1345608 九、發明說明： 【發明所屬之技術領域】 本發明係有關於一種關門順序控制器，特別係有關於 一種利用滾輪及閉鎖塊達到關門順序控制之關門順序控 制器。 【先前技術】 習知固定門及通行門因結構及功用有所不同，在關閉 時必須依照順序各別關閉，其必須先關閉固定門，再關閉 通行門，而為了讓使用者能依照順序關閉固定門及通行 門，遂有關門順序控制器輔助使用者正確關閉固定門及通 行門，如德國公開專利DE101 1 1732號所揭示之「雙扇門 之關門順序控制器」及第i圖所#，其係使—連接通行門 之關門滑桿R穿過-圓形炎板◦，並透過調整該圓形炎板 〇之擺動角度控制該關門滑桿尺之移動性及關門順序，當 固定門及通行門皆開啟時，該圓形夾板◦之擺動角度係大 於〇度（虛線部分），且該圓形炎板〇係會卡住該關門滑桿 R，以使該關門滑# R無法移動’進而可限制通行門先被 關閉；反之，t固定門先關閉後’該圓形爽板〇之擺動角 度係會被調整為〇度（實線部分），以釋放該關門滑桿r， 由於該關門滑#R可自由移動’通行門即可順利關閉，缺 而’習知之該圓形夾板〇、结構較薄’其與該關門滑桿以 ::::小’易造成應力集中’長期使用下該圓形夾板0 易發生變形而失去作用，造成關門順序控制 【發明内容】 6 1345608. 本發明之主要目的係在於提供—種關門順序控制 器，係用於控制一具有一第一關門器之固定門及一具有一 第二關門器之通行門之關閉順序，其包含—連接該第一關 η器之第-滑塊、-連接該第二關門器之第二滑塊、一設 置於該第一滑塊與該第二滑塊之間的滑座、一對滾輪一 對閉鎖塊、一釋放桿以及一滑桿，該滑座係具有：容置空 間二各該滾輪係拖設於該滑座之該容置空間，各該閉⑽ 係认置於各邊滾輪之間，且各該閉鎖塊係能抵接各該滾 輪，，該釋放桿一端係連接該第一滑塊，另-端係朝向各該 閉鎖塊，该滑桿係穿設於各該閉鎖塊之間，且該滑桿一端 ::連接該第二滑塊，本發明係利用各該滚輪限位各該閉鎖 二=閉鎖塊可閉合夾緊該滑桿及防止該滑桿移 ㈤用者錢關閉該通行門時，由於 動，因此，可阻播該通行門先被關閉，反之，當使'用者1 關閉該固定門後，嗲鏗““ 自使用者先 言亥閉鎖塊脫離各該；輪===各：閉鎖塊，以使各 滑桿恢復至可移動狀態，而f;=::態，同時，該 閉鎖塊與該滑桿之接觸面積係大幅增加，因此， 桿之箝制力及延長該關門順序控制器之使 【實施方式】 ―種::二閱第2、3及4圖’其係本發明之-較佳實施例， 〇之:，序控制器1〇,係用於控制-具有-第-關η器 疋f ?及一具有-第二關門器C2之通行門Μ之關 7 1345608 閉順序’其包含一連接該第一關門器c 1之第一滑塊i 1、 一連接該第二關門器C2之第二滑塊12、一設置於該第一 滑塊11與該第二滑塊12之間的固定座13、一設置於該固 定座1 3上之滑座14、一對滾輪1 5、一對閉鎖塊丨6、一閉 鎖彈簧17、一釋放桿18以及一滑桿19，該固定座13係 具有一底板131、一形成於該底板13ι上之擋板132以及 一形成於該底板131 —端之支撐板133,該滑座14亦設置 於該第一滑塊11與該第二滑塊12之間，且該滑座14係 具有一上板141、一下板142、一連接該上板141及該下 板1 4 2之第一側板14 3、一與該第一側板14 3呈相對設置 之第二側板144以及一設於該上板141與該下板M2之間 的谷置空間1 4 5，在本實施例中，該固定座1 3之該擋板 132係貫穿該滑座14之該下板142，且位於該滑座14之 該谷置空間145，請參閱第3、4及5圖，各該滾輪丨5係 樞設於該滑座14之該容置空間145，且各該滾輪15係位 於該上板141與該下板142之間，各該閉鎖塊16係設置 於各該滾輪15之間，且各該閉鎖塊16係能抵接各該滚輪 15，在本實施例中，各該閉鎖塊16係具有—抵接各該滾 輪1 5之第一側面丨6a、一相對於該第一側甸【之第二側 面16b以及一凹設於該第二側面16b之圓弧槽i6i，較佳 地，各該第一側面16a係為斜面，且各該圓弧槽i6i係具 有-槽壁161a’ X，在本實施例中，該固定座13之該擋 板1 3 2係位於各該閉鎖塊1 6與該滑座1 4之該第一側板1 4 3 之間，該閉鎖彈簧17係設置於該滑座14之該容置空間 145,且該閉鎖彈簧17 一端係抵接各該閉鎖塊ι6,較佳地， 該閉鎖彈簧17係設置於各該閉鎖塊16與該滑座14之該 第二側板1 44之間’該釋放桿1 8係貫穿該固定座13之該 支樓板133及該擋板132,且該釋放桿18 —端係連接該第 滑塊1 1，而另一端係朝向各該閉鎖塊16，又，該釋放 # 1 8係具有一中空室1 8a ’該滑桿1 9係穿設於各該閉鎖 塊16之間，且該滑桿19 一端係連接該第二滑塊I?，在本 實施例中，該滑桿19係穿設於各該閉鎖塊16之各該圓弧 6 1且各該圓孤槽1 6 1之各該槽壁1 6 1 a係抵觸該滑桿 1 9，又，較佳地，該滑桿1 9係穿設於該釋放桿} 8之該中 空室18a。 請再參閱第3、4及5圖，在本實施例中，該關門順 序控制n ίο 3 &含有一機構保護彈酱S1、一撐止扣環[ 以及一復位彈簧S2，該機構保護彈簧S1係設置於該固定 座13之該支樓板133及該滑座14之該第一側板⑷之 間’且該機構保護彈簧S1兩端係分別抵接該支樓板13: 及該第-側板⑷，較佳地，該滑座14之該第一側板⑷ 人/、有凹槽1 43 a，該機構保護彈酱s J 一端係可設置於 該第-側板⑷之該凹槽l43a，又，在本實施例中該撲 3 2係可擋止j第—側板i 43，以使該機構保護彈箸$】 作用於該滑座14的力量達到最佳，此外，該擋止扣環L t扣接於該釋放桿18上，該復位彈簧SU套設於該釋放 且4復位彈簧S2_端係抵接該固定座Η之該支樓 板133，而另-端係、抵接該擋止扣環… 乂345608 關於該關門噸序控制器 及6圓^ .一 之作勤方式，請參閱第51345608 IX. Description of the Invention: [Technical Field] The present invention relates to a door closing sequence controller, and more particularly to a door closing sequence controller that utilizes a roller and a locking block to achieve a door closing sequence control. [Prior Art] Conventional fixed doors and access doors have different structures and functions. They must be closed in order according to the order. They must first close the fixed door and then close the access door, in order to allow the user to close in order. Fixed door and access door, the relevant door sequence controller assists the user to properly close the fixed door and the access door, as disclosed in German Patent No. DE 101 1 1732, "Double Door Closed Door Sequence Controller" and i i Figure # , which is to connect the closing door sliding rod R of the pass door through the round-shaped plate, and adjust the mobility of the closing door bar and the closing sequence by adjusting the swing angle of the round plate, when the door is fixed And when the pass door is opened, the swing angle of the circular splint is greater than the twist (dotted line), and the circular plate will catch the door slide R so that the door slip # R cannot move. 'In turn, the access door can be restricted from being closed first; otherwise, after the t-fixed door is closed first, the swing angle of the circular plate is adjusted to the twist (solid line portion) to release the closing slider r, due to The closing door slip# R can move freely 'passage door can be closed smoothly, lacking 'the circular splint 习, thinner structure' with the closing slider to :::: small 'easy to cause stress concentration' long-term use of the circle The splint 0 is prone to deformation and loses its effect, resulting in the closing sequence control. [Invention] 6 1345608. The main object of the present invention is to provide a door closing sequence controller for controlling a fixed door having a first door closer. And a closing sequence of the traffic door having a second door closer, comprising: a first slider connecting the first switch, a second slider connecting the second door closer, and a first slider disposed at the first a sliding seat between the slider and the second sliding block, a pair of roller pair locking blocks, a release lever and a sliding bar, the sliding seat has: an accommodating space, wherein each roller system is dragged on the sliding seat The accommodating space, each of the closings (10) is disposed between the rollers of the sides, and each of the locking blocks is capable of abutting the rollers, and the releasing rod is connected to the first slider at one end, and the other end is Facing each of the blocking blocks, the sliding rod is disposed between each of the blocking blocks. One end of the sliding bar: connecting the second sliding block, the invention uses each of the roller to limit each of the locking two=locking block to close and clamp the sliding bar and prevent the sliding bar from moving (5) the user to close the access door At the time, due to the movement, the traffic door can be blocked from being closed first. On the contrary, when the user 1 closes the fixed door, the “ "" is removed from the user's stipulation of the lock block; the wheel == = each: the blocking block, so that the sliders return to the movable state, and the f;=:: state, at the same time, the contact area of the blocking block and the slider is greatly increased, therefore, the clamping force of the rod and the extension [Closed] The following is a description of the present invention - a preferred embodiment, which is: There is a -first-off 疋f ? ? 及 及 及 及 及 具有 具有 具有 具有 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 a second slider 12 connected to the second door closer C2, a fixing seat 13 disposed between the first slider 11 and the second slider 12, and a fixed seat 13 a slide 14 on the seat 13 , a pair of rollers 15 , a pair of latching blocks 6 , a latching spring 17 , a release lever 18 and a slide bar 19 , the mount 13 having a bottom plate 131 and a a baffle 132 on the bottom plate 13 and a support plate 133 formed at the end of the bottom plate 131. The slide 14 is also disposed between the first slider 11 and the second slider 12, and the slide 14 The utility model has an upper plate 141, a lower plate 142, a first side plate 143 connecting the upper plate 141 and the lower plate 142, a second side plate 144 disposed opposite to the first side plate 143, and a setting. In the present embodiment, the baffle 132 of the fixing seat 13 extends through the lower plate 142 of the sliding seat 14 and is located at the bottom plate 142 between the upper plate 141 and the lower plate M2. For the valley space 145 of the slider 14, please refer to the figures 3, 4 and 5, each of the roller magazines 5 is pivotally disposed on the accommodating space 145 of the slider 14, and the rollers 15 are located thereon. Between the plate 141 and the lower plate 142, each of the latching blocks 16 is disposed between each of the rollers 15, and each of the latching blocks 16 is capable of abutting each of the rollers 15, in the embodiment, each of the latching blocks 16 Preferably, the first side 丨 6a of each of the rollers 15 is abutted, the second side 16b opposite to the first side, and the circular arc groove i6i recessed from the second side 16b. Preferably, Each of the first side faces 16a is a sloped surface, and each of the arcuate slots i6i has a groove wall 161a' X. In the embodiment, the baffle plate 13 of the fixing seat 13 is located in each of the latching blocks 1 The locking spring 17 is disposed in the receiving space 145 of the sliding seat 14 between the first side plate 1 4 3 of the sliding seat 14 and the locking spring 17 is abutted against each of the locking blocks ι6. Preferably, the latching spring 17 is disposed between each of the latching block 16 and the second side plate 1 44 of the sliding seat 14. The release lever 18 extends through the supporting floor 133 of the mounting seat 13 and the a baffle 132, and the release lever 18 is connected to the first slider 1 and the other end is directed to each of the latching blocks 16, and the release #18 has a hollow chamber 18a' 9 is disposed between each of the latching blocks 16, and one end of the slider 19 is connected to the second slider I?. In the embodiment, the slider 19 is disposed through each of the latching blocks 16. The circle 6 1 and each of the groove walls 161 of each of the circular grooves 161 is in contact with the slide bar 149. Further, preferably, the slide bar 19 is disposed on the release lever 8 The hollow chamber 18a. Please refer to Figures 3, 4 and 5 again. In this embodiment, the door closing sequence control n ίο 3 & includes a mechanism protection bomb S1, a support buckle ring [and a return spring S2, the mechanism protection spring The S1 is disposed between the support slab 133 of the fixed seat 13 and the first side plate (4) of the slide 14 and the two ends of the mechanism protection spring S1 respectively abut the support slab 13: and the first side plate (4) Preferably, the first side panel (4) of the slider 14 has a recess 143 a, and the mechanism protects the end of the magazine s J from being disposed in the recess 14a of the first side panel (4). In this embodiment, the flap 3 2 can block the j-side panel i 43 so that the mechanism protects the magazine 】 from the force exerted on the slider 14 and, in addition, the shackle L t Fastened to the release lever 18, the return spring SU is sleeved on the release and the 4 return spring S2_ end abuts the support floor 133 of the fixed seat, and the other end is abutted against the stop buckle Ring... 乂345608 About the door tonnage controller and 6 round ^. One way of working, please refer to the 5th
及該通行門；參閱第2及5圖，其係顯示該固定門F 白開啟時，該關門順序控制器10之各 罝示意圓，1 Φ々斗 什 "甲各该閉鎖塊1 6因受到該閉鎖彈簧】7 該:而位於各該滾輪15之間，且各該閉鎖塊16因受到各 …輪15之限位而閉合’而各該閉鎖塊16閉合同時 ^弧槽161之各該槽壁Wa係、會夾緊該滑桿19，’以 ::骨桿19無法移動，進而可限制該通行門肘先被關閉， 接者，請參閱第2及6圖，當該固定門F關閉時 — 關門器d係會帶動該第—滑塊u及推動該釋放桿 推各-亥閉鎖塊16’以使各該閉鎖塊16脫離各該滾輪 限位並壓縮該閉鎖彈簧17，當各該閉鎖塊Μ脫離各該滚 輪15之限位時，各該閉鎖塊16係會解除閉合狀態，同時： 各該圓弧槽161之各該槽壁16u係會鬆脫該滑桿Η，以 使該通行門Μ可順利被關閉’又，在本實施例中該釋放 桿18頂推各該閉鎖塊16時，該擋止扣環u係會麼縮令復 位彈黃S2,而當該固定門F及該通行門河重新被開啟時， 該復位彈簧S2係會頂推該擋止扣環U，以使該釋放桿Μ 復位。 另外，請參閱第2及7圖，為防止使用者因強行先關 閉該通行門Μ而造成该關門順序控制器丨〇損壞，在本實 施例中，當關閉該通行門Μ之作用力大於該機構保護彈簧 S1之彈簧張力時’該滑座14及各該滾輪15係會往該固定 座13之該支撐板U3方向移動並壓縮該機構保護彈簧 10 1345608 si ’而各該閉鎖塊16係會往該釋放桿18方向移動，當各 4閉鎖塊1 6抵接該釋放桿丨8時，係會受到該釋放桿1 8 之擋止而停止移動，而該滑座14及各該滾輪1 5係會持續 在該支撑板133方向移動，使得各該閉鎖塊16逐漸脫離 各-玄滾輪1 5之限位而解除閉合狀態，同時，各該圓弧槽 之各°玄槽壁1 6 1 a係會鬆脫該滑桿1 9，以使該通行門μ 仍可被強行關閉，而避免該關門順序控制器^ 〇損壞。 • 本發明係利用各該滾輪1 5限位各該閉鎖塊1 6 ,以使 各該：鎖塊16可閉合夾緊該滑桿19及防止該滑桿19移 動田使用者欲先關閉該通行門Μ時，由於該滑桿丨9無 法移動，因此，可阻擒該通行門Μ先被關閉，反之，當使 用者先關閉該固定門F後，該釋放桿18係會頂推各該閉 貞鬼1 6以使各该閉鎖塊）6脫離各該滾輪1 5之限位而解 ’于閉。狀態’同時’該滑桿19恢復至可移動狀態，而該 ^行門Μ即可順利關閉，本發明之各該閉鎖塊16與該滑 1 9之接觸面積係大幅增加，因此，可提高對該滑桿1 $ 之箝制力及延長該關門順序控制器10之使用壽命。 本發明之保護範圍當視後附之申請專利範圍所界定 f為準，任何熟知此項技藝者，在不脫離本發明之精神和 〜圍内所作之任何變化與修改，均於本發明之保護範 圍。 【圖式簡單說明】 第1圖：習知關門順序控制器之結構示意圖。 第2圖·依據本發明之一較佳實施例，一種關門順序控制And the passage door; referring to Figures 2 and 5, which show that the fixed door F is opened white, the respective closing circle of the door closing sequence controller 10, 1 Φ 々 什 " A each of the blocking blocks 16 Receiving the latching spring 7 between: each of the rollers 15, and each of the latching blocks 16 is closed by the limit of each of the wheels 15 and each of the latching blocks 16 is closed while the arc slots 161 are The groove wall Wa will clamp the slide bar 19, ':: the bone rod 19 cannot move, and thus the access door elbow can be restricted from being closed first. Referring to Figures 2 and 6, when the fixed door F When closed - the door closer d will drive the first slider u and push the release lever to push each of the lock blocks 16' to disengage the latching blocks 16 from the respective roller limits and compress the latching spring 17 When the blocking block Μ is disengaged from the limit of each of the rollers 15, each of the blocking blocks 16 is released from the closed state, and at the same time: each of the groove walls 16u of the circular arc grooves 161 loosens the sliding rod Η, so that The pass threshold can be smoothly closed. In addition, when the release lever 18 pushes each of the latching blocks 16 in this embodiment, the stop ring u will shrink. Bit spring S2, and when the door fixing F r and the pass gate is opened again, the return spring S2 lines will push the retaining ring U, so that the release lever Μ reset. In addition, referring to Figures 2 and 7, in order to prevent the user from causing damage to the door closing sequence controller due to forcibly closing the traffic door threshold, in this embodiment, when the closing threshold is closed, the force is greater than the When the mechanism protects the spring tension of the spring S1, the slider 14 and each of the rollers 15 will move toward the support plate U3 of the fixed seat 13 and compress the mechanism protection spring 10 1345608 si ' and each of the locking blocks 16 will be Moving in the direction of the release lever 18, when the four latching blocks 16 abut the release lever 8 , they are stopped by the release lever 18 and stop moving, and the slider 14 and each of the rollers 15 The system will continue to move in the direction of the support plate 133, so that each of the blocking blocks 16 gradually disengages from the limit of each of the hidden rollers 15 to release the closed state, and at the same time, each of the arcuate grooves 1 6 1 a The slider 1 9 is released so that the pass gate μ can still be forcibly closed, and the door closing sequence controller is prevented from being damaged. The present invention utilizes each of the rollers 15 to limit each of the latching blocks 16 such that each of the latching blocks 16 can close and clamp the slider 19 and prevent the slider 19 from moving. The user wants to close the pass first. At the threshold, since the slider 丨9 cannot move, the traffic door sill can be prevented from being closed first. Otherwise, when the user first closes the fixed door F, the release lever 18 pushes each of the closed doors. The ghosts 16 are disengaged from each of the latching blocks 6 by the limit of each of the rollers 15. In the state of 'simultaneously', the slider 19 is restored to the movable state, and the threshold is smoothly closed. The contact area of each of the latching block 16 and the slider 1 of the present invention is greatly increased, thereby improving the pair. The clamping force of the slider 1 $ and the service life of the door closing sequence controller 10 are extended. The scope of the present invention is defined by the scope of the appended claims, and any changes and modifications made by those skilled in the art without departing from the spirit and scope of the invention are protected by the present invention. range. [Simple description of the diagram] Figure 1: Schematic diagram of the structure of the conventional closed sequence controller. Figure 2 - A door closing sequence control in accordance with a preferred embodiment of the present invention
器之配置圖。 第3圖：依據本發明之—較佳實施例，一種 器之立體分解圖。 第4圖：該關門順序控制 第5圖：沿第4圖Α·Α線 第6圖：該關門順序控制 第7圖：該關門順序控制 【主要元件符號說明】 器之立體組合圖。 ’該關門順序控制器 器之動作示意圖。 器之另一動作示意 10 關門順序控制器 11 第一滑塊 12 第二滑塊 13 131 底板 132 擋板 133 14 滑座 141 上板 142 143 第一側板 143a 凹槽 144 145 容置空間 15 滾輪 16 16a 第一側面 16b 第二側面 161 161a 槽壁 17 閉鎖彈簧 18 18a 中空室 19 滑桿 Cl 第一關門器 C2 第—關門器 F Μ 通行門 Ο 圓形夾板 R SI 機構保護彈簧 S2 復位彈簧 U 關門順序控制 之橫剖視圖。 圖。 固定座 支撐板 下板 第二側板 閉鎖塊 圓弧槽 釋放桿 固定門 關門滑桿 擋止扣環 12Configuration diagram of the device. Figure 3 is a perspective exploded view of a device in accordance with a preferred embodiment of the present invention. Figure 4: The closing sequence control Fig. 5: along the 4th Α·Α line Fig. 6: The closing sequence control Fig. 7: The closing sequence control [Main component symbol description] The stereo combination diagram of the device. 'The schematic diagram of the operation of the door closing sequence controller. Another action of the device 10 door closing sequence controller 11 first slider 12 second slider 13 131 bottom plate 132 baffle 133 14 slide 141 upper plate 142 143 first side plate 143a groove 144 145 accommodation space 15 roller 16 16a First side 16b Second side 161 161a Slot wall 17 Locking spring 18 18a Hollow chamber 19 Slider Cl First door closer C2 First door closer F Μ Passage threshold Round splint R SI Mechanism protection spring S2 Return spring U Close A cross-sectional view of the sequential control. Figure. Fixing seat Support plate Lower plate Second side plate Locking block Arc groove Release lever Fixed door Closing door slide bar Stopping ring 12