M417416 五、新型說明： 【新型所屬之技術領域】 摘作係為-㈣肖稀饱騎構，雜—種可肖 控制組件，而可快速旋動調整該控制組件之控制件的方向，進而可 用拆卸組裝崎繼败缺失，啊兼糊物 之雙向調整功效。 呵冤開門 【先前技術】 如，美國專利隨225，請參閱第一圖所示，其係由該移位螺㈣ 穿設橫向移位孔61並使該L型角板63固設於橫向移位孔Μ外側再以該 定位螺絲64穿設於底座6之通嫌败孔65並_机_㈣並頂 螺孔66時，而可達到通侧（fail se_)，請參閱第二圖所示^ 該移位螺職f繼移魏61並魏⑶肖㈣職純崎位孔^ 内側，再以該定位螺絲64穿設於底座6之斷電開門固定孔67並螺固於L 型角板63之底螺孔68時，而可達到斷電開門（faU响）功效進而可 達到雙向調整以適用於不同規格之安裝目的； 該美國專利_99225，其雖可達到雙向調整以適用於不同規格之安裝 的然部因田通電開門（fail secure)模式欲更換為斷電開門㈤】幼⑹ ㈡式或斷電開門（faii safe)模式欲更換為通電開門（如議⑷模 式’必須先賴移輯觸蚊傾·4分職開射，再織l型角機 位置，最後再分別將該移位螺絲6〇與定位螺絲料固設於欲安裝之位置因 而導致拆卸組裝耗時，進而造成調整不便之缺失； 是故’如何將上料缺失加簡除，即為本軸作人所欲解決之技術 M417416 困難點之所在。 【新型内容】 有鐘於美國專利US6299225易導致拆卸組裝耗時，進而造成調整不便， 因此本創作之目的在於提供一種雙向可調式電磁鎖結構，其可快速拆卸組 裝該控制組件，而可快速旋動調整該控制組件之控制件的方向，進而可改 善習用拆卸組裝耗時及織錢之缺失，同時可兼具達到送朗門、斷電 開門之雙向調整功效； 為達成以上之目的，本創作係提供一種雙向可調式電磁鎖結構，其包 含： 一底座，該底座内設有容室，且該底座内設有至少—續部，又該底 座-側設有至少-結合孔’且該底座二側分別設有穿孔； 一電磁閥，該電磁閥固設於底座之容室内； 一控制組件’該㈣組件接設於底座之結合孔與支料之間，且該控 制組件觸接於電磁閥，又該控做件包括_控制件，該控制件穿設於底座工 其支撐部之㈣，又該控制件二側分別設有第_缺口部鱗二缺口部， 且該控制件二端分別設有第—擋部與第二撞部； 一鎖扣組，該鎖扣組軸接於底紅穿孔，且該鎖扣組包括—鎖扣該 鎖扣-側設有抵部，該抵部觸接於控制組件之控制件； 藉由該控制組件接設於底座之結合孔與支撐部之間，俾可快速拆卸也 裝該控制組件’而可快速鶴調整該控制組件之控制件的方向，進而可改 M417416 【實施方式】 為使貴審查員方便簡捷瞭解本創作之其他特徵内容與優點及其所達 成之功效能夠更為顯現，兹將本創作配合附圖，詳細說明如下. 請參閱第三圖、第五圖所示，本創作係提供一種雙向可調式電磁鎖結 構，其包含： 一底座1，該底座1内設有容室u，且該底座i内設有至少一支樓部 12 ’該支料12峡有透孔13，又職座丨_側設有至少—結合孔… 且該底座1二側分別設有穿孔15; 一電磁閥2,师瞻紐1塊_，電师設 有活動桿21 ; 控制、，且件3 ’磁做件3接設於底座丨之結合孔μ與支鄉η之 間，且該控制組件3觸接於電磁閥2，又該控制組件3包括—螺固㈣與 -彈性件36及-控制件31 ’其中該螺固件37螺固於底座】之結合額内， 又該職件37可為螺絲，該螺絲可斜字螺絲或為-字螺絲，且該控制件 31穿設於底座丨其續部12之透孔13内，請频第_、第四之a圖所 亥控制件31 _側分別設有第—缺口部犯與第二缺口部π，且該控 制件31 _端刀顧有第_擋部&與第二擋⑽，又該控制件μ觸接於電 蹋之活動才干2卜另該控制件31可為不鏽鐵材質，如不錄鐵脑加材 質且該彈吐件36 _端觸接於螺固件打，又該彈性件％另一端觸接於控 制件31，另該彈性件36可為彈簧； 二 ，貞扣、’且4 ’ 6玄鎖扣組4轴接於底座i之穿孔15，且該鎖扣組*包括 '41 .、至广鎖扣彈簧⑭及―軸棒體奶，其中該鎖扣μ 一側設有抵 5 M417416 M3該抵°M3觸接於控制組件3之控制件31，且該抵部41可為 S" —齡別設有軸孔42，又該軸棒體45穿設於_ 41 42與鎖扣彈簧44内，且該軸棒體45軸接於底座！之穿孔15 ; ? 凊再參閱第四之A圖所示，當本創作未通電或斷電時，該電磁間2不 作動，使該活_ 21 _位，藉由_扣41德部•法與控制㈣ 之第一缺口部32相對應，且該控制件31之第一擋部34與鎖扣 43相對應，俾可使該鎖扣41之抵部43無法下壓壓入控制件31之第 部3^内，而可使該鎖扣41被控制件幻卡住，因而可達到斷電關門功效； =磁間2之活動桿21伸出推頂該控制件31之第二擋部35側邊= 魏卿可帶動該控制件31移位驾使該控制件 可對應於鎖扣41之抿邱μ 4〇i d2 抵°卩43，轴魏鎖扣41之抵利可頂叙 件31之第—缺口部32内，俾可達到送電開門功效； 工 模若t用者欲將斷電關門、送電開門模式更換為送電關門、斷電開門 之間，俾可快速旋動鬆開該螺_二 雕物 件31，願速麵動或錢_控辦Μ，因而可 做侧件31其第—細部32與第二缺嘯之方 :’進而可使該控制件31之第， 換為达電Μ、斷電開門模式’因此，本創作可 而可快速旋動調整該控制組件3之控制件31的方向，組件3 ’ 組裝耗時制缺。用拆卸 i马不錄鐵材質，而可進行 ’”、處理’目而可增強硬度，進而可達到增強抗拉力之功效； 不π再配合參閱第八圖所示，又當本創作未通電或斷電時，該電磁間2 不作動’使該活動桿21保持原位，藉由該控制件31之第二缺口部33對應 鎖扣4】夕:ht _Λιτ 〜 -°，俾使魏扣41之紛M3可下驗人控麟31之第二 缺口。15 33 ’而可達到斷f開門功效； 該番、閱第九圖所不’當本麟通電或送電時，該電磁閥2作動，使得 :磁閱2之活動桿21伸_該控制件31之第二擋部關邊因而使 i電磁閥2可帶動該控制 控制件幻之第1 移位，進而可使該鎖扣之抵部43無法與 ., 、° °Ρ 33對應’且該控制件31之第二擋部35與鎖扣41 之抵部43斜癍，伯-τα _ ·、、使該鎖扣41之抵部43無法下壓壓入控制件31之第 —缺口部 33 内，；^ ° _扣41破控制件31卡住，因而可達到送電關門 之====咖之結⑽與伽 控制件31的方向 控制組件3 ’而可快速旋動調整該控制組件3之 可兼丨、“何改善_物婦耗時及調整枝之缺失，同時 :門、斷電開門之雙向調整功效。 析如下：《丨作更加顯現出其進步性與實用性，兹與先前技術作—比較分 習用缺失： 1、 拆卸組裝耗時。 2、 調整不便。 本創作優點： 1、 可快速拆卸組裝該控制組件。 2、 可快速魏調整該控制組件之控制件的方向。 3、 可改善別拆卸組裝耗時及纏不便之缺失。 4、 增強抗拉力。 【圖式簡單說明】 第一圖係、錢雜狀隸_心嫌辦·孔相之示意圖。 第二圖係為先前技術之移倾絲定位於橫向移位孔内側之示意圖。 第三圖係林靖之大部分解示意圖。 第四圖係為本創作之部分組合示意圖。 第四之A圖係為第四圖之部分俯視剖視示意圖。 第五圖係為本創作之立體組合示意圖。 第六圖係為本創作其送電開Η之動作示意圖。 第七圖係為本創作賊_整_件方向之動作示意圖。 第八圖係為本創作其斷制Η之動作示意圖。 第九圖係為本創作其送門之動作示意圖。 【主要元件符號說明】 1..底座 11..容室 12..支撐部 13..透扎 14..結合孔 15..穿孔 2..電磁閥 21..活動桿 3·.控制組件 31..控制件 32..第一缺口部 33..第二缺口部 M417416 34.. 第一擋部 36.. 彈性件 4.. 鎖扣組 42.. 軸孔 44.. 鎖扣彈簧 6.. 底座 61.. 橫向移位孔 64.. 定位螺絲 66.. 頂螺孔 68.. 底螺孔 35.. 第二擋部 37.. 螺固件 41.. 鎖扣 43.. 抵部 45.. 軸棒體 60.. 移位螺絲 63.. L型角板 65.. 通電開門固定孔 67.. 斷電開門固定孔M417416 V. New description: [New technical field] The abstract is based on - (4) Xiao Shuang full riding, miscellaneous - can control the components, and can quickly adjust the direction of the control components of the control component, and then available Disassembly and assembly of the lack of success, and the two-way adjustment of the paste.冤 冤 [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ The outer side of the hole hole is further disposed by the positioning screw 64 on the through hole 65 of the base 6 and the top screw hole 66, and the through side (fail se_) can be reached, as shown in the second figure. ^ The shifting screw job f moves the Wei 61 and Wei (3) Xiao (4) position pure pure hole hole ^ inside, and then the positioning screw 64 is inserted through the base 6 to open the door fixing hole 67 and screwed to the L-shaped gusset 63 bottom screw hole 68, can achieve the power-off door (faU ring) effect and can achieve two-way adjustment for different specifications of the installation purpose; the US patent _99225, although it can achieve two-way adjustment to apply to different specifications The installed part of the field is in accordance with the fail safe mode to be replaced with a power-off door (5)] young (6) (2) or faii safe mode to be replaced with a power-on door (such as the discussion (4) mode must first move In the case of mosquitoes, the 4th position is opened, and the position of the angle machine is woven. Finally, the shifting screw 6〇 and positioning are respectively arranged. The wire is fixed at the position to be installed, which leads to the time-consuming disassembly and assembly, which leads to the lack of adjustment inconvenience. Therefore, it is difficult to remove the missing material, which is the technology that the shaft is intended to solve. [New content] There is a time in U.S. Patent No. 6,299,225, which is easy to disassemble and assemble, which leads to inconvenient adjustment. Therefore, the purpose of the present invention is to provide a two-way adjustable electromagnetic lock structure, which can quickly disassemble and assemble the control component. Quickly adjust the direction of the control component of the control component, thereby improving the time-consuming and the lack of weaving money for the disassembly and assembly, and at the same time, achieving the two-way adjustment effect of reaching the slamming door and opening the door for power failure; The present invention provides a two-way adjustable electromagnetic lock structure, comprising: a base having a chamber therein, wherein the base is provided with at least a continuation, and the base-side is provided with at least a --joining hole and The two sides of the base are respectively provided with perforations; a solenoid valve is fixed in the chamber of the base; a control component 'the (four) component is connected to the base Between the coupling hole and the material, and the control component is in contact with the electromagnetic valve, and the control member comprises a control member, the control member is disposed on the support portion of the base (4), and the control member is respectively disposed on two sides There is a first notch portion of the first two-notch portion, and the second end of the control member is respectively provided with a first blocking portion and a second collision portion; a locking group, the locking group is axially connected to the bottom red perforation, and the locking group Including - the buckle is provided on the side of the latch - the abutting portion is in contact with the control component of the control component; the control component is connected between the coupling hole of the base and the support portion, and can be quickly disassembled and mounted The control component can quickly adjust the direction of the control component of the control component, and can be changed to M417416. [Embodiment] To enable the examiner to easily and easily understand the other features and advantages of the creation and the effect achieved by the same. For the sake of visualization, the author will be described in detail below with reference to the drawings. Please refer to the third and fifth figures. The present invention provides a two-way adjustable electromagnetic lock structure, which comprises: a base 1 in which the base 1 There is a chamber u, and the base i has a There is one less building 12' The 12 gorge has a through hole 13 and the seat 丨 _ side is provided with at least a combined hole... and the base 1 is provided with a perforation 15 on each side; a solenoid valve 2, Shizhan 1 piece _, the electrician is provided with a movable rod 21; control, and the piece 3' magnetic piece 3 is connected between the coupling hole μ of the base 与 and the branch η, and the control assembly 3 is in contact with the solenoid valve 2 And the control component 3 includes a screw-solid (four) and - elastic member 36 and - a control member 31 ' wherein the screw 37 is screwed to the base, and the workpiece 37 can be a screw, the screw can be inclined The word screw or the - word screw, and the control member 31 is disposed in the through hole 13 of the base 丨 the continuation portion 12 thereof, and the first and fourth sides of the control unit 31 _ side are respectively provided with the first The notch portion is erected with the second notch portion π, and the control member 31 _ end has a _ ′′ portion & and a second semaphore (10), and the control member μ is in contact with the activity of the eMule 2 The member 31 can be made of a stainless steel material, such as a non-recorded iron-and-iron material, and the end of the elastic member is contacted with the screw, and the other end of the elastic member is contacted with the control member 31, and the elastic member 36 Can be a spring; Second, the buckle, 'and 4' 6 shackle group 4 shaft is connected to the perforation 15 of the base i, and the lock group * includes '41., the wide lock spring 14 and the shaft rod body milk, wherein The side of the latch μ is provided with a control member 31 that is in contact with the control unit 3, and the abutting portion 41 can be a shaft hole 42 and the shaft rod 45. It is worn in _ 41 42 and the lock spring 44, and the shaft rod 45 is axially connected to the base! Perforation 15; ? 凊 Refer to Figure 4, A, when the creation is not energized or powered off, the electromagnetic room 2 does not move, so that the live _ 21 _ position, by _ buckle 41 German Department Corresponding to the first notch portion 32 of the control (4), and the first blocking portion 34 of the control member 31 corresponds to the buckle 43 so that the abutting portion 43 of the locking member 41 cannot be pressed down into the control member 31. In the first part 3^, the lock 41 can be locked by the control member, so that the power-off function can be achieved; the movable lever 21 of the magnetic room 2 extends and pushes the second stop 35 of the control member 31. Side = Wei Qing can drive the control member 31 to move the control member so that the control member can correspond to the lock 41 of the lock 41, the weight of the shaft lock 41 is the same as the - In the notch 32, the 俾 can achieve the function of power transmission and opening; if the worker wants to turn off the power, the power-on door is replaced by the power-off door, and the power is turned off, the snail can be quickly rotated to release the snail. The engraving object 31, is willing to move or control the money, so that the side part 31 and its second part 32 can be used as the side part 31, and the second part of the control piece 31 can be replaced by electric power. Broken The electric door opening mode ' Therefore, the present invention can quickly adjust the direction of the control member 31 of the control unit 3, and the assembly 3 ′ is time-consuming to assemble. It can be used to dismantle the i-horse and not to record the iron material, but it can be used to enhance the hardness, and then the effect of enhancing the tensile strength can be achieved. Or when the power is off, the electromagnetic room 2 is not actuated 'to keep the movable rod 21 in the original position, and the second notch portion 33 of the control member 31 corresponds to the buckle 4】: ht _ Λιτ 〜 -°, 魏 魏 魏41 of the M3 can be tested under the second gap of the control of Lin 31. 15 33 'can achieve the function of breaking the door to open; the time, read the ninth figure does not 'when Ben Lin is energized or powered, the solenoid valve 2 is activated Therefore, the movable rod 21 of the magnetic reading 2 extends _ the second blocking portion of the control member 31 closes the edge so that the solenoid valve 2 can drive the first displacement of the control control member, thereby enabling the locking of the locking member The portion 43 cannot correspond to ., , ° ° 33 and the second stop portion 35 of the control member 31 and the abutting portion 43 of the lock 41 are inclined, and the abutment of the lock 41 is made. 43 can not be pressed down into the first notch portion 33 of the control member 31; ^ ° _ button 41 breaking control member 31 is stuck, so that the power supply closing door can be reached ====Caizhijie (10) and gamma control The direction control component 3' of the member 31 can quickly adjust the balance of the control component 3, "how to improve the time of the woman and the lack of the adjustment branch, and at the same time: the two-way adjustment function of the door and the power-off door. The analysis is as follows: "The work is more progressive and practical, and it is compared with the prior art. The use of the missing is: 1. It takes time to disassemble and assemble. 2. Adjustment is inconvenient. Advantages of this creation: 1. The control assembly can be assembled and disassembled quickly. 2. The direction of the control part of the control component can be quickly adjusted. 3, can improve the lack of time and trouble of disassembly and assembly. 4. Enhance tensile strength. [Simple description of the map] The first picture is a diagram of the money, miscellaneous _ _ _ _ _ _ _ _ _ _ _ _ The second figure is a schematic view of the prior art tilting wire positioned inside the lateral displacement hole. The third picture is a schematic diagram of most of Lin Jing's solution. The fourth picture is a partial combination diagram of the creation. The fourth A diagram is a partial plan cross-sectional view of the fourth diagram. The fifth picture is a three-dimensional combination diagram of the creation. The sixth picture is a schematic diagram of the action of creating a power transmission. The seventh picture is a schematic diagram of the action of the creative thief _ whole _ direction. The eighth picture is a schematic diagram of the action of the creation of the break. The ninth figure is a schematic diagram of the action of sending the door for the creation. [Description of main component symbols] 1.. Base 11.. Room 12. Supporting part 13.. Thoroughly threaded 14.. Bonding hole 15. Perforation 2. Solenoid valve 21. Active rod 3. Control unit 31 .. control member 32.. first notch portion 33.. second notch portion M417416 34.. first stop portion 36.. elastic member 4: lock group 42.. shaft hole 44.. lock spring 6. Base 61.. Lateral displacement hole 64.. Positioning screw 66.. Top screw hole 68.. Bottom screw hole 35.. Second stop 37.. Screw 41.. Lock 43.. Abutment 45. Shaft rod 60.. Shift screw 63.. L-shaped gusset 65.. Power-on door fixing hole 67.. Power-off door fixing hole