201237246 六、發明說明： 【發明所屬之技術領域】 本發明係關於一種用於一門鎖之可切換門把筒，具有一筒中間 體，在其上以可對一筒軸旋轉之方式裝設一提動元件，而在筒中間體 配合提動元件一切換柄以鉸接方式設置，其間切換柄可被帶至一齧合 位置，齧合在提動元件中，在該齧合位置可由提動元件經由切換柄將 旋轉傳遞至筒中間體，且切換柄可被帶入一釋放位置，在該釋放位置 由提動元件至筒中間體之一旋轉傳遞中斷。 【先前技術】 由WO 2005/042886 A1中可知一種此類之用於一門鎖之可切換門 把筒。門把筒具有一筒中間體，在其上設置一可對一筒軸轉動之提動 元件。另外裝設筒中間體之切換柄，可在一齧合位置及一釋放位置間 來回切換。當切換柄位於齧合位置，則門把手引起之提動元件之一轉 動可傳遞至筒中間體。當切換柄位於釋放位置，則提 無法傳遞至筒中_，a而朗把手失去伽。不餐^ 置或釋放位置，提動體及筒中_之間之轉動傳遞可經由—保險元件 作用，該保險元件實施成圓柱螺絲。若保險元件螺入筒中間體，則無 論切換柄之切換位置為何，提動元件之轉動皆可傳遞至筒中間體，且 若取下保險祕，則僅當配合提動元件之切換柄被帶人齧合位置，提 動元件才將轉動傳遞至筒中_。醜在於，保險元件必須由可切換 之門把筒完全取下，才能達到载置之切換柄之作用。切換柄可電力 機械操控’且_使贿險元件可不管切換柄之電力機械切換位置， 在提就件錢中_之間_作用連接，不論切難具有何種切換 位置。可切朗把筒之習知實施並無解之賴械切換，除非完全移 除保險元件，才能改變可切換門把筒之功能。 201237246 【發明内容】 本發明之目的因而在於提出一種用於門鎖之門把筒，能 械切換筒功能。 微 此目的由—種申請專利範圍第1項引文所述之門把筒出發，結人 特徵部分而達成。本發明之較佳實酬削於巾請專纖_屬項^ 本發明所包含之技術教導在於，設有一配合切換柄之禁制盤，'以 可對筒轴轉動之方式被容納於Η把筒上，且可旋轉至-第—切換位 置在該位置禁制盤將配合之切換柄帶至齧合位置，且可旋轉至一第 一切換位置，在該位置禁制盤將配合之切換柄帶至釋放位置。 本發明之基本思維在於，可切換門把筒之切換經由—禁制盤設 置’該禁制盤持續設於可切換門把筒上，且僅經由在二旋轉位置間之 一扭轉容許門把筒之機械切換。特別達到之優點在於，無須設置一種 必須由可切換門把筒移除才紐變門把筒切換狀態之保險元件。機械 連接I建iL僅經由切換柄，其由禁制盤絲合位置及釋放位置間選 擇，可來回切換。其中切換柄經由禁制盤之切換僅作為切換柄之額外 切換’且切換柄可另外經由電力機械城裝置切換U切換柄不持 續被禁制盤保持在齧合位置。 有利者是，禁制盤以可轉動之方式被容納於提動元件上，特別是 禁制盤可側向鄰接於提動盤上'經由禁継之側向裝設，可切換門把 筒進-步實施成漏之構造單元，且·盤可持續停留在門把筒上， 無須因為要改變切換柄之城位置而被取下^提動元件係以可轉動之 方式設於財_，且禁制盤又以可轉動方式被容祕提動元件上。 進步有利者疋’禁制盤具有一觸發型塊，當禁制盤對筒軸旋轉 時’觸發㈣可與切換柄縣。禁趣設計成沖㈣曲金屬構件，且 禁制盤可在盤面延伸，使得禁偷由_平賴著於提動元件 上。觸發魏可H成f曲之耳部，由禁制盤砂曲仲出，俾便與切 4 201237246 換柄進入作用連接。其中折彎耳部造形之觸發型塊在切換柄上延伸， 且在禁制盤轉動時被帶人切換柄之轉區^若―切換柄處於醫合位 置’則紐型塊與峨柄韻，進人賴作㈤。若切換柄處於釋放位 置，在該位置切換柄由門把筒組合延伸出，而禁制盤與觸發型塊對筒 軸轉動’則耳糊發魏與切換柄賴。其間切換柄麵發型塊壓向 齧合位置，使得經由禁制盤對筒_單扭轉，可改變切換柄之切換位 置。切換柄裝設於筒中間體，使得切換柄之運動平面大約位於提動元 件之延伸平面。由於禁制盤較佳設計為平面之沖壓折彎金屬構件，且 側向鄰接於提動元件上，形狀為折料部之觸發魏可延伸超過切換 柄。因而以簡單方式達到，折彎之耳部依禁继對筒軸之轉動位置被 帶入與切換柄齧合或解除齧合。 依本發明另一較佳實施例之門把筒切換柄可經由彈簧元件在釋放 位置受到預力。彈簧元件可實施為彈簧釣，且彈簧元件在筒中間體設 於切換柄與切換柄之鉸接式容祕之間，彈簧元件對切換柄朝釋放位 置施加預力。其晴簧元件之—_可由後面突出於切換柄運動區域 之外，备切換柄被禁制盤之觸發型塊釋放時，禁制盤之觸發型塊俾與 彈簧元件接觸。禁制盤之觸發型塊經由禁制盤對筒軸之一轉動與切換 柄脫離接觸’觸發型_而解簧元件齧合。其_簧元件_類似切 換柄-在朝向筒軸方向被預力，且切換柄之彈簧預力經由彈簧元件在釋 放位置經_發型麟用支拄在彈簧元件上。其絲是，觸發型塊或 者在齧合位置產生-具保持力之切換柄祕，或者觸發魏依禁制盤 之轉動位置在提動元件上解簧元件連接，使彈簧元件由於接著在觸 發型塊上對切換柄在釋放位置施加預力。 根據又一較佳實施例，在筒中間體與禁制盤之間可設一保險元 件’其裝設於筒中間體與禁制盤之間，使得禁制盤之轉動位置可被保 險兀件限制在第-位置及/或在第二位置上。禁制盤之第—位置可配 201237246 置成切換柄之蕃合位置，且禁繼之第二位置可配置成切換柄之釋放 ^置。在第-位置及在第二位錄娜村經祕險元件以抗扭方式 筒中間體連接，使得禁制盤之各切換位置只能經由保險元件重新切 換而改變。其_險元件持續保持其在筒悄體上之組態。 在禁制盤中可開設-孔或最好開設一凹空，保險元件可被帶入其 中:保險7L件可設計成獅元件、槪銷、施力之圓柱銷或其他 種疋件’可以具有保持力之方式設置在筒中_或在禁制盤上。例如 保險讀可以·銷之造_人筒中_。禁繼之切換位置若需改 &僅A將紐元件在禁繼巾與孔細空暫時解除齧合即可，讓光 制盤可相對於筒巾_轉.若保險元件實施為微銷，其可例如虫= 合深入筒中_之-螺紋孔中，俾便解除在禁制盤中與凹空之醬合。 P遺之禁制盤可在-第-位置及—第二位飼轉動。禁制盤之各位置在 禁制盤中皆有-配合凹空，且#對應凹靖禁制盤之第—或第二位置 ，帶至與紐元件重合時，可再度與凹空齧合，例如螺紋銷再度 對應由財_之孔愧出。關樣方式，—實施雜險元件之 :頭螺絲可以解方式·在筒中_之螺紋孔少許，使得螺絲頭與 禁制盤之凹空解除齧合。 替代作法可為，保險元件設計成彈簧施力之圓柱銷，且若圓柱銷 齧入《凹2需經由禁制盤轉動而交換，則此僅需以—工具在筒中間^ 方向壓入，建立麟應凹空之齧合。若放開彈簧施力之圓柱銷 再度卡回初始位置，且圓柱銷與對應凹空作職接，且禁制盤重新以 柷扭方式設於筒中間體。 有利者是，在提動元件與禁制盤之間設一調整環，經由調整環禁 制盤被容_勘元件上。其關整環以可轉動之对設於提動元件 上’而禁制細以抗扭核被容納於補環上。調整環可具有調整裝 置，藉由調整裝置可在調整環中，及因而在禁制盤中展開一旋轉運動。 6 201237246 物經_加讀賴造，_是，為在提航件上一對 剌—滑雜承域。因關歸以可轉献方式被容納於 疋讀帶上，且禁输可料成沖壓折妓屬構件，特別是， 為製造折科部以構細發型塊。_盤可壓合於触環上，或以其 他接σ万法敍於其上。制有财是在健環雜繼之間提供一 形狀嵌合之連接此連縣缝錢歸上無失落之虞，且經由 此連接禁继特舰以抗扭方式被容納於調整環上^設於調整環上之 碉整裝置可例如以凹刻形式形成於調整環上，—適當工具可醬 中，將雛騎_義。替倾絲，概觀 構、， 且材料一致，特別是盤亦可直接裝設於提動元件上—對^之^帶 上’以避紐關整環。裝置可隨之關樣方式設於禁制盤中。 本發明糾侧於-種具有—根據前述制之可切朗把筒之門 鎖。特別是⑽可具有-織，其中容油朗把筒，而傭可具有 =’，孔直徑至少容許可經由開孔操作調整環，且_是經開孔 、-雜裝置轉動調整環。特別是調整環可具有—狹帶，其可精 確置入在鎖財之财。因而門把筒在健巾麟—承載。特別是在 鎖殼兩侧皆可設置開孔’使得鑛各懦有—配合之_ 可容納一門把手。 τ 曰在鎖殼巾可另外設—觸發孔，經由觸發孔可操作紐元件，特別 疋經由紐孔解除保險元件在禁制盤中之凹空之#合。若門担筒之切 t狀態需在建人健之狀財改變，則可魏軸贿保險元件 在禁制盤中與凹空之齧合解除。接著可經由調整元件實施調整環與禁 =盤尤轉動，俾便改朗把筒之切換狀I接著鎌元件可再度與: 市制盤中之凹空齧合，以確保門把筒改變後之切換狀態。 【實施方式】 在圖1與圖2中為本發明之—可切換η把筒卜實施例之立體视 7 201237246201237246 VI. Description of the Invention: [Technical Field] The present invention relates to a switchable door handle for a door lock having a cylinder intermediate body on which a rotation can be applied to a cylinder shaft The lifting element is disposed in an articulated manner in the barrel intermediate with the lifting element, wherein the switching handle can be brought to an engaged position, engaged in the lifting element, and the lifting element can be moved in the engaged position Rotation is transferred to the barrel intermediate via the switching handle, and the switching handle can be brought into a release position in which the rotation of one of the poppet elements to the barrel intermediate is interrupted. A prior art switchable door for a door lock is known from WO 2005/042886 A1. The door handle cylinder has a cylinder intermediate body on which a poppet member for rotating a cylinder shaft is disposed. In addition, a switching handle for the barrel intermediate body is provided for switching back and forth between an engaged position and a released position. When the switching handle is in the engaged position, one of the poppet members caused by the door handle can be transferred to the barrel intermediate. When the switch handle is in the release position, it cannot be passed to the _, a and the handle is lost. The rotation of the lifting body and the cylinder can be effected via a safety element which is embodied as a cylindrical screw. If the safety element is screwed into the cylinder intermediate body, the rotation of the lifting element can be transmitted to the cylinder intermediate body regardless of the switching position of the switching handle, and if the safety secret is removed, only the switching handle of the matching lifting element is carried When the person engages the position, the lifting element transmits the rotation to the barrel. The ugly thing is that the fuse element must be completely removed by the switchable door handle to achieve the switching handle of the load. The switching handle can be electrically operated mechanically and _ so that the bribe component can be switched regardless of the power-mechanical switching position of the switching handle, regardless of the switching position. It is possible to change the conventional knowledge of the cylinder and change the function of the switchable door handle unless the safety element is completely removed. 201237246 SUMMARY OF THE INVENTION The object of the present invention is therefore to provide a door handle for a door lock that can be mechanically switched. This purpose is achieved by the door barrel described in the first quotation of the patent application scope, and the characteristic part is achieved. The technical teaching of the present invention consists in providing a forbidden disk with a switching handle, which is accommodated in the cylinder in a rotatable manner. Up, and rotatable to - the - switching position in which the inhibiting disc carries the mating switching handle to the engaged position and is rotatable to a first switching position in which the inhibiting disc carries the mating switching handle to release position. The basic idea of the invention is that the switching of the switchable door handle cylinder is set via the prohibition disc setting. The prohibition disc is continuously provided on the switchable door handle cylinder, and the mechanical mechanism of the door handle cylinder is only allowed to be twisted via one of the two rotational positions. Switch. In particular, the advantage is achieved that it is not necessary to provide a safety element that must be removed by the switchable door handle to change the state of the door handle. The mechanical connection I-only iL is only via the switching handle, which is selected between the forbidden disc stitching position and the release position, and can be switched back and forth. Wherein the switching of the switching handle via the inhibiting disk is only an additional switching of the switching handle' and the switching handle can additionally be switched via the electromechanical device to U. The switching handle is not continuously held in the engaged position by the inhibiting disk. Advantageously, the forbidden disk is rotatably received on the poppet element, in particular the forbidden disk can be laterally adjacent to the poppet disk. Implementing a structural unit that is leaky, and the disc can remain on the door handle cylinder without being removed because the position of the switching handle is changed. The lifting member is rotatably set in the yoke, and the ban is prohibited. It is also rotatably held on the component. The progress is favorable. The prohibition plate has a trigger type block. When the prohibition plate rotates against the cylinder shaft, the trigger (4) can be switched with the handle county. The forbidden design is made into a punched (four) curved metal component, and the forbidden disk can be extended on the disk surface, so that the ban is allowed to lie on the lifting element. Trigger Wei Ke H into the ear of the f song, from the forbidden disc sand, the squat and the cut 4 201237246 change the handle into the action connection. The triggering block of the bent ear shape extends on the switching handle, and is turned by the person who switches the handle when the prohibiting disk rotates. If the switching handle is in the medical position, the new type and the handle are rhyme. People rely on (five). If the switching handle is in the release position, the switching handle is extended by the door handle cylinder combination at the position, and the inhibiting disc and the triggering block are rotated toward the cylinder shaft. In the meantime, the switching handle hair piece is pressed to the meshing position, so that the switching position of the switching handle can be changed by twisting the tube through the inhibiting disk. The switching handle is mounted on the barrel intermediate body such that the moving plane of the switching handle is located approximately at the plane of extension of the popping member. Since the forbidden disc is preferably designed as a flat stamped and bent metal member and laterally adjacent to the poppet member, the triggering of the shape of the flap portion can extend beyond the shifting handle. Thus, it is achieved in a simple manner that the bent ear is brought into engagement or disengagement with the switching lever in the rotational position of the cylinder shaft. The door handle cylinder switching handle according to another preferred embodiment of the present invention can be preloaded in the release position via the spring member. The spring element can be implemented as a spring catch and the spring element is disposed between the barrel intermediate and the articulated volume of the switching handle and the switching handle, the spring element applying a pre-stress to the switching handle toward the release position. The clear spring element can be protruded from the rear side of the switching handle. When the switching handle is released by the triggering block of the inhibiting disc, the triggering block of the inhibiting disc is in contact with the spring element. The triggering block of the inhibiting disc is rotated by one of the spools to the switching lever via the inhibiting disc. The triggering type is engaged and the spring element is engaged. Its _ spring element _ is similar to the shank - preloaded in the direction of the cylinder axis, and the spring preload of the switching shank is supported on the spring element via the spring element at the release position. The wire is a triggering block or a switching handle that generates a holding force at the meshing position, or triggers a rotational position of the Weiyi inhibiting disk to reconnect the spring element on the lifting element, so that the spring element is subsequently in the triggering block The upper handle biasing force is applied to the release position. According to still another preferred embodiment, a securing element can be disposed between the barrel intermediate body and the forbidden tray, which is disposed between the barrel intermediate body and the prohibiting tray, so that the rotational position of the prohibiting tray can be restricted by the insurance element. - position and / or in the second position. The first position of the forbidden disc can be matched with 201237246 to set the switching position of the switching handle, and the second position of the prohibition can be configured as the release of the switching handle. In the first position and in the second place, the Nana Village is connected in a torsion-proof cylinder intermediate body so that the switching positions of the prohibition plate can only be changed by the re-switching of the fuse element. Its dangerous components continue to maintain their configuration on the cylinder. In the forbidden plate, a hole can be opened or a recess can be opened, and a safety element can be brought into it: the insurance 7L piece can be designed as a lion element, a pin, a pin or other kind of piece that can be kept The force is set in the tube _ or on the ban plate. For example, insurance can be read and sold. If the switch position is not changed, it is only necessary to temporarily disengage the button from the hole and the hole. The light plate can be rotated relative to the towel. If the fuse is implemented as a micro-sale, It can, for example, be wormed into the snail hole in the tube, and the sputum can be removed from the garnish in the forbidden tray. The forbidden disc of P can be rotated in the -first position and the second position. Each position of the forbidden disc is in the forbidden disc - the matching recess, and # corresponds to the first or second position of the recessed disc, and when it is brought into coincidence with the button, it can be engaged again with the recess, such as a thread pin. Once again, it corresponds to the hole of the money. The way to close the sample—the implementation of the cumbersome component: the head screw can be solved. The threaded hole in the cylinder is a little, so that the screw head is disengaged from the recess of the forbidden disc. Alternatively, the securing element can be designed as a cylindrical pin with a spring force, and if the cylindrical pin is engaged in the "concave 2 to be exchanged via the forbidden disc, then this only needs to be pressed in the middle of the tube" to establish the collar. Should be engaged in the hollow. If the spring pin is released, the cylindrical pin is again snapped back to the initial position, and the cylindrical pin is engaged with the corresponding hollow space, and the forbidden disk is again set in the cylinder intermediate body in a twisting manner. Advantageously, an adjustment ring is provided between the poppet element and the forbidden disc, and the disc is escaping via the adjustment ring. The shut-off ring is disposed on the poppet element with a rotatable pair and the anti-torsion core is restrained from being accommodated on the complement ring. The adjustment ring can have an adjustment means by which an adjustment movement can be made in the adjustment ring and thus in the inhibiting disk. 6 201237246 物经_Addition to Lai, _Yes, for a pair of 剌-slip on the navigator. Because of the return, it can be accommodated on the reading belt in a transferable manner, and the forbidden transmission can be made into a stamping and folding member, in particular, a manufacturing part is made to form a thin hair block. The _ disc can be pressed onto the contact ring or it can be spliced on the other. The system has the advantage of providing a shape-fitting connection between Jianhua and Jiqi. This is the result of the loss of the county’s money, and the banned special ship is accommodated on the adjustment ring in a torsion-proof manner. The adjusting device on the adjusting ring can be formed on the adjusting ring, for example, in an intaglio form, and the appropriate tool can be used in the sauce. For the raking, the structure, and the material are the same, especially the disc can be directly mounted on the lifting element - the y ^ 上 上 上 上 上 上 上 上 上 上 上 上 上 上 上 上 上 上 上 上 上 上 上 上The device can be placed in the forbidden tray in the same way. The invention is entangled in a type-locked door that can be cut according to the above-mentioned system. In particular, (10) may have a weave in which the oil is filled with a cylinder, and the servant may have =', the diameter of the hole at least allows the ring to be adjusted via the opening operation, and _ is an adjustment ring through the opening, the miscellaneous device. In particular, the adjustment ring can have a narrow band that can be accurately placed in the fortune. Therefore, the door handle tube is carried in the health towel. In particular, openings can be provided on both sides of the lock case so that the joints can accommodate a door handle. The τ 曰 can be additionally provided with a trigger hole, and the button element can be operated via the trigger hole, and in particular, the recessed space of the safety element in the forbidden disk can be released via the button hole. If the cut state of the door loader needs to be changed in the shape of Jianjianjian, the joint of the Weizhuan bribe is released in the forbidden disc. Then, the adjusting ring and the prohibiting plate can be rotated through the adjusting element, and the switch can be changed. Then the element can be re-engaged with the concave groove in the market plate to ensure that the door handle tube is changed. Switch status. [Embodiment] FIG. 1 and FIG. 2 are perspective views of an embodiment of the present invention - switchable n-tube embodiment 7 201237246
银概:w勒。具間與筒中間體1〇 一 29被觸動y圾動賴械。因而可例如將-鎖舌拉間鎖之鎖殼中 卜谷孔22 ’ 一門把手或一球形門把之 經由門把手或一球形門把對筒軸12 己態之一旋轉傳遞時，筒中間體1〇同 體且由筒軸12延伸離開之一觸發臂 或甚至可經由啟動鎖機械運動一門閂。 門把筒1實施為可切換門把筒i，且具有配合提動元件u之切換 柄13。切換柄13鉸接於筒中間體1〇上，且可對一柄軸3〇在一餐合 位置及-釋放位置間運動，換柄可進人齧合位置，用以齧入提動元 件η，且在齧合位置容許提動元件U經由切換柄13將轉動傳遞至筒 中間體10。若切換柄13進入-釋放位置，則提動元件u在筒中間體 10上之旋轉傳遞即告中斷。 在圖1與2中前方提動元件及後方提動元件u皆各配有一切換柄 13。前方所示之切換柄π在二視圖中皆位於一齧合位置，使前方提動 元件11對筒軸12之旋轉運動可傳遞至筒中間體1〇。後方所示之切換 柄13在釋放位置’因而後方所示之提動元件u之一轉動無法傳遞至 筒中間體10。經由後方所示之切換柄13之釋放位置可看出提動幾何 28，切換柄13以此幾何可齧入提動元件11，並傳遞力量。結果是，門 把手可共享門把筒，插入前方所示之提動元件11，經由一觸動，啟動 筒中間體10及隨後之關閉機械。而被容納於後方所示之提動元件u 中之門把手’由於後方切換柄13之釋放姿態而無效，對被容納於提動 元件11後方之門把元件之觸動無法傳遞至筒中間體10。 在本發明中切換柄13配有禁制盤14，被容納於門把筒1，可同樣 8 201237246 對筒軸12轉動。如所示在前方以及在後方皆有一禁制盤14鄰接於各 提動元件11上。禁制盤14可在一第一位置轉動，在該位置上禁制盤 14將配屬之切換柄13帶入齧合位置，且禁制盤在一第二位置可轉 動，在該位置上禁制盤14將配屬之切換柄帶入釋放位置。 前方所示之禁制盤14位於第一位置，使前方之切換柄13產生齧 合位置。禁制盤14具有觸發型塊15，且可看出，前方禁制盤14與所 配屬之觸發型塊15作用於前方切換柄13。經由觸發型塊15作用於前 方切換柄13，切換柄被保持在齧合位置，且觸發型塊15設計成折彎 之耳部，在切換柄13背部上方延伸。後方所示之禁制盤14處於第二 位置，使得後方所示之切換柄13產生釋放位置。其中可看出，後方禁 制盤14之觸發型塊15不與切換柄13作用連接。 切換柄13配有彈簧元件27，經由彈簧元件切換柄13在釋放位置 受到預力，特別是當禁制盤14與觸發型塊15位於第二位置時，如後 方所示之禁制盤14。在禁制盤14之第二位置觸發型塊15作用於彈簧 元件27 _L ’且將之壓向筒軸12方向。經由此切換柄13轉換至釋放位 置:其結果是」當觸發魏15與切換柄13齧合，如前方所示，則彈 篑讀27如前方所示輕微由門把筒】突起。結果是當切換柄13被帶 至齧合位置，_防止彈簧元件27不必要之預力，其方式為，禁制盤 轉入第-位置。經由此無盤13在第—及第二位額之扭轉變得容 易。 在筒中間體10及禁制盤M之間設有—保險元件16，且安裝成， 禁制盤14之轉動位置可被保險元件16 P艮制在第-位置及/或第二位 置。保險元件16例如顯示為螺絲元件，且螺入筒中_ 1〇。在禁制 =14中财-凹空17 ’保險树16探人其中。禁制盤μ具有二凹 且每-凹空17配合禁制盤14之一切換位置。在圖^中保 7L件I6各置於凹空n中，該凹空將禁制盤Μ限制在第一位置而 201237246 t由=於前万所示切換柄13之奢合位置。若保險元件16置 糾拖;7 ’則禁制盤14被限制於第二位置，該第二位置相當 於切換柄13之釋放位置。 裝贼針_ 1G之核讀，該保險元件】6無 法由筒中間體1〇《-側拆卸，用於筒中間體1〇之另一侧。 若需改變禁缝Μ切換狀態，則將保險元件ΐό進—步螺入筒中 間體10少許’使禁趣14可轉動，直至所示之自由凹空㈣保險元 件16重合。接著可再將保險元件16螺出。禁制盤14以抗扭方式坐設 於-調整環18上，調整環18又以可轉動之方式裝設於提動元件η上。 因而禁制盤14在提動元件u上產生_以有利方式轉換之可旋轉之组 態。 ’ 圖3顯示-可切換門把筒！之一側視圖，具有一截面A_A，顯示 於圖4。筒中間體1〇構成可切換門把筒！之本體，且在截面圖A_A中 可看出，提動元件11以可轉動之方式被容納在筒中間體1〇上。在提 動元件11之間顯示一分隔元件31，此分隔元件防止一門把手或一球形 門把之把軸插入一提動元件Π之一把手容孔22太深，且把軸不可與 對面之提動元件11之把手容孔22接觸。 禁制盤14設計成沖壓折彎金屬構件，在調整環18上同樣可對筒 軸12旋轉。調整環18坐設於一容孔軸頸32上，該容孔軸頸係形成於 各提動元件11上。在A-A圖示中可看出，禁制盤14由外側平面接著 於提動元件11。另外顯示切換柄13，在視圖A-A中左側切換柄13在 齧合位置，而右側切換柄13在釋放位置β 在調整環18側邊為調整裝置19，其形式為凹刻，經由調整裝置 19調整環18及隨之禁制盤14可對筒軸12轉動，選擇將凹空π與保 險元件16帶入齧合。 圖5顯示一門鎖5之侧視圖’具有一鎖殼20,其中置入一可切換 201237246 (門把筒1。鎖殼20具有一孔21 ’其尺寸之決定在於，經 操作調整環18。特別是可以—工具接觸位於調整環上之調 f裝置19 ’使得調整環18及隨之禁制盤14可對筒軸12轉動。把^ 令孔22《作職於容納把手或—球形伽， ，開麟鎖殼20上。門鎮5具有_鎖舌26，=二^ 1把请1啟動，而進一步顯示一鎖閂25，其較佳經由一鑰匙柱啟動， 鑰匙柱係插入鑰匙柱容孔24内。 =需改變可切朗把筒！之切換位置，則首先經由觸發孔Μ使保 敕H6與凹空17解除接觸。接著可經由孔21藉由調整裝置19調 破環18。接著可重新經由觸發孔23使保險元件 办 17接觸。 |升u二 觸，孔23設計成其直徑小於保險元件16之外徑，使保險元件16 -旦由筒中間體10脫離，保險元件16在門鎖5之殼體内不致掉落。 在可切換Π把筒1調紐，可想而知者是，以—物體_觸發孔 23 ’此物贼者可再度取下，或者可永久封_發孔23。 本發明在實施上非僅限於前述較佳實施例。而是，可想而知有眾 多可也之㈣’其儘管有基本不同之實施例，卻應用職明之解決方 案1所有巾料鄕圍、綱或®式巾之特徵及/或優點，包括設計 細即或㈣域，皆糊或以各料同組合型闕於本發明。特別是 可切朗把筒1村僅具有—可城之提件u，其具有一配屬之 切換柄13，且門鎖5可設計為僅容納一門把手。此外容納保險元件16 可不容納於筒中間體10’而是亦可容納於禁制盤14或調整環18中。 特別是調整環I8及禁制盤M可實施為—體，或盤M直接以可轉 動之方式設於提動元件11上。 【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 201237246 改進措施。圖中顯示： 圖1具有本發明特徵之一可切換門把筒之一實施例， 圖2可切換門把筒之另一立體視圖， 圖3具有本發明特徵之一可切換門把筒之一側視圖， 圖4 沿圖3中切線A-A所見之一截面圖，及 圖5 —具有一可切換門把筒之鎖之視圖。 【主要元件符號說明】 1 可切換門把筒 5 門鎖 10筒中間體 11提動元件 12 筒軸 13切換柄 14禁制盤 15觸發型塊 16保險元件 17 凹空 18調整環 19調整裝置 20鎖殼 21 孔 22把手容孔 23保險元件之觸發孔 24鑰匙柱容孔 25鎖閂 26鎖舌 12 201237246 27彈簧元件 28提動幾何 29觸發臂 30柄轴 31 分隔元件 32 容孔軸頸Silver: w Le. Between the intermediate and the barrel intermediate 1 〇 29 is touched by the y. Therefore, for example, when the door lock or the handle of the ball lock is in the lock case of the lock tongue, a door handle or a ball door handle is rotated by one of the door shafts or a ball door handle. 1〇 is the same and extends from the barrel shaft 12 away from one of the trigger arms or even a mechanical latch can be moved via the activation lock. The door handle cylinder 1 is embodied as a switchable door handle cylinder i and has a shifting handle 13 that cooperates with the poppet element u. The switching handle 13 is hinged to the barrel intermediate body 1 ,, and can move a shank shaft 3 between a meal position and a release position, and the handle can be engaged into the engaging position for engaging the poppet element η. And in the engaged position, the lifting element U is allowed to transmit the rotation to the cartridge intermediate body 10 via the switching lever 13. If the switching lever 13 enters the -release position, the rotation of the poppet element u on the barrel intermediate 10 is interrupted. In Figs. 1 and 2, the front lifting member and the rear lifting member u are each provided with a switching lever 13. The switching handle π shown in the front is located in an engaged position in both views, so that the rotational movement of the front poppet 11 to the barrel shaft 12 can be transmitted to the barrel intermediate 1''. The switching handle 13 shown at the rear is in the release position' and thus one of the poppet elements u shown at the rear is not able to be transferred to the cartridge intermediate body 10. The lifting geometry 28 can be seen via the release position of the switching lever 13 shown at the rear, by which the switching lever 13 can be engaged with the lifting element 11 and transmit force. As a result, the door handle can share the door handle barrel and be inserted into the poppet member 11 shown in the front to activate the barrel intermediate body 10 and subsequently the closing mechanism via a touch. The door handle ' accommodated in the poppet member u shown at the rear is invalid due to the release posture of the rear switch lever 13, and the touch of the door handle member accommodated behind the poppet member 11 cannot be transmitted to the cartridge intermediate body 10. . In the present invention, the switching lever 13 is provided with a prohibiting plate 14 which is accommodated in the door handle cylinder 1, and can also rotate the cylinder shaft 12 in the same manner. As shown, a forbidden disk 14 is adjacent to each of the poppet members 11 in the front and at the rear. The inhibiting tray 14 is rotatable in a first position in which the inhibiting tray 14 brings the associated switching handle 13 into the engaged position and the inhibiting tray is rotatable in a second position in which the inhibiting tray 14 will The associated switching handle is brought into the release position. The forbidden disk 14 shown in the front is in the first position, so that the front switching lever 13 is in the engaged position. The inhibiting disk 14 has a triggering block 15, and it can be seen that the front inhibiting disk 14 and the associated triggering block 15 act on the front switching handle 13. The trigger lever 15 is acted upon by the trigger lever 15 to hold the shift lever in the engaged position, and the trigger block 15 is designed as a bent ear portion that extends over the back of the switch lever 13. The forbidden tray 14 shown at the rear is in the second position so that the switching handle 13 shown at the rear produces a release position. It can be seen that the triggering block 15 of the rear inhibiting disk 14 is not operatively coupled to the switching lever 13. The shifting handle 13 is provided with a spring element 27 through which the shifting handle 13 is subjected to a preload in the release position, particularly when the inhibiting disc 14 and the triggering block 15 are in the second position, the inhibiting disc 14 as shown later. In the second position of the inhibiting disc 14, the triggering block 15 acts on the spring element 27_L' and presses it in the direction of the cylinder shaft 12. By this switching lever 13 is switched to the release position: the result is that when the triggering pin 15 is engaged with the switching lever 13, as shown in the front, the magazine reading 27 is slightly raised by the door handle as shown in the front. As a result, when the switching lever 13 is brought to the engaged position, the spring element 27 is prevented from being unnecessarily prestressed in such a manner that the disc is rotated into the first position. It is thus easy to reverse the first and second positions by the diskless 13 thus. A safety element 16 is provided between the barrel intermediate body 10 and the forbidden disk M, and is mounted such that the rotational position of the inhibiting disk 14 can be clamped in the first position and/or the second position by the safety element 16P. The securing element 16 is for example shown as a screw element and screwed into the barrel _ 1 〇. In the ban = 14 Zhongcai - concave 17 ‘ insurance tree 16 explored among them. The forbidden disc μ has two recesses and each of the recesses 17 cooperates with one of the inhibiting discs 14 to switch positions. In Fig. 2, the 7L pieces I6 are placed in the recess n, which confines the forbidden disc to the first position and the 201237246 t is replaced by the top position of the switch handle 13 shown in the front. If the fuse element 16 is entangled; 7' then the plate 14 is constrained to a second position which corresponds to the release position of the switch handle 13. With the thief needle _ 1G nuclear reading, the safety component 】 6 can not be removed from the cylinder intermediate 1 〇 "- side, for the other side of the cylinder intermediate 1 。. If it is necessary to change the forbidden seam switching state, the safety element is pushed into the intermediate portion 10 of the cylinder to make the forbidden 14 rotatable until the free recess (4) of the fuse element 16 is coincident. The fuse element 16 can then be screwed out again. The inhibiting disc 14 is seated on the adjusting ring 18 in a torque-proof manner, and the adjusting ring 18 is rotatably mounted on the poppet element η. The inhibiting disk 14 thus produces a rotatable configuration on the lifting element u that is converted in an advantageous manner. ’ Figure 3 shows – switchable door handle tube! One side view, having a section A_A, is shown in FIG. The cylinder intermediate 1〇 constitutes a switchable door handle cylinder! The body, and as seen in cross-sectional view A_A, the poppet element 11 is rotatably received on the barrel intermediate 1''. A separating element 31 is displayed between the lifting elements 11 , which prevents a door handle or a ball door handle from inserting the shaft into a lifting element Π one of the handle holes 22 is too deep, and the shaft cannot be moved with the opposite side The handle aperture 22 of the component 11 is in contact. The inhibiting tray 14 is designed to stamp a bent metal member, and the cylinder shaft 12 can also be rotated on the adjusting ring 18. The adjusting ring 18 is seated on a bore journal 32 which is formed on each of the poppet members 11. As can be seen in the A-A diagram, the inhibiting disk 14 is followed by the outer side plane by the poppet element 11. In addition, the switching lever 13 is shown. In the view AA, the left switching handle 13 is in the engaged position, and the right switching handle 13 is in the release position β on the side of the adjusting ring 18 as an adjusting device 19 in the form of an indentation, which is adjusted via the adjusting device 19 The ring 18 and the associated disc 14 are rotatable about the barrel shaft 12, and the recess π is selectively brought into engagement with the securing element 16. Figure 5 shows a side view of a door lock 5 having a lock housing 20 in which a switchable 201237246 is placed (the door handle cylinder 1. The lock housing 20 has a hole 21' which is sized to operate the adjustment ring 18. Special Yes, the tool contacts the adjustment device 19' on the adjustment ring so that the adjustment ring 18 and the subsequent prohibition plate 14 can rotate the cylinder shaft 12. The hole 22 is used to accommodate the handle or the spherical gamma. On the lining case 20, the door sill 5 has a _lock tongue 26, = 1-2, and 1 is activated, and a latch 25 is further displayed, which is preferably activated via a key post, and the key post is inserted into the key post hole 24 If there is a need to change the switching position of the tampering cylinder, the first stop is made to release the contact H6 from the recess 17 via the trigger hole 。. Then the ring 18 can be tuned by the adjusting device 19 via the hole 21. The securing element 17 is brought into contact via the triggering hole 23. The lifting hole 23 is designed such that its diameter is smaller than the outer diameter of the securing element 16, so that the securing element 16 is disengaged from the barrel intermediate 10 and the securing element 16 is in the door lock 5 does not fall inside the shell. In the switchable switch 1 can be adjusted, it is conceivable that The object_trigger hole 23' can be removed again, or the hole 23 can be permanently sealed. The invention is not limited to the preferred embodiment described above. Instead, it is conceivable that there are many possibilities. (d) 'While there are basically different embodiments, it applies the solution of the title 1 to the characteristics and / or advantages of all the towels, outlines or ® towels, including the design details or (4) domains, all paste or materials The same combination type is used in the present invention. In particular, the cleavage unit 1 has only a handle piece u, which has an associated switching handle 13, and the door lock 5 can be designed to accommodate only one door handle. The accommodating safety element 16 may not be accommodated in the cylinder intermediate body 10' but may be accommodated in the banned disk 14 or the adjustment ring 18. In particular, the adjustment ring I8 and the banned disk M may be implemented as a body, or the disk M may be directly rotatable. The method is provided on the poppet element 11. [Simplified description of the drawings] The following further improvements of the 201237246 of the present invention will be described with reference to the accompanying drawings in accordance with a preferred embodiment of the invention. One embodiment of a switchable door handle cylinder, Figure 2 is switchable Another perspective view of the door handle barrel, Figure 3 has a side view of one of the features of the switchable door handle barrel, Figure 4 is a cross-sectional view taken along line AA of Figure 3, and Figure 5 - has a switchable door View of the lock of the cylinder. [Main component symbol description] 1 Switchable door handle cylinder 5 Door lock 10 cylinder Intermediate 11 Pulling element 12 Tube shaft 13 Switching handle 14 Prohibition disc 15 Trigger type block 16 Safety element 17 Hollow 18 Adjustment ring 19 adjustment device 20 lock case 21 hole 22 handle hole 23 fuse element trigger hole 24 key column hole 25 latch 26 lock tongue 12 201237246 27 spring element 28 lift geometry 29 trigger arm 30 stem 31 separation element 32 Hole journal