200804670 九、發明說明： 【發明所屬之技術領域3 發明領域 本發明是有關於一種圓筒形鎖總成，以及螺栓總成， 5 用於安置於一門内及其他可適以關閉一進入開口之可移動 構件。為方便起見，以下是特別以門來表示說明本發明， 但本發明可具有更廣的應用。 C ittf Ji 發明背景 10 圓筒形鎖總成是一種具有一底座用以安置於在門板與 外表面之間所形成的一實質上呈圓筒形孔内之總成。該底 座是於該圓筒形孔最接近該門緣的周緣處可作動地連接於 安置於自該門緣延伸至該圓筒形孔的一橫向孔内之—螺才全 總成。 15 前述的圓筒形鎖總成之組裝需要在門板的表面内鑽成 一圓筒形孔來容置該鎖總成的底座。該圓筒形孔根據該螺 栓總成的後置距(backset)安置於與門板邊緣相距一特定距 離。該螺栓總成通常形成長後置距、短後置距，或可以插 入體轉變成長後置距的短後置距。此外，以往螺栓總成傾 20 向於僅適用於以鉸鏈連接的門。 一般鎖總成的問題在於其可能難以確定該總成被鎖固 的程度。更具體而言當將鎖總成鎖固時，其經常需要一錄 匙轉動該鎖總成的一元件至一鎖定位置，且其可能難以轉 定是否已達到此鎖定位置。尤其是自一圓筒形鎖總成外 200804670 側，沒有一致動器，例如一轉鈕或類似物，以供使用者測 试。儘官當使用者在内侧時可测試内側的致動器，然而不 能常常很方便地測試致動器來確保該鎖是鎖固的。如此可 能會導致該鎖保留在未鎖定狀態，可能蘊含有嚴重的安全 5 問題。 一般鎖總成的另一問題在於在將該總成製造成相當小 而精巧，與充分堅固以抵抗強力破壞兩者之間不能兼顧。 尤其是圓筒形鎖總成因大部分的鎖總成必須安置於門板内 所形成一相當小的圓筒形孔内之情況更有此問題。 1〇 對鎖匠等而言經常需要重新裝配使用於圓筒形鎖總成 内圓筒形鎖的鎖簧編碼(tumbler coding)。此工作有一常見 的困難是需要數次拆裝圓筒形鎖總成以可伸入鎖芯（1〇汰 cylinder)。 因此即需要提供一種圓筒形鎖總成，可解決這些問題 15至少其一。尤其宜提供一種圓筒形鎖總成，可更易於組裝 及適用。此外，宜提供一種圓筒形鎖總成，可更為堅固。 再者，較佳者可提供螺栓總成可更具適用性。 上述#論的鎖元件及類似物包含於本說明書中是僅用 於提供本發明的說明本文。這不是暗示或表示上述這些事 20項任一者由於在專利優先權申請曰之前已存在於澳洲而為 先雨技術的部分，或是本發明相關領域中的普通一般性知 識0 在此本發明是參考其一般應用來說明及定義。例如内 及外的名詞是依照本申請案該總成的正常導向。吾人將瞭 6 1 200804670 解到其他的導向亦可行。 I：發明内容3 發明概要 根據本發明的-特點，其提供一種圓筒形鎖總成，與 5 一門板共用，該鎖總成包括： 一螺检總成’用以安置於形成在門板内自門板邊緣延 伸之一橫向孔内，該螺栓總成包括一嫘栓，其可線性移動 於一作動位置與一不作動位置之間； 一底座，用以安置於形成在門板内且延伸於門板相對 10面之間的一橫穿孔内，以與該橫向孔連接，該底座是可作 動地連接於該螺栓總成，該底座包括/殼體，其容置一擺 梭，該擺梭是可相對於該殼體線性移動於一第一與第二位 置之間，以可將該螺栓分別移動於作動與不作動位置之間； 一致動裝置，包括一可旋轉構件，其當該致動裝置是 15作動時是可相對於該殼體旋轉，以將該擺梭移動於第一與 第二位置之間，該致動裝置是可藉由一第一鑰匙作動鎖而 自該鎖總成的外侧作動，且可藉由一手可銜接裝置而自該 鎖總成的内側作動；及 鎖定裝置’其當於一作用狀態時是使該致動裝置為不 20 作動狀態。 較佳的疋’該第一鑰匙作動鎖是可作動以使該鎖定裝 置的狀憋成作用或不作用狀態。進一步較佳的是，該圓筒 形鎖總成包括一第二鑰匙作動鎖，其是可作動以使該鎖定 裝置的狀態成作用或不作用狀態。 7 200804670 較佳的是’該鎖定裝置作用於該旋轉構件與該殼體之 間，固定該竣轉構件相對於該殼體的旋轉位置。較佳的是， 該鎖定裝置包括至少一掣子’其可移動於一作用位置與一 不作用位置之間，以使該致動裝置分別不作動與可作動。 5較佳的是包拉一掣子偏動裝置，用以將該至少一掣子偏壓 向該不作用推置。 較佳的是’該圓筒形鎖總成包括視覺指示裝置，用以 視覺指示該鎖定裝置的作動狀態。 較佳的是，該擺梭包括一撤回體，用以可作動地銜接 10該螺检總成，及一 /骨件，用以可作動地銜接該致動裝置且 作用於該致動裝置與該撤回體之間，以致於該旋轉構件的 旋轉移動可造成該撤回體的線性移動及該螺栓的移動。進 一步較佳的<，名撤回體包括至少一炎顎部，用以銜接該 螺栓總成。進一步較佳的是，該滑件包括一袋體，用以當 15該擺梭移動於該第一與第二位置之間時，可容置與該旋轉 構件連結的一凸部。 進一步較佳的是包括一擺梭偏動裝200804670 IX. DESCRIPTION OF THE INVENTION: TECHNICAL FIELD OF THE INVENTION The present invention relates to a cylindrical lock assembly, and a bolt assembly, 5 for placement in a door and other suitable for closing an access opening Movable components. For convenience, the following description is particularly illustrative of the invention, but the invention may have broader applications. Cittf Ji BACKGROUND OF THE INVENTION A cylindrical lock assembly is an assembly having a base for placement in a substantially cylindrical bore formed between a door panel and an outer surface. The base is movably coupled to a peripheral assembly disposed in a transverse bore extending from the door edge to the cylindrical bore at a periphery of the cylindrical bore closest to the door edge. 15 The assembly of the aforementioned cylindrical lock assembly requires drilling a cylindrical hole in the surface of the door panel to accommodate the base of the lock assembly. The cylindrical bore is disposed at a specific distance from the edge of the door panel in accordance with the backset of the bolt assembly. The bolt assembly typically forms a long rear distance, a short rear distance, or a short rear distance that can be inserted into the body to grow and grow. In addition, in the past, bolt assemblies were only suitable for doors that were hinged. A problem with typical lock assemblies is that it can be difficult to determine the extent to which the assembly is locked. More specifically, when the lock assembly is locked, it often requires a key to rotate a component of the lock assembly to a locked position, and it may be difficult to determine if the locked position has been reached. In particular, from the side of the 200804670 side of a cylindrical lock assembly, there is no actuator, such as a knob or the like, for the user to test. It is desirable to test the inner actuator when the user is inside, but it is not always convenient to test the actuator to ensure that the lock is locked. This may cause the lock to remain unlocked and may contain serious security issues. Another problem with conventional lock assemblies is that they cannot be compromised between making the assembly relatively small and delicate, and being sufficiently strong to resist strong damage. In particular, the cylindrical lock assembly has this problem because most of the lock assemblies must be placed in a relatively small cylindrical bore formed in the door panel. 1〇 For locksmiths and the like, it is often necessary to reassemble the tumbler coding for the inner cylinder lock of the cylindrical lock assembly. A common difficulty with this work is the need to disassemble the cylindrical lock assembly several times to extend into the lock cylinder (1). Therefore, it is necessary to provide a cylindrical lock assembly that can solve at least one of these problems. It is especially desirable to provide a cylindrical lock assembly that is easier to assemble and adapt. In addition, it is desirable to provide a cylindrical lock assembly that is more robust. Furthermore, it is preferred that the bolt assembly can be provided for more applicability. The above-described lock elements and the like are included in the specification for the purpose of providing the description of the present invention. This is not a part of suggesting or indicating that any of the above 20 items is a prior rain technique because it was already in Australia prior to the patent priority application, or is a general general knowledge in the related art of the present invention. It is explained and defined with reference to its general application. For example, internal and external nouns are the normal orientation of the assembly in accordance with the present application. We will have 6 1 200804670 to other guidance. I: SUMMARY OF THE INVENTION 3 SUMMARY OF THE INVENTION In accordance with the features of the present invention, a cylindrical lock assembly is provided that is shared with a door panel that includes: a threaded assembly 'for placement in a door panel a bolt extending from one of the lateral holes extending from the edge of the door panel, the bolt assembly being linearly movable between an actuating position and a non-actuating position; a base for being disposed in the door panel and extending to the door panel The base is movably coupled to the bolt assembly in a transverse perforation between the 10 faces, the base is movably coupled to the bolt assembly, and the base includes a housing that houses a shuttle, the shuttle is Linearly moving between the first and second positions relative to the housing to move the bolt between the actuating and inactive positions, respectively; the actuating device comprising a rotatable member as the actuating device When the actuation is 15, the housing is rotatable relative to the housing to move the shuttle between the first and second positions, and the actuation device is actuatable by a first key from the lock assembly. Actuated outside, and can be attached by one hand Actuated from the inside of the lock assembly; and the locking device 'when in an active state, the actuating device is in a 20-actuated state. Preferably, the first key actuating lock is actuatable to cause the locking device to be in an inactive or inactive state. Further preferably, the cylindrical lock assembly includes a second key actuating lock that is actuatable to cause the state of the locking device to be active or inactive. 7 200804670 Preferably, the locking device acts between the rotating member and the housing to fix the rotational position of the twisting member relative to the housing. Preferably, the locking device includes at least one catcher's movable between an active position and an inactive position to disable and actuate the actuating device, respectively. Preferably, 5 is a pull-up biasing device for biasing the at least one latch to the inactive. Preferably, the cylindrical lock assembly includes visual indicating means for visually indicating the actuation state of the locking device. Preferably, the shuttle includes a retracting body for operatively engaging the screw inspection assembly and a bone member for operatively engaging the actuation device and acting on the actuation device Between the retracting bodies, such that the rotational movement of the rotating member can cause linear movement of the retracting body and movement of the bolt. Further preferably, the name withdrawal body includes at least one inflamed portion for engaging the bolt assembly. Further preferably, the slider includes a bag for receiving a projection coupled to the rotating member when the shuttle is moved between the first and second positions. Further preferably, a shuttle biasing device is included
τ7丹稭一斗部銜接，藉 此該旋轉構件的旋射造成該_與該耳部之間的相對蒋The τ7 dan straw is connected by a bucket, whereby the rotation of the rotating member causes the relative Between the _ and the ear.
較佳的是，該彈簧是與該殼體連結， 構件連結。 且遠耳部是與該旋轉 以當該鎖定裝置的作動 較佳的是包括觸覺指示裝置， 8 200804670 狀態自不作動改變成作動時產生一觸覺訊號。進一步較佳 的是’該觸覺指示裝置包括-偏動裝置，用以偏壓一反應 元件，該偏動裝置當該鎖定裝置的作動狀態是不作動時儲 存潛能，且當該鎖定裝置的作動狀態自不作動改變成作動 時釋放所儲存的能量，藉以倾偏域置可移動該反應元 件’以銜接該鎖總成的-表面而產生_觸覺訊號。 根據本發明㈣-特點，其提供—财調整螺检總 成，用以連接於-圓筒形鎖總成的一底座，該螺检總成是 10 20 可作動於-短或長後置距(baekse賴式之間且包括： 一殼體； -騎，其可移動於—作動位置與—不作動位置之 曰可分別自該殼體延伸出與撤回於該殼體内； 拉杯，其具有一頭端連接於該螺栓； 15及 /、具有一尾端用以於使用時連接於該底座； 頭端相可輕地連接雜桿，以輕該拉桿的 動模式打^桿的尾端之位置，關整該螺栓總成的作 式於_技與長後置距之間。 較佳纪）曰 ^ 較佳、=，該尾桿是藉一鎖固裝置連接於該拉桿。 的縱向軸延：：亥鎖固裝置包括一凹槽，其以該螺栓總成 内且衲置―釔/一步較佳的是，該凹槽是安置於該尾桿 成在該技桿貞Q7L件，該鎖固元件穿過該凹槽且安置於形 于内的一孔洞内。 車父隹的是，a 疋4尾桿包括。另一凹槽，用以納置與該拉桿 9 200804670 置距之卩X助於該拉桿當調整於該短後置距與長後 置距之間時，相對於該尾桿線性移動。 接於=是，於可調整螺栓總成中，該縣是藉一銷連 。 以料康本《㈣另—實施例’其提供—種螺栓總成，用 =成—__總成的部分，其是藉連接於該圓筒形鎖 • ㈣，該螺栓總成JV使用時•銜接—衝擊板 —殼體，具有一縱向軸； -1G 連桿構件，連接於該底座且可與其_，且可相對 於孩双體以該縱向軸的方向移動； ::桿，可相對於該連桿構件以實質上垂直於該縱向 一=向，移動於—在制啸接該衝擊板之伸出位置， — /、一在使用時自該衝擊板脫離之撤回位置之間。 15 較佳的是，螺栓總成包括—面板，其 • 冑連結之背板，該面板具有-孔洞，以，笼二與⑼ 位置時供各勾桿的至少-部分穿過，桿於伸出 接邱甘 ”甲各勾桿包括一銜 。，八於使賴間當該勾桿於伸出位置時可銜接該衝擊 20動。及—互動部，其當該勾桿移向伸出位置時與該面板互 直於該殼體縱軸之一 較佳的是，各勾桿是繞實質上垂 軸樞接。 車父隹的是，各勾桿的樞軸是共軸。 較佳的是，該等勾桿是樞接於單一銷。 200804670 進一步較佳的是，該連桿構件的一部分當該等勾桿於 伸出位置時是穿過該面板内的一孔洞。 進一步較佳的是，該連桿構件是可於長度上調整，以 可於一短後置距或一長後置距模式作動。該連桿構件宜包 5 括一拉桿及一尾桿，其是可調整地相互附接，以調整其長 度大小。 根據本發明的另一特點，其提供一種圓筒形鎖組，包 括之前定義的一圓筒形鎖總成，及之前定義的一螺栓總成。 以下將參考配合圖式以方便詳細說明本發明的數個實 10 施例。然而需瞭解到此詳細說明及配合圖式僅用以舉例說 明本發明如何作用。所顯示及說明的各種不同的特徵之特 定形式及配置並不是要作為對本發明的限制，本發明是由 申請專利範圍所定義。 圖式簡單說明 15 第1圖是接近一門板的圓筒形鎖總成之部分分解圖； 第2圖是該圓筒形鎖總成移開螺栓總成之分解圖； 第3圖是該螺栓總成適用於以鉸鏈連接的門的第一實 施例之分解圖； 第4圖是旋轉構件、擺梭及殼體之分解後視圖；及 20 第5圖是該螺栓總成適洧於一滑門的第二實施例之分 解圖。 【實施方式】 較佳實施例之詳細說明 首先如第1圖所示，其顯示圓筒形鎖總成的構件，包括 11 200804670 -内部件丨、一外部件2，及一螺检總成3。該内部件1正常 時是安置於Η板4内侧，且該外部件2是安置於該門板*外 侧，使該二部件以-對固定螺絲（圖中未顯示）連接。此 方向很明顯的並非必要。該内部件i包括一底座5用以安置 5於該門板4的表面内所形成的—橫穿孔6内。該螺检總成味 安置於自該門緣延伸的—橫向孔7内。該底座5包括—殼體8 及-擺梭9,該擺梭9於第}圖中僅顯示夹顎部1〇。儘管該擺 梭9相對於該殼體8的功能將參考後面圖式來說明，重要的 是從第1圖中該擺梭的夾顎部1〇是銜接該螺检總成3的一連 10接元件U。簡梭9可相對於魏⑽錄以可將該螺检 總成3的螺栓12移動於—作動伸出位置（如第丄圖所示），斑 一不作動撤回位置（圖中未顯示）之間。 ^ 現如第2圖所不，其以分解圖顯示該内部件丄及外部件 2。首先集中在該外部件2上，其包括—外圓筒形殼體13， 15形成有-孔洞14 ’以蜗置該第一或外鑰匙作動鎖15。所示 該鑰匙作動鎖15包括-殼體16，以供—筒體17當—授_ 匙18插入於該筒體的鍵槽内時可於該毅體16中旋轉。該筒 體17是可作動連接於-尾桿19，以使該筒體17的旋轉可造 成該尾桿I9的旋轉。接著該尾桿W是連接於該圓筒形鎖總 2〇成的内部件1的兀件，其功能方式將在之後的說明書中說 明。 第2圖所示的内部件1是顯示該底座5，具有該殼體8以 納置該擺梭9。該擺梭9是形成為二部*，包括一蹄片2〇於 該设體8的-側上’及-撤回板21於另一侧上。該蹄片如包 12 200804670 括該等夾顎部10，其銜接該螺栓總成3，且該撤回板21以一 致動體22的一旋轉構件23銜接。該撤回板21是經由形成於 該殼體8的一基底内的凹槽24以二耳部25連接於該蹄片 20，以可限制該擺梭相對於該殼體的移動成線性移動。此 5外該等凹槽的長度亦限制該線性移動的長度。該等耳部25 最好如第4圖所示。 该撤回板21包括一袋體26，以供與該旋轉構件22連結 的一耳部27可安置於其中。該致動體的耳部27於第2圖中被 遮住，而於第4圖可見。該耳部27與該袋體26的配置是使該 旋轉構件22可旋轉以造成該撤回板21移動。於該旋轉構件 22的後表面上之另一耳部28銜接一偏動板29，以驅使該旋 轉構件22因而驅使該擺梭9朝向撤回或伸出位置。 該旋轉構件22的旋轉可藉由一手可銜接裝置的旋轉從 内側進行’其顯TF於第2圖中為-轉紐3G。該旋轉構件22亦 15可藉該尾桿19的旋轉從外側被旋轉。 該圓筒形鎖總成亦包括鎖定裝置31，其在所示實施例 中包括-對掣子32，其與該旋轉構件Μ相連結。該鎖定裝 置亦包括-驅動構件34,其當被以朝向一鎖固位置的方向 旋轉時會造成該等掣子32徑向移動至一伸出或作用位置。 加當於該作用位置時該等擎子32會部分位於形成在一内圓筒 形殼體35内的凹部（圖中未顯示）内。於該 35相對於料，其會㈣旋轉構件22的位置相對於 該殼體35鎖固，以制止其被轉動。該驅動構件34是夢由第 一或外鎖關筒形鎖15或第二或内圓筒形鎖36的作動而可 13 200804670 轉動。該筒體於相反方向的旋轉將造成該驅動構件34遠離 該鎖固位置的旋轉，而該筒體的進一步旋轉會造成該旋轉 構件22的旋轉，及該等掣子32遠離該作用位置的移動。一 以彈簧33為形式的偏動裝置可被包含於内，以助於該等掣 5 子32遠離該作用位置的移動，然而此並非必要元件。 該鎖定裝置的驅動構件34亦可作動連接於位在該手可 銜接轉鈕内的一指示裝置37。該指示裝置37可提供該鎖定 裝置的狀態之視覺及觸覺指示。所示的視覺指示器包括一 可樞轉的二部分構件38，其與該轉鈕30的視窗39互動。該 10構件38是繞一橫向於該軸X_X的轴樞接。該構件38包括一對 表面38a，38b，其宜分別為紅色及綠色，藉此該紅色表面38a 當該鎖定裝置31作用時是位於該視窗39中。反之該綠色表 面38b是當該鎖定裝置31不作用時是位於該視窗的中。該觸 覺指示裝置包括一受一壓縮彈簧41偏壓之球體4〇，以當該 鎖定裝置到達該作用或不作用狀態時正面銜接形成於該轉 鈕30内的二凹部的其中之一。如此可提供使用者一觸覺指 不，以表不該鎖定裝置31是在作用或不作用狀態。 現如第3圖所示，其以分解圖顯示該螺栓總成3。所示 該螺栓總成包括二部分殼體42,43，其容置闕栓12、一拉 2〇桿44及-尾桿45。該殼體元件43銜接該圓柱形鎖總成（見 第2圖）的内部件1的一外覆殼體65的外表面，而-連接元 件52銜接該外覆殼祕的内表面。如此可將該殼體元件^ 的位置相對於該圓柱形鎖總成固定。該殼體元件42是可相 對於.亥设體tl件43轴向移動於一短後置距_k setting)與 14 200804670 -長後置距之間。該等殼體元件42,43藉由一鎖固環66與該 殼體兀件42的一耳部，及與該殼體元件43的一臂部砧的交 互作用，而固持於一給定後置距上。 所示該拉桿44是藉一銷的穿過該螺栓12的後端上的一 5穿孔47，而連接於該螺栓12。該拉桿44的頭部48形成有一 — 孔洞64，以供該銷46穿過。 • 該拉桿44是藉由一緊固件49連接於該尾桿45，於所示 ^ 實施例中是一螺絲形式。當然此緊固件的形式是可變化。 該螺絲的桿部穿過該尾桿45的一槽5〇,以緊固於該拉桿44 10的螺孔51内。所示該尾桿45包括一第二槽62，其容置該拉 桿44的一導耳63。此槽的配置讓使用者可將該拉桿44相對 ‘ 於該尾桿45滑動，以選定對該螺栓總成的短後置距(backset) 或長後置距。 該尾桿45的一T形部69是形成以與該擺梭9的夾顎部1〇 15 連接，以使該尾桿與該擺梭9一起移動。 ^ 該螺栓總成亦設置有一面板53。四固定螺絲可穿過該 面板53及該殼體42上的孔洞，用以將該螺栓總成3固定於該 門4的邊緣。 現如第5圖所示，其顯示該螺栓總成3主要適用於一滑 20 門的另一實施例。如同於第3圖所顯示的實施例之特徵是以 相同參考標號表示。該螺栓總成3包括一殼體70及連接元件 52,其是以類似於參考第3圖所述的方式連接於該圓筒形鎖 總成的底座5。 此較佳實施例的螺栓總成3包括一連桿構件71，其於所 15 200804670 示實施例是包括一螺栓12及一拉桿72，該拉桿72是藉由一 銷46連接於該螺栓12。該拉桿72可以實質上相同於參考第3 圖的實施例所述的方式連接於該圓筒形鎖總成的底座5。詳 言之，該擺梭9的移動將使該螺栓12相對於該殼體7〇移動。 5儘管所示的實施例僅顯示一拉桿，亦可結合一尾桿以使本 實施例可以類似於參考第3圖所述的方式調整於長與短後 置距之間。 第5圖所示的螺栓總成3的實施例不同於第3圖所示者 在於’其包括一對勾桿73,74。這些勾桿是相對於該連桿構 10件71以實質上垂直於該殼體70縱軸YY的方向移動。該等勾 桿73,74是繞單一銷75樞接為較佳，該銷75穿過該螺桿12上 形成的一孔洞76，然而，該等勾桿73,74的其他形式之移動 與附接亦可行。 各勾桿73,74具有一銜接部76,77及一互動部78,79。該 15銜接部76,77銜接該衝擊板80，而該互動部78,79可與一面 板81互動，該面板81是連接於與該殼體7〇連結的一背板82。 該#勾才干73，74备於一撤回位置時是安置於該殼體％ 中的該螺栓12中。為將該等勾桿73,74移動於一伸出位置， 該連桿構件71被以該縱軸YY的方向移動向該衝擊板80。該 2〇等勾才干73,74穿過形成於該面板81内的一孔洞83，以使各勾 桿73,74的互動部78,79於該連桿構件71被移動時可勾卡於 遠面板的後表面上。如此會使該等勾桿73,74樞轉，以移動 各銜接部76,77位於該衝擊板8〇的後表面之後。&之將該連 桿構件7i遠離該衝擊板8〇移動將造成該等勾桿am脫離 16 200804670 該衝擊板80而撤入該殼體7〇内。 從丽述可知本發明提供一種容易組裝的圓筒形鎖總 成。無須使用額外元件可調整該螺栓總成的後置距之能力 疋本發明一較佳的優點。此外提供使用者對該鎖定裝置狀 5態的視覺或觸覺的指示是本發明另一較佳的優點。該螺检 總成可適用於滑門配置之能力亦是一優點。 各種不同的替代實施、變更及/或增加可引入於前述構 件的構造及配置，而不脫離由申請專利範圍所界定之本發 明的精神或範圍。 1〇 【圈式簡單說明】 第1圖是接近一門板的圓筒形鎖總成之部分分解圖； 第2圖是該圓筒形鎖總成移開螺拴總成之分解圖； 第3圖是該螺栓總成適用於以鉸鏈連接的門的第一實 施例之分解圖； 15 第4圖是旋轉構件、擺梭及殼體之分解後視圖·，及 第5圖是該螺栓總成適用於一滑門的第二實施例之分 解圖。 【主要元件符號說明】 1···内部件 7…橫向孔 2···外部件 8…殼體 3···螺栓總成 9…擺梭 4···Π板 1〇…失顎部 5···底座 11…連接元件 6···橫穿孔 12…螺栓 17 200804670 13…外圓筒形殼體 35…内圓筒形殼體 14…孔洞 36···第二或内圓筒形鎖 15…第一或外錄匙作動鎖 37"·指示裝置 16…殼體 38…可樞轉的二部分構件 17…筒體 39…視窗 18…錄匙 42,43…殼體 19…尾桿 44"·拉桿 20…蹄片 45…尾桿 21…撤回板 46…鎖 22…致動體 47…穿孔 23…旋轉構件 48…頭部 24…凹槽 49…緊固件 25…耳部 50…槽 26…袋體 51…螺孔 27,28…耳部 52…連接元件 29…偏動板 53…面板 30…轉紐 62…第二# 31…鎖定裝置 63…導耳 32…掣子 64···孔洞 33…彈簧 65…外覆殼體 34···驅動構件 66…鎖固環 18Preferably, the spring is coupled to the housing and the members are coupled. And the distal ear is rotated with the rotation to activate the locking device. Preferably, the tactile indicating device is included. 8 200804670 The state generates a tactile signal when it is changed from inactive to active. Further preferably, the haptic indicating device comprises a biasing device for biasing a reactive element, the biasing device storing potential when the operating state of the locking device is not actuated, and when the locking device is actuated The stored energy is released when the actuation is changed to actuate, whereby the reaction element is moved to engage the surface of the lock assembly to generate a haptic signal. According to the invention (4)-characteristic, it provides a financial adjustment screw inspection assembly for connecting to a base of the cylindrical lock assembly, the screw inspection assembly is 10 20 operable at a short or long rear distance ( Between the baekse Lai and includes: a housing; a ride, the movable position - and the non-actuated position are respectively extendable from the housing and withdrawn into the housing; the pull cup has One end is connected to the bolt; 15 and / has a tail end for connecting to the base when in use; the head end phase can be lightly connected to the miscellaneous rod to lightly position the tail end of the rod The method of closing the bolt assembly is between the _ technology and the long rear distance. Preferably, the shank is connected to the rod by a locking device. Longitudinal axial extension: The rigging device includes a recess in the bolt assembly and is disposed in a step-by-step. Preferably, the recess is placed in the tail rod to form the shank Q7L. And the locking element passes through the groove and is disposed in a hole formed therein. The car father is stunned, a 疋 4 tail rod included. The other groove is disposed to be spaced from the rod 9 200804670 to facilitate linear movement of the rod relative to the tail rod when adjusted between the short rear distance and the long rear distance. Connected to = Yes, in the adjustable bolt assembly, the county is borrowed. In the case of Kang, "(four) another - embodiment" provides a bolt assembly, with the part of the =-__ assembly, which is connected to the cylindrical lock (4), when the bolt assembly JV is used • articulation—impact plate—housing, having a longitudinal axis; -1G link member coupled to the base and operatively movable relative to the body of the child in the direction of the longitudinal axis; :: rod, relative The link member is moved substantially perpendicular to the longitudinal direction, between the extended position of the impact plate, and the retracted position from the impact plate during use. Preferably, the bolt assembly comprises a panel, a 背-connected back panel, the panel having a hole, and at least a portion of each of the hooks passing through the cages 2 and 9 positions, the rod extending Each of the hooks of Qiu Gan" includes a title. The eight is used to connect the impact to the impact when the hook is in the extended position. And the interactive part, when the hook moves to the extended position Preferably, the panel is mutually perpendicular to the longitudinal axis of the housing, and each of the hooks is pivotally connected about a substantially vertical axis. The father of the panel is that the pivots of the hooks are coaxial. Further, it is preferable that a part of the link member passes through a hole in the panel when the hooks are in the extended position. Further preferably The link member is adjustable in length to be movable in a short rear distance or a long rear distance mode. The link member preferably includes a pull rod and a tail rod, which are adjustably attached to each other. In order to adjust its length. According to another feature of the invention, a cylindrical lock set is provided, including A cylindrical lock assembly, and a previously defined bolt assembly. The following will be described in detail with reference to the drawings to facilitate the detailed description of several embodiments of the present invention. However, it is to be understood that the detailed description and the drawings are only The present invention is defined by the scope of the claims, and the invention is defined by the scope of the claims. Is a partial exploded view of the cylindrical lock assembly close to a door panel; Figure 2 is an exploded view of the cylindrical lock assembly removing bolt assembly; Figure 3 is a view of the bolt assembly suitable for hinged connection An exploded view of the first embodiment of the door; FIG. 4 is an exploded rear view of the rotating member, the shuttle, and the housing; and FIG. 5 is an exploded view of the second embodiment of the bolt assembly adapted to a sliding door DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS The detailed description of the preferred embodiment is first shown in Fig. 1, which shows the components of the cylindrical lock assembly, including 11 200804670 - inner member 丨, an outer member 2, and a screwing total Into 3. The inner part 1 is normal When the inner part 2 is disposed on the inner side of the sill 4, the outer part 2 is disposed outside the door panel*, so that the two parts are connected by a pair of fixing screws (not shown). This direction is obviously unnecessary. i includes a base 5 for positioning 5 in the transverse perforation 6 formed in the surface of the door panel 4. The screw inspection assembly is disposed in the transverse hole 7 extending from the door edge. The base 5 includes - The housing 8 and the shuttle 9, which only shows the clamping portion 1 in the figure. Although the function of the shuttle 9 relative to the housing 8 will be explained with reference to the following figures, it is important that From the first figure, the clamping portion 1 of the shuttle is a connecting member U that engages the screwing assembly 3. The simple shuttle 9 can record the bolt 12 of the screwing assembly 3 relative to the Wei (10). Move to - actuate the extended position (as shown in the figure), and the spot does not move between the retracted position (not shown). ^ Now, as shown in Fig. 2, the inner member and the outer member 2 are shown in an exploded view. First concentrated on the outer member 2, it includes an outer cylindrical casing 13, 15 formed with a hole 14' for squirting the first or outer key actuating lock 15. The key actuating lock 15 is shown to include a housing 16 for the barrel 17 to be rotated in the body 16 when the key 18 is inserted into the keyway of the barrel. The barrel 17 is movably coupled to the tail rod 19 such that rotation of the barrel 17 causes rotation of the tail rod I9. Next, the tail rod W is a member attached to the inner member 1 of the cylindrical lock, and its function will be described in the following description. The inner member 1 shown in Fig. 2 is for displaying the base 5, and has the housing 8 for accommodating the shuttle 9. The shuttle 9 is formed as two parts*, including a shoe piece 2 on the side of the body 8 and a retracting plate 21 on the other side. The shoe, such as bag 12 200804670, includes the jaws 10 that engage the bolt assembly 3 and the withdrawal plate 21 engages with a rotating member 23 of an actuator 22. The withdrawal plate 21 is coupled to the shoe 20 via a recess 24 formed in a base of the housing 8 to limit linear movement of the shuttle relative to movement of the housing. The length of the grooves also limits the length of the linear movement. These ear portions 25 are preferably as shown in Fig. 4. The withdrawal plate 21 includes a bag body 26 for an ear portion 27 coupled to the rotating member 22 to be disposed therein. The ear 27 of the actuating body is obscured in Fig. 2 and is visible in Fig. 4. The configuration of the ear portion 27 and the bag body 26 is such that the rotating member 22 is rotatable to cause the withdrawal plate 21 to move. The other ear portion 28 on the rear surface of the rotating member 22 engages a biasing plate 29 to urge the rotating member 22 to thereby urge the shuttle 9 toward the retracted or extended position. The rotation of the rotating member 22 can be performed from the inside by the rotation of the one-handed engagement means, which is shown in Fig. 2 as the -link 3G. The rotating member 22 is also rotatable from the outside by the rotation of the tail rod 19. The cylindrical lock assembly also includes a locking device 31 that, in the illustrated embodiment, includes a pair of latches 32 that are coupled to the rotating member. The locking device also includes a drive member 34 that causes the latch 32 to move radially to an extended or active position when rotated in a direction toward a locked position. When applied to the active position, the picks 32 will be partially located within a recess (not shown) formed in an inner cylindrical housing 35. Relative to the material, the position of the rotating member 22 will be locked relative to the housing 35 to prevent it from being rotated. The drive member 34 is a dream that is rotated by the first or outer lock cylinder lock 15 or the second or inner cylindrical lock 36. Rotation of the barrel in the opposite direction will cause rotation of the drive member 34 away from the locked position, and further rotation of the barrel will cause rotation of the rotating member 22 and movement of the catch 32 away from the active position. . A biasing means in the form of a spring 33 can be included to assist in the movement of the jaws 32 away from the active position, although this is not a necessary element. The drive member 34 of the locking device can also be operatively coupled to a pointing device 37 located within the hand-engageable knob. The pointing device 37 can provide a visual and tactile indication of the state of the locking device. The visual indicator shown includes a pivotable two-part member 38 that interacts with the window 39 of the knob 30. The 10 member 38 is pivotally coupled about an axis transverse to the axis X_X. The member 38 includes a pair of surfaces 38a, 38b which are preferably red and green, respectively, whereby the red surface 38a is located in the window 39 when the locking device 31 is activated. Conversely, the green surface 38b is located in the window when the locking device 31 is inactive. The haptic indicating means includes a ball 4 偏压 biased by a compression spring 41 to engage one of the two recesses formed in the knob 30 when the locking means reaches the active or inactive state. This provides the user with a tactile indication to indicate that the locking device 31 is in an active or inactive state. As shown in Fig. 3, the bolt assembly 3 is shown in an exploded view. The bolt assembly shown includes a two-part housing 42, 43 that houses the tamper pin 12, a pull tab 2, and a tail boom 45. The housing member 43 engages the outer surface of an outer casing 65 of the inner member 1 of the cylindrical lock assembly (see Fig. 2), and the attachment member 52 engages the inner surface of the outer casing. The position of the housing element ^ can thus be fixed relative to the cylindrical lock assembly. The housing member 42 is axially movable between a short rear spacing _k setting and 14 200804670 - long rear spacing relative to the member body tl member 43. The housing members 42 and 43 are held by a locking portion 66 and an ear portion of the housing member 42 and an arm anvil of the housing member 43 to be held after a given Set the distance. The pull rod 44 is shown attached to the bolt 12 by a pin through a 5 through hole 47 in the rear end of the bolt 12. The head 48 of the pull rod 44 is formed with a hole 64 for the pin 46 to pass through. • The tie rod 44 is attached to the tail rod 45 by a fastener 49, which in the illustrated embodiment is in the form of a screw. Of course the form of this fastener is variable. The rod portion of the screw passes through a slot 5 of the tail rod 45 to be fastened in the threaded hole 51 of the rod 44. The tail boom 45 is shown to include a second slot 62 that receives a guide lug 63 of the pull rod 44. The configuration of the slot allows the user to slide the pull rod 44 relative to the tail rod 45 to select a short backset or long back spacing for the bolt assembly. A T-shaped portion 69 of the tail rod 45 is formed to be coupled to the clamping portion 1〇 15 of the shuttle 9 to move the tail rod together with the shuttle 9. ^ The bolt assembly is also provided with a panel 53. Four setscrews can pass through the panel 53 and the holes in the housing 42 for securing the bolt assembly 3 to the edge of the door 4. As shown in Fig. 5, it shows that the bolt assembly 3 is mainly suitable for another embodiment of a sliding door. Features of the embodiment as shown in Fig. 3 are denoted by the same reference numerals. The bolt assembly 3 includes a housing 70 and a connecting member 52 that is coupled to the base 5 of the cylindrical lock assembly in a manner similar to that described with reference to FIG. The bolt assembly 3 of the preferred embodiment includes a link member 71 which, in the embodiment shown in Fig. 200804670, includes a bolt 12 and a pull rod 72 which is coupled to the bolt 12 by a pin 46. The tie rod 72 can be coupled to the base 5 of the cylindrical lock assembly in substantially the same manner as described with respect to the embodiment of Figure 3. In detail, the movement of the shuttle 9 will move the bolt 12 relative to the housing 7〇. 5 Although the illustrated embodiment shows only one tie rod, a tail rod can be incorporated to allow the present embodiment to be adjusted between the long and short rear distances in a manner similar to that described with reference to Figure 3. The embodiment of the bolt assembly 3 shown in Fig. 5 differs from that shown in Fig. 3 in that it includes a pair of hooks 73, 74. These hooks are moved relative to the link member 71 in a direction substantially perpendicular to the longitudinal axis YY of the housing 70. Preferably, the hooks 73, 74 are pivotally connected about a single pin 75 that passes through a hole 76 formed in the screw 12, however, other forms of movement and attachment of the hooks 73, 74 Also OK. Each of the hooks 73, 74 has an engaging portion 76, 77 and an engaging portion 78, 79. The engaging portions 76, 77 engage the impact plate 80, and the interactive portions 78, 79 can interact with a side plate 81 that is coupled to a backing plate 82 that is coupled to the housing 7. The #hook 73, 74 is placed in the bolt 12 in the housing % when it is in a retracted position. To move the hooks 73, 74 to an extended position, the link member 71 is moved toward the impact plate 80 in the direction of the longitudinal axis YY. The two hooks 73, 74 pass through a hole 83 formed in the panel 81 so that the interaction portions 78, 79 of the hooks 73, 74 can be hooked away when the link member 71 is moved. On the back surface of the panel. This causes the hooks 73, 74 to pivot to move the engaging portions 76, 77 behind the rear surface of the impact plate 8A. The movement of the link member 7i away from the impact plate 8〇 causes the hooks a to be disengaged from the impact plate 80 and into the casing 7〇. It is known from the description that the present invention provides a cylindrical lock assembly that is easy to assemble. The ability to adjust the back spacing of the bolt assembly without the use of additional components is a preferred advantage of the present invention. In addition, providing the user with a visual or tactile indication of the state of the locking device is another preferred advantage of the present invention. The ability of the screw inspection assembly to be adapted to a sliding door configuration is also an advantage. A variety of alternative implementations, modifications, and/or additions may be made to the construction and configuration of the foregoing components without departing from the spirit or scope of the invention as defined by the appended claims. 1〇【Simple description of the circle】 Fig. 1 is a partial exploded view of the cylindrical lock assembly close to a door panel; Fig. 2 is an exploded view of the cylindrical lock assembly removing the screw assembly; Figure is an exploded view of the first embodiment of the bolt assembly suitable for hinged doors; 15 Figure 4 is an exploded rear view of the rotating member, the shuttle and the housing, and Figure 5 is the bolt assembly An exploded view of a second embodiment suitable for use with a sliding door. [Description of main component symbols] 1···Internal member 7...transverse hole 2···outer member 8...housing 3···bolt assembly 9...shuttle 4···Π1〇...missing part 5 ···Base 11... Connecting element 6···Transverse perforation 12...Bolt 17 200804670 13...Outer cylindrical housing 35...Inner cylindrical housing 14...Cave 36···Second or inner cylindrical lock 15...first or outer keying actuating lock 37" indicating device 16... housing 38... pivotable two-part member 17... cylinder 39... window 18... keying 42, 43... housing 19... tail bar 44" ; pull rod 20... shoe 45... tail rod 21... withdrawal plate 46... lock 22... actuating body 47... perforation 23... rotating member 48... head 24... groove 49... fastener 25... ear 50... slot 26 ... bag body 51... screw hole 27, 28... ear 52... connecting member 29... biasing plate 53... panel 30...turn 62...second #31...locking device 63...lead ear 32...tweezer 64··· Hole 33...spring 65...over casing 34···drive member 66...locking ring 18
200804670 68…臂部 70…殼體 Ή…連桿構件 72…拉桿 73,74…勾桿 75···銷 76…孔洞 76,77···銜接部 78,79…互動部 80…衝擊板 81···面板 82…背板 83…孔洞200804670 68...arm 70...shell Ή...link member 72...pull rod 73,74...hook 75···pin 76...hole 76,77···engagement 78,79...interaction unit 80...impact plate 81 ···Panel 82...back plate 83...hole
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