TWM511535U - Dual interlocked lock - Google Patents
Dual interlocked lock Download PDFInfo
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- TWM511535U TWM511535U TW104209043U TW104209043U TWM511535U TW M511535 U TWM511535 U TW M511535U TW 104209043 U TW104209043 U TW 104209043U TW 104209043 U TW104209043 U TW 104209043U TW M511535 U TWM511535 U TW M511535U
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Description
本新型涉及一種門鎖,特別是涉及一種透過斜舌及感應斜舌同時作動以控制直舌達到確實鎖定狀態之保安門鎖。The present invention relates to a door lock, and more particularly to a security door lock that is actuated by a slanting tongue and an inductive slanting tongue to control the straight tongue to a truly locked state.
門鎖,係一種日常生活中所不可或缺之裝置,其裝設於建築物出入口所設之門板上,一般而言,門板於門框處之開、閤動作之執行,係透過門鎖鎖舌於門框受口片之伸縮而達成;甚至,若欲更進一步確保當門鎖於鎖定狀態後,使門鎖無法輕易被外力破壞或開啟,則必須確保鎖舌不會因為遭受任何外力的破壞或者是影響,鎖舌都能夠確實的保持伸出門鎖之狀態,確保門鎖達成鎖定狀態。The door lock is an indispensable device in daily life. It is installed on the door panel of the building entrance and exit. Generally speaking, the opening and closing action of the door panel at the door frame is performed through the door lock bolt. The door frame is achieved by the expansion and contraction of the mouth piece; even if it is further ensured that when the door lock is locked, the door lock cannot be easily broken or opened by external force, it is necessary to ensure that the bolt is not damaged by any external force or It is the effect that the lock tongue can surely remain in the state of the door lock, ensuring that the door lock is locked.
現有技術之門鎖,如德國發明專利DE102006060449(A1)所揭示之一種自行鎖定之門鎖,其透過一傳動件8驅使門鎖之鎖定舌3作動(所示元件符號為現有技術德國發明專利說明書中所標示的元件符號,以下同),並且以一彈性控制件5保持該鎖定舌3之鎖定狀態,該傳動件8亦同時受一斜舌4之作動影響;但是,此類門鎖於關門時,極易發生該彈性控制件5及該斜舌4無法同步退入該門鎖內部,令兩者其中之一先退入門鎖驅動該傳動件8,而另一者卻尚未作動,以致該傳動件8之驅動受到影響,無法進行後續帶動鎖定舌3作動並且保持其鎖定之功能,從而帶來門鎖使用者生命、財產安全上之疑慮。A prior art door lock, such as the self-locking door lock disclosed in the German patent application DE 10 2006 060 449 (A1), which drives the locking tongue 3 of the door lock through a transmission member 8 (the symbol of the component is a prior art German invention patent specification). The symbol of the component is indicated in the following, and the locking state of the locking tongue 3 is maintained by a resilient control member 5, which is also affected by the action of a tongue 4; however, such a door lock is closed. When the elastic control member 5 and the oblique tongue 4 are unable to retreat into the interior of the door lock, one of the two first retreats the starter lock to drive the transmission member 8, while the other one has not yet actuated, so that the The driving of the transmission member 8 is affected, and the function of subsequently driving the locking tongue 3 to operate and retaining its locking cannot be performed, thereby causing doubts about the life and property safety of the door lock user.
同時,美國發明專利US7431354B2所揭示之一種導引鎖定之門鎖,其經由一輔助感應舌8及一止動件11之配合(所示元件符號為現有技術美國發明專利說明書中所標示的元件符號,以下同),以控制一導引傳動件7,一斜舌3之作動亦會影響該導引傳動件7,該導引傳動件7之溝槽7e套設於一鎖定舌13之銷15,藉由該導引傳動件7的向下移動,以帶動該鎖定舌13作動及保持鎖定;然而,當該鎖定舌13伸出作動前,若導引傳動件7受到扭力彈簧的向下推抵的壓迫力量,或者是其他外力阻礙時,將使該鎖定舌13於伸出動作執行至一半時即告停止或者是無法順利的作動,導致鎖定舌13之銷15無法平順的到達溝槽7e之定位處,則使該鎖定舌13 無法順利的作動,而進一步造成鎖定舌13被外力干涉後,鎖定舌13無法順利的作動退入門鎖內部,致使該導引傳動件7無法達成往下移動的功能,以至於門鎖無法順利的作動或者是鎖定,同樣亦造成使用者的困擾。At the same time, a guide lock door lock disclosed in U.S. Patent No. 7,431, 354 B2, which is coupled via an auxiliary sensor tongue 8 and a stopper 11 (the symbol shown is a component symbol indicated in the prior art US patent specification). , the same as the following, to control a guiding transmission member 7, the action of a slanting tongue 3 also affects the guiding transmission member 7, the groove 7e of the guiding transmission member 7 is sleeved on the pin 15 of a locking tongue 13 By the downward movement of the guiding transmission member 7, the locking tongue 13 is actuated and kept locked; however, before the locking tongue 13 is extended, if the guiding transmission member 7 is pushed down by the torsion spring When the pressing force of the pressing force or other external force is hindered, the locking tongue 13 is stopped or cannot be smoothly operated when the extending operation is performed halfway, so that the pin 15 of the locking tongue 13 cannot reach the groove 7e smoothly. The positioning position of the locking tongue 13 can not be smoothly operated, and further, after the locking tongue 13 is interfered by the external force, the locking tongue 13 cannot smoothly move back inside the opening lock, so that the guiding transmission member 7 cannot move downward. Function As a result, the door lock cannot be operated smoothly or locked, which also causes user troubles.
本新型之目的在於改善現有技術中,因斜舌與彈性感應件無法同步順利作動,致使門鎖無法鎖定,以及鎖舌傳動板易因受外力阻礙,而無法確實達成鎖定之缺失,藉由本新型技術手段之實施,確保斜舌及感應斜舌無論受到任何外力的阻礙時,也能夠發揮同步作動,使直舌傳動板向下移動,並且令直舌不受外力影響而仍可達成確實鎖定的功效。The purpose of the present invention is to improve the prior art, because the oblique tongue and the elastic sensing member cannot be synchronized and smoothly operated, so that the door lock cannot be locked, and the bolt driving plate is easily blocked by external force, and the locking loss cannot be surely achieved. The implementation of the technical means ensures that the oblique tongue and the inductive oblique tongue can simultaneously act synchronously when any external force is obstructed, so that the straight tongue drive plate moves downward, and the straight tongue is not affected by the external force, and the true locking can still be achieved. efficacy.
為達到上述之創作目的,本新型所採用的技術手段為設計一種雙重聯動鎖,具有一鎖殼、一斜舌、一感應斜舌、一感應連動板、一直舌、一直舌傳動板及一門鎖驅動組;該鎖殼內部裝設一第一扭簧、一第二扭簧、一彈簧及一第二鎖殼鉚釘,並且於內部形成一架設部;該斜舌、該感應斜舌及該直舌間隔設置的裝設於該鎖殼內部,該感應斜舌具有一復位彈簧,該鎖殼之第一扭簧的一端部抵靠於該斜舌,該感應斜舌之復位彈簧一端部抵靠於該架設部,該斜舌及該感應斜舌能夠伸出或退入該鎖殼;該感應連動板係一片體,該感應連動板中央處貫穿裝設一圓棒,該圓棒一端部穿設於該鎖殼,該感應連動板之相對二端部分別相對應於該斜舌及該感應斜舌,並且能夠分別承受該斜舌及該感應斜舌抵靠,該鎖殼之彈簧一端部套設於該圓棒,該感應連動板能夠相對該鎖殼調整位移;該直舌具有一驅動柱,並且該直舌能夠受驅動伸出或退入該鎖殼;該直舌傳動板係一長形片,該直舌傳動板具有一限制溝、一承抵部、一驅動溝、一頂抵槽及一抵靠部,該抵靠部位於該直舌傳動板之一端部,該限制溝呈長軸向的貫穿形成於該直舌傳動板,並且於朝下端處橫向凹陷形成一扣設部,該驅動溝由該抵靠部朝向直舌傳動板另一端部延伸,並與該鎖殼之長軸向形成一角度的貫穿形成於該直舌傳動板,該驅動溝之相對二端部分別凹陷形成一定位部,該頂抵槽凹陷形成於該直舌傳動板一側緣處,該承抵部彎折形成於該直舌傳動板一側面,該鎖殼之第二扭簧的一端部抵靠於該承抵部一側面,該頂抵槽能夠對應抵靠於該第二鎖殼鉚釘及該第三鎖殼鉚釘,該感應連動板之圓棒另一端部穿設於該限制溝,該直舌之驅動柱穿設於該驅動溝,該門鎖驅動組能夠抵靠於該承抵部之另一側面及該抵靠部。In order to achieve the above-mentioned creative purpose, the technical means adopted by the present invention is to design a double interlocking lock, which has a lock case, a slant tongue, an induction slant tongue, an induction linkage plate, a tongue, a tongue drive plate and a door lock. a driving body; a first torsion spring, a second torsion spring, a spring and a second locking shell rivet are disposed inside the locking shell, and an erecting portion is formed inside; the inclined tongue, the sensing oblique tongue and the straight The tongue spacing is disposed inside the lock case, and the sensing tongue has a return spring, and one end of the first torsion spring of the lock case abuts against the oblique tongue, and the one end of the return spring of the induction tongue abuts In the erection portion, the slanting tongue and the sensing slanting tongue can extend or retreat into the lock case; the inductive linkage plate is a body, and a round bar is disposed at a center of the induction linkage plate, and the round bar is disposed at one end In the lock case, the opposite ends of the inductive linkage plate respectively correspond to the oblique tongue and the inductive oblique tongue, and can respectively bear the oblique tongue and the induction oblique tongue, and the spring end sleeve of the lock case Provided on the round bar, the inductive linkage plate can be opposite to the The shell adjusts the displacement; the straight tongue has a driving column, and the straight tongue can be driven to extend or retreat into the lock case; the straight tongue drive plate is an elongated piece, the straight tongue drive plate has a limiting groove, a An abutting portion, a driving groove, a top abutting groove and an abutting portion, the abutting portion is located at one end of the straight tongue driving plate, the limiting groove is formed in the long axial direction through the straight tongue driving plate, and Forming a fastening portion at a lower end to form a fastening portion, the driving groove extending from the abutting portion toward the other end portion of the straight tongue driving plate, and forming an angle through the long axial direction of the locking shell to form the straight tongue transmission a locating portion is formed in the opposite end portions of the driving groove, and the top abutting groove is formed at a side edge of the straight tongue driving plate, and the bearing portion is bent and formed on one side of the straight tongue driving plate. One end of the second torsion spring of the lock shell abuts against a side of the bearing portion, and the top abutting groove can correspondingly abut the second lock shell rivet and the third lock shell rivet, the circle of the induction linkage plate The other end of the rod is disposed in the limiting groove, and the driving column of the straight tongue is disposed in the driving groove. Door drive can be set against the other side surface of the supporting contact portion and said abutment portion.
所述之雙重聯動鎖,其中該門鎖驅動組具有一鎖心轉軸及一門把轉軸;該鎖殼進一步具有一殼件及一第三鎖殼鉚釘,該第一扭簧、該第二扭簧、該彈簧、該第二鎖殼鉚釘及該第三鎖殼鉚釘係裝設於該殼件一側面,該第二鎖殼鉚釘及該第三鎖殼鉚釘係相鄰的呈一行對齊設置,以及該架設部係彎折形成於該殼件裝設前述元件之側面,並且該殼件進一步貫穿形成一裝設孔、一第一安裝孔及一第二安裝孔,該裝設孔係一長形孔,該感應連動板之圓棒穿設於該裝設孔,該驅動溝與該殼件之長軸向形成一角度;該直舌傳動板進一步具有一輔助定位部,該輔助定位部設置於該直舌傳動板形成頂抵槽之側緣的一端處,該輔助定位部能夠對應抵靠於該鎖殼之第三鎖殼鉚釘;該鎖心轉軸之外緣壁面相對的凸伸形成二推柱,該鎖心轉軸對應裝設於該第二安裝孔,該鎖心轉軸能夠受驅動相對於該殼件轉動,該推柱能夠頂抵該直舌傳動板之抵靠部;該門把轉軸具有一撥桿,該門把轉軸對應裝設於該第一安裝孔,該門把轉軸能夠受驅動相對於該殼件轉動,該撥桿能夠頂抵該直舌傳動板之承抵部的另一側面。The double interlocking lock, wherein the door lock driving group has a locking core rotating shaft and a door turning shaft; the locking shell further has a shell member and a third lock shell rivet, the first torsion spring and the second torsion spring The second lock case rivet and the third lock case rivet are mounted on one side of the case member, and the second lock case rivet and the third lock case rivet are adjacently arranged in a line, and The erecting portion is formed on a side surface of the shell member on which the component is mounted, and the shell member further penetrates to form a mounting hole, a first mounting hole and a second mounting hole, and the mounting hole is elongated a hole, the round bar of the inductive linkage plate is disposed in the mounting hole, the driving groove forms an angle with a long axial direction of the shell member; the straight tongue driving plate further has an auxiliary positioning portion, wherein the auxiliary positioning portion is disposed on the hole The straight tongue drive plate is formed at one end of the side edge of the abutting groove, and the auxiliary positioning portion can correspondingly abut against the third lock case rivet of the lock case; the opposite edge of the lock core shaft protrudes to form a second push a column, the lock shaft is correspondingly mounted on the second mounting hole, and the lock is turned The push rod can be driven against the shell member, and the push rod can be abutted against the abutting portion of the straight tongue drive plate; the door handle shaft has a lever, and the door handle shaft is correspondingly mounted to the first mounting hole, The door handle shaft can be driven to rotate relative to the housing member, the lever being capable of abutting against the other side of the abutment portion of the straight tongue drive plate.
所述之雙重聯動鎖,進一步具有一圓直舌,該圓直舌具有一本體片及一圓柱,裝設於該鎖殼內部,並且相對於該直舌間隔的設置;該本體片具有一第一圓直舌鉚釘、一第二圓直舌鉚釘及一第三圓直舌鉚釘,該第一圓直舌鉚釘、該第二圓直舌鉚釘及該第三圓直舌鉚釘間隔的設置於該本體片一側面,該圓柱固定連接於該本體片之一側端,該第一圓直舌鉚釘能夠抵靠於該直舌,該第三圓直舌鉚釘能夠抵靠於該鎖心轉軸的推柱,該圓柱能夠伸出或退入該鎖殼;該鎖殼進一步具有一第三扭簧及一第三內牙鉚釘,該第三內牙鉚釘裝設於該殼件,該第三扭簧一端部套設於該第二圓直舌鉚釘,另一端部套設於該第三內牙鉚釘。The double interlocking lock further has a round straight tongue, the straight tongue has a body piece and a cylinder, is disposed inside the lock case, and is disposed with respect to the straight tongue; the body piece has a first a straight straight tongue rivet, a second round straight tongue rivet and a third round straight tongue rivet, wherein the first round straight tongue rivet, the second round straight tongue rivet and the third round straight tongue rivet are disposed on the body a side of the piece, the cylinder is fixedly coupled to one side end of the body piece, the first round straight tongue rivet can abut the straight tongue, and the third round straight tongue rivet can abut against the push column of the lock shaft The cylinder can extend or retreat into the lock case; the lock case further has a third torsion spring and a third inner tooth rivet, the third inner tooth rivet is mounted on the case member, and the third torsion spring end The sleeve is sleeved on the second round straight tongue rivet, and the other end is sleeved on the third inner tooth rivet.
所述之雙重聯動鎖,該鎖殼進一步具有一板件及一軸承,該鎖殼之彈簧一端部套設於該感應連動板之圓棒,另一端部連接設於該板件;該殼件進一步具有一第一內牙鉚釘、一第一鎖殼鉚釘、一第二內牙鉚釘及一第四鎖殼鉚釘,該殼件係一矩形之長片體,該板件固定連接於該殼件之一側緣處,該殼件其餘三邊緣處分別彎折形成一圍壁,該板件間隔的貫穿形成複數貫孔,該第一內牙鉚釘、該第一鎖殼鉚釘、該第二內牙鉚釘及該第四鎖殼鉚釘係裝設於該殼件裝設該第二鎖殼鉚釘及該第三鎖殼鉚釘之側面,該第一扭簧套設於該第一內牙鉚釘,另一端部抵靠於該圍壁,該第二扭簧套設於該第二內牙鉚釘,另一端部抵靠於該第一鎖殼鉚釘,該軸承套設於該第四鎖殼鉚釘,該軸承的內緣側面抵靠於該第四鎖殼鉚釘;該直舌一端部凸伸形成一延伸部,該延伸部貫穿形成一沿該直舌長軸方向的位移溝,該位移溝套設於該鎖殼之軸承,並且抵靠 於該軸承之外緣表面,該驅動柱裝設於該延伸部;該斜舌、該感應斜舌、該直舌及該圓直舌能夠分別穿設該鎖殼之板件的貫孔,以伸出或退入該板件。The double interlocking lock, the lock housing further has a plate member and a bearing, the spring end of the lock case is sleeved on the round bar of the induction linkage plate, and the other end portion is connected to the plate member; Further having a first inner rivet, a first lock rivet, a second inner rivet and a fourth lock rivet, the shell is a rectangular long piece, the plate is fixedly connected to the case At one of the side edges, the remaining three edges of the shell member are respectively bent to form a surrounding wall, and the plate member is formed to form a plurality of through holes, the first inner tooth rivet, the first lock shell rivet, and the second inner portion. The rivet and the fourth rivet are mounted on the side of the shell member to which the second lock rivet and the third lock rivet are disposed, the first torsion spring is sleeved on the first inner rivet, and the other One end abuts against the surrounding wall, the second torsion spring is sleeved on the second inner rivet, the other end abuts against the first locking shell rivet, and the bearing is sleeved on the fourth locking shell rivet, The inner edge of the bearing abuts against the fourth lock rivet; the one end of the straight tongue protrudes to form an extension portion, and the extension portion penetrates Forming a displacement groove along the longitudinal axis of the straight tongue, the displacement groove is sleeved on the bearing of the lock case, and abuts against the outer edge surface of the bearing, the drive column is mounted on the extension portion; the oblique tongue, the oblique tongue The sensing tongue, the straight tongue and the straight tongue can respectively pass through the through hole of the plate of the lock case to extend or retreat into the plate.
所述之雙重聯動鎖,其中該斜舌具有一斜舌中心塊及二舌片;該鎖殼內部形成二導引槽,該導引槽係一垂直該鎖殼長軸方向的長形溝槽;該斜舌中心塊之相對二側面分別凸伸形成一凸柱,該舌片裝設於該斜舌中心塊一端部之相對二側緣處,該凸柱容設於該鎖殼之導引槽,並且能夠相對該導引槽位移,該舌片能夠伸出或退入該鎖殼;該感應連動板之一端部對應於該斜舌中心塊。The double interlocking lock, wherein the oblique tongue has a center block of the oblique tongue and two tongue pieces; the inside of the lock case forms two guiding grooves, and the guiding groove is an elongated groove perpendicular to the long axis direction of the locking case The opposite sides of the center block of the oblique tongue respectively protrude to form a protrusion, and the tongue is disposed at opposite side edges of one end portion of the center block of the oblique tongue, and the protrusion is accommodated in the guiding shell The slot is displaceable relative to the guiding slot, and the tongue can extend or retreat into the locking case; one end of the inductive linkage plate corresponds to the central block of the oblique tongue.
所述之雙重聯動鎖,其中該感應斜舌具有一舌塊及一舌柱;該鎖殼之架設部中央形成一容溝;該舌塊固定裝設於該舌柱之一端部,該舌柱外緣壁面環狀的凸伸形成一凸環部,該復位彈簧套設於該舌柱之另一端部,該復位彈簧另一端部抵靠於該凸環部,該舌柱穿設於該架設部之容溝,並且能夠相對該架設部移動,該舌塊能夠伸出或退入該鎖殼。The double interlocking lock, wherein the sensing tongue has a tongue block and a tongue; the center of the erection portion of the lock case forms a receiving groove; the tongue block is fixedly mounted at one end of the tongue, the tongue An annular ring portion of the outer edge wall defines a convex ring portion, the return spring is sleeved on the other end of the tongue column, and the other end of the return spring abuts against the convex ring portion, and the tongue column is disposed on the erection The groove of the portion is movable relative to the erection portion, and the tongue block can extend or retreat into the lock case.
本新型的優點在於,透過感應連動板的裝設,以確保斜舌及感應斜舌於關門時,得以藉由本新型的機構和彈簧的搭配,同時順暢的作動下退入鎖殼內部,更令斜舌及感應斜舌能夠在順利的作動下同步作動,令直舌傳動板得以順暢的運作,改善以往因斜舌或感應斜舌任一者先作動而造成直舌傳動板無法作動之情形,同時,藉由直舌傳動板能夠抵靠於鎖殼之鉚釘,避免直舌作動時,因受外力阻礙而無法執行鎖定,此外本新型能夠進一步加裝一圓直舌,以配合直舌作動,讓使用者能夠多一道安全防護。The advantage of the novel is that through the installation of the induction linkage plate, it is ensured that the oblique tongue and the induction oblique tongue are closed when the door is closed, and the mechanism and the spring are matched with each other, and the movement is smoothly moved back into the interior of the lock case, and The oblique tongue and the inductive oblique tongue can be synchronously operated under the smooth operation, so that the straight tongue transmission plate can be smoothly operated, and the situation that the straight tongue transmission plate cannot be actuated due to the first action of the oblique tongue or the induction oblique tongue is improved. At the same time, the straight tongue drive plate can abut against the rivet of the lock case, and the lock can not be locked due to the external force when the straight tongue is actuated. In addition, the present invention can further add a round straight tongue to cooperate with the straight tongue to let Users can have one more security protection.
以下配合圖式及本新型之較佳實施例,進一步闡述本新型為達成預定創作目的所採取的技術手段。The technical means adopted by the present invention for achieving the intended purpose of creation are further explained below in conjunction with the drawings and the preferred embodiments of the present invention.
請參照圖1及圖2所示,本新型之雙重聯動鎖具有一鎖殼10、一斜舌20、一感應斜舌30、一感應連動板40、一直舌50、一直舌傳動板60及一門鎖驅動組;具體而言,該門鎖驅動組具有一鎖心轉軸70及一門把轉軸90。Referring to FIG. 1 and FIG. 2 , the double interlocking lock of the present invention has a lock case 10 , a tongue 20 , an inductive tongue 30 , an inductive linkage plate 40 , a tongue 50 , a tongue drive plate 60 , and a door . The lock drive group; specifically, the door lock drive group has a lock shaft 70 and a door lock shaft 90.
請參照圖1、圖2及圖5所示,該鎖殼10具有一殼件11、一板件12、一第一扭簧13、一第二扭簧14、一第三扭簧15、一彈簧16及一軸承17。Referring to FIG. 1 , FIG. 2 and FIG. 5 , the lock case 10 has a shell member 11 , a plate member 12 , a first torsion spring 13 , a second torsion spring 14 , and a third torsion spring 15 . Spring 16 and a bearing 17.
該殼件11具有一第一鎖殼鉚釘111、一第二鎖殼鉚釘112、一第三鎖殼鉚釘113、一第四鎖殼鉚釘114、一第一內牙鉚釘115、一第二內牙鉚釘116、一第三內牙鉚釘117、一架設部118及一導引槽119;具體而言,該鎖殼10係由該殼件11、一蓋體(圖中未示)及該板件12連接組合而成,所述鉚釘等元件係裝設於該鎖殼10內部,而該蓋體對應結合於該殼件11,該蓋體具有一相對於該殼件11之導引槽119的導引槽(圖中未示)。The shell member 11 has a first lock shell rivet 111, a second lock shell rivet 112, a third lock shell rivet 113, a fourth lock shell rivet 114, a first inner rivet 115, and a second inner tooth. a rivet 116, a third inner rivet 117, a mounting portion 118 and a guiding groove 119; in particular, the locking shell 10 is composed of the shell member 11, a cover body (not shown) and the plate member 12 joints are assembled, and the rivets and the like are mounted inside the lock case 10, and the cover body is correspondingly coupled to the case member 11, the cover body having a guiding groove 119 opposite to the case member 11. Guide groove (not shown).
該殼件11係一矩形之長片體,該殼件三邊緣處分別彎折形成一圍壁110,該殼件11間隔的貫穿形成一第一安裝孔101、一第二安裝孔102及一 裝設孔103,該裝設孔103係一垂直該殼件11長軸方向的長形孔,該第一鎖殼鉚釘111、該第二鎖殼鉚釘112、該第三鎖殼鉚釘113、該第四鎖殼鉚釘114、該第一內牙鉚釘115、該第二內牙鉚釘116及該第三內牙鉚釘117係裝設於該殼件11一側面,該架設部118係彎折形成於該殼件11裝設前述鉚釘之側面,該架設部118中央形成一容溝,並且該第二鎖殼鉚釘112及該第三鎖殼鉚釘113係相鄰呈一行的對齊設置,該導引槽119係一垂直該殼件11長軸方向的長形溝槽;該第一扭簧13套設於該第一內牙鉚釘115,一端部抵靠於該圍壁110,該第二扭簧14套設於該第二內牙鉚釘116,一端部抵靠於該第一鎖殼鉚釘111,該第三扭簧15一端部套設於該第三內牙鉚釘117,該軸承17套設於該第四鎖殼鉚釘114,該軸承17的內緣側面抵靠於該第四鎖殼鉚釘114。上述內牙鉚釘設置之目的,在於當該殼件11與該蓋體組裝時,以連接件,如:螺絲,穿設過該蓋體固設於所述之內牙鉚釘處。The shell member 11 is a rectangular long sheet body, and the three edges of the shell member are respectively bent to form a surrounding wall 110. The shell member 11 is formed at intervals to form a first mounting hole 101, a second mounting hole 102 and a The mounting hole 103 is an elongated hole perpendicular to the longitudinal direction of the shell member 11, the first lock shell rivet 111, the second lock shell rivet 112, the third lock shell rivet 113, the The fourth locking shell rivet 114, the first inner rivet 115, the second inner rivet 116 and the third inner rivet 117 are mounted on one side of the shell member 11, and the erecting portion 118 is bent and formed on The shell member 11 is provided with a side surface of the rivet, a gully is formed in the center of the erecting portion 118, and the second lock shell rivet 112 and the third lock shell rivet 113 are arranged adjacent to each other in a row. 119 is an elongated groove perpendicular to the longitudinal direction of the shell member 11; the first torsion spring 13 is sleeved on the first inner rivet 115, and one end portion abuts against the surrounding wall 110, and the second torsion spring 14 The first inner rivet 116 is sleeved on the first inner rivet 111, and one end of the third torsion spring 15 is sleeved on the third inner rivet 117. The bearing 17 is sleeved on the fourth lock housing rivet 114, and the inner edge side of the bearing 17 abuts against the fourth lock housing rivet 114. The purpose of the inner rivet setting is that when the shell member 11 is assembled with the cover body, the cover body is fixed to the inner rivet by a connecting member, such as a screw.
該板件12係一長片體,該板件12間隔的貫穿形成複數貫孔;該板件12固定連接於該殼件11其餘一側緣處,該彈簧16一端部連接於該板件12。The plate member 12 is a long piece, and the plate member 12 is formed with a plurality of through holes at intervals. The plate member 12 is fixedly connected to the other side edge of the case member 11. The spring portion 16 is connected to the plate member 12 at one end. .
請參照圖2及圖3所示,該斜舌20具有一斜舌中心塊21及二舌片22,該斜舌20裝設於該鎖殼10內部。As shown in FIG. 2 and FIG. 3 , the oblique tongue 20 has a tongue center block 21 and two tongue pieces 22 , and the tongue 20 is mounted inside the lock case 10 .
該斜舌中心塊21之相對二側面分別凸伸形成一凸柱211,該舌片22裝設於該斜舌中心塊21一端部之相對二側緣處;該凸柱211容設於該鎖殼10之殼件11的導引槽119,並且能夠相對該導引槽119位移,該第一扭簧13的另一端部抵靠於該斜舌中心塊21之另一端部,該舌片22能夠伸出或退入該板件12之貫孔,具體而言,該二凸柱211並非呈對稱的形成於該斜舌中心塊21之二側面。The two opposite sides of the center block 21 of the oblique tongue are respectively protruded to form a protrusion 211, and the tongue piece 22 is disposed at opposite side edges of one end portion of the center block 21 of the oblique tongue; the protrusion 211 is accommodated in the lock The guiding groove 119 of the shell member 11 of the casing 10 is displaceable relative to the guiding groove 119, and the other end portion of the first torsion spring 13 abuts against the other end portion of the oblique tongue center block 21, the tongue piece 22 The through holes of the plate member 12 can be extended or retracted. Specifically, the two protrusions 211 are not symmetrically formed on two sides of the center block 21 of the oblique tongue.
請參照圖2及圖3所示,該感應斜舌30係裝設於該鎖殼10內部,並且相對於該斜舌20間隔的設置,其具有一舌塊31、一舌柱32及一復位彈簧 33,該舌塊31固定裝設於該舌柱32之一端部,該舌柱32外緣壁面環狀的凸伸形成一凸環部321,該復位彈簧33套設於該舌柱32之另一端部,該復位彈簧33一端部抵靠於該凸環部321;該復位彈簧33之另一端部抵靠於該殼件11之架設部118,該舌柱32穿設於該架設部118之容溝,並且能夠相對該架設部118移動,該舌塊31能夠伸出或退入該鎖殼10板件12之貫孔。Referring to FIG. 2 and FIG. 3 , the sensing tongue 30 is mounted inside the lock case 10 and has a tongue piece 31 , a tongue 32 and a reset relative to the oblique tongue 20 . The spring 33 is fixed to one end of the tongue 32. The outer wall of the tongue 32 is annularly formed to form a convex ring portion 321 . The return spring 33 is sleeved on the tongue 32. The other end portion of the return spring 33 abuts against the protruding portion 321 . The other end of the return spring 33 abuts against the erecting portion 118 of the housing member 11 . The tongue 32 passes through the mounting portion 118 . The groove is movable and movable relative to the erecting portion 118, and the tongue piece 31 can extend or retreat into the through hole of the plate member 12 of the lock case 10.
請參照圖2所示,該感應連動板40裝設於該鎖殼10內部,其係一曲折片體,該感應連動板40中央處貫穿裝設一圓棒41;該圓棒41一端部穿設於該鎖殼10之殼件11的裝設孔103,該感應連動板40之相對二端部分別相對應於該斜舌20之斜舌中心塊21及該感應斜舌30之舌塊31,並且能夠分別承受該斜舌中心塊21及該舌塊31的抵靠,該鎖殼10之彈簧16一端部套設於該圓棒41,該感應連動板40能夠相對該鎖殼10進行調整位移。As shown in FIG. 2 , the inductive linkage plate 40 is mounted on the inside of the lock case 10 , and is a bent piece body. A round bar 41 is disposed at the center of the induction link plate 40. The round bar 41 is disposed at one end. In the mounting hole 103 of the shell member 11 of the lock case 10, the opposite ends of the inductive linkage plate 40 respectively correspond to the tongue center block 21 of the tongue 20 and the tongue block 31 of the inductive tongue 30. And the spring block 16 of the lock case 10 is sleeved on the round bar 41, and the inductive link plate 40 can be adjusted and displaced relative to the lock case 10, and can be respectively received by the latching block central block 21 and the latching block 31. .
請參照圖1及圖5所示,該直舌50係裝設於該鎖殼10內部,並且相對於該感應斜舌30間隔的設置,其一端部凸伸形成一延伸部51,並且具有一驅動柱52,該延伸部51貫穿形成一沿該直舌長軸方向的位移溝511,該驅動柱52裝設於該延伸部51;該位移溝511套設於該鎖殼10之軸承17,並且抵靠於該軸承17之外緣表面,該直舌50能夠受驅動伸出或退入該鎖殼10的板件12之貫孔。As shown in FIG. 1 and FIG. 5 , the straight tongue 50 is mounted on the inside of the lock case 10 , and is disposed at an end portion thereof to form an extension portion 51 with an interval therebetween. The driving column 52 is formed in the extending portion 51 of the locking shell 10; And against the outer edge surface of the bearing 17, the straight tongue 50 can be driven to extend or retreat into the through hole of the plate member 12 of the lock case 10.
請參照圖2及圖5所示,該直舌傳動板60係一長形片,其具有一凹部61、一限制溝62、一承抵部63、一驅動溝64、一頂抵槽65、一抵靠部66、一輔助定位部67及一鎖定柱68,該凹部61凹陷形成於該直舌傳動板60之一側緣,該頂抵槽65凹陷形成於該直舌傳動板60另一側緣處,該抵靠部66位於該直舌傳動板60之一端部,該限制溝62呈長軸向的貫穿形成於該直舌傳動板60,並且於該限制溝62之下端處橫向凹陷形成一扣設部621,該承抵部63彎折形成於該直舌傳動板60之一側面,該鎖殼10之第二扭簧14的另一端部抵靠於該承抵部63一側面,該驅動溝64由該抵靠部66朝向該直舌傳動板60另一端部延伸,並呈傾斜狀的貫穿形成於該直舌傳動板60,該驅動溝64與殼件11的長軸向形成有一角度,該驅動溝64之相對二端部分別凹陷形成一定位部641,該輔助定位部67設置於該直舌傳動板60形成頂抵槽65之側緣的一端處,具體而言,該輔助定位部67係一斜面,該鎖定柱68凸伸形成於該承抵部63形成之側面;該頂抵槽65能夠對應抵靠於該第二鎖殼鉚釘112,該輔助定位部67能夠對應抵靠於該第三鎖殼鉚釘113,該感應連動板40之圓棒41另一端部穿設於該限制溝62,該直舌50之驅動柱52穿設於該驅動溝64。Referring to FIG. 2 and FIG. 5 , the straight tongue drive plate 60 is an elongated piece having a recess 61 , a limiting groove 62 , an abutting portion 63 , a driving groove 64 , and a top abutting groove 65 . An abutting portion 66, an auxiliary positioning portion 67 and a locking post 68 are recessed and formed on one side edge of the straight tongue driving plate 60. The top abutting groove 65 is recessed and formed on the straight tongue driving plate 60. At the side edge, the abutting portion 66 is located at one end of the straight tongue drive plate 60. The restricting groove 62 is formed in the long axial direction through the straight tongue drive plate 60, and is laterally recessed at the lower end of the restricting groove 62. A fastening portion 621 is formed, and the bearing portion 63 is bent and formed on one side of the straight tongue drive plate 60. The other end of the second torsion spring 14 of the lock housing 10 abuts against a side of the bearing portion 63. The driving groove 64 extends from the abutting portion 66 toward the other end portion of the straight tongue driving plate 60, and is formed obliquely in the oblique tongue driving plate 60. The driving groove 64 and the long axial direction of the shell member 11 An angle is formed. The opposite ends of the driving groove 64 are respectively recessed to form a positioning portion 641. The auxiliary positioning portion 67 is disposed on the straight tongue driving plate 60 to form a topping. At one end of the side edge of the 65, specifically, the auxiliary positioning portion 67 is a sloped surface, and the locking post 68 is formed on the side formed by the bearing portion 63; the top abutting groove 65 can correspond to the first portion The second locking shell rivet 112 can be correspondingly abutted against the third locking shell rivet 113. The other end of the round bar 41 of the inductive linking plate 40 is disposed through the limiting groove 62. The driving of the straight tongue 50 The column 52 is bored in the drive groove 64.
請參照圖1及圖8所示,該門鎖驅動組之鎖心轉軸70的外緣壁面相對的凸伸形成二推柱71;該鎖心轉軸70對應裝設於該鎖殼10之殼件11的第二安裝孔102,該鎖心轉軸70能夠受驅動的相對於該殼件11轉動,該推柱71能夠頂抵該直舌傳動板60之抵靠部66,該鎖心轉軸70裝設時,於室內係裝設連接一轉扭,於室外則連接一可由特定鑰匙帶動之鎖頭,該鎖心轉軸70係一現有技術,於此不再贅述。Referring to FIG. 1 and FIG. 8 , the outer wall surface of the lock shaft 70 of the door lock driving group is oppositely protruded to form two push columns 71; the lock shaft 70 is correspondingly mounted on the shell of the lock case 10 The second mounting hole 102 of the elliptical shaft 70 is rotatably driven relative to the housing member 11, and the push rod 71 can be abutted against the abutting portion 66 of the straight tongue drive plate 60. In time, the indoor system is connected with a twist, and the outdoor is connected with a lock that can be driven by a specific key. The lock shaft 70 is a prior art and will not be described herein.
請參照圖1及圖9所示,該門鎖驅動組之門把轉軸90具有一撥桿91;該門把轉軸90對應裝設於該鎖殼10之殼件11的第一安裝孔101,該門把轉軸90能夠受驅動相對於該殼件11轉動,該撥桿91能夠頂抵該直舌傳動板60之承抵部63的另一側面,該門把轉軸90裝設時,係於室內係裝設一旋轉把手,由該旋轉把手帶動該門把轉軸90轉動,該門把轉軸90係一現有技術,於此不再贅述。Referring to FIG. 1 and FIG. 9 , the door lock shaft 90 of the door lock driving group has a lever 91; the door handle shaft 90 is correspondingly mounted to the first mounting hole 101 of the shell member 11 of the lock case 10, The door hinge shaft 90 can be driven to rotate relative to the casing member 11. The lever 91 can be abutted against the other side of the abutting portion 63 of the tongue drive plate 60. When the door shaft is mounted, the shaft is attached to The indoor system is provided with a rotating handle, and the rotating handle drives the door to rotate the rotating shaft 90. The door turning shaft 90 is a prior art and will not be described herein.
本新型之雙重聯動鎖進一步具有一圓直舌80,請參照圖5所示,該圓直舌80係裝設於該鎖殼10內部,並且相對於該直舌50間隔的設置,其具有一本體片81及一圓柱82,該本體片81具有一第一圓直舌鉚釘811、一第二圓直舌鉚釘812、一第三圓直舌鉚釘813及一鎖定溝814,該第一圓直舌鉚釘811、該第二圓直舌鉚釘812及該第三圓直舌鉚釘813間隔的設置於該本體片81一側面,該鎖定溝814凹陷形成於該本體片81之上側緣處,該圓柱82固定連接於該本體片81之一側端,該第一圓直舌鉚釘811能夠抵靠於該直舌50,如圖8所示,該第三圓直舌鉚釘813能夠抵靠於該鎖心轉軸70的推柱71,如圖6所示,該圓柱82能夠受驅動伸出或退入該鎖殼10的板件12之貫孔,該鎖殼10之第三扭簧15另一端部套設於該第二圓直舌鉚釘812,該直舌傳動板60之鎖定柱68能夠對應卡設該鎖定溝814內部,並且,該殼件11之第三鎖殼鉚釘113抵靠於該本體片81之上側緣。The double interlocking lock of the present invention further has a straight tongue 80. As shown in FIG. 5, the straight tongue 80 is mounted inside the lock housing 10, and has a body with respect to the spacing of the straight tongue 50. a piece 81 and a cylinder 82 having a first round straight tongue rivet 811, a second round straight tongue rivet 812, a third round straight tongue rivet 813 and a locking groove 814, the first round tongue The rivet 811, the second straight straight rivet 812 and the third straight straight rivet 813 are spaced apart from one side of the body piece 81. The locking groove 814 is recessed at an upper edge of the body piece 81. The cylinder 82 Fixedly connected to one side end of the body piece 81, the first straight straight tongue rivet 811 can abut against the straight tongue 50, as shown in FIG. 8, the third round straight tongue rivet 813 can abut the lock core The push rod 71 of the rotating shaft 70, as shown in FIG. 6, can be driven to extend or retreat into the through hole of the plate member 12 of the lock case 10, and the other end portion of the third torsion spring 15 of the lock case 10 The second round straight tongue rivet 812 is disposed, and the locking post 68 of the straight tongue drive plate 60 can be correspondingly disposed inside the locking groove 814, and the shell member 11 is The third lock housing against the rivet 113 on the side edges of the body panel 81.
請參照圖3及圖4所示,當本新型因該感應連動板40無法作動以致無法進入鎖定狀態,若門板關上時,本新型之雙重聯動鎖僅由該舌塊31或該舌片22其中之一碰觸於門框處的受口片,則該舌塊31或該舌片22將退入該板件12內部以頂抵該感應傳動板40,但是,僅憑該舌塊31或該舌片22其中之一頂抵該感應傳動板40,將無法克服該彈簧16施予該圓棒41之力量,使該圓棒41脫離該扣設部621,令該感應傳動板40產生以該圓棒41為中心的擺動,卻無法令該直舌傳動板60向下位移,以使本新型進入鎖定狀態。Referring to FIG. 3 and FIG. 4, when the present invention is unable to move into the locked state due to the inductive linkage plate 40, the double interlocking lock of the present invention is only used by the tongue block 31 or the tongue piece 22 when the door panel is closed. When one of the flaps touches the flap at the door frame, the tongue 31 or the tab 22 will retreat into the interior of the panel 12 to abut the inductive drive plate 40, but only by the tongue 31 or the tongue One of the pieces 22 abuts against the induction drive plate 40, and the force of the spring 16 applied to the round bar 41 cannot be overcome, so that the round bar 41 is disengaged from the fastening portion 621, so that the induction drive plate 40 generates the circle. The wand 41 is centered to oscillate, but the straight tongue drive plate 60 cannot be displaced downward to bring the present invention into a locked state.
當該舌塊31及該舌片22於碰觸門框之受口片時,能夠同時退入該板件12內部,將使得該感應連動板40克服該彈簧16之力量而進行平移,則該圓棒41脫離該扣設部621,請參照圖5所示,即可使本新型進入鎖定狀態,當該圓棒41位於限制溝62之長軸向處時,由於該第二扭簧14所施予該承抵部63之力量,將使得該直舌傳動板60向下移動,則該驅動溝64帶動該驅動柱52位移,令該直舌50得以伸出該鎖殼10,接著,該直舌傳動板60將抵靠於該凸柱211,令該舌片22能夠保持伸出該板件12的狀態,不因外力推抵門板而使該舌片22退入該鎖殼10內部,以達成本新型鎖定的狀態,此時,該驅動柱52係位於該定位部641處,如圖7所示,並且該頂抵槽65抵靠於該第三鎖殼鉚釘113,以確保該直舌50不因外力影響而退入該鎖殼10內部解除鎖定狀態;此外,當該舌塊31及該舌片22能夠同時退入該板件12內部時,但是,若該舌片22尚未因該第一扭簧13之力量而進入門框之受口片的相應處,將造成該凸柱211卡設於該凹部61,如圖4所示,則本新型仍然未能進入鎖定狀態,因此,即便該舌塊31及該舌片22同時退入該板件12內部,仍需等待該舌片22,以及受該復位彈簧33作用之舌塊31進入受口片之相應處,方可進入鎖定狀態。When the tongue piece 31 and the tongue piece 22 touch the mouth piece of the door frame, the tongue piece 12 can be retracted into the interior of the plate member 12, and the induction linkage plate 40 is translated against the force of the spring 16, and the circle is The rod 41 is separated from the fastening portion 621. Referring to FIG. 5, the present invention can be brought into a locked state. When the round rod 41 is located at the long axial direction of the restriction groove 62, the second torsion spring 14 is applied. The force of the abutting portion 63 will cause the straight tongue drive plate 60 to move downward, and the driving groove 64 drives the driving column 52 to displace the straight tongue 50 to extend out of the lock case 10, and then the straight The tongue drive plate 60 will abut against the protruding post 211, so that the tongue piece 22 can maintain the state of extending out of the plate member 12, and the tongue piece 22 is not retracted into the lock case 10 due to an external force pushing against the door panel. In order to achieve the state of the present invention, at this time, the driving column 52 is located at the positioning portion 641, as shown in FIG. 7, and the abutting groove 65 abuts against the third locking shell rivet 113 to ensure the straight The tongue 50 is not retracted into the locked state of the lock case 10 due to the influence of the external force; in addition, when the tongue block 31 and the tongue piece 22 can be retracted into the plate member 1 at the same time 2, when the tongue 22 has not entered the corresponding portion of the mouth piece of the door frame due to the force of the first torsion spring 13, the protrusion 211 is caused to be engaged in the recess 61, as shown in FIG. The new type still fails to enter the locked state. Therefore, even if the tongue block 31 and the tongue piece 22 simultaneously retreat into the inside of the plate member 12, the tongue piece 22 and the tongue piece subjected to the return spring 33 are still to be waited. 31 Enter the corresponding position of the mouth piece to enter the locked state.
請參照圖6所示,若該直舌50於進入門框之受口片相應處時,有可能因為現場在安裝受口片時,稍微的偏斜而造成的外來阻力,或是磨擦到直舌的側面因素,可能造成該直舌50無法完全伸出進入鎖定狀態,則本新型仍然可以在上述的相同狀態下,進入精準的第一鎖定狀態,進而進入完整的第二鎖定狀態,此係因該第二鎖殼鉚釘112抵靠於該頂抵槽65,同時該輔助定位部67抵靠於該第三鎖殼鉚釘113,即便該驅動柱52位在該驅動溝64行程的中途,而未抵達鎖定之定位處,該直舌50依舊能夠保持伸出之狀態,而不會退入該鎖殼10內部,使本新型執行門鎖鎖定之功能;此外,由於該輔助定位部67係斜面的設置,因此,在該直舌傳動板60向下移動過程依序接觸該第二鎖殼鉚釘112及第三鎖殼鉚釘113時,該直舌傳動板60能夠順利的通過,以協助該頂抵槽65抵靠於該第二鎖殼鉚釘112,從而達成第一鎖定狀態。Referring to FIG. 6 , if the straight tongue 50 enters the corresponding position of the mouth piece of the door frame, there may be external resistance caused by a slight deflection when the mouth piece is installed on the site, or rubbing to the straight tongue. The side factor may cause the straight tongue 50 to not fully extend into the locked state, and the present invention can still enter the precise first locking state in the same state as described above, and then enter the complete second locking state. The second locking shell rivet 112 abuts against the top abutting groove 65, and the auxiliary positioning portion 67 abuts against the third locking shell rivet 113 even if the driving column 52 is located in the middle of the driving groove 64, but not Upon reaching the locked position, the straight tongue 50 can still remain in the extended state without retreating into the inside of the lock case 10, so that the present invention performs the function of locking the door lock; in addition, since the auxiliary positioning portion 67 is inclined Therefore, when the second tongue drive rivet 112 and the third lock case rivet 113 are sequentially contacted in the downward movement process, the straight tongue drive plate 60 can pass smoothly to assist the top abutment. The groove 65 abuts against the second lock shell riveting The nail 112 is thereby reached a first locked state.
由於該直舌50位在該第一圓直舌鉚釘811移動的動線上,如圖8所示,因此,唯有當本新型處於該直舌50之鎖定狀態下,使該直舌50不阻礙該第一圓直舌鉚釘811的移動,請同時參照圖6及圖7所示,使用者方可於室內透過轉動鎖鈕的方式,或者於室外以鑰匙***鎖頭轉動,從而帶動該推柱71推抵該第三圓直舌鉚釘813,令該本體片81得以位移,則該圓柱82能夠伸出該鎖殼10,達到本新型之圓直舌80鎖定的狀態,此時,該直舌傳動板60之鎖定柱68係卡設於該本體片81之鎖定溝814內部,藉以確保該圓直舌80伸出該鎖殼10之鎖定狀態,並且,由於該第三鎖殼鉚釘113抵靠於該本體片81之上側緣,使得該本體片81得以保持水平位移。Since the straight tongue 50 is on the moving line of the movement of the first straight straight rivet 811, as shown in FIG. 8, therefore, only when the present invention is in the locked state of the straight tongue 50, the straight tongue 50 is not obstructed. For the movement of the first straight tongue rivet 811, please refer to FIG. 6 and FIG. 7 at the same time, the user can rotate the lock button indoors or insert the lock with a key to rotate the door to drive the push column. 71, the third straight straight rivet 813 is pushed to displace the body piece 81, and the cylinder 82 can extend out of the lock case 10 to achieve the locked state of the straight round tongue 80 of the present invention. At this time, the straight tongue The locking post 68 of the driving plate 60 is locked inside the locking groove 814 of the body piece 81, thereby ensuring that the round straight tongue 80 protrudes from the locked state of the locking case 10, and because the third locking case rivet 113 abuts The upper edge of the body piece 81 is such that the body piece 81 is horizontally displaced.
相對的,若使用者欲解除本新型之鎖定狀態時,使用者可藉由該鎖心轉軸70之轉動以解除鎖定,請參照圖8所示,該推柱71推抵該抵靠部66,將使該直舌傳動板60向上移動,則該驅動溝64帶動該驅動柱52移動,該直舌50即退入該鎖殼10內部,同時該直舌50亦推抵該第一圓直舌鉚釘811,使該圓直舌80一併解除鎖定。In contrast, if the user wants to release the locked state of the present invention, the user can unlock the lock shaft 70 by using the rotation of the lock shaft 70. Referring to FIG. 8, the push column 71 is pushed against the abutment portion 66. When the straight tongue drive plate 60 is moved upward, the driving groove 64 drives the driving column 52 to move, and the straight tongue 50 retreats into the inside of the lock case 10, and the straight tongue 50 also pushes against the first straight tongue. The rivet 811 causes the round tongue 80 to be unlocked together.
若室內人員遭遇緊急狀態,如:火警,而需緊急疏散時,當使用者於室內扭轉旋轉把手時,該門把轉軸90即隨之轉動,則該撥桿91將推抵該承抵部63,如圖9所示,令該直舌傳動板60向上移動,從而一併解除該直舌50及該圓直舌80之鎖定狀態。If the indoor person encounters an emergency state, such as a fire alarm, and needs emergency evacuation, when the user twists the rotating handle indoors, the door handle shaft 90 rotates accordingly, and the lever 91 will push against the bearing portion 63. As shown in FIG. 9, the straight tongue drive plate 60 is moved upward to release the locked state of the straight tongue 50 and the straight tongue 80 together.
於本新型中,透過該感應連動板40裝設於該鎖殼10內部,由於本新型雙重聯動鎖的機構功能作動,使該感應連動板40能夠自由的調整前後作動和位移等,以確保該斜舌20及該感應斜舌30於關門時,得以同時作動的退入該鎖殼10內部,使該感應連動板40上的圓棒41能夠順利的脫離該直舌傳動板60之扣設部621後,繼而滑行到限制溝62內部,則該直舌傳動板60能夠藉由該第二扭簧14的推力而順利的向下移動,令該斜舌20及該感應斜舌30能夠同步作動使該直舌傳動板60向下移動,改善以往因該斜舌20或該感應斜舌30任一者先作動而造成該直舌傳動板60無法作動之情形,同時,藉由該直舌傳動板60能夠抵靠於該鎖殼10之第二鎖殼鉚釘112及第三鎖殼鉚釘113,避免該直舌作動時,因受外力阻礙而無法執行鎖定,此外本新型能夠進一步加裝該圓直舌80,以配合該直舌50作動,讓使用者能夠多一道安全防護。In the present invention, the inductive linkage plate 40 is mounted inside the lock case 10. Due to the function of the mechanism of the novel double interlocking lock, the inductive linkage plate 40 can freely adjust the front and rear actuation and displacement to ensure the When the slanting tongue 20 and the slanting tongue 30 are closed, they can be retracted into the interior of the lock casing 10 at the same time, so that the round bar 41 on the induction linkage plate 40 can be smoothly disengaged from the buckle portion of the straight tongue drive plate 60. After 621, and then gliding into the inside of the limiting groove 62, the straight tongue driving plate 60 can smoothly move downward by the thrust of the second torsion spring 14, so that the inclined tongue 20 and the sensing tongue 30 can be synchronized. The straight tongue drive plate 60 is moved downward to improve the situation that the straight tongue drive plate 60 cannot be actuated due to the first action of the oblique tongue 20 or the induction tongue 30. At the same time, the straight tongue drive is driven. The plate 60 can abut against the second lock rivet 112 and the third lock rivet 113 of the lock case 10, so as to prevent the lock from being locked due to external force when the straight tongue is actuated, and the present invention can further add the circle. Straight tongue 80 to cooperate with the straight tongue 50 to make It is able to multi-layer of security.
以上所述僅是本新型的較佳實施例而已,並非對本新型做任何形式上的限制,雖然本新型已以較佳實施例揭露如上,然而並非用以限定本新型,任何所屬技術領域中具有通常知識者,在不脫離本新型技術方案的範圍內,當可利用上述揭示的技術內容作出些許更動或修飾為等同變化的等效實施例,但凡是未脫離本新型技術方案的內容,依據本新型的技術實質對以上實施例所作的任何簡單修改、等同變化與修飾,均仍屬於本新型技術方案的範圍內。The above description is only a preferred embodiment of the present invention, and is not intended to limit the present invention in any way. Although the present invention has been disclosed above in the preferred embodiments, it is not intended to limit the present invention, and In general, those skilled in the art can make some modifications or modifications to equivalent embodiments by using the technical content disclosed above, without departing from the scope of the present invention. Any novel modifications, equivalent changes, and modifications made to the above embodiments are still within the scope of the present invention.
10‧‧‧鎖殼
11‧‧‧殼件
110‧‧‧圍壁
111‧‧‧第一鎖殼鉚釘
112‧‧‧第二鎖殼鉚釘
113‧‧‧第三鎖殼鉚釘
114‧‧‧第四鎖殼鉚釘
115‧‧‧第一內牙鉚釘
116‧‧‧第二內牙鉚釘
117‧‧‧第三內牙鉚釘
118‧‧‧架設部
119‧‧‧導引槽
101‧‧‧第一安裝孔
102‧‧‧第二安裝孔
103‧‧‧裝設孔
12‧‧‧板件
13‧‧‧第一扭簧
14‧‧‧第二扭簧
15‧‧‧第三扭簧
16‧‧‧彈簧
17‧‧‧軸承
20‧‧‧斜舌
21‧‧‧斜舌中心塊
211‧‧‧凸柱
22‧‧‧舌片
30‧‧‧感應斜舌
31‧‧‧舌塊
32‧‧‧舌柱
321‧‧‧凸環部
33‧‧‧復位彈簧
40‧‧‧感應連動板
41‧‧‧圓棒
50‧‧‧直舌
51‧‧‧延伸部
511‧‧‧位移溝
52‧‧‧驅動柱
60‧‧‧直舌傳動板
61‧‧‧凹部
62‧‧‧限制溝
621‧‧‧扣設部
63‧‧‧承抵部
64‧‧‧驅動溝
641‧‧‧定位部
65‧‧‧頂抵槽
66‧‧‧抵靠部
67‧‧‧輔助定位部
68‧‧‧鎖定柱
70‧‧‧鎖心轉軸
71‧‧‧推柱
80‧‧‧圓直舌
81‧‧‧本體片
811‧‧‧第一圓直舌鉚釘
812‧‧‧第二圓直舌鉚釘
813‧‧‧第三圓直舌鉚釘
814‧‧‧鎖定溝
82‧‧‧圓柱
90‧‧‧門把轉軸
91‧‧‧撥桿
現有技術一
3‧‧‧鎖定舌
4‧‧‧斜舌
5‧‧‧彈性控制件
8‧‧‧傳動件
現有技術二
3‧‧‧斜舌
7‧‧‧導引傳動件
7e‧‧‧溝槽
8‧‧‧輔助感應舌
11‧‧‧止動件
13‧‧‧鎖定舌
15‧‧‧銷10‧‧‧Lock shell
11‧‧‧Shell
110‧‧‧ wall
111‧‧‧First lock rivet
112‧‧‧Second lock rivet
113‧‧‧ third lock shell rivet
114‧‧‧Fourth lock rivet
115‧‧‧First internal rivet
116‧‧‧Second internal rivets
117‧‧‧ Third internal tooth rivet
118‧‧‧Building Department
119‧‧‧ guiding slot
101‧‧‧First mounting hole
102‧‧‧Second mounting hole
103‧‧‧Installation holes
12‧‧‧ boards
13‧‧‧First torsion spring
14‧‧‧Second torsion spring
15‧‧‧ Third torsion spring
16‧‧‧ Spring
17‧‧‧ bearing
20‧‧‧ oblique tongue
21‧‧‧ oblique tongue center block
211‧‧‧Bump
22‧‧‧ tongue
30‧‧‧Induction tongue
31‧‧‧ tongue block
32‧‧ ‧ tongue
321‧‧‧ convex ring
33‧‧‧Return spring
40‧‧‧Induction Linkage Board
41‧‧‧ round stick
50‧‧‧ Straight tongue
51‧‧‧Extension
511‧‧‧ displacement groove
52‧‧‧Drive column
60‧‧‧ Straight tongue drive plate
61‧‧‧ recess
62‧‧‧Restricted ditch
621‧‧‧Deduction Department
63‧‧‧Attendance Department
64‧‧‧ drive ditch
641‧‧‧ Positioning Department
65‧‧‧Abutment slot
66‧‧‧Abutment
67‧‧‧Auxiliary Positioning Department
68‧‧‧Locking column
70‧‧‧Lock shaft
71‧‧‧ pushed column
80‧‧‧ Round tongue
81‧‧‧ body film
811‧‧‧First round straight tongue rivet
812‧‧‧Second round straight tongue rivet
813‧‧‧3rd round straight tongue rivet
814‧‧‧Lock groove
82‧‧‧Cylinder
90‧‧‧ Door hinge
91‧‧‧Pushing prior art one
3‧‧‧Lock tongue
4‧‧‧ oblique tongue
5‧‧‧Flexible control parts
8‧‧‧ Transmission parts prior art 2
3‧‧‧ oblique tongue
7‧‧‧ Guide transmission parts
7e‧‧‧ trench
8‧‧‧Assistive sensor tongue
11‧‧‧stops
13‧‧‧Lock tongue
15‧‧ ‧ sales
圖1為本新型未上鎖狀態之正視圖。 圖2為本新型直舌傳動板分離之立體圖。 圖3為本新型感應連動板無法作動之局部正視圖。 圖4為本新型感應連動板無法作動之另一局部正視圖。 圖5為本新型進入第二鎖定狀態之正視圖。 圖6為本新型直舌第一鎖定狀態之局部正視圖。 圖7為本新型圓直舌鎖定之局部正視圖。 圖8為本新型以鎖心轉軸解除鎖定之正視圖。 圖9為本新型以門把轉軸解除鎖定之正視圖。Figure 1 is a front elevational view of the present invention in an unlocked state. Fig. 2 is a perspective view showing the separation of the straight tongue drive plate of the present invention. Figure 3 is a partial front elevational view of the inductive linkage plate of the present invention. Figure 4 is another partial front elevational view of the inductive linkage plate of the present invention. Figure 5 is a front elevational view of the present invention entering the second locked state. Fig. 6 is a partial front elevational view showing the first locked state of the straight tongue of the present invention. Figure 7 is a partial front elevational view of the present type of straight tongue locking. Fig. 8 is a front elevational view showing the unlocking of the lock shaft. Figure 9 is a front elevational view of the present invention with the door handle shaft unlocked.
10‧‧‧鎖殼 10‧‧‧Lock shell
111‧‧‧第一鎖殼鉚釘 111‧‧‧First lock rivet
114‧‧‧第四鎖殼鉚釘 114‧‧‧Fourth lock rivet
116‧‧‧第二內牙鉚釘 116‧‧‧Second internal rivets
101‧‧‧第一安裝孔 101‧‧‧First mounting hole
102‧‧‧第二安裝孔 102‧‧‧Second mounting hole
12‧‧‧板件 12‧‧‧ boards
14‧‧‧第二扭簧 14‧‧‧Second torsion spring
16‧‧‧彈簧 16‧‧‧ Spring
17‧‧‧軸承 17‧‧‧ bearing
20‧‧‧斜舌 20‧‧‧ oblique tongue
30‧‧‧感應斜舌 30‧‧‧Induction tongue
50‧‧‧直舌 50‧‧‧ Straight tongue
60‧‧‧直舌傳動板 60‧‧‧ Straight tongue drive plate
70‧‧‧鎖心轉軸 70‧‧‧Lock shaft
71‧‧‧推柱 71‧‧‧ pushed column
80‧‧‧圓直舌 80‧‧‧ Round tongue
90‧‧‧門把轉軸 90‧‧‧ Door hinge
Claims (7)
Priority Applications (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
TW104209043U TWM511535U (en) | 2015-06-05 | 2015-06-05 | Dual interlocked lock |
Applications Claiming Priority (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
TW104209043U TWM511535U (en) | 2015-06-05 | 2015-06-05 | Dual interlocked lock |
Publications (1)
Publication Number | Publication Date |
---|---|
TWM511535U true TWM511535U (en) | 2015-11-01 |
Family
ID=55218779
Family Applications (1)
Application Number | Title | Priority Date | Filing Date |
---|---|---|---|
TW104209043U TWM511535U (en) | 2015-06-05 | 2015-06-05 | Dual interlocked lock |
Country Status (1)
Country | Link |
---|---|
TW (1) | TWM511535U (en) |
Cited By (2)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
TWI573922B (en) * | 2015-06-05 | 2017-03-11 | Weider Metal Inc | Double linkage lock |
TWI638938B (en) | 2016-12-29 | 2018-10-21 | 城鋼有限公司 | Double latch lockset |
-
2015
- 2015-06-05 TW TW104209043U patent/TWM511535U/en unknown
Cited By (2)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
TWI573922B (en) * | 2015-06-05 | 2017-03-11 | Weider Metal Inc | Double linkage lock |
TWI638938B (en) | 2016-12-29 | 2018-10-21 | 城鋼有限公司 | Double latch lockset |
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