201237248 六、發明說明： 【發明所屬之技術領域】 本發明係關於-種具-鎖殼之鎖’鎖舌可在—由彈出鎖殼與_縮 入鎖殼之位置間運動被容納，在鎖殼中以可縱向運動之方式設有一滑 片，當鎖舌被壓入鎖殼内，鎖舌可與滑片作用連接，且設有一鎖閂了 與滑片相互作用’且隨滑片之運動可在—禁制位置與—開放位置之間 運動，且設有-漏鎖舌’與—禁制元件相互作用，該禁制元件設置 成，當鎖舌或辅助鎖舌被壓回鎖殼時，其限制鎖閂在禁制位置上之運 動。 【先前技術】 由DE6〇2〇〇4〇〇75i7T2可知一種此類具有一鎖殼之鎖其中容 納-鎖舌，鎖舌可在-由彈出鎖殼與—縮人雜之位置之間運動被容 納。在鎖殼中容納-滑片，鎖舌經由一設計成一滾子之接觸元件 =片作用連接’且滑片具有—接觸面，滾子可沿該面滾動。若鎖舌被 壓回鎖殼内，職片可向上運動—小段行程。此外在鎖殼内容納一鎖 問，其與滑片㈣-滑縫導引共t滑片在垂直方向運動，則 鎖閃可在-鎖殼中之_位置及—由縮殼彈出位置之間來回運動。此 外鎖具有-輔助鎖舌，與—禁制元件相互作用，且該禁制元件設置成， 當鎖舌或輔助鎖舌被壓回鎖殼時，其限制侧在禁制位置上之運動。 藉由輔助鎖舌之設置可__運動之運行保險。若門打開，則 鎖閃不會㈣由鎖殼移動伸^例如將鎖舌壓人鎖殼並不足夠 t滑片雖然經由制運動之滾子抵達滑片上之接脑，且將其輕微 U ’細滑片之凸起餘錄賴元件，該止動元倾容納於辅助 ，舌上。若僅輔助鎖舌被壓人鎖殼，則該止動元件停留在滑片凸起之 木凹中’ JL滑片仍無向下運動，直至侧可達到前出。 只有同時將鎖舌與輔助鎖舌壓入鎖殼，該止動元件才可由滑片中 4 201237248 凸起之接合區被導出’且滑片可向下運動。由於滑片之運動，滑縫導 引元件沿滑縫運動，且鎖閂可由鎖殼伸出。同時觸發鎖舌及輔助鎖舌 基本僅在鎖與一相對關閉元件重合情況下發生。然而缺點是，輕微觸 碰鎖舌即足以將環狀止動元件由滑片凸起中之深凹引出。用手即可將 鎖閃非法由鎖殼引出，其方式為按壓輔助鎖舌，及一例如無意一同樣 將鎖舌輕微導入鎖殼。防止鎖閂非法由鎖殼伸出之保險並不充分存在。 【發明内容】 本發明之目的因而在於改進一種具有一鎖舌及一辅助鎖舌之鎖之 門閂運動運行保險’本發明之目的特別在於，改進門閂運動之運行保 險’防止門閂非法伸出。 此目的由申請專利範圍第1項引文所述之鎖出發，結合特徵部 分。本發明之較佳實施例說明於申請專利範圍之附屬項。 本發明包含之技術教導在於，禁制元件具有與鎖閂之作用連接， 而作用連接經由鎖閂中之一凹空形成，禁制元件可切入其中，其方式 為，輔助鎖舌被導引至一彈出鎖殼外之位置，該禁制元件在輔助鎖舌 被壓回進入鎖殼時，由於摩擦接觸停留在凹空中。 本發明之思考出發點在於，不使禁制元件與滑片作用連接，而是 使禁制元件與鎖閂作用連接。因而防止鎖閂非法由鎖殼伸出之安全2 進一步提高’例如當裝設鎖之門頁打開，鎖舌及辅助鎖舌用手接觸時， 經由禁制元件與鎖閂之相互作用，促使鎖閂運動離開鎖殼之敏感度進 一步降低，且與鎖舌相互作用輕微抬高滑片並不足以解除禁制元件與 鎖問間之連接。在本發明巾，触經由—摩雜嶋成，當辅助鎖舌 被觸動，禁制元件可被移動離開鎖咖空，禁制元件依舊停留於鎖閃 凹空内，這是由於滑片輕微抬高不能解除_與禁制元件間之摩擦連 接。理，在於滑片與鎖關之作用連接，該連接有—輕微餘隙，當滑 片在鎖豉中運動時，必須先克服此餘隙，才能觸發鎖閂運動。 201237248 ^元件與鎖閃間之摩擦接觸最好構建為，鎖閃先要進 中一超過開放位置之向外位晋，麼被 在鎖叙 虡銷ρε|聞少廢檢 、接觸才能解除。為確立禁制元件 朝可經由與滑片作用連接，或經由-獨立之 ΐΓί向施加預力’而只有鎖問在鎖殼中超過打開位置少 S午距離，摩擦接觸才會解除。 罝/ 侧進人鎖殼超過打開位置之向外位置可由滑片—直線運動行程 ’且滑片《直線運動行程可較佳地由鎖舌壓回進人鎖殼產生。 六作歧，可設—彈簧元件，使禁制元件對輔助鎖舌受到預 2而禁低件可經㈣簧元件由醇被導出。彈簧元件在朝向辅助 麈舰㈣小於在禁航件與鎖閂之間 摩擦接觸所㈣到之力。然而若摩擦接觸解除，例如經由鎖舌壓 成滑片滑動，則禁制元件與_間之摩擦力降低，且該彈簧元， 使禁制元件離開鎖閂中之凹空。 禁制元件可具有一接觸凸輪，經由此接觸凸輪禁制元件被彈箸元 件施加對辅助鎖舌之預力。此外輔助鎖舌可具有一鎖舌凸輪，當辅助 鎖舌由鎖殼彈出時，可與禁制元件之接觸凸輪重合。辅助鎖舌若被壓 入鎖殼’制元件之接觸凸輪不再與獅鎖舌之·凸輪重合，使得 在禁制元件與朗間之摩擦接觸解除時，禁制元件由於彈脊:件朝輔 助鎖舌方向運動。絲擦接觸解除，雕制元件在輔助鎖舌方向卡入， 且輔助鎖舌再度被帶入彈出位置，因而使接觸凸輪與鎖舌凸輪經由其 侧向斜面邊緣相互滑動’直至接觸凸輪尖端再度與鎖舌凸輪尖端重 叠。其間彈簧it件再度被壓，且禁制元件可再度卡人鎖問之凹空。彈 簧元件以實施成螺旋壓縮彈簧為佳，且環繞禁制元件裝設。 另-優點出於滑片與鎖閃間之作用連接，該連接實施成滑縫導 引且/用縫導引可具有一§又於滑片之滑縫，及一設於鎖閃之滑縫導引 元件。滑片之運動方向及鎖狀運動方向互相成直角，且經由滑縫導 6 201237248 引⑺片之垂直運動被轉換成鎖閂之水平運動。 七門3可='骨縫延伸’當滑片行進，鎖閃在鎖殼中進入一超過 ，可將滑縫導引元件引人該滑縫延伸中。滑縫 晉‘Γ缝導引元件位於滑縫中之滑縫末端，當鎖閃位於縮入位 =該位置重建_之打開位置。麵片被輕微抬高，則滑縫導引元 件進入滑縫延伸中，且_在鎖財超過打開位置向外—小段行程。 ”二由此广制耕與在躺中之凹空間之雜接觸解除，且禁制元件 可釋放朗。朗縣可完全域殼伸出。 在鎖舌上可設置一接觸元件，且接觸元件在鎖舌壓入時與滑片進 入作用連接’使滑片執行—直線運崎程。接觸元件可設計成一滾子， 以可旋轉之方核設於鎖舌h接槪狀裝設，_是滾子，在鎖 舌上可經_钟進行，且接転倾_舌桿與鎖舌_連接，且 P遗鎖舌運動相應運動。滑片可具有—接觸面，設計成當接觸元件抵緊 接觸面時，'f片執行直線運動行程。接觸面構成__稜緣，且若鎖舌與 接觸元件抵觸接觸面之稜緣運動，則在滑片中可進行直線運動行程。 其間滾子在接觸面上滾動，特別是沿稜緣。滑片與接觸元件之運動在 鎖舌之推入運動中被導入鎖殼，且滑片在運動方向上垂直於鎖舌運動 方向被導引在鎖殼中。隨之鎖舌與接觸元件之運動轉向9〇。，且當鎖舌 及接觸元件之運動在水平進行時，滑片垂直運動穿過鎖殼。 在鎖殼與滑片之間可設一彈簧元件，滑片經由此彈簧元件在對應 於鎖閂禁制位置之位置上受到預力。鎖舌若與接觸元件被壓入鎖殼， 且接觸元件與滑片之接觸面接觸，則滑片抗拒彈簧元件預力被輕微抬 高。若辅助鎖舌同樣處於在鎖殼内之一被壓入狀態，且若滑片抗拒彈 簧元件預力被輕微抬高，則滑縫導引元件抵達滑縫延伸，且鎖閃超過 打開位置繼續進入鎖殼中。因而禁制元件與鎖閂間之摩擦接觸解除。 若鎖舌接著再度被轉換至鎖殼外之伸出位置，例如當鎖在相對關閉元 201237248 在㈣卿元件職之開口中，則朗同時 .一‘伸出運動經由彈簧元件在鎖殼與滑片間展開。 使滑有，者是，可設—電子致動單元，可與滑片進人作用連接， 元可與建築財之—㈣中心連接，例如經由〜 遙控將鎖顺ί經由-無線電連接，因而可遙控滑片運動，例如經由 :、轉換至打開位置。此外可設置__感聰單元，職爲 禁制元件之位置，則器單元同樣可與管制中心:接， 元元件處於_。感測器單 用。V實施為-衡_關，與辅助鎖舌及/或與禁制元件機械作 【實施方式】 在鎖參考數字1標示—鎖，具有—鎖殼1〇,可應用於一門頁。 可^⑽鎖舌11，處於—由鎖殼lG彈出之位置。鎖舌11 被拉回鎖殼H)内，例如使用_可插人—門把筒28之門把。此外， =可貞殼1〇内，其方式為，鎖1抵觸-未圖示之相對關 牛該相對關閉7L件例如係設於一門邊框或_靜止門頁中。若鎖 舌11抵觸在相對關閉元件上’則鎖舌n被壓人鎖殼1〇内，等門 到關=置，則鎖舌u又由鎖殼10伸出，且卡入在相對關閉元件中 :::内。鎖舌n以習知方式設計成十字形鎖舌，不再詳細說 鎖1進-步具有-被容納於鑛1〇中且可縱向運動之滑片a， η被壓入鎖殼10時’例如當門關上且鎖舌u與相對關閉元件 接觸時’滑片丨2可被帶至與鎖舌n作用連接。其間在滑片π中可進 行-直線運動行程，該行程在_巾係在垂直方向進行，如在滑片12 上〈雙箭頭所示。在鎖！中另外設有一鎖閃13，其同樣與滑片12相 互作用，且隨滑片12之運動可在—禁制位置及—打開位置之間運動。 8 201237248 鳩—爾刪，1_之運 ^之垂直運動轉mi互相成—直角，且經由滑縫導引可將滑片 ^一打開位置間運動。在禁制位置上鎖舌！3在-由銷殼^出 連接之滑縫導引具有-在滑片12中之二： 由鎖毅^伸出。滑片丨2垂直向下運動’朗13因而可隨之 錢2另外具有一辅助鎖舌14，與一禁制元件15作用。當鎖舌11 舌14被壓喃殼⑴内時，禁制元件15在禁制位置上限制鎖 以下將說明依照本發明之禁制元件】5之組態。 禁制元件15設置成，其可與網13發生交互作^為此禁制元 件15在鎖殼1G内以可直線運動行程之方式被容納於—禁制元件殼體 25内。一禁制兀件15之運動方向與滑片12之運動方向相同，卻不與滑 片12交互作用。在所示之組態中，鎖問1S在一打開位置，在該位置 上鎖閃13係縮入賴10 θ。在鎖閃13上開設一凹空16，且在所示 之鎖閃13打開位置上，凹空16鱗制元件15重合。在圖示中鎖舌η 及辅助鎖舌14由鎖殼10彈出，且在此彈出組態辅助鎖舌㈣禁制元 件15相互作用。經由輔助鎖舌14與禁制元件15間之相互作用，禁制 元件15被導入鎖閃13中之凹空10，且在凹空10 一禁制棱緣丨^禁 制元件15間發生-種摩擦接觸，將禁制元件15禁錮在所示之位置上。 禁制積緣16a與鎖閃13之凹空16間與禁制元件15造成之接觸力來自 於’彈簧元件23將滑片12向下施加預力，且鎖閃13經由滑縫2〇與 滑縫導引元件2i在對其翻位置方向受到預力，其方式為制13由 鎖殼10被壓出。 鎖閂13離開鎖殼10之運動受到被壓入凹空16之禁制元件15之 9 201237248 限制。預力使禁制棱緣1知與禁制元件ls之間有接觸力，使摩擦接觸 造成禁制元件15停留在所示之位置。若辅助鎖舌14被壓人鎖殼1〇， 凹空16之禁制積緣l6a與禁制元件ls間之雜力大於彈脊元件口之 預力’禁制元件15在朝輔助鎖舌14方向受到預力。結果是即使在輔 助鎖舌14被壓入鎖殼10内，禁制元件15亦停留在凹空％内。 唯有當輔助鎖舌μ與鎖舌u共同被壓入鎖殼1〇，該禁制元件15 與鎖閂13中之凹空16才不再接觸。若鎖舌u被壓入鎖殼1〇，實施成 滾子之接觸元件22抵住滑片上之接觸面12a，該接觸面設計成稜緣。 接觸元件22進入滑片12接觸面12a之一後切部29,且滑片12在彈簧 元件23壓縮情況下輕微被抬高。滑缝導引元件^進入滑縫延伸&， 、’星由此，鎖閂13在禁制位置之預力解除，且鎖閂13可再進入鎖殼 少許。其間禁制稜緣恤與禁制元件15間之接觸力解除，已足以使彈 簧元件17將禁制元件15在被壓入之輔助鎖舌14方向運動。 若鎖舌11再度被帶至一彈出鎖殼1〇之位置，例如鎖舌n卡入相 對關閉兀件之對應開口，則鎖閃13可另外由鎖殼1()彈出，且將鎖】 閂閉於相對關閉元件中。 為重新打開鎖，可用—未詳細圖示之門把在門把筒28中造成一扭 轉，使滑片12再度抗拒彈簧元件23運動。門把可例如僅設置於室内 側丄而揲法由一室外侧打開鎖1。另外可經由一鑰匙柱，插入一鑰匙 柱容孔30内，啟動位於滑片12上之一提動端31，使滑片12再度抗 拒彈簧7C件23而運動。隨滑片12向上運動，滑縫導引元件21可再度 被轉換至所7F之位置’且制13再度縮人鎖毅1〇。 圖2顯示在圖1中以A標示之詳細視圖。所示者為鎖舌η與滑片 12間之相互作用。鎖舌11設於一鎖舌桿26上，可在一水平運動方向 在一彈出鎖殼10及一縮入鎖殼10之位置間運動。一接觸元件22經由 鎖舌桿26與鎖舌11連接，雛齡㈣實減滾子JL以可旋轉方式 201237248 ==鎖舌3上。另外所示是滑片12之-段’位於滑片12上-接觸面12a《區域，接觸元件22可與其接觸。 抵觸:11在—由鎖殼卿出之位置。若鎖舌11例如經由 目ΓΓ件上雜入鎖殼10，則接觸元件22在接觸面以 拜-g、^人滑片^上之一後切部四心這使得滑片^在所示之 m運動’依照前述說明，將滑縫導引元件21移動進入滑缝 =軍Γ12被導引元件32導引在鎖殼1G中之垂直方向，且滑 ί ^侷限於—直線運動行程。鎖舌11被鎖舌彈簧在彈出鎖 Λ又10《位置上施加預力。 細1切Β標示之詳細截_。所示者為禁制元㈣ 14相互仙之情形。在禁制元件15上設有—接觸凸輪18, =凸，在所示之_中與—設於辅助鎖舌14上之鎖舌凸輪19相互作 助鎖舌14在彈出鎖殼10之組態上被一輔助鎖舌彈簧24施加預 力^觸凸輪18及鎖舌凸輪19互相尖端對尖端，而禁制元㈣因而 被保持在所示之組態上。 此外禁制元件15之後部位於鎖之-凹空16。其間在凹空16 I禁制積緣16a與禁制元件15後端之間保持一摩擦接觸，這是由於在 所K位置上’ ！朗13在轉出鎖殼⑴之位置上輕微受到預力。 若輔助鎖舌14被壓入鎖殼10，且接觸凸輪18不再與鎖舌凸輪19 接觸，則禁制元件15雖在朝輔助鎖舌14方向受一彈簧元件17施加預 力，部仍保持在所示之位置，奴祕在禁制棱緣⑹與禁制元件Μ 間存在-摩擦接觸。禁制元件被容齡—禁制元件殼Μ中，該殼 ^於鎖殼10内。禁制元件15以可直線運動之方式被導引於禁制元 鈸25内，且只在禁制棱緣16a與禁制元件15間之接觸力解除時， 彈簧元件17才能將禁制元件15她壓人鎖殼1()之辅助鎖舌14方向 運動’允許朗Π離開鎖殼10之出鎖運動。若將輔助鎖舌14壓入鎖 11 201237248 ϋ之，除’ __舌14經由輔助鎖舌彈簧24再度被導回所示 :ΐΊ 輪18與鎖舌^ 19再度互相尖端對尖端，而彈簧元 件一】7再度被壓縮。此外禁制元件ls再度重回鎖㈣之凹 所示之禁制元件15位置再度重建。 編2朗之服動之縣麟輯，且_ 13可僅當鎖舌π及 =:4:?壓入鎖殼10，且僅鎖舌11彈出鎖殼時，由鎖殼10 14疋由於僅鎖舌11擁有在相對關閉元件中-對應之開口。 多_^發!在#施上賴限於前雜雜補。而是，可想而知有眾 亲形’其儘管有基本不同之實施例，卻應用所說明之解決方 έ ^、中請專利範圍、說明或圖式中之特徵及/或優點，包括設計 、、田Ρ或關組態，皆單獨或以各種不同組合型於本發明。 【圖式簡單說明】 以下將根據所附圖式連同本發明之一較佳實施例說明本發明其餘 改進措施。圖中顯示： 圖1 -用於—m揭純行保險之具有-鎖舌及—獅鎖舌之 鎖實施例之視圖， =2根據圖1中鎖舌與滑片間作用連接之—詳細視圖A，及 根據圖1巾禁制元件與輔助鎖舌在個連接巾組合之—詳細視 圖。 【主要元件符號說明】 1鎖 1(>鎖殼 11鎖舌 12滑片 12a滑片上之接觸面 13鎖閂 12 201237248 14辅助鎖舌 15禁制元件 16 凹空 16a禁制棱緣 17彈簧元件 18接觸凸輪 19鎖舌凸輪 20滑縫 21滑縫導引元件 21a滑縫延伸 22接觸元件 23彈簧元件 24輔助鎖舌彈簧 25禁制元件殼 26鎖舌桿 27鎖舌彈簧 28門把筒 29後切部 30鑰匙柱容孔 31提動端 32導引元件201237248 VI. Description of the Invention: [Technical Field of the Invention] The present invention relates to a lock-type lock of a lock-type lock, which can be accommodated by a movement between a pop-up lock case and a _ retracted lock case, in the lock The slider is provided with a sliding piece in a longitudinally movable manner. When the locking tongue is pressed into the locking case, the locking tongue can be operatively connected with the sliding piece, and a latch is provided to interact with the sliding piece and move with the sliding piece. It is movable between a forbidden position and an open position, and is provided with a - leaking tongue 'interacting with the forbidden element, the forbidden element being arranged to limit the locking tongue or the auxiliary locking tongue when it is pressed back to the locking housing The movement of the latch in the forbidden position. [Prior Art] It is known from DE6〇2〇〇4〇〇75i7T2 that such a lock having a lock case accommodates a lock tongue, and the lock tongue can be moved between the position of the pop-up lock case and the contraction accommodate. In the housing, a sliding piece is accommodated, the locking tongue is connected via a contact element designed as a roller, and the sliding piece has a contact surface along which the roller can roll. If the bolt is pressed back into the lock case, the job can move upwards – a small stroke. In addition, when the lock case contains a lock, which is moved in the vertical direction with the slide (four)-slip guide, the lock flash can be between the position of the lock case and the position where the cover is ejected. Exercise back and forth. The outer lock has an auxiliary lock tongue that interacts with the forbidden element and is configured to limit movement of the side in the inhibited position when the lock tongue or the auxiliary lock tongue is pressed back into the lock case. By the setting of the auxiliary lock tongue, the operation insurance of the sports can be __. If the door is open, the lock will not flash. (4) It is moved by the lock case. For example, pressing the lock tongue against the lock case is not enough. Although the slide slides through the rolling roller, it reaches the brain on the slide and slightly U ' The swell of the thin slide is recorded on the component, and the stop element is placed on the auxiliary and the tongue. If only the auxiliary bolt is pressed against the lock case, the stop element stays in the recess of the slider projection. The JL slide still does not move downward until the side can reach the front. Only when the locking tongue and the auxiliary locking tongue are pressed into the locking shell at the same time, the stopping element can be led out by the projection area of the projection 2012 20124848 and the sliding piece can be moved downward. Due to the movement of the slider, the sliding guide member moves along the sliding slit, and the latch can be extended by the lock housing. Simultaneously triggering the bolt and the auxiliary bolt basically occurs only when the lock coincides with a relative closing element. The disadvantage, however, is that a slight touch of the locking tongue is sufficient to bring the annular stop element out of the deep recess in the slider projection. The lock can be illegally pulled out of the lock case by hand by pressing the auxiliary lock tongue, and for example, unintentionally, the lock tongue is also slightly introduced into the lock case. The insurance to prevent the latch from being illegally extended by the lock case is not sufficient. SUMMARY OF THE INVENTION The object of the present invention is therefore to improve a latch movement operation insurance having a lock tongue and an auxiliary lock tongue. The purpose of the present invention is, in particular, to improve the operational risk of the latch movement to prevent the latch from being illegally extended. This purpose is based on the lock described in the citation of the first application of the patent scope, combined with the feature part. Preferred embodiments of the invention are described in the dependent claims. The present invention encompasses the technical teaching that the forbidden element has an operative connection with the latch, and the operative connection is formed via a recess in the latch, the inactive element can be cut therein in such a way that the auxiliary bolt is guided to a pop-up In the position outside the lock case, the restraining element stays in the recessed air due to the frictional contact when the auxiliary lock tongue is pressed back into the lock case. The starting point of the invention is that the forbidden element is not operatively connected to the slide but the forbidden element is operatively coupled to the latch. Therefore, the safety of the latch is prevented from being illegally extended by the lock case. 2 Further improvement, for example, when the door of the lock is opened, the lock tongue and the auxiliary lock tongue are in contact with each other, and the latch is caused to interact with the lock. The sensitivity of the movement away from the lock housing is further reduced, and the slight increase in the slider with the lock tongue is not sufficient to relieve the connection between the inhibiting element and the lock. In the towel of the present invention, when the auxiliary locking tongue is touched, the forbidden component can be moved away from the lock coffee, and the forbidden component remains in the lock flash, which is due to the slight elevation of the slider. Release the frictional connection between the _ and the forbidden component. The reason is that the slider is connected with the lock, and the connection has a slight clearance. When the slider moves in the lock, the clearance must be overcome to trigger the latch movement. 201237248^The frictional contact between the component and the lock flash is preferably constructed so that the lock flashes first into the outer position of the open position beyond the open position, and is smashed in the lock ρ ρ 闻 闻 闻 闻 闻 闻 闻 闻 闻 闻 闻 闻 闻 闻 闻 闻 闻 。 。 。 。 In order to establish the forbidden element, the frictional contact can be released either by acting in conjunction with the slider or by applying a pre-force to the independent ’ ί and only the lock is less than the open position in the lock case.罝 / The lateral position of the side lock housing beyond the open position may be by the slide - linear motion stroke ' and the slide "linear motion stroke may preferably be generated by the lock tongue being pressed back into the lock housing. In the case of a six-phase difference, a spring element can be provided to cause the forbidden element to be pre-admitted to the auxiliary lock tongue and the lower member can be led out of the alcohol by the (four) spring element. The spring element faces the auxiliary stern (4) less than the force that is in frictional contact between the forbidden member and the latch. However, if the frictional contact is released, for example, by sliding the slider through the locking tongue, the friction between the inhibiting element and the element is reduced, and the spring element causes the inhibiting element to leave the recess in the latch. The inhibiting element can have a contact cam via which the cam inhibiting element exerts a pre-stress on the auxiliary bolt by the magazine element. In addition, the auxiliary bolt can have a bolt cam that can coincide with the contact cam of the inhibiting element when the auxiliary bolt is ejected by the lock housing. If the auxiliary locking tongue is pressed into the lock housing, the contact cam of the component no longer coincides with the cam of the lion's bolt, so that when the frictional contact between the inhibiting element and the ridge is released, the banned element is due to the ridge: the piece faces the auxiliary bolt Directional movement. The wire rubbing contact is released, the engraving element is snapped in the direction of the auxiliary bolt, and the auxiliary bolt is brought into the ejecting position again, thereby causing the contact cam and the bolt cam to slide each other through their lateral bevel edges until the contact cam tip is again The tongue cam tips overlap. During this time, the spring piece is pressed again, and the forbidden component can be re-locked. Preferably, the spring element is embodied as a helical compression spring and is mounted around the inhibiting element. Another advantage is that the sliding piece is connected to the locking flash, the connection is implemented as a sliding guide and/or the slit guiding can have a sliding slit of the sliding piece, and a sliding slit provided in the locking flash Guide element. The direction of motion of the slider and the direction of motion of the lock are at right angles to each other, and the vertical motion of the sheet (7) is converted into a horizontal movement of the latch via the slide guide 6 201237248. Seven Doors 3 can be 'Bone Extensions'. When the slides travel, the lock flashes into the lock case and enters an overhang, which can introduce the slide guide elements into the slide extension. Slip 晋 Jin Γ The quilting guide element is located at the end of the sipe in the slat, when the lock flash is in the retracted position = the position is rebuilt _ the open position. When the patch is slightly raised, the slot guide member enters the slot extension and the _ is locked out of the open position outward-small stroke. "The second contact with the ploughing and the recessed space in the lying space is released, and the forbidden component can be released. The Lang County can be completely extended. A contact element can be placed on the lock tongue, and the contact element is locked. When the tongue is pressed in, it is connected with the sliding piece to make the sliding piece perform-linear travel. The contact element can be designed as a roller, and the rotating core is arranged on the locking tongue h, and the roller is mounted. , can be carried out on the lock tongue by _ bell, and the slanting _ tongue is connected with the lock tongue _, and the movement of the P lock tongue moves accordingly. The slide can have a contact surface designed to abut the contact surface when the contact element When the 'f piece performs a linear motion stroke, the contact surface constitutes a __edge, and if the locking tongue and the contact element abut the edge of the contact surface, a linear motion stroke can be performed in the sliding piece. The roller is in the contact surface. Rolling up, in particular along the rim, the movement of the slide and the contact element is introduced into the lock housing during the push-in movement of the bolt, and the slide is guided in the lock housing in the direction of movement perpendicular to the direction of movement of the bolt. Then the movement of the locking tongue and the contact element is turned to 9〇, and when the tongue is connected When the movement of the component is horizontal, the sliding piece moves vertically through the locking case. A spring element may be disposed between the locking case and the sliding piece, and the sliding piece is biased by the spring element at a position corresponding to the locked position of the latch. If the locking tongue is pressed into the locking shell with the contact element, and the contact element is in contact with the contact surface of the sliding piece, the sliding piece resists the spring element pre-stress being slightly raised. If the auxiliary locking tongue is also in one of the locking cases Press-in state, and if the slider resists the spring element pre-force being slightly raised, the slot guiding element reaches the sliding slot extension, and the lock flashes beyond the open position to continue into the lock housing. Thus the friction between the blocking element and the latch is prohibited The contact is released. If the bolt is then converted again to the extended position outside the lock case, for example when the lock is in the opposite closing element 201237248 in the opening of the (4) Qing component, then the 'extension movement is via the spring element in the lock The shell and the sliding piece are unfolded. The sliding is made, and the electric actuating unit can be set up to connect with the sliding piece. The element can be connected with the building finance (4), for example, via the remote control. Via-wireless The connection can thus remotely control the movement of the slide, for example via: to the open position. In addition, the __ sensor unit can be set to position the forbidden component, and the unit can also be connected to the control center: the component is at _. The sensor is used alone. The V is implemented as a balance-off, with an auxiliary lock tongue and/or with a forbidden component. [Embodiment] In the lock reference numeral 1, the lock is provided with a lock case 1〇, which can be applied to one door. The (10) bolt 11 is in the position of being ejected by the lock casing lG. The bolt 11 is pulled back into the lock case H), for example, using a _ insertable door handle of the door handle 28. Further, = The inside of the clamshell 1 is in such a manner that the lock 1 is in contact with the opposite one. The relative closing 7L is, for example, disposed in a door frame or a stationary door. If the locking tongue 11 abuts on the opposite closing member Then the lock tongue n is pressed into the lock case 1 ,, and when the door is closed, the lock tongue u is again extended by the lock case 10 and is caught in the relative closing element:::. The locking tongue n is designed in a conventional manner as a cross-shaped locking tongue. It is no longer stated in detail that the locking 1 has a sliding piece a that is accommodated in the ore and longitudinally movable, and when n is pressed into the locking case 10' For example, when the door is closed and the locking tongue u is in contact with the opposing closing element, the slider 丨 2 can be brought into operative connection with the locking tongue n. In the meantime, a linear motion stroke can be performed in the slider π, which is performed in the vertical direction, as shown by the double arrow on the slider 12. In the lock! There is additionally provided a lock flash 13 which also interacts with the slider 12 and which is movable between the inhibited position and the open position as the slide 12 moves. 8 201237248 鸠 尔 删 , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , Lock the tongue in the forbidden position! 3 at - from the pin shell ^ out of the joint sliding guide has - in the slider 12 two: by the lock ^ ^. The slider 丨 2 is moved vertically downwards 朗13 so that the money 2 additionally has an auxiliary bolt 14 acting with a restraining element 15. When the tongue 11 is pressed into the casing (1), the restraining member 15 restricts the lock in the prohibited position. The configuration of the inhibiting member 5 according to the present invention will be explained. The forbidden element 15 is arranged such that it interacts with the mesh 13 so that the inhibiting element 15 is accommodated within the lock housing 1G in a linearly movable path within the forbidden component housing 25. The motion direction of the inhibiting element 15 is the same as the direction of movement of the slider 12, but does not interact with the slider 12. In the configuration shown, the lock 1S is in an open position in which the lock 13 is retracted into 10 θ. A recess 16 is formed in the lock flash 13, and in the illustrated open position 13 of the lock flash 13, the recessed 16 scale elements 15 coincide. In the illustration, the locking tongue η and the auxiliary locking tongue 14 are ejected by the locking housing 10, and here the configuration auxiliary locking tongue (4) prohibits the interaction of the element 15. Through the interaction between the auxiliary bolt 14 and the inhibiting element 15, the inhibiting element 15 is introduced into the recess 10 in the lock flash 13 and a frictional contact occurs between the recess 10 and the forbidden edge 15 The forbidden element 15 is locked in the position shown. The contact force between the forbidden edge 16a and the recess 13 of the lock flash 13 and the forbidden element 15 comes from the 'spring element 23 applying a pre-force to the slide 12 downward, and the lock flash 13 is guided through the slide 2 〇 and the slip joint The lead member 2i is prestressed in the direction in which it is turned over in such a manner that the casing 13 is pressed out by the lock case 10. The movement of the latch 13 away from the lock housing 10 is limited by the inhibiting element 15 which is pressed into the recess 16 201273248. The pre-force causes a contact force between the forbidden rim 1 and the forbidden element ls, causing the frictional contact to cause the inhibiting element 15 to stay in the position shown. If the auxiliary lock tongue 14 is pressed against the lock case 1 , the interference between the forbidden product edge 16a of the recess 16 and the forbidden element ls is greater than the pre-force of the ridge element port. The forbidden element 15 is pre-oriented in the direction of the auxiliary lock tongue 14 force. As a result, even if the auxiliary bolt 14 is pressed into the lock housing 10, the inhibiting member 15 stays in the recess %. Only when the auxiliary lock tongue μ is pressed into the lock case 1 together with the lock tongue u, the forbidden element 15 and the recess 16 in the latch 13 are no longer in contact. If the bolt u is pressed into the lock housing 1 , the contact element 22 , which is embodied as a roller, abuts against the contact surface 12 a of the slide, which is designed as a rim. The contact element 22 enters a rear cut 29 of the contact surface 12a of the slider 12, and the slider 12 is slightly raised in the event of compression of the spring element 23. The slat guiding element ^ enters the slat extension &, 'star. Thus, the pre-force of the latch 13 is released in the forbidden position, and the latch 13 can re-enter the lock case a little. The release of the contact force between the forbidden rimmed shirt and the forbidden element 15 is sufficient for the spring element 17 to move the inhibiting element 15 in the direction of the auxiliary locking tongue 14 that is pressed therein. If the bolt 11 is again brought to a position of the pop-up lock housing 1 , for example, the lock tongue n is snapped into the corresponding opening of the opposite closing member, the lock flash 13 can be additionally ejected by the lock housing 1 (), and the lock is latched Closed in the relative closing element. To reopen the lock, a door handle, not shown in detail, is caused to twist in the door handle 28, causing the slider 12 to again resist movement of the spring member 23. The door handle can be provided, for example, only on the side of the room, and the lock 1 can be opened by an outdoor side. Alternatively, a key post can be inserted into a key cylinder bore 30 to activate a lift end 31 on the slider 12 to cause the slider 12 to again resist movement of the spring 7C member 23. As the slider 12 moves upward, the slot guiding member 21 can be again switched to the position of the 7F and the system 13 is again retracted. Figure 2 shows a detailed view labeled A in Figure 1. Shown is the interaction between the locking tongue η and the slider 12. The locking tongue 11 is disposed on a latching lever 26 for movement between a pop-up lock housing 10 and a retracted lock housing 10 in a horizontal movement direction. A contact element 22 is coupled to the bolt 11 via a bolt lever 26, and the younger (four) roller roller JL is rotatably 201237248 == the bolt 3 is attached. Also shown is the section of the slider 12 located on the slider 12 - the contact surface 12a "region where the contact element 22 can be in contact. Contrast: 11 in the position of the lock shell. If the locking tongue 11 is interspersed into the locking case 10, for example, via the eyelid member, the contact element 22 is cut at the contact surface by one of the two sides of the sliding piece, which causes the sliding piece to be shown. m motion 'In accordance with the foregoing description, the sliding guide member 21 is moved into the sliding slot = the guide 12 of the army 12 is guided in the vertical direction in the lock housing 1G, and is limited to the linear motion stroke. The bolt 11 is biased by the bolt spring in the position of the eject lock 10 again. The detailed cut of the fine 1 cut mark. The ones shown are forbidden (4) 14 mutual immortal situations. The forbidden element 15 is provided with a contact cam 18, a convex, and the locking tongue cam 19, which is provided on the auxiliary locking tongue 14, is used to assist the locking tongue 14 in the configuration of the ejection housing 10. The pre-force cam 18 and the latch cam 19 are applied to each other by a tip-locking spring 24, and the forbidden element (4) is thus maintained in the configuration shown. Furthermore, the rear portion of the inhibiting element 15 is located in the lock-cavity 16. In the meantime, a frictional contact is maintained between the recess 16I and the rear end of the forbidden element 15, which is due to the position of the K! The lang 13 is slightly pre-stressed at the position where it is turned out of the lock case (1). If the auxiliary bolt 14 is pressed into the lock housing 10 and the contact cam 18 is no longer in contact with the bolt cam 19, the restraining element 15 is prestressed by a spring element 17 in the direction of the auxiliary bolt 14, and the portion remains In the position shown, the slave has a frictional contact between the forbidden rim (6) and the forbidden element. The forbidden component is immersed in the casing, and the casing is housed in the casing 10. The forbidden element 15 is guided in a linearly movable manner within the forbidden element 25, and only when the contact force between the forbidden rim 16a and the forbidden element 15 is released, the spring element 17 can press the inhibiting element 15 against the lock case The auxiliary lock tongue 14 in the direction of 1() allows the recitation to leave the lock housing 10 for the lock movement. If the auxiliary bolt 14 is pressed into the lock 11 201237248, except that the '__ tongue 14 is again guided back via the auxiliary bolt spring 24: the wheel 18 and the bolt 19 are again mutually pointed to the tip, and the spring element One] 7 is compressed again. In addition, the forbidden component ls is again re-locked (4). The position of the forbidden component 15 shown is rebuilt. Edited by the county of Lange, and _ 13 can only be pressed into the lock case 10 when the lock tongue π and =: 4:?, and only the lock tongue 11 pops out the lock case, due to the lock case 10 14疋 due to only The tongue 11 has a corresponding opening in the opposite closing element. More _ ^ hair! In #施上赖 is limited to the previous miscellaneous. Rather, it is conceivable that there is a personal intimacy that, although it has fundamentally different embodiments, applies the described solutions, features, and/or advantages of the patent scope, description, or schema, including design. , , or the configuration of the field, either alone or in various combinations. BRIEF DESCRIPTION OF THE DRAWINGS Further improvements of the present invention will be described below with reference to the accompanying drawings and a preferred embodiment of the invention. The figure shows: Figure 1 - View of the embodiment of the lock with the lock tongue and the lion lock tongue for the -m uncovering insurance, =2 according to the action between the lock tongue and the slide in Figure 1 - detailed view A, and according to Figure 1, the towel prohibiting element and the auxiliary bolt are combined in a joint towel - detailed view. [Main component symbol description] 1 lock 1 (> lock case 11 lock tongue 12 slider 12a contact surface on the slider 13 latch 12 201237248 14 auxiliary lock tongue 15 forbidden element 16 recess 16a forbidden edge 17 spring element 18 contact Cam 19 lock tongue cam 20 slide 21 slide guide member 21a slide extension 22 contact member 23 spring member 24 auxiliary lock tongue spring 25 forbidden member shell 26 lock tongue 27 lock tongue spring 28 door handle barrel 29 rear cut 30 Key post hole 31 lifting end 32 guiding element