖結構’詳而言之係關於一種除可提供電磁效用 開啟門體之功能外’並兼具結構簡化以達節省空間、製造成本及防止元件互相 干擾之設計。 【先前技術】 — 按’-般日常生活中，Η鎖為使用中最為頻繁之—種，從早期之佩鎖到 _現今結構上越來越獅及精巧之各種麵，無―不是根據需麵逐步發展出之 門鎖結構，而其中陰極鎖更是-種具有可不須觸碰鎖體即可快速啟閉門體，或 可受遙控以令使用者得由遠端進㈣作之設計，也由於雜大之制性，故有 業者對陰極鎖進行諸多改良。 習用之陰極鎖結構請參閱美國專利案號第6634685號，『M349426 VIII. New Description: [New Technology Field] This creation is about an electromagnetic lock structure. In detail, it is related to the function of opening the door body in addition to providing electromagnetic effect. Space, manufacturing costs, and design to prevent components from interfering with each other. [Previous technology] - According to the '- everyday life, the shackles are the most frequently used species, from the early occlusion to the _ today's structure, more and more lions and delicate faces, no - not according to the needs of the gradual The door lock structure has been developed, and the cathode lock is a kind of design that can quickly open and close the door body without touching the lock body, or can be remotely controlled so that the user can design from the far end (4), and also due to miscellaneous There is a lot of improvement in the cathode lock. For the conventional cathode lock structure, please refer to US Patent No. 6634685,
Electronical ly-〇perable door strike with guard cl ip , springless solenoi 』’其係-種以電力產生磁效推動鎖舌以開啟·之設計，包括—基座，該㊆ 2供結合-轉1肺桿射供—鎖讀絲合，域座體上餘設有一 =及i合臂，該擋臂及開合臂齡各透過—㈣與座體組設，藉此以靜 動Λ體上細有—娜結構之電練置，該電 助我置係包括一内部纏繞有線圈之 殼體外凸露之插桿，而當電動—f餅殼體内部且兩端係可扫 ^- ,θ ,. 、又丨電力驅動使殼體内之線圈產生磁性時， 推開並將其卿臂之㈣I/ 打向移動，_可賴合臂往—侧方南 -、用’之束、，專解除，因而此時鎖 擋臂推離並_移冑，轉遞而权力量即可網 形彈一再者― 黃而係抵於鎖舌上，而另一端係相 M349426 _•於殼斜徑上，_受力往_時，環轉聽受壓躺可產生提供鎖 舌弹性復位之效果，並令鍾受彈簧之抵觀麵顿發生齡之可能性丨此 外，該特殊殼體之前後端係分別設有—具磁性以及—不具磁性之金屬蓋體，而 該插桿係包括以具磁性金屬製成之桿身，以及不具磁性金屬製成之推出部，該 杯身係對應位於該不具磁性之金屬蓋體處，而該推出部係對應位於該具磁性之 金屬盍體處’因而當該殼體之通電狀態解除時，藉由前述磁性與非磁性之對膚 -結構，推出部不會於該不具磁性之金屬蓋體處造成微小殘磁現象，而使插桿可 癱順利進入殼體内部，不致發生插桿復位速度延遲而使擒臂及鎖舌之活動受到阻 胃礙之情形。 然而，此種電子鎖雖可提供磁效推動鎖舌以開啟門體之功效，但其利用撞 臂、開合臂及鎖舌互為卡制之結構型態過於，不但座體内冑具有適當之^ 置供擋臂及開合臂樞設，且其亦須設置彈簧令檔臂及開合臂得以復位，以及座 .體内亦須備足相當之空間令播臂及開合臂得以做椹擺之動作，因此其結構形態 上可說是祕複_顿於使用；另外，料㈣及開合臂並未與其他元件以 更能節省空間之方式互為統整結合，因此該種設計並無法提供簡化内部結構之 #效用二並導致各元件發生互相干擾及磨損之可能性大增；再者，該特殊殼體及 插桿係__彳為具雜収不具樹_之職方式，目峨其殼體及插 棹2而言，兩者皆為以複合金屬組合而成之形式，其結構型態不但過於複雜， 且製造上更為不易並使生產成本相對提高，因此其實用度可說是相當有限，有 :要加以研發除可提供電磁效關關體之功能外，並兼具結構簡化以達節省 空間、製造成本及防止元件互相干擾之電磁鎖結構。 【新型内容】 f創作之主要目的係在於提供—種電磁鎖結構，其可改善習用之陰極鎖結 構型態過於複雜而無法節省空間、製造成本，以及容易發生互相干擾而使用不 6 M349426 便等缺失。 為達成前述之創作目的，本創作係包括一容置體、一鎖定機構以及一控制 機構，其中： 該容置體係概呈矩形盒狀並設有一容置空間，該容置空間係使容置體呈— 端封閉狀及一端開放狀之圍合型態之結構體，以及該容置空間係供該鎖定機構 及扰制機構組没之用，且該容置體一側係可與一固定板體組設，該固定板體除 '可將容置空間封閉以防鎖定機構及控制機構脫落外，且其係用以組設於門體與 .門體交接之處，而可將本創作固定於門體處，以令門體之其他元件與該固定板 籲體處露出之鎖定機構部份元件相互作用，並經由鎖定機構之功能以達門體關閉 或開啟之效用； 該鎖定機構聽括-鎖定件、—樞合桿贼—彈片，射賴定件一端係 具有-勾扣部’該勾扣部侧以與門體扣接結合以咖門體，或勾扣部與門體 .脫離扣接狀態即可令門體開啟；該鎖定件相對勾扣部另一端之侧邊係設有一摇 合孔，雜合聽可供雜合難設結合，錄合狀兩義分猶容置空間 内與容置體固定，因而該鎖定件係可藉該樞合桿於容置空間内產生拇擺動作； 籲另外，該鎖定件-側係具有-凹槽，該凹槽係與樞合孔互通，因而當插合桿與 枢合孔結合後，枢合桿係於該凹槽處呈現外露之型態，而該彈片係概呈彎折片、 狀’因轉片係可經由該凹槽穿設於鎖定件與框合桿之間，並令利—端與鎖 定件抵頂，而另-端餘頂於控制機構處，藉此以賦予鎖定件得朝控制機構方 向樞擺復位之功效； 該控制機構係包括-電磁體以及一抵擋件，而該容置空間底端之容置體處 係設有-祕槽…承置座做設於紐輯處，且該承置·提供電磁體承 設之用；該電磁體内係穿設有一推件，該推件—端係凸露於電磁體外並與抵撞 件觸抵’且當電磁體通電時，該推件係可受到電磁體產生之電磁效用往外移動田； M349426 另外’該容置空間-侧係具有一間避空間，而一支樓件係穿過容置體進入該閃 避空間内並與抵擋件活動組設，以及一彈性體係套設於支樓件外，立彈性體— 端係與抵擔件抵頂’端係抵頂於閃避空間之錢體壁面上，因而抵擔件 係受該彈性體推抵凸出於閃避空間外之鎖定件一側，因而鎖定件係受到該抵擒 件之限_無法獅；當電磁體未通電時，雜齡谢轉體之推抵凸出 於閃避空間外限_定件之擺動，而當電磁體通電時，該推件係相對電磁體往 .外移動並推壓抵擋件往閃避空間内移動，此時鎖定件即不受抵擔件之限制而可 _自由擺動藉此以提供門體開啟或關閉之效用，而當電磁體通電狀態解除後， 該推件即失去往外推壓之力量，此雜擋件即受彈性體推動令推件回歸原位， 且抵擂件亦再次回復至凸露於_錢外關鎖定件之位置，而使敏件無法 擺動。 因此本創作可說是-種相當具有實用性及進步性之創作，相當值得產 來推廣，並公諸於社會大眾。 【實施方式】 本創作係«於i電磁鎖結構，請參閱第_圖至第三圖所示，其主要係 ,包括一容置體卜一鎖定機構2以及一控孙_3，射： 、’、 該容置體1係概呈矩形盒狀並設有—容置空㈣，該容置空間u係使容置 體i呈三邊封閉狀及-邊開放狀之圍合型態之結構體，以及該容置空間Η係供 該鎖定機構2及控制機構3組設之用，且該容置體丨—側係可與—固定板體/ 組設’該固植體4除可將容置空間u封閉以防鎖定機構2及控制機構3脫落 外，且其係用以組設於門體與門體交接之處，而可將本創作固定於門體處，以 令門體之其他元件與觸定板體4處露出之鎖定機構2雜元件相互作用，並 經由鎖疋機構2之功能以達門體關閉或開啟之效用 該鎖定機構2係包括-鎖定件2卜—樞合桿22以及一彈片 23，其中該鎖 8 M349426 定件21係呈塊狀，且其 扣接結合以關閉門體，以=2^扣部211，該勾扣部211係用以與門體 鎖定件相對勾扣I211 _脫離扣接狀態即可令_啟；該 另一知之側邊係設有一貫穿肤 孔批係可供_合桿22樞設結合122 ^ °孔212，該插合 内與容置體i固定，因而_定件2丨/σ才干22之兩祕分別於容置空間π 樞擺動作W，_騎21 猎雜合桿22於容细1内產生 212互通，因而當樞合桿22純人氣、有—凹槽213 ’該凹槽213係與樞合孔 呈現外露之鶴，而_ 23^/ 212結合後’樞合桿22係於該凹_處 -穿設於鎖定件21ΐΓ人=片狀，因而彈片23係可經由該凹槽 另一端係抵衡觸並侧23—糊細抵頂，而 復位之功效;顧構3處，藉此以賦予鎖定们！ 4寻朝控制機構3方向柩擺 π ^ 谷置體丨處限位槽lu，—長條框形之承置座ιΐ2係顧於該限位槽 她w置座112係提供電磁體31承設之用；該電磁體31内係穿設有-=之Γ311，該推件311 一端係凸露於電磁體31外並與抵播⑽觸抵， ^雪磁體31 W，雜件311㈣物㈣產㈣刪往外移 、“。磁體31與推件311之結構型態及作用原理於相關業界中係屬習用之電 磁界心其规働方式與娜之關聯處， 而不再贅錢其原理方式及細部結構，合先敘明）；另外，該容置空間^ 一側 係具有-略呈内凹狀之閃避空間12，而一支撐件33係穿過容置體i進入該閃避 空間12内並與抵擋件32活動組設，以及—環狀之彈性體％係套設於支撑⑽ 外’且_體34-端係與抵擋件犯抵頂，而另一端係抵頂於閃避空間12之容 Μ 1壁面上，因而域件32係受該彈性體34推抵凸出於閃避外之鎖 定件21 -側’因而鎖定件21係受職抵擋件32之_無法擺動；請參閱第 M349426 四a圖至第六b _示’當電· 31未酬，賴伽_ 之推抵凸__ 12外限制鎖定件21之擺動，•電磁體&體= 推们11係相對電磁體31往外移動並推壓抵擋件32往閃避空間12内移動二 時鎖疋件21即不受域件32之限制而可自由擺動，藉此以提供 閉之效用’而當電磁㈣通電狀態解除後，該推細即失去往外推壓之力_ ㈣聯32㈣刪34 _令推件3n晴位，域齡犯亦再次里 设至凸露於_空間12外_鎖定件21之位置，而使鎖定件Μ無法擺動 者，_定機構2之彈片23-端係略呈弧曲狀並扣搭於電磁體3ι之抑上 因而該電磁㈣係受_ 23之抵壓限位無法移動，藉此以 謂 31脫位之效用。 电观 .請飾壯圖至第十續所示，其係本創作電磁舰構之其他實施例，I 中主要讀與第一實施例相同者，综此不再贅述，如下僅就不同結構敛述之。 /第二實施例係如第七圖至第十a圖所示，該推件311之—端係設有一徑向 :主内縮之嵌合段仙，而該抵擋件32係為—矩形塊狀之結構體，且其一端係 設有-呈開放狀倒11形開口之缺槽321，因而抵擋件32係可藉該缺謂與推 籲件311之欣合段3111卡設結合；另外，該第二實施例之電磁體Μ係為通電後 將推件川往内移動之型態，且推件311係與電磁體31内部為彈性設置之關係， 因而電磁體31解除通電狀態後，推件311即受電磁體31内部之彈性作用往外 移出呈凸露狀(該種推件311為移人式之電磁體31以助部彈㈣置方式亦為 業界中所習知者，故諸此不再贅述及其原理方式及細部結構），·如八3圖至第十 b圖所示，當電磁體31未通電時，該推件311係受電磁體3ι内部之彈性作用往 外移動，並使與餘設之城件32進塌駭間12内，此_餅Μ即不受 抵擋件32之限制而可自由活動，而當電磁體31通電時，該推件犯係受電磁 體31作用反抗彈性作用往内移動，此時抵播件⑽即被推件犯拉出於間避空 M349426 間12外之鎖定件21 —側，而使鎖定件21受到抵擋件32之限制而無法活動， 藉此以提供門體關閉或開啟之效用。 如上所述之實施例結構型態，本創作第一實施例之操作方式係為：使電磁 體31通電令抵擋件32移入閃避空間12内而使鎖定件21得自由活動，以及解 除通電後，抵擋件32係受彈性體34推出閃避空間12外限制鎖定件21不得活 動；第二實施例之操作方式係為：使電磁體31通電將抵擋件32拉出於閃避空 間12外限制鎖定件21不得活動，而解除通電後，推件31H系受電磁體内部Electronical ly-〇perable door strike with guard cl ip , springless solenoi 』 'The system - the design of the magnetic effect of the power to push the lock tongue to open · including - the base, the seven 2 for the combination - turn 1 lung shot For the lock-locking, the rest of the domain is provided with a = and i-arm, and the arm and the arm are open to each other - (4) and the seat is set up, so that the static body is fine The electric power of the structure helps the system to include a plunger that is externally exposed with a coil, and when the electric-f cake shell is inside and both ends are capable of sweeping ^-, θ, .丨When the electric drive makes the coil in the housing magnetic, push it open and move the arm of the arm (I) to the side, and the arm can be moved to the side, and the beam is used. When the lock arm is pushed away and _ moved, the power can be transferred and the net shape can be repeated again and again - yellow and tied to the lock tongue, while the other end is M349426 _• on the shell slant diameter, _ force When going to _, the ring turns to the pressure to lie down to produce the effect of providing elastic return of the bolt, and the possibility of the clock being affected by the spring. The front end of the housing is respectively provided with a magnetic cover and a magnetic cover which is not magnetic, and the insert includes a shaft made of a magnetic metal and a push portion made of a non-magnetic metal. Corresponding to being located at the non-magnetic metal cover, and the push-out portion is located at the magnetic metal body, and thus, when the energized state of the casing is released, by the magnetic and non-magnetic skin- The structure, the push-out part does not cause a slight residual magnetism at the non-magnetic metal cover body, so that the plunger can smoothly enter the inside of the casing without causing the delay of the resetting speed of the plunger to cause the movement of the arm and the tongue to be affected. Resist the stomach. However, although the electronic lock can provide the magnetic effect of pushing the bolt to open the door body, the utility model uses the collision arm, the opening and closing arm and the locking tongue to be mutually engaged in the structural type, and the body is not only suitable. The arm and the opening and closing arm are pivoted, and the spring is also required to reset the arm and the opening and closing arm, and the seat body must also have sufficient space for the boom and the opening and closing arm to be made. The action of swaying, so its structure can be said to be secret _ _ used in use; In addition, material (four) and the opening and closing arm are not integrated with other components in a more space-saving way, so the design It is not possible to provide a simplification of the internal structure of the utility 2 and lead to a greater increase in the mutual interference and wear of the components; in addition, the special housing and the plug-in system __彳 is a mode of miscellaneous, not a tree. In view of the shell and the insert 2, both of them are in the form of a composite metal, and the structure is not only too complicated, but also more difficult to manufacture and relatively high in production cost, so its practicality It can be said that it is quite limited, there are: to be developed in addition to providing electricity In addition to the functions of the magnetic effect related body, it also has an electromagnetic lock structure that is simplified in structure to save space, manufacturing cost and prevent components from interfering with each other. [New content] The main purpose of f creation is to provide an electromagnetic lock structure, which can improve the conventional cathode lock structure type, which is too complicated to save space, manufacturing cost, and easy to interfere with each other without using 6 M349426. Missing. In order to achieve the above-mentioned creative purpose, the present invention includes a housing, a locking mechanism and a control mechanism, wherein: the housing system has a rectangular box shape and is provided with an accommodating space for accommodating the accommodating space. The body is a closed structure and an open-ended structure, and the accommodating space is used for the locking mechanism and the disturbance mechanism, and the side of the container can be fixed with a fixed body The board body is set up, and the fixed board body can be closed to prevent the locking mechanism and the control mechanism from falling off, and the system is used for assembling the door body and the door body, and the creation can be Fixed at the door body, so that other components of the door body interact with the locking mechanism part of the fixing plate exposed body, and the function of the locking mechanism is used to close or open the door body; the locking mechanism listens Including - locking member, - pivoting rod thief - shrapnel, the one end of the fixing member has a - hooking portion 'the side of the hooking portion to be engaged with the door body to join the door body, or the hook portion and the door body. The door body can be opened when the buckled state is released; the locking member is relatively hooked The other side of the other end of the part is provided with a rocking hole, and the hybrid hearing can be combined with the miscellaneous combination. The two-folded two-folded space is fixed in the space and the receiving body, so that the locking member can be pivoted The lever is formed in the accommodating space to generate a thumb swinging motion; in addition, the locking member-side has a groove, and the groove communicates with the pivoting hole, so that when the insertion rod is combined with the pivot hole, the pivoting The rod is in an exposed shape at the groove, and the elastic piece is in the form of a bent piece, and the shape is transmitted through the groove between the locking member and the frame rod, and the The end is abutted against the locking member, and the other end is placed at the control mechanism, thereby giving the locking member a pivotal resetting effect toward the control mechanism; the control mechanism includes an electromagnet and a resisting member, and the control mechanism includes The receiving body at the bottom end of the accommodating space is provided with a secret trough... The bearing seat is arranged at the New Series, and the mounting and providing the electromagnet is provided; the electromagnet is provided with a pushing member The pusher-end is exposed to the electromagnetic body and is in contact with the abutting member, and when the electromagnet is energized, the pusher can be subjected to the electromagnet The electromagnetic effect of the living is moved outwards; M349426 In addition, the space of the accommodating space-side has a space to avoid, and a piece of land passes through the accommodating body and enters the dodge space and is set up with the resisting member, and one The elastic system is sleeved outside the branch member, and the vertical elastic body - the end portion and the abutting member abutting the end end against the wall surface of the dodge space, so that the supporting member is pushed against the elastic body The side of the locking member outside the space is evaded, so the locking member is limited by the yoke member. When the electromagnet is not energized, the push of the hybrid body is protruded from the outer space of the evasive space. Swinging, and when the electromagnet is energized, the pushing member moves relative to the electromagnet and pushes the resisting member to move into the doping space. At this time, the locking member is not restricted by the supporting member and can be freely swung. In order to provide the utility of opening or closing the door body, when the electromagnet is energized, the push member loses the force of pushing outward, and the miscellaneous member is pushed by the elastic body to return the push member to the original position, and the pressing member is returned. Also replied again to the position of the _ money outside the lock, The photosensitive members can not swing. Therefore, this creation can be said to be a kind of practical and progressive creation, which is worthy of promotion and publicity. [Embodiment] This creation system «i electromagnetic lock structure, please refer to the figure _ to the third figure, its main system, including a housing body a locking mechanism 2 and a control sun _3, shooting: ' The housing body 1 is generally rectangular and has a space for accommodation (4). The housing space u is a structure in which the housing body i is closed in three sides and is closed in an open shape. The body, and the accommodating space 供 are provided for the locking mechanism 2 and the control mechanism 3, and the accommodating body 侧-side system can be combined with the 固定 plate body/assembly The accommodating space u is closed to prevent the locking mechanism 2 and the control mechanism 3 from falling off, and is used to be disposed at a place where the door body and the door body meet, and the creation can be fixed at the door body to make the door body The other components interact with the locking mechanism 2 exposed at the sizing plate 4, and the function of the locking mechanism 2 is used to close or open the door. The locking mechanism 2 includes a locking member 2 - pivoting The rod 22 and a elastic piece 23, wherein the lock 8 M349426 is fixed in a block shape, and the buckle is coupled to close the door body to replace the door portion 211, the hook The part 211 is configured to be detachable from the door body locking member I211 _ detachment state; the other side of the body is provided with a through-hole group for _ splicing 22 pivoting 122 ^ The hole 212 is fixed in the insertion body and the receiving body i, so that the two secrets of the splicing 2 丨 / σ 22 are respectively placed in the accommodating space π pivoting action W, _ riding 21 hunting hybrid rod 22 1 generates 212 intercommunication, so when the pivoting rod 22 is purely popular, there is a groove 213 'the groove 213 and the pivoting hole show the exposed crane, and after the _ 23^/ 212 is combined, the 'the pivoting rod 22 is tied to The concave portion is disposed in the locking member 21 and is in the form of a sheet, so that the elastic piece 23 can be balanced by the other end of the groove and the side 23 is pasted and the top is pasted, and the effect of the resetting is achieved; Take this to give the lockers! 4 seek the direction of the control mechanism 3 柩 π ^ 谷 丨 丨 限 限 lu , , , , , , , , , , , , , , , 系 系 系 系 系 系 系 系 系 系 系 系 系 系 系 系 系 系 系 系 系 系 系 系 系The electromagnet 31 is internally provided with a -= Γ 311, one end of the pusher 311 is exposed outside the electromagnet 31 and is in contact with the anchor (10), ^ snow magnet 31 W, miscellaneous 311 (four) (four) (4) Deletion to the external, ". The structure and function principle of the magnet 31 and the pusher 311 are related to the standard of the electromagnetic center of the relevant industry in the relevant industry, and no longer pay for the principle and The accommodating space ^ side has a slightly concave recessed space 12, and a support member 33 passes through the accommodating body i into the evasive space 12 and And the resisting member 32 is arranged in an active manner, and the ring-shaped elastic body is sleeved on the outer side of the support (10), and the _body 34-end and the resisting member are smashed against the top, and the other end is abutted against the escaping space 12 Μ 1 on the wall surface, so that the domain member 32 is pushed by the elastic body 34 against the side of the locking member 21 that is evasive and thus the locking member 21 is employed by the resisting member 32. Method swinging; see section M349426, four a to six b, showing 'when electric · 31 unpaid, Lai _ _ pushes the convex __ 12 outer limit lock 21 swing, • electromagnet & body = push When the 11 is moved outward relative to the electromagnet 31 and pushes the resisting member 32 to move into the dodging space 12, the locking member 21 is freely swingable without being restricted by the domain member 32, thereby providing a closing effect. Electromagnetic (4) After the power-on state is released, the push-up will lose the force of pushing outwards _ (4) Union 32 (4) Delete 34 _ Order push 3n clear position, the domain age criminal is again set to the convex _ space 12 outside _ lock 21 The position of the locking member Μ can not be swung, the 23-end of the elastic piece of the fixed mechanism 2 is slightly curved and buckled on the electromagnet 3 ι, so the electromagnetic (four) is subject to the _ 23 pressure limit Can not move, thereby using the effect of dislocation of 31. Electric view. Please decorate the figure to the tenth continuation, which is the other embodiment of the present electromagnetic hull, I mainly read the same as the first embodiment, I will not repeat them here, as will be described below only for different structures. / The second embodiment is shown in the seventh to tenth drawings, the end of the pusher 311 The radial member is provided with a main-retracting fitting portion, and the abutting member 32 is a rectangular block-shaped structural body, and one end thereof is provided with a slot 321 which is an open-shaped inverted 11-shaped opening, thereby resisting The member 32 can be combined with the accommodating section 3111 of the pusher 311 by the missing condition; in addition, the electromagnet Μ of the second embodiment is a type in which the pusher moves inward after being energized, and pushes The member 311 is elastically disposed inside the electromagnet 31. Therefore, after the electromagnet 31 is deenergized, the pusher 311 is outwardly removed by the elastic action of the electromagnet 31 (the pusher 311 is moved). The electromagnet 31 is also known to those skilled in the art in the form of a booster (four), so it will not be described again, and its principle and detailed structure), as shown in Figures 8 through 10b. When the electromagnet 31 is not energized, the pusher 311 is moved outward by the elastic action of the electromagnetic body 3ι, and is brought into the collapse 12 between the remaining city members 32, and the cake is not affected by the resist member 32. Restricted and freely movable, and when the electromagnet 31 is energized, the pusher is forced to move inward by the action of the electromagnet 31 At this time, the anchor member (10) is pulled by the push member to the side of the lock member 21 outside the room M349426, and the lock member 21 is restricted by the resist member 32 to be movable, thereby providing the door. The effect of closing or opening the body. According to the embodiment of the present invention, the first embodiment of the present invention operates in such a manner that the electromagnet 31 is energized to move the resisting member 32 into the dodging space 12 to freely move the locking member 21, and after the power is turned off, The resisting member 32 is restrained from being locked by the elastic body 34 and the locking member 21 is not movable; the second embodiment is operated by energizing the electromagnet 31 to pull the resisting member 32 out of the dodging space 12 to restrict the locking member 21 Do not move, and after the power is turned off, the pusher 31H is subjected to the inside of the electromagnet
彈性作用往外移出，並使抵擋件32進入閃避空間12内以令鎖定件訂得自由活 動；因此由以上敘述中可得知，本創作係利用彈片23與鎖定件訂統整結合而 具有結構簡狀姻’从設置_槽12令減件32私或移蛛控綱定 件21之活動方式亦相當精巧便利，較習知結構更具有簡化結構型態及節省内部 二間之朗，並當紐各元件之侧更為觸^不相互預，且摘作電磁體 • 31及推件311之作動方式，亦令其不需如制者以複合金職造來避免殘磁現 象’故可提供簡化結構及節省製造成本之效用。 斤述者僅轉本;|彳作之較佳實施例，並#企_秦讀本創作做 鲁任何形式上之關’是以’凡有在相同之創作精神下所做有關本創作之任何修 飾或變更者，皆仍應包括在本創作意圖保護之範脅内。 …=所述，本創作電磁鎖結構在結構設計、使用實用性及成本效益上，綠 貫^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 ^、有新穎性」應無疑慮，又本創作可較之習知結構更具功效之 增進—因此亦具有「進步性」，其完全符合我國專利法有關新型專利之申請要件 見定乃依法提起專利申請，並敬請鈞局早日審查，並給予肯定。 11 M349426 【圖式簡單說明】 第一圖係本創作電磁鎖結構各部元件立體 第二圖係本創作電·結構立體外⑽意圖。圖 第三圖係本創作電_結_定_後n 圖 第y圖係本創作1磁鎖結構作動狀態立體示意圖 。、五^係本創作電磁鎖結構作動狀態剖面示意圖 本創俩賴結構作她態_面示· ΪΙΓίΓΓ鎖結構第二實施例各部元件立體分解圖。 第九：創作電磁鎖結構第二實施例作動狀態立體示音圖。 ‘二===:實_㈣面示_。 【主要元件舰制】、、°⑽—實施例_狀_剖面示意圖 1 容置體 112承置座 21 鎖定件 213凹槽 3 控制機構 3111嵌合段 33 支撐件 11容置空間 12閃避空間 211勾扣部 22 柩合桿 31電磁體 32抵精件 34彈性體 111限位槽 2 鎖定機構 212樞合孔 U彈片 311推件 321缺槽 4 固定板體The elastic action is removed outwardly, and the resisting member 32 is inserted into the dodging space 12 to make the locking member freely movable; therefore, as can be seen from the above description, the present invention utilizes the elastic piece 23 and the locking member to be integrated and has a simple structure. From the setting_slot 12, the reduction of the 32 pieces of the private or the movement of the spider control element 21 is also quite delicate and convenient. Compared with the conventional structure, it has a simplified structure and saves the internal two. The sides of each component are more sensitive to each other and are not pre-predicted, and are also used as an electromagnet 31 and pusher 311 to operate, so that they do not need to be used as a composite gold to avoid residual magnetism. Structure and utility of saving manufacturing costs. The jins are only transferred to the book; the preferred embodiment of the 彳 , , , , , , , , , , , , # 秦 秦 秦 秦 秦 秦 秦 秦 秦 秦 秦 秦 秦 秦 秦 秦 秦 秦 秦 秦 秦 秦 任何 任何 任何 任何 任何 任何 任何 任何 任何 任何Or the changer should still be included in the scope of this creative intention protection. ...=The design of the electromagnetic lock structure of this creation is in line with the structural design, practicality and cost-effectiveness. The Green Crossing ^ is fully in line with the needs of industrial development, and the disclosed structural creation is also unprecedented in innovation ^, novelty It should be undoubtedly considered that this creation can be more effective than the conventional structure - therefore it is also "progressive", and it is fully in line with the application requirements of the new patent in China's patent law. Please check with the bureau for an early review and give it affirmation. 11 M349426 [Simple description of the diagram] The first picture is the three-dimensional part of each part of the electromagnetic lock structure of this creation. The second picture is the intention of the creation of electricity and structure (10). The third picture is the author's creation _ _ _ _ _ after n picture y y picture is a three-dimensional diagram of the actuating state of the magnetic lock structure. The schematic diagram of the active state of the electromagnetic lock structure of the present invention is a three-dimensional exploded view of the components of the second embodiment of the second embodiment of the present invention. Ninth: Creation of the electromagnetic lock structure The second embodiment is a three-dimensional sound diagram of the active state. ‘two===: real _ (four) face _. [Main component ship system], ° (10) - embodiment _ shape _ cross-sectional view 1 accommodating body 112 bearing seat 21 locking member 213 groove 3 control mechanism 3111 fitting section 33 support member 11 accommodating space 12 dodging space 211 Hooking part 22 Kneading rod 31 Electromagnet 32 Abutment element 34 Elastomer 111 Limiting groove 2 Locking mechanism 212 Pivot hole U Spring piece 311 Pushing piece 321 Missing groove 4 Fixing plate body