M427445 五、新型說明： 【新型所屬之技術領域】 本創作係有關於彈射門，尤指一種可確保彈射門達成 關閉定位之彈射門之定位裝置。 【先前技術】M427445 V. New description: [New technical field] This creation department is about the ejection door, especially the positioning device that can ensure the ejection of the projectile to achieve the closed position. [Prior Art]
〇月參閱圖6所不，彈射門7〇係裝設於捲門8〇 _側所 β又的固疋框90内，提供當捲門8〇於垂放關閉時，人們仍 可方便進出，且於火災發生時可迅速逃生。現有技術之彈 射門70，其主要結構係、於—門框71内插設有—門扇^， 該門框71通過一地鉸鏈73樞設於地面上，門框相鄰捲 門80的一侧邊設有—軌道74。 當彈射門70及捲門80呈開啟狀態時，彈射門70之門 框71係藉由將一磁扣（圖中未示）通電以達到吸附定位之開 啟效果，捲Π 80係向上捲收；當捲門8〇及彈射門7〇呈關 閉狀態時，彈射門70之門框71係藉由將該磁扣斷電以解 除吸附，且地鉸鏈73可使門框71達到自動歸位之關閉效 果’捲門80係向下垂放且其一側對應容置在門框71之執 道74中’藉此’於捲門8()垂放時，人們仍可透過彈 7〇之門扇72進出。 然而，上述之彈射門70於實際使用時存在有以下的缺 點：由於無任何可使彈射門70之門框71定位在關閉狀離 =计，致使門框71容易發生偏擺，進而造成向下垂放的 輪Π 80的-側無法順利的對應容置在門框71之軌道μ 中，甚至發生捲門80擠壓門框71之情形而造成兩者結構 3 M427445 的損壞，實有待加以改善。 【新型内容】 有鐘於前述現有技術之缺點，本創作之目的係在於提 供-種彈射門之定位裝置，#由在彈射門之門框上設計有 一鎖具，以及在固定框上設計有一扣j_， <吳 从確保彈射門達 成關閉定位。 為達到前述之創作目的，本創作所設計之彈射門之定 位裝置’其係包括有固設在彈射門之門框上的一鎖具，以 及固設在固定框上的一扣具，其中：該鎖具設有可伸縮的 -鎖舌ϋ口具設有一扣孔可與鎖具之鎖舌構成鎖定。 所述之彈射門之定位裝置，丨中：_具之鎖舌具有 一斜面；該扣具為一板體，其依序彎折形成有一固定板、 一扣合板及一壓抵板，該固定板固設在固定框上，該扣合 板上貫穿設有該扣孔’該壓抵板形成為—斜面可壓抵鎖舌 之斜面使鎖舌呈壓縮狀態。 所述之彈射門之定位裝置，其中該鎖具連接有電控裝 置。 所述之彈射門之定位裝置，其中該鎖具連接有手動結 構。 所述之彈射門之定位裝置，其中該手動結構包括有— 限位外框、-限位内框、一驅動桿、—彈簧、一螺帽及一 操作桿，魏位外框係固設在彈射門之門框上，該限位外 框形成有-頂& ’該限位内框係固設在限位外框中，該限 位内框形成有-頂板，該驅動桿的頂端連接於鎖具且可帶 動鎖具之鎖舌進行伸縮，驅動桿的底端穿設於限位外框及 iU^^/445 限位内框，該彈簧套設於驅動桿的外側且位於限位外框之 頂板與限位内框之頂板之間，該螺帽套設於驅動桿的外側 且抵於限位外框之頂板底面，前述彈簧兩端分別抵頂位在 螺帽與限位内框之頂板之間，該操作桿固設在驅動桿的底 端且位於限位内框中。Referring to Figure 6 in the next month, the ejection door 7 is installed in the solid frame 90 of the side of the roller door 8 〇 _, which provides convenient access when the roller door 8 is closed. And can quickly escape in the event of a fire. The main structure of the ejection door 70 has a main structure, and a door leaf is inserted into the door frame 71. The door frame 71 is pivotally disposed on the ground through a hinge 73, and one side of the door frame adjacent to the roll door 80 is provided. - Track 74. When the ejection door 70 and the rolling door 80 are in an open state, the door frame 71 of the ejection door 70 is brought up by a magnetic button (not shown) to achieve the opening effect of the adsorption positioning, and the winding frame 80 is wound upward; When the roll door 8〇 and the ejection door 7〇 are in the closed state, the door frame 71 of the ejection door 70 is deactivated by de-energizing the magnetic buckle, and the hinge 73 can achieve the closing effect of the automatic return of the door frame 71. The door 80 is lowered downward and its one side is correspondingly received in the way 74 of the door frame 71. By this, when the roll door 8 () is lowered, one can still enter and exit through the door leaf 72 of the magazine. However, the above-described ejection door 70 has the following disadvantages in actual use: since there is no position that can cause the door frame 71 of the ejection door 70 to be positioned in a closed state, the door frame 71 is liable to be yawed, thereby causing downward sag. The side of the rim 80 cannot be smoothly accommodated in the track μ of the door frame 71, and even the case where the roll door 80 is pressed against the door frame 71 causes damage to the structure 3 M427445, which needs to be improved. [New content] With the shortcomings of the prior art mentioned above, the purpose of the present invention is to provide a positioning device for the type of projectile, #designed by a lock on the frame of the projectile door and a buckle j_ on the fixed frame. < Wu from ensuring that the ejection door reached a closed position. In order to achieve the above-mentioned creative purpose, the ejector positioning device designed by the present invention includes a lock fixed on the door frame of the ejection door, and a buckle fixed on the fixed frame, wherein: the lock A retractable-lock tongue is provided with a buttonhole to lock with the lock tongue of the lock. The positioning device of the ejection door, wherein: the locking tongue has a slope; the buckle is a plate body, which is sequentially bent to form a fixing plate, a fastening plate and a pressing plate, the fixing The plate is fixed on the fixing frame, and the buckle plate is provided with the buckle hole. The pressing plate is formed such that the inclined surface can be pressed against the inclined surface of the locking tongue to make the locking tongue compressed. The positioning device of the ejection door, wherein the lock is connected with an electronic control device. The positioning device of the ejection door, wherein the lock is connected with a manual structure. The positioning device of the ejection door, wherein the manual structure comprises: a limiting outer frame, a limiting inner frame, a driving rod, a spring, a nut and an operating rod, and the Wei position frame is fixed on the On the door frame of the ejection door, the limiting outer frame is formed with a top & 'the limiting inner frame is fixed in the limiting outer frame, the limiting inner frame is formed with a top plate, and the top end of the driving rod is connected to The lock can drive the lock tongue of the lock to expand and contract. The bottom end of the drive rod is disposed on the limit outer frame and the iU^^/445 limit inner frame. The spring sleeve is disposed on the outer side of the drive rod and is located in the limit outer frame. Between the top plate and the top plate of the limiting inner frame, the nut is sleeved on the outer side of the driving rod and abuts against the bottom surface of the top plate of the limiting outer frame, and the two ends of the spring respectively abut against the top plate of the nut and the limiting inner frame respectively Between the levers, the lever is fixed to the bottom end of the drive rod and is located in the limit inner frame.
本創作所提供之彈射門 及功效增進至少包括：當鎖 定時，彈射門即達成關閉定 門得以順利沿著彈射門側邊 彈射門之情形發生。 之定位裝置’可以獲得的優點 具之鎖舌與扣具之扣孔構成鎖 位而不產生偏擺，藉此提供捲 的軌道向下垂放而不會有擠壓 【實施方式】 請參閱圖1戶斤千，士名， ^ , 所不本創作之彈射門之定位裝置，其係 包括有一鎖具1 〇以及_ , ^ , 扣具20 ’該鎖具10固設在現有技 術的彈射門40之門枢41伟如 該扣具20固設在現有技術 的固疋框5 0頂部，彈射 坪射門40係裝設於固定框50内； 請參閱圖2至圄4_ 的一鎖舌 圖4所不’該鎖具1G的頂面設有可伸縮 為現有^ 11具有—斜面111,鎖具之組成構件 為現有技*，故不再詳加描述； 該扣具20為一柘興 .^ ^ 一扣人& 板體，其依序彎折形成有-固定板21、 j, , ^4c 〇 抵板23,該固定板21固設在固定框50 上，忒扣合板22與固定起9<1 | _ . 疋扳21相互垂直，扣合板22卜嘗空 設有一扣孔221可虚盤目^ 直扣口板U上貫穿 板23相對於扣合板22，、/)之鎖舌11構成鎖定，該壓抵 抵板23底面形成 形成有一向上角度的偏移，使得壓 ^ 斜面。 請參閱圖1、圖4 _ 圓5所示’於彈射門40進行關閉 5 M427445 時’鎖具10之鎖Ϋ η之斜s !”會先碰觸到扣具2〇之壓 :板23的斜面’使鎖舌”受到屋抵板㈡抵屋而呈麼縮狀 匕、’鎖舌11持續呈麼縮狀態直到鎖舌彳彳對應於扣具之 扣孔221 ’鎖舌”即呈突伸狀態而卡合於扣具2〇之扣孔 ⑵中’此時，鎖具10之鎖舌n與扣具2〇之扣孔221構 成鎖定，彈射門40亦達成關閉定位’進而提供捲門6〇得 以順利沿著彈射門40侧邊所設的執道42向下垂放而不會 發生擠壓彈射門40之情形。 曰 本創作之鎖具10可以電控裝置達成解鎖，亦可以手動 結構30達成解鎖，其中電控裝置為現有技術，故不再詳加 描述，請參閱圖2及圖3所示，前述手動結構3〇包括有一 限位外框31、一限位内框32、一驅動桿33、一彈簧34、 一螺帽35及一操作桿36，該限位外框31由一板體依序彎 折形成有一頂板311、一側板312及一底板313,該限位外 框31係以其所設之側板31 2固設在現有技術的彈射門4 〇 之門框41中段處，該限位内框32由一板體依序彎折形成有 一頂板321、一側板322及一底板323，該限位内框32係 設置於限位外框31中且限位内框32之側板322固設在限 位外框31之側板312上’該驅動桿33的頂端連接於鎖具 1 0且可帶動鎖具1 〇之鎖舌1 1進行伸縮，驅動桿33的底端 穿設於限位外框31及限位内框32，該彈簧34套設於驅動 桿33的外側且位於限位外框31之頂板31 1與限位内框32 之頂板321之間，該螺帽35套設於驅動桿33的外側且抵 於限位外框31之頂板311底面以限位驅動桿33，前述的彈 簧34兩端分別抵頂位在螺帽35與限位内框32之頂板321 mi /445 之間，該操作捍36固設在驅動桿33的底端且位於限位内框 32中。 凊參閱圖5所示，欲以手動結構3〇達成解鎖時，係向 了拉動操作桿36壓縮彈簧34以帶動鎖舌11呈向下位移狀 態’使鎖纟11脫離於扣具2〇之扣孔221，進而可將彈射門 4〇予以開啟’反之在操作桿％未受力下，藉由彈簣％的 彈力可使鎖舌1 1保持呈突伸向上的狀態。 【圖式簡單說明】 圖1係裝設有本創作之彈射門與捲門正視圖。 圖2係本創作之正視圖。 圖3係本創作之側視剖面圖。 圖4係圖3之部分放大圖。 圖5係本創作之側視動作圖。 圖6係現有技術之彈射門與捲門正視圖。 【主要元件符號說明】 10鎖具 1 1 1 斜面 21固定板 221扣孔 30手動結構 31 1頂板 31 3底板 321頂板 323底板 11鎖舌 20扣具 2 2扣合板 23壓抵板 31 限位外框 312側板 32限位内框 322側板 33驅動桿 7 M427445 34 彈簧 35 螺帽 36 操作桿 40 彈射門 41 門框 42 軌道 50 固定框 60 捲門 70 彈射門 71 門框 72 門扇 73 地鉸鏈 74 軌道 80 捲門 90 固定框The ejection and power enhancement provided by this creation includes at least: when the lock is timed, the ejection gate is closed to allow the door to be successfully ejected along the side of the ejection door. The positioning device can obtain the advantage that the locking tongue and the buckle hole of the buckle form a locking position without yaw, thereby providing the track of the roll to be lowered downward without being squeezed [embodiment] See FIG. 1 Hu Jinqian, Shi Ming, ^, The positioning device for the projectile, which includes a lock 1 〇 and _ , ^ , buckle 20 'The lock 10 is fixed at the door of the prior art projectile 40 If the buckle 20 is fixed on the top of the prior art solid frame 50, the ejection shot 40 is installed in the fixing frame 50; please refer to FIG. 2 to FIG. The top surface of the lock 1G is retractable to the existing surface 11 with a beveled surface 111. The components of the lock are prior art*, and therefore will not be described in detail; the buckle 20 is a 柘兴. ^ ^ 一扣人& The plate body is sequentially bent to form a fixing plate 21, j, , ^4c 〇 abutting plate 23, the fixing plate 21 is fixed on the fixing frame 50, and the 忒 fastening plate 22 is fixed and 9<1| The 疋 21 21 is perpendicular to each other, and the buckle plate 22 is provided with a button hole 221 to be imaginary disk ^ 直 扣 plate U on the through plate 23 relative to the buckle plate 22, /) Constituting the locking tongue 11, the press plate 23 abuts against the bottom surface forming an angle offset upward, so that the inclined surface pressure ^. Please refer to Fig. 1, Fig. 4 _ circle 5, 'When the ejector door 40 is closed 5 M427445 'lock 10 之 oblique s !!' will first touch the buckle 2 〇 pressure: the slope of the plate 23 'Let the bolts' to be shriveled by the roofing plate (2), and the 'locking tongue 11' continues to be in a contracted state until the locking tongue corresponds to the buckle hole 221 'locking tongue' of the buckle. And in the buckle hole (2) of the buckle 2', at this time, the lock tongue n of the lock 10 and the buckle hole 221 of the buckle 2〇 constitute a lock, and the ejection door 40 also achieves the closed positioning, thereby providing the roll door 6 The embarrassing 42 provided on the side of the ejection door 40 is smoothly lowered downward without causing the ejection of the projectile 40. The lock 10 of the present invention can be unlocked by the electronic control device, or can be unlocked by the manual structure 30. The electronic control device is a prior art, and therefore is not described in detail. Referring to FIG. 2 and FIG. 3, the manual structure 3 includes a limit outer frame 31, a limit inner frame 32, and a driving rod 33. a spring 34, a nut 35 and an operating rod 36, the limiting outer frame 31 is sequentially bent by a plate body to form a top plate 311 and a side plate 312 and a bottom plate 313, the limiting outer frame 31 is fixed on the middle portion of the door frame 41 of the prior art projectile door 4 by the side plate 31 2 provided therein, and the limiting inner frame 32 is sequentially bent by a plate body. A top plate 321 , a side plate 322 , and a bottom plate 323 are formed on the side frame 312 of the limiting outer frame 31 . The top end of the drive rod 33 is connected to the lock 10 and can be extended and contracted by the lock tongue 1 of the lock 1 . The bottom end of the drive rod 33 is disposed through the limit outer frame 31 and the limiting inner frame 32. The spring 34 The sleeve 35 is disposed on the outer side of the driving rod 33 and is disposed between the top plate 31 1 of the limiting outer frame 31 and the top plate 321 of the limiting inner frame 32. The nut 35 is sleeved on the outer side of the driving rod 33 and is opposite to the limiting outer frame. The bottom surface of the top plate 311 of the 31 is a limit driving rod 33. The two ends of the spring 34 are respectively abutted between the nut 35 and the top plate 321 mi / 445 of the limiting inner frame 32. The operation 捍 36 is fixed on the driving rod. The bottom end of the 33 is located in the limit inner frame 32. 凊 Referring to FIG. 5, when the unlocking is to be achieved by the manual structure 3, the operating lever 36 is pulled to compress the spring 34 to bring The locking tongue 11 is in a downward displacement state, so that the locking bolt 11 is disengaged from the buckle hole 221 of the buckle 2〇, so that the ejection door 4〇 can be opened, and vice versa, when the operating rod is unstressed, by the magazine 篑% The elastic force can keep the locking tongue 1 1 in a protruding upward state. [Simple description of the drawing] Figure 1 is a front view of the projectile and the rolling door. Figure 2 is a front view of the creation. Figure 4 is a partial enlarged view of Figure 3. Figure 5 is a side view of the present invention. Figure 6 is a front view of a prior art projectile and roll door. [Main component symbol description] 10 lock 1 1 1 bevel 21 fixing plate 221 button hole 30 manual structure 31 1 top plate 31 3 bottom plate 321 top plate 323 bottom plate 11 locking tongue 20 buckle 2 2 fastening plate 23 pressing plate 31 limit frame 312 side plate 32 limit inner frame 322 side plate 33 drive rod 7 M427445 34 spring 35 nut 36 operating rod 40 ejection door 41 door frame 42 track 50 fixed frame 60 roll door 70 ejection door 71 door frame 72 door leaf 73 ground hinge 74 track 80 roll door 90 fixed frame