TW202140909A - Latch bolt rotation type door lock mortise - Google Patents

Latch bolt rotation type door lock mortise Download PDF

Info

Publication number
TW202140909A
TW202140909A TW110116541A TW110116541A TW202140909A TW 202140909 A TW202140909 A TW 202140909A TW 110116541 A TW110116541 A TW 110116541A TW 110116541 A TW110116541 A TW 110116541A TW 202140909 A TW202140909 A TW 202140909A
Authority
TW
Taiwan
Prior art keywords
latch
bolt
rod
handle block
lever
Prior art date
Application number
TW110116541A
Other languages
Chinese (zh)
Other versions
TWI764710B (en
Inventor
池熒珍
Original Assignee
韓商艾蘭西斯有限公司
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Priority claimed from KR1020190164851A external-priority patent/KR102260668B1/en
Application filed by 韓商艾蘭西斯有限公司 filed Critical 韓商艾蘭西斯有限公司
Publication of TW202140909A publication Critical patent/TW202140909A/en
Application granted granted Critical
Publication of TWI764710B publication Critical patent/TWI764710B/en

Links

Images

Classifications

    • E—FIXED CONSTRUCTIONS
    • E05—LOCKS; KEYS; WINDOW OR DOOR FITTINGS; SAFES
    • E05B—LOCKS; ACCESSORIES THEREFOR; HANDCUFFS
    • E05B47/00—Operating or controlling locks or other fastening devices by electric or magnetic means
    • E05B47/0001—Operating or controlling locks or other fastening devices by electric or magnetic means with electric actuators; Constructional features thereof
    • E05B47/0012—Operating or controlling locks or other fastening devices by electric or magnetic means with electric actuators; Constructional features thereof with rotary electromotors
    • E—FIXED CONSTRUCTIONS
    • E05—LOCKS; KEYS; WINDOW OR DOOR FITTINGS; SAFES
    • E05B—LOCKS; ACCESSORIES THEREFOR; HANDCUFFS
    • E05B17/00—Accessories in connection with locks
    • E05B17/20—Means independent of the locking mechanism for preventing unauthorised opening, e.g. for securing the bolt in the fastening position
    • E05B17/2007—Securing, deadlocking or "dogging" the bolt in the fastening position
    • E—FIXED CONSTRUCTIONS
    • E05—LOCKS; KEYS; WINDOW OR DOOR FITTINGS; SAFES
    • E05B—LOCKS; ACCESSORIES THEREFOR; HANDCUFFS
    • E05B63/00—Locks or fastenings with special structural characteristics
    • E05B63/08—Mortise locks
    • E—FIXED CONSTRUCTIONS
    • E05—LOCKS; KEYS; WINDOW OR DOOR FITTINGS; SAFES
    • E05B—LOCKS; ACCESSORIES THEREFOR; HANDCUFFS
    • E05B47/00—Operating or controlling locks or other fastening devices by electric or magnetic means
    • E05B47/0001—Operating or controlling locks or other fastening devices by electric or magnetic means with electric actuators; Constructional features thereof
    • E05B47/0012—Operating or controlling locks or other fastening devices by electric or magnetic means with electric actuators; Constructional features thereof with rotary electromotors
    • E05B2047/0013—Operating or controlling locks or other fastening devices by electric or magnetic means with electric actuators; Constructional features thereof with rotary electromotors more than one motor for the same function, e.g. for redundancy or increased power

Landscapes

  • Engineering & Computer Science (AREA)
  • Structural Engineering (AREA)
  • Lock And Its Accessories (AREA)

Abstract

The present invention relates to a latch bolt automatic unlocking type door lock mortise, and more particularly, to a latch bolt automatic unlocking type door lock mortise which is characterized by being capable of automatically unlocking a fixed bolt and a latch bolt by means of a motor to simply open a door even if a user does not operate a handle, by automatically unlocking the latch bolt by means of the motor.

Description

碰簧銷自動解鎖型門鎖插芯Lever pin automatic unlocking type door lock mortise

本發明涉及碰簧銷自動解鎖型門鎖插芯，更具體地，涉及如下的碰簧銷自動解鎖型門鎖插芯：使碰簧銷通過馬達而自動解鎖，從而即便使用者不操作手柄，也能夠通過馬達而自動地將固定栓及碰簧銷解鎖，能夠簡單地將門打開。The present invention relates to a latch bolt automatic unlocking type door lock mortise, and more specifically, to a latch bolt automatic unlocking type door lock mortise: the latch bolt is automatically unlocked by a motor, so that even if the user does not operate the handle, The fixing bolt and the latch bolt can also be automatically unlocked by the motor, and the door can be opened easily.

在一般情況下，門鎖插芯包括通過桿等旋轉單元而向門的側面突出及引入的碰簧銷。碰簧銷是用於防止門自動被打開的單元（即，僅執行關閉功能），並非鎖定單元。因此，還研發並使用了設置通過球形突出物（knob）或柄（grip）而鎖定及解鎖的固定栓，並通過碰簧銷及固定栓而實現鎖定結構的門鎖插芯（Mortise）。In general, the door lock mortise includes a latch bolt that is protruded and introduced to the side of the door through a rotating unit such as a rod. The latch bolt is a unit used to prevent the door from being opened automatically (that is, it only performs a closing function), and is not a locking unit. Therefore, a door lock mortise (Mortise) with a locking structure realized by a latch pin and a fixing bolt has also been developed and used.

另外，還研發並使用了在門的外部按下鍵輸入按鈕或利用內置有半導體晶片的安全鍵，而在門的內部按下按鈕時，通過馬達的動力來解除固定栓的數位門鎖插芯。在這樣的數位門鎖插芯的情況下，即便使用者忘記鎖門，在門被關閉之後通過馬達的動力而自動地將固定栓移動到鎖定位置，因此很方便。當然，數位門鎖插芯也可以***鑰匙而解除固定栓。In addition, we have also developed and used a digital door lock mortise that presses a key input button on the outside of the door or uses a security key with a built-in semiconductor chip, and when the button is pressed inside the door, a digital door lock mortise is released by the power of a motor. . In the case of such a digital door lock mortise, even if the user forgets to lock the door, after the door is closed, the fixing bolt is automatically moved to the locked position by the power of the motor, which is very convenient. Of course, the mortise of the digital door lock can also be inserted into the key to release the fixing bolt.

在這樣的數位門鎖插芯的情況下，即便使用者未持有鑰匙，也能夠通過輸入鍵來解鎖，另外當門關閉時自動被鎖上，因此安全且方便，故隨著這樣的意識逐漸被擴散，其需求急劇地增加。In the case of such a digital door lock mortise, even if the user does not hold the key, it can be unlocked by entering the key. In addition, the door is automatically locked when the door is closed, so it is safe and convenient, so with this awareness gradually Has been spread, and its demand has increased dramatically.

在以往的門鎖插芯的情況下，在打開門時，以通過馬達的驅動而將固定栓解鎖之後（在從屋內打開門的情況下，以按下按鈕的方式驅動馬達，而從外部則通過按下鍵輸入按鈕或利用安全鍵來使馬達驅動）單獨地操作手柄來對碰簧銷解鎖而將門打開的方式進行了動作，而這樣的方式存在打開門時比較麻煩且花費時間較長的問題。In the case of the conventional door lock mortise, when the door is opened, the fixing bolt is unlocked by the drive of the motor (when the door is opened from the house, the motor is driven by pressing the button, and the motor is driven from the outside. By pressing the key input button or using the safety key to drive the motor) the handle is operated individually to unlock the latch and open the door. This method is more troublesome and takes a long time to open the door. The problem.

另一方面，在韓國公開專利第10-2014-0111560號等中揭示關於門鎖插芯的以往技術。On the other hand, Korean Laid-open Patent No. 10-2014-0111560 and the like disclose the prior art related to door lock mortises.

[發明所欲解決的問題][The problem to be solved by the invention]

本發明是為了解決如上述這樣的以往技術的問題而研發的，本發明的目的在於提供一種如下的碰簧銷自動解鎖型門鎖插芯：使碰簧銷通過馬達而自動解鎖，從而即便使用者不操作手柄，也能夠通過馬達而自動將固定栓及碰簧銷解鎖，能夠簡單地將門打開。The present invention is developed in order to solve the above-mentioned problems of the prior art. The purpose of the present invention is to provide a latch bolt automatic unlocking type door lock mortise: the latch bolt is automatically unlocked by a motor, so that the The fixed bolt and the latch bolt can be automatically unlocked by the motor without operating the handle, and the door can be opened simply.

本發明要解決的課題不限於上述的課題，本領域技藝人士通過後述的內容能夠清楚地理解在此未提及的其他技術課題。 [用以解決問題的技術手段]The problems to be solved by the present invention are not limited to the above-mentioned problems, and those skilled in the art can clearly understand other technical problems not mentioned here through the content described later. [Technical means to solve the problem]

用於達到上述目的的本發明的碰簧銷自動解鎖型門鎖插芯的特徵在於，其具備：碰簧銷，其從主體前部引出或引入來防止門自己被打開而保持關閉狀態，並形成有突出部；閂鎖桿，其形成有旋轉限制部和加壓部，該旋轉限制部將上述碰簧銷的上述突出部加壓或從上述碰簧銷的上述突出部脫離而限制或允許上述碰簧銷的旋轉，該加壓部通過外力而向前後方移動來將上述旋轉限制部旋轉；從動齒輪，其一體地形成有將上述閂鎖桿的上述加壓部向前後方移動的加壓突出部；及第2齒輪箱，其形成有第2馬達和用於將上述第2馬達的旋轉力傳遞到上述從動齒輪的第2驅動齒輪，通過上述第2馬達的驅動，上述第2驅動齒輪及上述從動齒輪進行旋轉而使上述加壓突出部、上述閂鎖桿、上述加壓部向前方移動，從而使上述閂鎖桿的上述旋轉限制部從上述碰簧銷的上述突出部脫離來允許上述碰簧銷的旋轉。The latching pin automatic unlocking type door lock mortise of the present invention for achieving the above-mentioned object is characterized in that it is provided with: a latching pin, which is drawn or introduced from the front of the main body to prevent the door from being opened and kept closed by itself, and A protrusion is formed; a latch lever is formed with a rotation restricting portion and a pressing portion, the rotation restricting portion pressurizes the protrusion of the latch bolt or disengages from the protrusion of the latch bolt to restrict or allow For the rotation of the latch bolt, the pressing portion is moved forward and rearward by an external force to rotate the rotation restricting portion; a driven gear integrally formed to move the pressing portion of the latch lever forward and rearward Pressurizing protrusion; and a second gear box formed with a second motor and a second drive gear for transmitting the rotational force of the second motor to the driven gear, driven by the second motor, the first 2 The drive gear and the driven gear rotate to move the pressure protrusion, the latch lever, and the pressure portion forward, so that the rotation restricting portion of the latch lever protrudes from the latch pin The part is disengaged to allow the rotation of the latch bolt.

此時，碰簧銷自動解鎖型門鎖插芯的特徵在於，在上述加壓部形成有彈簧，當上述第2馬達進行逆旋轉而上述從動齒輪的上述加壓突出部與上述閂鎖桿的上述加壓部分開時，上述加壓部通過上述彈簧的彈性力而向後方移動，從而上述閂鎖桿的上述旋轉限制部將上述碰簧銷的上述突出部加壓來限制上述碰簧銷的旋轉。At this time, the latch bolt of the automatic unlocking type door lock mortise is characterized in that a spring is formed in the pressing portion, and when the second motor rotates in reverse, the pressing protrusion of the driven gear and the latch lever When the pressurizing portion is opened, the pressurizing portion moves backward by the elastic force of the spring, so that the rotation restricting portion of the latch lever presses the protruding portion of the latch bolt to restrict the latch bolt Rotation.

另外，碰簧銷自動解鎖型門鎖插芯的特徵在於，在上述從動齒輪的一側一體地形成有凸輪，在上述凸輪的兩端形成有限制上述凸輪的旋轉半徑的限制部。In addition, the latch bolt automatic unlocking type door lock mortise is characterized in that a cam is integrally formed on one side of the driven gear, and restricting portions for restricting the radius of rotation of the cam are formed at both ends of the cam.

另外，為了達到上述目的，本發明的碰簧銷自動解鎖型門鎖插芯的特徵在於，其包括：碰簧銷，其從主體前部引出或引入來防止門自己被打開而保持關閉狀態；固定栓，其從上述主體前部引出及引入而將門鎖定及解鎖，並一體地形成有通過第1固定栓牽引桿及第2固定栓牽引桿的旋轉而向前後方直線移動的滑塊；第1手柄塊及第3手柄塊，它們一體地形成，以通過推拉手柄的動作而同時旋轉一定角度；閂鎖桿，其限制或允許上述碰簧銷的旋轉；應急桿，其與上述第3手柄塊抵接而旋轉，由此使上述第1固定栓牽引桿及第2固定栓牽引桿及上述閂鎖桿旋轉；及牽引桿，其使以形成於中央的鉸鏈軸為中心在左右形成的突出部及止擋突起分別彼此相反地向上下移動，當上述推拉手柄進行動作時，上述第3手柄塊進行旋轉而使上述應急桿旋轉，上述應急桿使上述第1固定栓牽引桿及第2固定栓牽引桿旋轉來將上述固定栓引入到上述主體前部，然後使上述閂鎖桿旋轉來允許上述碰簧銷的旋轉。In addition, in order to achieve the above object, the latch bolt of the present invention is characterized in that it includes a latch bolt, which is drawn or introduced from the front of the main body to prevent the door from being opened and kept closed; A fixing bolt, which is drawn and introduced from the front of the main body to lock and unlock the door, and is integrally formed with a slider that linearly moves forward and rearward by the rotation of the first fixing bolt traction rod and the second fixing bolt traction rod; A handle block and a third handle block, which are integrally formed to simultaneously rotate a certain angle by pushing and pulling the handle; a latch lever, which restricts or allows the rotation of the above-mentioned latch pin; an emergency lever, which is the same as the above-mentioned third handle The block abuts and rotates, thereby rotating the first and second fixing bolt traction rods, and the latch rod; and the traction rod, which makes a protrusion formed on the left and right with a hinge shaft formed in the center as the center When the push-pull handle moves, the third handle block rotates to rotate the emergency lever, and the emergency lever makes the first fixing bolt draw rod and the second fixed The bolt pull rod is rotated to introduce the fixing bolt to the front of the main body, and then the latch rod is rotated to allow the rotation of the latch bolt.

此時，碰簧銷自動解鎖型門鎖插芯的特徵在於，在上述第3手柄塊的一側一體地形成有鎖定單元，上述鎖定單元被上述牽引桿的止擋突起止擋，從而限制上述應急桿的旋轉而保持上述碰簧銷的旋轉允許狀態。At this time, the latch bolt automatic unlocking type door lock mortise is characterized in that a locking unit is integrally formed on one side of the third handle block, and the locking unit is stopped by the stop protrusion of the traction lever, thereby restricting the The rotation of the emergency lever maintains the rotation permitted state of the latch bolt.

另外，碰簧銷自動解鎖型門鎖插芯的特徵在於，上述門鎖插芯還包括：第2手柄塊，其通過鑰匙的旋轉而以順時針方向或逆時針方向旋轉來使上述應急桿旋轉。In addition, the latch bolt automatic unlocking type door lock mortise is characterized in that the door lock mortise further includes: a second handle block, which rotates the emergency lever by rotating the key in a clockwise or counterclockwise direction .

另外，碰簧銷自動解鎖型門鎖插芯的特徵在於，上述門鎖插芯還包括：子鎖，其從上述主體前部引入及引出而探測門的關閉及打開狀態，形成有將上述牽引桿的突出部向水平方向推開而使之下降的加壓突起，上述加壓突起使上述牽引桿的突出部下降，從而使上述牽引桿的止擋突起上升，由此解除上述止擋突起和上述鎖定單元的止擋。In addition, the latch bolt automatic unlocking type door lock mortise is characterized in that the door lock mortise further includes: a sub-lock, which is introduced and drawn from the front of the main body to detect the closed and open state of the door, and is formed to pull the above-mentioned traction The protruding part of the lever pushes the protruding part of the lever in the horizontal direction to lower the pressure protrusion, and the pressure protrusion lowers the protruding part of the traction rod, thereby raising the stop protrusion of the traction rod, thereby releasing the stop protrusion and The stopper of the above-mentioned locking unit.

另外，為了達到上述目的，本發明的碰簧銷自動解鎖型門鎖插芯的特徵在於，其包括：碰簧銷，其從主體前部引出或引入來防止門自己被打開而保持關閉狀態，並形成有突出部；固定栓，其從上述主體前部引出及引入來將門鎖定及解鎖，並一體地形成有通過第1固定栓牽引桿及第2固定栓牽引桿的旋轉而向前後方直線移動的滑塊；閂鎖桿，其以旋轉軸為中心旋轉而對上述碰簧銷的上述突出部加壓或從上述碰簧銷的上述突出部脫離來限制或允許上述碰簧銷的旋轉；應急桿，其使上述第1固定栓牽引桿及第2固定栓牽引桿及上述閂鎖桿旋轉；第1手柄塊、第2手柄塊及第3手柄塊，它們使上述應急桿旋轉；牽引桿，其使以形成於中央的鉸鏈軸為中心在左右形成的突出部及止擋突起分別彼此相反地向上下移動，上述第2手柄塊或上述第3手柄塊進行旋轉而使上述應急桿旋轉，上述應急桿使上述第1固定栓牽引桿及第2固定栓牽引桿旋轉來將上述固定栓引入至上述主體前部，然後使上述閂鎖桿旋轉來允許上述碰簧銷的旋轉。In addition, in order to achieve the above-mentioned object, the latch bolt of the present invention is characterized in that it includes a latch bolt, which is drawn or introduced from the front of the main body to prevent the door from being opened and kept closed. A protruding part is formed; a fixing bolt is drawn and introduced from the front of the main body to lock and unlock the door, and is integrally formed with a straight line forward and rear by the rotation of the first fixing bolt traction rod and the second fixing bolt traction rod A moving slider; a latch lever, which rotates around a rotation axis to pressurize or disengage from the protrusion of the latch pin to restrict or allow the rotation of the latch pin; An emergency lever, which rotates the first fixed bolt pull rod, the second fixed bolt pull rod, and the latch lever; the first handle block, the second handle block, and the third handle block rotate the emergency rod; the pull rod , Which moves the protrusions and the stopper protrusions formed on the left and right with the hinge shaft formed in the center as the center to move up and down in opposition to each other, and the second handle block or the third handle block is rotated to rotate the emergency lever, The emergency lever rotates the first fixed bolt pull rod and the second fixed bolt pull rod to introduce the fixed bolt to the front of the main body, and then rotates the latch rod to allow the rotation of the latch pin.

此時，碰簧銷自動解鎖型門鎖插芯的特徵在於，上述閂鎖桿形成有：旋轉限制部，其將上述碰簧銷的上述突出部加壓或從上述碰簧銷的上述突出部脫離而限制或允許上述碰簧銷的旋轉；及加壓部，其通過外力而向前後方移動來使上述旋轉限制部從上述碰簧銷的上述突出部脫離或對上述碰簧銷的上述突出部進行加壓。 [發明的功效]At this time, the latch bolt of the automatic unlocking type door lock mortise is characterized in that the latch lever is formed with a rotation restricting portion which presses the protrusion of the latch pin or presses the protrusion of the latch pin. Disengagement restricts or permits the rotation of the latch bolt; and a pressurizing portion that moves forward and rearward by external force to disengage the rotation restricting portion from the protrusion of the latch bolt or to the protrusion of the latch bolt Department is pressurized. [Effect of Invention]

根據本發明，碰簧銷通過馬達而自動解鎖，從而即便使用者不操作手柄，也能夠通過馬達而自動將固定栓及碰簧銷解鎖，能夠簡單地將門打開。According to the present invention, the latch bolt is automatically unlocked by the motor, so even if the user does not operate the handle, the fixing bolt and the latch bolt can be automatically unlocked by the motor, and the door can be easily opened.

另外，在使用者在內部操作推拉手柄或在外部***鑰匙而旋轉時，第3手柄塊及第2手柄塊將應急桿旋轉，並且應急桿旋轉而將第1固定栓牽引桿及第2固定栓牽引桿和閂鎖桿旋轉來將固定栓及碰簧銷解鎖，從而使用者通過手柄或鑰匙而能夠立刻將固定栓及碰簧銷解鎖，由此能夠快速地將門打開。In addition, when the user operates the push-pull handle internally or inserts a key externally to rotate, the third handle block and the second handle block rotate the emergency lever, and the emergency lever rotates to turn the first anchor traction rod and the second anchor The tow bar and the latch lever rotate to unlock the fixing bolt and the latch bolt, so that the user can immediately unlock the fixing bolt and the latch bolt with the handle or the key, thereby being able to quickly open the door.

本發明的效果不限於以上提及的效果，本領域技藝人士可從申請專利範圍的記載而清楚地理解在此未提及的其他效果。The effects of the present invention are not limited to the above-mentioned effects, and those skilled in the art can clearly understand other effects not mentioned here from the description of the scope of the patent application.

下面，參照附圖而對本發明的較佳的實施例進行說明。但是，關於與發明的要旨無關的一部分結構將進行省略或壓縮，但省略的結構並非一定是本發明中無需的結構，可由本領域的技藝人士結合而使用。Hereinafter, preferred embodiments of the present invention will be described with reference to the drawings. However, a part of the structure that is not related to the gist of the invention will be omitted or compressed, but the omitted structure is not necessarily an unnecessary structure in the present invention, and can be combined and used by those skilled in the art.

圖1是本發明的實施例的門鎖插芯的外部立體圖，圖2是示出本發明的實施例的門鎖插芯的內部結構的立體圖，圖3是本發明的實施例的門鎖插芯的部分放大圖，圖4是本發明的實施例的門鎖插芯中閂鎖桿進行旋轉而限制及允許碰簧銷的旋轉的樣子的圖，圖5是示出本發明的實施例的門鎖插芯中的第1手柄塊、第2手柄塊及第3手柄塊的結合關係的圖，圖6至圖10是示出本發明的實施例的門鎖插芯中通過馬達而進行的固定栓及碰簧銷的解鎖動作的圖，圖11至圖15是示出本發明的實施例的門鎖插芯中通過推拉手柄的操作而進行的固定栓及碰簧銷的解鎖動作的圖，圖16至圖20是示出本發明的實施例的門鎖插芯中利用鑰匙而進行的固定栓及碰簧銷的解鎖動作的圖。FIG. 1 is an external perspective view of a door lock mortise according to an embodiment of the present invention, FIG. 2 is a perspective view showing the internal structure of a door lock mortise according to an embodiment of the present invention, and FIG. 3 is an embodiment of the present invention. A partial enlarged view of the core. FIG. 4 is a diagram showing how the latch lever in the door lock mortise of the embodiment of the present invention is rotated to restrict and allow the rotation of the latch pin, and FIG. 5 is a diagram showing the embodiment of the present invention A diagram of the coupling relationship between the first handle block, the second handle block, and the third handle block in the door lock mortise. Figures 6 to 10 show the implementation of the motor in the door lock mortise according to the embodiment of the present invention. Figures of the unlocking action of the fixing bolt and the latch bolt. FIGS. 11 to 15 are diagrams showing the unlocking action of the fixing bolt and the latch bolt by the operation of the push-pull handle in the door lock mortise of the embodiment of the present invention 16 to 20 are diagrams showing the unlocking operation of the fixing bolt and the latch bolt by the key in the door lock mortise of the embodiment of the present invention.

如圖1至圖20所示，本發明的實施例的門鎖插芯包括殼體10、主體前部20、碰簧銷100、第1齒輪箱220及第2齒輪箱140、固定栓200、子鎖300、第1手柄塊910、第2手柄塊920及第3手柄塊930及PCB330。As shown in Figures 1 to 20, the door lock mortise of the embodiment of the present invention includes a housing 10, a front body 20, a latch pin 100, a first gear box 220 and a second gear box 140, a fixing bolt 200, The sub-lock 300, the first handle block 910, the second handle block 920, the third handle block 930, and the PCB 330.

殼體10保護門鎖插芯的各個結構，安裝於門。另外，殼體10的室外側安裝有供使用者在室外為了打開門而***鑰匙的鑰匙孔、用於解除碰簧銷100及固定栓200的鍵輸入部或卡接觸部。The housing 10 protects the various structures of the door lock mortise and is installed on the door. In addition, the outdoor side of the housing 10 is provided with a key hole for a user to insert a key in order to open the door outdoors, and a key input portion or a card contact portion for releasing the latch pin 100 and the fixing bolt 200.

另外，在殼體10的室內側設有供使用者在室內解除碰簧銷100及固定栓200的推拉手柄（未圖示），將推或拉這樣的推拉手柄（未圖示）的力變換為旋轉力的變換旋轉軸（未圖示）形成於殼體10的內部，當推或拉推拉手柄（未圖示）時，由變換旋轉軸（未圖示）將推力變換成旋轉力，從而使後述的第1手柄塊910及第3手柄塊930旋轉。這樣的變換旋轉軸（未圖示）為已公知的技術，因此省略詳細的說明。In addition, a push-pull handle (not shown) for the user to release the latch pin 100 and the fixing bolt 200 indoors is provided on the indoor side of the housing 10, and the force of pushing or pulling the push-pull handle (not shown) is changed. A transforming rotating shaft (not shown) that is a rotational force is formed inside the housing 10. When the push-pull handle (not shown) is pushed or pulled, the transforming rotating shaft (not shown) transforms the thrust into a rotating force. The first handle block 910 and the third handle block 930 described later are rotated. Such a conversion rotating shaft (not shown) is a well-known technology, and therefore a detailed description is omitted.

主體前部20以與殼體10的側面即鎖扣板（未圖示）相對的方式形成，並形成有供碰簧銷100、固定栓200及子鎖300進出的引入孔。The front portion 20 of the main body is formed in a manner opposed to the side surface of the housing 10, that is, a locking plate (not shown), and is formed with an introduction hole for the latch bolt 100, the fixing bolt 200 and the sub-lock 300 to enter and exit.

碰簧銷100用於防止門自己被打開而保持關閉狀態，並突出地形成，以當門從打開的狀態進行關閉時抵接到門框的同時供碰簧銷100直線地引入。The latch bolt 100 is used to prevent the door from being opened by itself to maintain the closed state, and is formed protrudingly so as to abut against the door frame when the door is closed from the open state and allow the latch bolt 100 to be linearly introduced.

如圖3及圖4所示，這樣的碰簧銷100形成有：止擋突起110，其通過形成於後面的彈簧130而彈性支承，在兩側面的一側與主體前部20的內側面抵接而防止碰簧銷100向主體前部20的外側脫離；及突出部120，其與閂鎖桿700的旋轉限制部720抵接而限制碰簧銷100的旋轉。As shown in FIGS. 3 and 4, such a latch bolt 100 is formed with a stopper protrusion 110, which is elastically supported by a spring 130 formed on the back, and abuts against the inner surface of the front body 20 on one of the two side surfaces. To prevent the latch pin 100 from detaching to the outside of the front part 20 of the main body; and the protrusion 120 abuts against the rotation restricting portion 720 of the latch lever 700 to restrict the rotation of the latch pin 100.

如圖4的（a）所示，通過形成於閂鎖桿700的加壓部730的彈簧740的彈性力，將加壓部730推開，閂鎖桿700以旋轉軸701為中心在附圖上以順時針方向旋轉，由此閂鎖桿700的旋轉限制部720通過框架150的槽151而引入，當旋轉限制部720的下端面與碰簧銷100的突出部120的上端面相接時，限制碰簧銷100的旋轉，如圖4的（b）所示，通過外力，閂鎖桿700的加壓部730對彈簧740加壓，閂鎖桿700以旋轉軸701為中心在附圖上以逆時針方向旋轉，當閂鎖桿700的旋轉限制部720從碰簧銷100的突出部120脫離時，允許碰簧銷100的旋轉。此時，在本發明中在閂鎖桿700的旋轉限制部720的上端面與下端面之間形成增強材料來防止旋轉限制部720因反覆使用而變形或破損。具體地，旋轉限制部720的上端面與下端面之間形成為空的空間的情況下，旋轉限制部720通過碰簧銷100的突出部120而持續地接收力而發生變形並扭曲，或在嚴重的情況下會發生破損，而在本發明中在旋轉限制部720的上端面與下端面之間形成增強材料，從而提高旋轉限制部720的強度，即便通過碰簧銷100的突出部120而持續地受力，能夠防止變形或破損。As shown in FIG. 4(a), the pressing part 730 is pushed apart by the elastic force of the spring 740 formed in the pressing part 730 of the latch lever 700, and the latch lever 700 is centered on the rotating shaft 701 in the drawing. The upper part rotates in a clockwise direction, whereby the rotation restricting portion 720 of the latch lever 700 is introduced through the groove 151 of the frame 150, when the lower end surface of the rotation restricting portion 720 is in contact with the upper end surface of the protrusion 120 of the latch bolt 100 , Restrict the rotation of the latch pin 100, as shown in Figure 4 (b), through the external force, the pressurizing part 730 of the latch lever 700 pressurizes the spring 740, the latch lever 700 is centered on the rotation axis 701 in the drawing The upper part rotates in a counterclockwise direction, and when the rotation restricting portion 720 of the latch lever 700 disengages from the protrusion 120 of the latch bolt 100, the rotation of the latch bolt 100 is allowed. At this time, in the present invention, a reinforcing material is formed between the upper end surface and the lower end surface of the rotation restricting portion 720 of the latch lever 700 to prevent the rotation restricting portion 720 from being deformed or damaged due to repeated use. Specifically, when an empty space is formed between the upper end surface and the lower end surface of the rotation restricting portion 720, the rotation restricting portion 720 continuously receives the force through the protrusion 120 of the latch bolt 100 to be deformed and twisted, or In severe cases, damage may occur. In the present invention, a reinforcing material is formed between the upper end surface and the lower end surface of the rotation restricting portion 720 to increase the strength of the rotation restricting portion 720, even though the protrusion 120 of the latch bolt 100 Continuous force can prevent deformation or damage.

另外，閂鎖桿700的加壓部730通過一體地形成於通過後述的第2馬達141及第2驅動齒輪142而接收旋轉力來旋轉的從動齒輪143的加壓突出部146而向前後方移動，由此通過加壓突出部146的旋轉，閂鎖桿700的加壓部730向前方移動，閂鎖桿700以旋轉軸701為中心旋轉，從而閂鎖桿700的旋轉限制部720從碰簧銷100的突出部120脫離，由此可使碰簧銷100旋轉。對此的具體說明將後述。In addition, the pressurizing portion 730 of the latch lever 700 is formed front and rear by the pressurizing protrusion 146 of the driven gear 143 that is rotated by receiving the rotational force by the second motor 141 and the second drive gear 142 described later. As a result, by the rotation of the pressing protrusion 146, the pressing portion 730 of the latch lever 700 moves forward, and the latch lever 700 rotates around the rotation shaft 701, so that the rotation restricting portion 720 of the latch lever 700 is prevented from hitting The protrusion 120 of the spring pin 100 is disengaged, so that the latch spring pin 100 can be rotated. The specific description of this will be described later.

固定栓200為通過主體前部20的引入孔而引出及引入來將門鎖定或解鎖的結構，在固定栓200的後面一體地形成有滑塊201，該滑塊201通過由外力或動力旋轉的第1固定栓牽引桿210及第2固定栓牽引桿211而向前後方直線移動來將固定栓200從主體前部20引入及引出。The fixing bolt 200 is a structure that is drawn and introduced through the introduction hole of the front part 20 of the main body to lock or unlock the door. A sliding block 201 is integrally formed behind the fixing bolt 200. The sliding block 201 is rotated by an external force or power. The 1 fixed bolt pull rod 210 and the second fixed bolt pull rod 211 linearly move forward and back to introduce and pull the fixed bolt 200 from the front part 20 of the main body.

上述第2固定栓牽引桿211的末端引入到形成於滑塊201的長孔202，第1固定栓牽引桿210抵接到後述的應急桿400。The end of the second fixing bolt pulling rod 211 is introduced into the long hole 202 formed in the slider 201, and the first fixing bolt pulling rod 210 abuts against the emergency rod 400 described later.

由此，當第1固定栓牽引桿210及第2固定栓牽引桿211接收後述的第1馬達221的驅動力而在附圖上以順時針方向或逆時針方向旋轉時，第2固定栓牽引桿211的末端沿著滑塊201的長孔202而向上端或下端移動而將滑塊201向前方推或向後方拉，由此將固定栓200引出或引入。另外，當後述的應急桿400與通過使用者的推拉手柄（未圖示）操作而旋轉的第1手柄塊910及第3手柄塊930或通過鑰匙操作而旋轉的第2手柄塊920抵接並旋轉時，與應急桿400抵接的第1固定栓牽引桿210進行旋轉，同時第2固定栓牽引桿211進行旋轉而使第2固定栓牽引桿211的末端沿著滑塊201的長孔202而向下端移動，從而使固定栓200引入。關於固定栓200的引入及引出動作的具體說明將後述。Thus, when the first anchor traction rod 210 and the second anchor traction rod 211 receive the driving force of the first motor 221 described later and rotate clockwise or counterclockwise on the drawing, the second anchor draws The end of the rod 211 moves to the upper end or the lower end along the long hole 202 of the slider 201 to push the slider 201 forward or pull back, thereby leading or introducing the fixing bolt 200. In addition, when the emergency lever 400 described later comes into contact with the first handle block 910 and the third handle block 930 that are rotated by the operation of the user's push and pull handle (not shown), or the second handle block 920 that is rotated by the operation of a key, and When rotating, the first fixing bolt traction rod 210 that is in contact with the emergency rod 400 rotates, while the second fixing bolt traction rod 211 rotates so that the end of the second fixing bolt traction rod 211 is along the long hole 202 of the slider 201 And move to the lower end, so that the fixing bolt 200 is introduced. A detailed description of the introduction and withdrawal actions of the fixing bolt 200 will be described later.

另一方面，在第2固定栓牽引桿211的一側結合有扭轉彈簧230，上述扭轉彈簧230如一般的彈簧這樣，在壓縮時發揮彈性力作用，由此在第2固定栓牽引桿211進行旋轉的初期，向與扭轉彈簧230的彈性力發揮作用的方向相反方向壓縮扭轉彈簧230而進行旋轉，因此第2固定栓牽引桿211通過彈性力而徐徐旋轉，由此在固定栓200徐徐引入的程序中第2固定栓牽引桿211旋轉一定角度時，向扭轉彈簧230的彈性力發揮作用的方向即扭轉彈簧230伸長的方向進行旋轉，因此扭轉彈簧230立即伸長，第2固定栓牽引桿211也與此相應地急劇地旋轉，由此固定栓200立刻被引入。即，當固定栓200通過使用者的推拉手柄（未圖示）操作或鑰匙的操作而引入時，在初期徐徐引入，然後當引入到一定距離之後，立即固定栓200的整體面積通過主體前部20的引入孔而引入。On the other hand, a torsion spring 230 is coupled to one side of the second anchor traction rod 211. The torsion spring 230, like a general spring, exerts an elastic force when compressed, so that the second anchor traction rod 211 performs At the beginning of the rotation, the torsion spring 230 is compressed and rotated in the direction opposite to the direction in which the elastic force of the torsion spring 230 acts. Therefore, the second anchor traction rod 211 is slowly rotated by the elastic force, thereby slowly introducing the torsion spring 230 into the anchor 200 In the program, when the second anchor traction rod 211 rotates at a certain angle, it rotates in the direction in which the elastic force of the torsion spring 230 acts, that is, the direction in which the torsion spring 230 extends. Therefore, the torsion spring 230 immediately expands, and the second anchor traction rod 211 also Correspondingly, it rotates sharply, so that the fixing bolt 200 is immediately introduced. That is, when the fixing bolt 200 is introduced by the user's push and pull handle (not shown) operation or the operation of the key, it is introduced slowly in the initial stage, and then when it is introduced to a certain distance, the entire area of the fixing bolt 200 passes through the front of the main body immediately. 20 of the introduction hole is introduced.

子鎖300作為從主體前部20引入及引出而探測門的關閉及打開狀態的結構，在門框不形成供子鎖300引入的空間，因此當門關閉時，子鎖300成為引入到主體前部20的狀態，當打開門時，通過形成於後面的彈簧301的彈性力而從主體前部20引出。另外，在子鎖300的側面一側形成有將後述的牽引桿600的突出部602按壓而將牽引桿600的止擋突起601抬起的加壓突起302。對此的具體說明將後述。The sub-lock 300 is introduced and drawn from the front of the main body 20 to detect the closed and open state of the door. There is no space for the sub-lock 300 to be introduced in the door frame. Therefore, when the door is closed, the sub-lock 300 is introduced to the front of the main body. In the state of 20, when the door is opened, it is drawn out from the front part 20 of the main body by the elastic force of the spring 301 formed at the back. In addition, on the side surface of the sub-lock 300 is formed a pressing protrusion 302 that presses the protrusion 602 of the tow bar 600 to be described later to lift the stopper protrusion 601 of the tow bar 600. The specific description of this will be described later.

在固定栓200與子鎖300之間具備確認門的打開及關閉狀態而自動驅動第1驅動齒輪222及第2驅動齒輪142來控制固定栓200及碰簧銷100的裝置。A device is provided between the fixing bolt 200 and the sub-lock 300 to confirm the open and closed state of the door, and to automatically drive the first driving gear 222 and the second driving gear 142 to control the fixing bolt 200 and the latch bolt 100.

即，在PCB800具備打開探測感測器810及關閉探測感測器820和子鎖探測感測器830，在滑塊201及子鎖300分別形成有探測部203、303，當滑塊201向前方移動而引出固定栓200時，探測部203位於關閉探測感測器820上，由關閉探測感測器820對此進行探測而判斷為引出固定栓200，當滑塊201向後方移動而固定栓200被引入時，探測部203位於打開探測感測器810上，由打開探測感測器810對此進行探測而判斷為固定栓200被引入。That is, the PCB 800 is equipped with an opening detection sensor 810, a closing detection sensor 820, and a sub-lock detection sensor 830. The slider 201 and the sub-lock 300 are respectively formed with detection parts 203 and 303. When the slider 201 moves forward When the fixing bolt 200 is drawn out, the detecting portion 203 is located on the closing detection sensor 820, and the closing detection sensor 820 detects this and determines that the fixing bolt 200 is drawn out. When the slider 201 moves backward, the fixing bolt 200 is At the time of introduction, the detection part 203 is located on the opening detection sensor 810, and the opening detection sensor 810 detects this and determines that the fixing bolt 200 has been introduced.

另外，當子鎖300被引入且探測部303從子鎖探測感測器830分開時，由子鎖探測感測器830判斷為門被關閉，當引出子鎖300，探測部303與子鎖探測感測器830相接時，子鎖探測感測器830判斷為門被打開。In addition, when the sub-lock 300 is introduced and the detection part 303 is separated from the sub-lock detection sensor 830, the sub-lock detection sensor 830 determines that the door is closed. When the sub-lock 300 is drawn out, the detection part 303 and the sub-lock detection sensor 830 When the sensor 830 is connected, the sub-lock detection sensor 830 determines that the door is opened.

第1齒輪箱220及第2齒輪箱140分別具備第1馬達221及第2馬達141和第1驅動齒輪222及第2驅動齒輪142，在接收第1馬達221及第2馬達141的旋轉力而旋轉的第1驅動齒輪222及第2驅動齒輪142分別嚙合一體地形成有固定栓牽引齒輪213及加壓突出部146的從動齒輪143而一起旋轉。由此，當第1驅動齒輪222及固定栓牽引齒輪213通過第1馬達221的驅動而旋轉時，與固定栓牽引齒輪213一體地形成的第1固定栓牽引桿210及第2固定栓牽引桿211一起旋轉，由此第2固定栓牽引桿211的末端從滑塊201的長孔202上下地移動，從而將與滑塊201及滑塊201一體地形成的固定栓200從主體前部20引入及引出。The first gear box 220 and the second gear box 140 are equipped with a first motor 221 and a second motor 141, and a first drive gear 222 and a second drive gear 142, respectively. The rotating first drive gear 222 and the second drive gear 142 respectively mesh with a driven gear 143 integrally formed with a fixed pin traction gear 213 and a pressure protrusion 146 to rotate together. Thus, when the first driving gear 222 and the fixing bolt pulling gear 213 are driven by the first motor 221 to rotate, the first fixing bolt pulling rod 210 and the second fixing bolt pulling rod formed integrally with the fixing bolt pulling gear 213 211 rotates together, so that the end of the second fixing bolt traction rod 211 moves up and down from the long hole 202 of the slider 201, so that the fixing bolt 200 integrally formed with the slider 201 and the slider 201 is introduced from the front part 20 of the main body. And elicit.

另外，當第2驅動齒輪142及從動齒輪143通過第2馬達141的驅動而旋轉時，與從動齒輪143一體地形成的加壓突出部146一起進行旋轉，由此將閂鎖桿700的加壓部730向前後方移動，從而將閂鎖桿700以旋轉軸701為中心旋轉，使閂鎖桿700的旋轉限制部720對碰簧銷100的突出部120加壓或解除加壓，由此限制或允許碰簧銷100的旋轉。此時，在從動齒輪143一體地形成有凸輪144，在凸輪144的兩端以彼此隔開一定距離的方式分別形成有限制部145，由此限制部145限制凸輪144的旋轉半徑，從而限制動齒輪143及加壓突出部146的旋轉半徑。In addition, when the second drive gear 142 and the driven gear 143 are driven by the second motor 141 to rotate, they rotate together with the pressure protrusion 146 formed integrally with the driven gear 143, thereby turning the latch lever 700 The pressing part 730 moves forward and backward to rotate the latch lever 700 around the rotating shaft 701, and the rotation restricting part 720 of the latch lever 700 pressurizes or releases the pressure on the protrusion 120 of the latch pin 100. This restricts or allows the rotation of the latch bolt 100. At this time, a cam 144 is integrally formed on the driven gear 143, and a restriction portion 145 is formed at both ends of the cam 144 at a certain distance from each other. The restriction portion 145 restricts the radius of rotation of the cam 144, thereby restricting The radius of rotation of the movable gear 143 and the pressing protrusion 146.

如圖5所示，第1手柄塊910、第2手柄塊920及第3手柄塊930為第1手柄塊910和第3手柄塊930通過結合銷940一體地結合而同時旋轉，第2手柄塊920***第1手柄塊910與第3手柄塊930之間而結合的形態，在第2手柄塊9201形成有在手柄塊910及第3手柄塊930進行旋轉時不與第2手柄塊920接觸而獨立地旋轉的引導槽922，在第3手柄塊930形成有鎖定單元932。這樣的第1手柄塊910、第2手柄塊920及第3手柄塊930自靠近室外側的位置其以第1手柄塊910、第2手柄塊920、第3手柄塊930的順序在同心圓上結合，在第2手柄塊920形成有在使用者使用鑰匙的情況下供與鑰匙連接的室外變換旋轉軸結合的多邊形形態的第2結合孔921，在第3手柄塊930形成有結合有室內變換旋轉軸的多邊形形態的第3結合孔931，在第1手柄塊910形成有具備與第3結合孔931相同的形狀和大小且未連接有任何部件的第1結合孔911。As shown in FIG. 5, the first handle block 910, the second handle block 920, and the third handle block 930 are the first handle block 910 and the third handle block 930 being integrally coupled by a coupling pin 940 to rotate at the same time, and the second handle block 920 is inserted between the first handle block 910 and the third handle block 930 to be combined. The second handle block 9201 is formed so that the handle block 910 and the third handle block 930 do not contact the second handle block 920 when the handle block 910 and the third handle block 930 are rotated. The guide groove 922 that rotates independently has a lock unit 932 formed in the third handle block 930. Such a first handle block 910, a second handle block 920, and a third handle block 930 are on a concentric circle in the order of the first handle block 910, the second handle block 920, and the third handle block 930 from a position close to the outdoor side. In combination, when the user uses the key, the second handle block 920 is formed with a polygonal second coupling hole 921 that is connected to the outdoor conversion rotating shaft connected to the key, and the third handle block 930 is formed with an indoor conversion coupling hole. The third coupling hole 931 of the polygonal shape of the rotating shaft is formed in the first handle block 910 with the first coupling hole 911 having the same shape and size as the third coupling hole 931 and not connected to any components.

上述室內變換旋轉軸是通過推拉方式的動作而將按壓或拉引門鎖插芯的推拉手柄的力變換成第3手柄塊930的旋轉力而使與第3手柄塊930一體地結合的第1手柄塊910旋轉的部件，上述室外變換旋轉軸是與鑰匙連接而與鑰匙的旋轉一起旋轉的部件。The above-mentioned indoor conversion rotating shaft is a first that converts the force of the push-pull handle that presses or pulls the door lock mortise into the rotation force of the third handle block 930 by means of a push-pull action, thereby integrally combining the first handle block 930 with the third handle block 930. The handle block 910 rotates, and the outdoor conversion rotation shaft is connected to the key and rotates together with the rotation of the key.

室外變換旋轉軸安裝結合到第2結合孔921，室內變換旋轉軸安裝結合到第3結合孔931，鑰匙連接到室外變換旋轉軸。因此，從外部***鑰匙而旋轉時，只有室外變換旋轉軸和與室外變換旋轉軸結合的第2手柄塊920進行旋轉，當推或拉推拉手柄（未圖示）時，將室內變換旋轉軸和與室內變換旋轉軸結合的第3手柄塊930及與第3手柄塊930一體地結合的第1手柄塊910一起進行旋轉。The outdoor conversion rotation shaft is installed and coupled to the second coupling hole 921, the indoor conversion rotation shaft is installed and coupled to the third coupling hole 931, and the key is connected to the outdoor conversion rotation shaft. Therefore, when the key is inserted and rotated from the outside, only the outdoor conversion rotation axis and the second handle block 920 combined with the outdoor conversion rotation axis are rotated. When the handle (not shown) is pushed or pulled, the indoor conversion rotation axis and The third handle block 930 coupled with the indoor conversion rotating shaft and the first handle block 910 integrally coupled with the third handle block 930 rotate together.

當通過這樣的結構而使用者在室內推或拉推拉手柄（未圖示）來旋轉室內變換旋轉軸時，第2手柄塊920以固定的狀態旋轉第3手柄塊930，此時因為第3手柄塊930與第1手柄塊910連接，因此一起旋轉，第3手柄塊930在附圖上以順時針方向旋轉而使抵接的應急桿400旋轉，通過第3手柄塊930而旋轉的應急桿400與第1固定栓牽引桿210抵接而將第1固定栓牽引桿210在附圖上以逆時針方向旋轉。When the user pushes or pulls the push-pull handle (not shown) in the room to change the rotation axis through such a structure, the second handle block 920 rotates the third handle block 930 in a fixed state. At this time, because the third handle The block 930 is connected to the first handle block 910 and therefore rotates together. The third handle block 930 rotates clockwise on the drawing to rotate the abutting emergency rod 400, and the emergency rod 400 rotated by the third handle block 930 It comes into contact with the first anchor traction rod 210 to rotate the first anchor traction rod 210 in the counterclockwise direction on the drawing.

由此，為了與第1固定栓牽引桿210同時旋轉而一體地形成的第2固定栓牽引桿211也同時進行旋轉，由此第2固定栓牽引桿211的末端沿著滑塊201的長孔202而向下端移動，從而使固定栓200引入到主體前部20，之後應急桿400在附圖上以順時針方向進一步旋轉而與閂鎖桿700的下端止擋突起710抵接而使閂鎖桿700以旋轉軸701為中心旋轉來將旋轉限制部720從碰簧銷100的突出部120脫離，從而允許碰簧銷100的旋轉。此時，如圖2所示，應急桿400與第1固定栓牽引桿210抵接，而與閂鎖桿700的下端止擋突起710隔開一定距離，因此在完成固定栓200的引入之後，應急桿400和閂鎖桿700的下端止擋突起710開始接觸，由此實現碰簧銷100的解鎖，在應急桿400與閂鎖桿700分別形成有彈性彈簧410、740，由此當去除外力時，通過彈性力而自動使應急桿400和閂鎖桿700重新位於原位置。As a result, the second fixed bolt pull rod 211 integrally formed to rotate simultaneously with the first fixed bolt pull rod 210 also rotates at the same time, so that the end of the second fixed bolt pull rod 211 follows the long hole of the slider 201 202 is moved to the lower end, so that the fixing bolt 200 is introduced into the front part 20 of the main body, and then the emergency lever 400 further rotates in the clockwise direction on the drawing to abut against the lower end stop protrusion 710 of the latch lever 700 to make the latch The lever 700 rotates around the rotation shaft 701 to disengage the rotation restricting portion 720 from the protrusion 120 of the latch bolt 100, thereby allowing the rotation of the latch bolt 100. At this time, as shown in FIG. 2, the emergency rod 400 is in contact with the first fixing bolt traction rod 210 and is separated from the lower end stop protrusion 710 of the latch rod 700 by a certain distance. Therefore, after the introduction of the fixing bolt 200 is completed, The emergency lever 400 and the lower end stop protrusion 710 of the latch lever 700 come into contact, thereby realizing the unlocking of the latch pin 100. The emergency lever 400 and the latch lever 700 are respectively formed with elastic springs 410 and 740 to remove the external force. At this time, the emergency rod 400 and the latch rod 700 are automatically repositioned at the original positions by elastic force.

另外，隨著第3手柄塊930進行旋轉，從而與第3手柄塊930一體地形成的鎖定單元932也在附圖上以順時針方向旋轉，在附圖上從牽引桿600的止擋突起601的右側向左側移動。In addition, as the third handle block 930 rotates, the locking unit 932 formed integrally with the third handle block 930 also rotates in the clockwise direction on the drawing, from the stop protrusion 601 of the tow bar 600 on the drawing. Move from the right to the left.

另外，如圖14所示，牽引桿600如蹺蹺板這樣以中央的鉸鏈軸604為中心，使左右的突出部602及止擋突起601分別彼此相反地上下移動（即，當突出部602上升時，止擋突起601下降，當突出部602下降時，止擋突起601上升），在突出部602的下端形成有彈簧603，因此當不施加外力時，突出部602始終保持上升的狀態，止擋突起601保持下降的狀態，在附圖上牽引桿600的止擋突起601的右側形成為緩緩的曲線形狀，在附圖上牽引桿600的止擋突起601的左側形成為直線形態，由此在止擋突起601下降的狀態下，在附圖上鎖定單元510可從止擋突起601的右側向左側移動，但在附圖上不能從止擋突起601的左側向右側移動，並且只有止擋突起601上升，才能可移動。In addition, as shown in FIG. 14, the tow bar 600 is centered on the central hinge shaft 604 like a seesaw, so that the left and right protrusions 602 and the stop protrusions 601 move up and down opposite to each other (that is, when the protrusion 602 rises, The stopper protrusion 601 descends. When the protrusion 602 descends, the stopper protrusion 601 rises). A spring 603 is formed at the lower end of the protrusion 602. Therefore, when no external force is applied, the protrusion 602 always maintains a raised state, and the stop protrusion 601 is kept in a descending state. On the drawing, the right side of the stop protrusion 601 of the tow bar 600 is formed in a gently curved shape, and the left side of the stop protrusion 601 of the tow bar 600 in the drawing is formed in a linear form. When the stopper protrusion 601 is lowered, the locking unit 510 can move from the right side to the left side of the stopper protrusion 601 on the drawing, but it cannot move from the left side to the right side of the stopper protrusion 601 on the drawing, and only the stopper protrusion 601 rises to be able to move.

通過如上述的結構，根據推拉手柄（未圖示）的操作，第3手柄塊930進行旋轉，在附圖上鎖定單元932從牽引桿600的止擋突起601的右側向左側移動的狀態下，即便應急桿400通過彈簧410的彈性力而將第3手柄塊930推開，鎖定單元932被止擋突起601的左側止擋而成為不能越過的鎖定狀態，在這樣的鎖定狀態下，通過被止擋在止擋突起601的左側的鎖定單元932，與鎖定單元932一體地形成的第3手柄塊930、應急桿400、與應急桿400抵接的第1固定栓牽引桿210及閂鎖桿700的旋轉均被限制，持續固定栓200的引入狀態和碰簧銷100的解鎖狀態。With the above-mentioned structure, the third handle block 930 rotates according to the operation of the push-pull handle (not shown), and the lock unit 932 is moved from the right side to the left side of the stop protrusion 601 of the tow bar 600 in the drawing, Even if the emergency lever 400 pushes the third handle block 930 away by the elastic force of the spring 410, the locking unit 932 is stopped by the left side of the stopper protrusion 601 and becomes a locked state that cannot be overstepped. In such a locked state, it is stopped by being stopped. The locking unit 932 on the left side of the stop protrusion 601, the third handle block 930 formed integrally with the locking unit 932, the emergency rod 400, the first fixing bolt traction rod 210 and the latch rod 700 that abut the emergency rod 400 The rotation of both is restricted, and the introduction state of the fixing bolt 200 and the unlocking state of the latch bolt 100 are continued.

之後，當引出子鎖300時，子鎖300的加壓突起302將牽引桿600的突出部602向下端加壓來使其下降，由此，相反側的止擋突起601上升來解除解鎖單元932的止擋狀態，第3手柄塊930成為可旋轉的狀態，由此通過彈簧410的彈性力，應急桿400進行旋轉而與第3手柄塊930抵接而使第3手柄塊930旋轉，由此鎖定單元932在附圖上從止擋突起601的左側越向右側。After that, when the sub-lock 300 is drawn out, the pressing protrusion 302 of the sub-lock 300 presses the protruding portion 602 of the traction rod 600 to the lower end to lower it, and thereby, the stop protrusion 601 on the opposite side rises to release the unlocking unit 932 In the stopped state, the third handle block 930 becomes a rotatable state, whereby the emergency lever 400 rotates by the elastic force of the spring 410 and abuts against the third handle block 930 to rotate the third handle block 930, thereby The locking unit 932 extends from the left side of the stop protrusion 601 to the right side in the drawing.

另外，隨著應急桿400通過彈簧410而在附圖上以逆時針方向旋轉而回到原位置，應急桿400和第1固定栓牽引桿210彼此分開而使第1固定栓牽引桿210及第2固定栓牽引桿211可旋轉，從而成為通過第1馬達221的驅動而可引出固定栓200的狀態，應急桿400和閂鎖桿700的下端止擋突起710彼此分開，由此閂鎖桿700可旋轉，從而通過形成於閂鎖桿700的加壓部730的彈簧740的彈性力，閂鎖桿700在附圖上以順時針方向旋轉而使閂鎖桿700的旋轉限制部720通過框架150的側面槽151被引入，由此對碰簧銷100的突出部120加壓而限制碰簧銷100的旋轉。In addition, as the emergency rod 400 is rotated counterclockwise on the drawing by the spring 410 to return to its original position, the emergency rod 400 and the first fixed bolt tow bar 210 are separated from each other, so that the first fixed bolt tow bar 210 and the first fixed bolt tow bar 210 are separated from each other. 2 The fixing bolt traction rod 211 can be rotated so that the fixing bolt 200 can be drawn out by the driving of the first motor 221. The emergency rod 400 and the lower end stop protrusion 710 of the latch rod 700 are separated from each other, thereby the latch rod 700 It is rotatable, so that by the elastic force of the spring 740 formed in the pressing portion 730 of the latch lever 700, the latch lever 700 rotates in the clockwise direction on the drawing to allow the rotation restricting portion 720 of the latch lever 700 to pass through the frame 150 The side groove 151 is introduced, thereby pressurizing the protrusion 120 of the latch bolt 100 to restrict the rotation of the latch bolt 100.

另一方面，當使用者在室外***鑰匙而旋轉時，第1手柄塊910及第3手柄塊930為固定的狀態，只有結合有室外變換旋轉軸的第2手柄塊205與鑰匙一起旋轉。此時，在本發明中按照使用者旋轉鑰匙的方向，第2手柄塊920在附圖上以順時針方向或逆時針方向旋轉。即當使用者根據方便而將鑰匙向順時針方向或逆時針方向旋轉時，由此第2手柄塊920以順時針方向或逆時針方向旋轉來將應急桿400旋轉。On the other hand, when the user inserts the key outdoors and rotates, the first handle block 910 and the third handle block 930 are in a fixed state, and only the second handle block 205 coupled with the outdoor conversion rotating shaft rotates together with the key. At this time, in the present invention, according to the direction in which the user rotates the key, the second handle block 920 rotates clockwise or counterclockwise on the drawing. That is, when the user rotates the key clockwise or counterclockwise according to convenience, the second handle block 920 rotates clockwise or counterclockwise to rotate the emergency lever 400.

根據這樣的結構，使用者在室外***鑰匙來旋轉時，第1手柄塊910及第3手柄塊930為固定的狀態，只有第2手柄塊920在附圖上以順時針方向或逆時針方向旋轉而將抵接的應急桿400旋轉，通過第2手柄塊920而旋轉的應急桿400與第1固定栓牽引桿210抵接而將第1固定栓牽引桿210在附圖上按照逆時針方向旋轉。According to this structure, when the user inserts the key outdoors to rotate, the first handle block 910 and the third handle block 930 are in a fixed state, and only the second handle block 920 rotates clockwise or counterclockwise on the drawing. The abutting emergency rod 400 is rotated, the emergency rod 400 rotated by the second handle block 920 abuts the first fixed bolt tow bar 210, and the first fixed bolt tow bar 210 is rotated in the counterclockwise direction on the drawing. .

由此，以與第1固定栓牽引桿210同時旋轉而一體地形成的第2固定栓牽引桿211同時旋轉並沿著滑塊201的長孔202向下端移動，從而將固定栓200引入到主體前部20，之後應急桿400在附圖上以順時針方向進一步旋轉，與閂鎖桿700的下端止擋突起710抵接而使閂鎖桿700以旋轉軸701為中心旋轉來使旋轉限制部720從碰簧銷100的突出部120脫離，從而允許碰簧銷100的旋轉。此時，如圖2所示，應急桿400與第1固定栓牽引桿210抵接，與閂鎖桿700的下端止擋突起710隔開一定距離，因此當完成固定栓200的引入時，應急桿400和閂鎖桿700的下端止擋突起710開始接觸而實現碰簧銷100的解鎖，在應急桿400與閂鎖桿700分別形成有彈性彈簧410、740，當去除外力時，應急桿400和閂鎖桿700通過彈性力而自動重新回到原位置。Thus, the second fixed bolt pull rod 211 formed integrally by rotating simultaneously with the first fixed bolt pull rod 210 simultaneously rotates and moves to the lower end along the long hole 202 of the slider 201, thereby introducing the fixed bolt 200 into the main body The front part 20, and then the emergency lever 400 further rotates in the clockwise direction on the drawing, abuts against the lower end stop protrusion 710 of the latch lever 700 to rotate the latch lever 700 around the rotation shaft 701 to make the rotation restricting part 720 is disengaged from the protrusion 120 of the latch bolt 100, thereby allowing the rotation of the latch bolt 100. At this time, as shown in FIG. 2, the emergency rod 400 is in contact with the first fixing bolt traction rod 210, and is separated from the lower end stop protrusion 710 of the latch rod 700 by a certain distance. Therefore, when the introduction of the fixing bolt 200 is completed, the emergency The rod 400 and the lower end stop protrusion 710 of the latch rod 700 come into contact to realize the unlocking of the latch pin 100. The emergency rod 400 and the latch rod 700 are respectively formed with elastic springs 410 and 740. When the external force is removed, the emergency rod 400 And the latch lever 700 automatically returns to the original position through the elastic force.

之後，當使用者將鑰匙重新旋轉到原位置時，第2手柄塊920也同時旋轉而回到原位置，由此遠離應急桿400，由此通過彈簧410的彈性力，應急桿400也重新在附圖上以逆時針方向旋轉而回到原位置。After that, when the user rotates the key to the original position again, the second handle block 920 also rotates to return to the original position at the same time, thereby moving away from the emergency rod 400, and thus through the elastic force of the spring 410, the emergency rod 400 is also in position again. On the drawing, rotate counterclockwise to return to the original position.

另外，應急桿400通過彈簧410而在附圖上以逆時針方向旋轉而回到原位置，由此應急桿400和第1固定栓牽引桿210彼此分開，由此第1固定栓牽引桿210及第2固定栓牽引桿211進行旋轉，從而構成通過第1馬達221的驅動而引出固定栓200狀態，應急桿400和閂鎖桿700的下端止擋突起710彼此分開而使閂鎖桿700可旋轉，從而通過形成於閂鎖桿700的加壓部730的彈簧740的彈性力而使閂鎖桿700在附圖上以順時針方向旋轉，由此閂鎖桿700的旋轉限制部720通過框架150的側面槽151而引入來將碰簧銷100的突出部120加壓，從而限制碰簧銷100的旋轉。In addition, the emergency rod 400 is rotated counterclockwise on the drawing by the spring 410 to return to the original position, whereby the emergency rod 400 and the first fixed bolt tow bar 210 are separated from each other, whereby the first fixed bolt tow bar 210 and The second fixing bolt traction rod 211 rotates to form a state where the fixing bolt 200 is pulled out by the driving of the first motor 221. The emergency rod 400 and the lower end stop protrusion 710 of the latch rod 700 are separated from each other to allow the latch rod 700 to rotate. Therefore, the latch lever 700 is rotated in the clockwise direction on the drawing by the elastic force of the spring 740 formed in the pressing portion 730 of the latch lever 700, whereby the rotation restricting portion 720 of the latch lever 700 passes through the frame 150 The side groove 151 is introduced to press the protrusion 120 of the latch bolt 100, thereby restricting the rotation of the latch bolt 100.

關於以上說明的本發明的實施例的門鎖插芯，通過對以下的動作程序的說明而能夠更加具體化。The door lock mortise according to the embodiment of the present invention described above can be further concreted by the description of the following operating program.

下面，參照圖6至圖10，對從室外通過鍵輸入部、卡接觸部而將門打開時的門鎖插芯的動作程序進行詳細說明。Hereinafter, referring to FIGS. 6 to 10, the operation program of the door lock mortise when the door is opened through the key input part and the card contact part from the outside will be described in detail.

如圖6所示，將門關閉而引出固定栓200，從而在處於鎖定狀態且限制碰簧銷100的旋轉的狀態下為了從室外打開門而通過鍵輸入部而輸入號碼或使卡接觸卡接觸部時，如圖7所示，首先驅動第1馬達221而第1驅動齒輪222及固定栓牽引齒輪213進行旋轉，由此與固定栓牽引齒輪213一體地形成的第1固定栓牽引桿210及第2固定栓牽引桿211一起在附圖上以逆時針方向旋轉，由此第2固定栓牽引桿211的末端從滑塊201的長孔202向下端移動，從而將滑塊201及與此一體地形成的固定栓200引入到主體前部20，從而解鎖固定栓200。As shown in FIG. 6, the door is closed and the fixing bolt 200 is drawn out, and in the locked state and the rotation of the latch pin 100 is restricted, in order to open the door from the outside, input the number through the key input part or make the card touch the card contact part When, as shown in FIG. 7, the first motor 221 is first driven to rotate the first drive gear 222 and the fixed bolt traction gear 213, thereby the first fixed bolt traction rod 210 and the second fixed bolt traction rod 210 and the second fixed bolt traction gear 213 are formed integrally with the fixed bolt traction gear 213. 2 The fixed bolt traction rod 211 rotates counterclockwise on the drawing together, so that the end of the second fixed bolt traction rod 211 moves from the long hole 202 of the slider 201 to the lower end, so that the slider 201 is integrated with it. The formed fixing bolt 200 is introduced into the front portion 20 of the main body, thereby unlocking the fixing bolt 200.

隨著引入固定栓200，固定栓200的探測部203位於打開探測感測器810上，當打開探測感測器810探測到解除固定栓200時，驅動第2馬達141而第2驅動齒輪142及從動齒輪143進行旋轉，由此於從動齒輪143一體地形成的加壓突出部146一起進行旋轉而使閂鎖桿700的加壓部730向前方移動，從而使閂鎖桿700以旋轉軸701為中心在附圖上以逆時針方向旋轉，由此使閂鎖桿700的旋轉限制部720從碰簧銷100的突出部120脫離而解除加壓，從而允許碰簧銷100的旋轉。With the introduction of the fixing bolt 200, the detecting portion 203 of the fixing bolt 200 is located on the opening detection sensor 810. When the opening detection sensor 810 detects the release of the fixing bolt 200, the second motor 141 is driven and the second drive gear 142 and When the driven gear 143 rotates, the pressing protrusion 146 formed integrally with the driven gear 143 rotates together to move the pressing portion 730 of the latch lever 700 forward, so that the latch lever 700 rotates along the axis of rotation. 701 is the center and rotates counterclockwise in the drawing, thereby disengaging the rotation restricting portion 720 of the latch lever 700 from the protruding portion 120 of the latch bolt 100 to release the pressure, thereby allowing the latch pin 100 to rotate.

之後，如圖8所示，當使用者在室外為了將門打開而拉時，通過使用者的拉力，門的鎖扣板（未圖示）將碰簧銷100推出，由此可旋轉的碰簧銷100以逆時針方向旋轉而引入到門鎖插芯的內部。After that, as shown in Figure 8, when the user pulls the door to open the door outdoors, the lock plate (not shown) of the door pushes out the latch pin 100 by the user's pulling force, thereby the rotatable latch spring The pin 100 rotates counterclockwise and is introduced into the door lock mortise.

如圖9所示，當門完全地被打開而解除使用者的拉力時，通過各個彈簧130、301的彈性恢復力而使碰簧銷100和子鎖300從主體前部20引出，由此子鎖300的探測部303與子鎖探測感測器830抵接，當由子鎖探測感測器830探測到門被打開時，首先第2馬達141進行逆轉而使第2驅動齒輪142及從動齒輪143逆轉，從而使加壓突出部146在附圖上以逆時針方向旋轉來回到原位置，由此解除通過加壓突出部146而施加到閂鎖桿700的加壓部730的力，由此加壓部730通過彈簧740的彈性恢復力而向後方移動，從而閂鎖桿700在附圖上以順時針方向旋轉，旋轉限制部720對碰簧銷100的突出部120加壓來限制碰簧銷100的旋轉。As shown in Figure 9, when the door is completely opened and the user's pulling force is released, the latch pin 100 and the sub-lock 300 are drawn out from the front part 20 of the main body by the elastic restoring force of the respective springs 130 and 301, thereby the sub-lock The detection part 303 of 300 is in contact with the sub-lock detection sensor 830. When the sub-lock detection sensor 830 detects that the door is opened, first the second motor 141 reverses to make the second drive gear 142 and the driven gear 143 Reverse, so that the pressing protrusion 146 rotates counterclockwise on the drawing to return to the original position, thereby releasing the force applied to the pressing portion 730 of the latch lever 700 through the pressing protrusion 146, thereby increasing The pressing portion 730 moves backward by the elastic restoring force of the spring 740, so that the latch lever 700 rotates in the clockwise direction on the drawing, and the rotation restricting portion 720 pressurizes the protrusion 120 of the latch pin 100 to restrict the latch pin. 100 rotations.

之後，當門重新被關閉時，碰簧銷100與將門打開時相反地向傾斜面施加力。即，門的鎖扣板和碰簧銷100的傾斜面相撞而向碰簧銷100施加向門鎖插芯內部推的力，由此彈簧130被推向後方，碰簧銷100不旋轉而直線地進入到殼體10的內部。當將門完全地關閉時，通過彈簧130的力，碰簧銷100重新突出到門框的槽。After that, when the door is closed again, the latch bolt 100 exerts a force on the inclined surface opposite to when the door is opened. That is, the striker plate of the door collides with the inclined surface of the latch bolt 100 to apply a pushing force to the latch pin 100 inside the door lock mortise, and the spring 130 is pushed backward, and the latch bolt 100 does not rotate. It enters into the housing 10 in a straight line. When the door is completely closed, by the force of the spring 130, the latch bolt 100 protrudes to the groove of the door frame again.

另外，子鎖300引入主體前部20，由此子鎖300的探測部303從子鎖探測感測器830分離而分開，當由子鎖探測感測器830探測到門被關閉時，如圖10所示，首先驅動第1馬達221而使第1驅動齒輪222及固定栓牽引齒輪213旋轉，由此與固定栓牽引齒輪213一體地形成的第1固定栓牽引桿210及第2固定栓牽引桿211一起在附圖上以順時針方向旋轉，由此第2固定栓牽引桿211的末端在滑塊201的長孔202中向上端移動，從而使滑塊201及與此一體地形成的固定栓200從主體前部20引出，由此門成為鎖定狀態。In addition, the sub-lock 300 is introduced into the front part 20 of the main body, so that the detection part 303 of the sub-lock 300 is separated from the sub-lock detection sensor 830. When the door is closed by the sub-lock detection sensor 830, as shown in FIG. 10 As shown, the first motor 221 is first driven to rotate the first drive gear 222 and the fixing bolt traction gear 213, thereby forming the first fixing bolt traction rod 210 and the second fixing bolt traction rod integrally with the fixing bolt traction gear 213 211 is rotated in the clockwise direction on the drawing together, so that the end of the second fixed bolt traction rod 211 moves upward in the long hole 202 of the slider 201, so that the slider 201 and the fixed bolt formed integrally therewith 200 is drawn out from the front part 20 of the main body, whereby the door becomes locked.

下面，參照圖11至圖15，對在室內為了將門打開而將推拉手柄（未圖示）推或拉時門鎖插芯進行動作的程序進行說明。Hereinafter, referring to FIGS. 11 to 15, the procedure for operating the door lock mortise when the push-pull handle (not shown) is pushed or pulled in order to open the door indoors will be described.

如圖11所示，隨著關閉門，固定栓200被引出而成為鎖定狀態，並限制碰簧銷100的旋轉的狀態下，為了在室內將門打開而將門的推拉手柄（未圖示）推或拉時，如圖12所示，第3手柄塊930在附圖上以順時針方向旋轉而使抵接的應急桿400旋轉，通過第3手柄塊930而旋轉的應急桿400與第1固定栓牽引桿210抵接而使第1固定栓牽引桿210在附圖上以逆時針方向旋轉。As shown in FIG. 11, as the door is closed, the fixing bolt 200 is drawn out to be in a locked state, and in a state where the rotation of the latch pin 100 is restricted, in order to open the door indoors, push or push the door's push-pull handle (not shown). When pulled, as shown in FIG. 12, the third handle block 930 rotates clockwise on the drawing to rotate the abutting emergency rod 400, and the emergency rod 400 rotated by the third handle block 930 and the first fixing bolt The tow bar 210 abuts to cause the first fixing bolt tow bar 210 to rotate in the counterclockwise direction on the drawing.

由此，以與第1固定栓牽引桿210同時旋轉的方式一體地形成的第2固定栓牽引桿211同時旋轉，從而第2固定栓牽引桿211的末端沿著滑塊201的長孔202而向下端移動，從而將固定栓200引入到主體前部20，之後應急桿400在附圖上以順時針方向進一步旋轉而與閂鎖桿700的下端止擋突起710抵接，由此將閂鎖桿700以旋轉軸701為中心在附圖上以逆時針方向旋轉來將旋轉限制部720從碰簧銷100的突出部120脫離，從而允許碰簧銷100的旋轉。此時，如圖11所示，應急桿400與第1固定栓牽引桿210抵接，與閂鎖桿700的下端止擋突起710隔開一定距離，因此在完成固定栓200的引入之後，應急桿400和閂鎖桿700的下端止擋突起710開始接觸而實現碰簧銷100的解鎖。Thereby, the second fixed bolt pull rod 211 formed integrally with the first fixed bolt pull rod 210 rotates simultaneously, so that the end of the second fixed bolt pull rod 211 follows the long hole 202 of the slider 201. Move to the lower end to introduce the fixing bolt 200 into the front part 20 of the main body, and then the emergency lever 400 further rotates in a clockwise direction on the drawing to abut against the lower end stop protrusion 710 of the latch lever 700, thereby locking the latch The lever 700 rotates counterclockwise in the drawing with the rotation shaft 701 as the center to disengage the rotation restricting portion 720 from the protruding portion 120 of the latch bolt 100, thereby allowing the latch bolt 100 to rotate. At this time, as shown in FIG. 11, the emergency rod 400 is in contact with the first fixing bolt traction rod 210 and is separated from the lower end stop protrusion 710 of the latch rod 700 by a certain distance. Therefore, after the introduction of the fixing bolt 200 is completed, emergency The lever 400 and the lower end stop protrusion 710 of the latch lever 700 come into contact to realize the unlocking of the latch bolt 100.

另外，隨著第3手柄塊930旋轉，在第3手柄塊930一體地形成的鎖定單元932也在附圖上以順時針方向旋轉，在附圖上從牽引桿600的止擋突起601的右側向左側移動。In addition, as the third handle block 930 rotates, the locking unit 932 integrally formed on the third handle block 930 also rotates clockwise on the drawing, from the right side of the stop protrusion 601 of the traction rod 600 on the drawing. Move to the left.

由此，在附圖上鎖定單元932從牽引桿600的止擋突起601的右側向左側移動的狀態下，即便通過彈簧410的彈性力，應急桿400將第3手柄塊930推開，鎖定單元932被止擋突起601的左側止擋而成為不能越過的鎖定狀態，在這樣的鎖定狀態下，通過止擋於止擋突起601的左側的鎖定單元932而限制與鎖定單元932一體地形成的第3手柄塊930、應急桿400、與應急桿400抵接的第1固定栓牽引桿210及閂鎖桿700的旋轉，持續保持固定栓200的引入狀態和碰簧銷100的解鎖狀態，之後如圖13所示，通過使用者的推力，門的鎖扣板（未圖示）將碰簧銷100推開，由此可旋轉的碰簧銷100以逆時針方向旋轉而引入到門鎖插芯的內部。Thus, in the state where the locking unit 932 is moved from the right side to the left side of the stop protrusion 601 of the tow bar 600 in the drawing, even if the emergency lever 400 pushes the third handle block 930 away by the elastic force of the spring 410, the locking unit The 932 is stopped by the left side of the stopper protrusion 601 and becomes a locked state that cannot be overstepped. In such a locked state, the locking unit 932 stopped on the left side of the stopper protrusion 601 restricts the second integrally formed with the locking unit 932. 3 The rotation of the handle block 930, the emergency rod 400, the first fixing bolt traction rod 210 abutting the emergency rod 400, and the latch rod 700 continue to maintain the introduced state of the fixed bolt 200 and the unlocked state of the latch pin 100, and then as shown As shown in FIG. 13, the latch plate (not shown) of the door pushes the latch pin 100 away by the user's pushing force, so that the rotatable latch pin 100 rotates in a counterclockwise direction and is introduced into the door lock mortise internal.

如圖14所示，當門完全地打開時，通過彈簧301的彈性恢復力，子鎖300從主體前部20引出，子鎖300的加壓突起302將牽引桿600的突出部602向水平方向推而使其下降，從而相反側的止擋突起601上升而解除解鎖單元932的止擋狀態，由此第3手柄塊930成為可旋轉的狀態，由此通過彈簧410的彈性力，應急桿400進行旋轉而與第3手柄塊930抵接來使第3手柄塊930進行旋轉，由此在附圖上鎖定單元932從止擋突起601的左側向右側越過。As shown in Figure 14, when the door is fully opened, the sub-lock 300 is drawn out from the front part 20 of the main body by the elastic restoring force of the spring 301, and the pressing protrusion 302 of the sub-lock 300 moves the protruding portion 602 of the traction rod 600 to the horizontal direction. By pushing it down, the stop protrusion 601 on the opposite side rises to release the stop state of the unlocking unit 932, so that the third handle block 930 becomes a rotatable state, whereby the elastic force of the spring 410 makes the emergency lever 400 By rotating and contacting the third handle block 930 to rotate the third handle block 930, the locking unit 932 passes over from the left side to the right side of the stopper protrusion 601 in the drawing.

另外，隨著應急桿400通過彈簧410而在附圖上以逆時針方向旋轉來回到原位置，應急桿400和第1固定栓牽引桿210彼此分開，由此第1固定栓牽引桿210及第2固定栓牽引桿211可旋轉，從而成為通過第1馬達221的驅動而可引出固定栓200的狀態，應急桿400和閂鎖桿700的下端止擋突起710彼此分開，由此閂鎖桿700可進行旋轉，從而通過形成於閂鎖桿700的加壓部730的彈簧740的彈性力，閂鎖桿700以旋轉軸701為中心在附圖上以順時針方向旋轉，從而閂鎖桿700的旋轉限制部720對碰簧銷100的突出部120加壓而限制碰簧銷100的旋轉。In addition, as the emergency rod 400 is rotated counterclockwise on the drawing by the spring 410 to return to its original position, the emergency rod 400 and the first fixed bolt tow bar 210 are separated from each other, whereby the first fixed bolt tow bar 210 and the first fixed bolt tow bar 210 are separated from each other. 2 The fixing bolt traction rod 211 can be rotated so that the fixing bolt 200 can be drawn out by the driving of the first motor 221. The emergency rod 400 and the lower end stop protrusion 710 of the latch rod 700 are separated from each other, thereby the latch rod 700 It can be rotated, so that by the elastic force of the spring 740 formed in the pressing portion 730 of the latch lever 700, the latch lever 700 rotates clockwise on the drawing with the rotation shaft 701 as the center, so that the latch lever 700 is rotated The rotation restricting portion 720 pressurizes the protrusion 120 of the latch bolt 100 to restrict the rotation of the latch bolt 100.

之後，當門重新被關閉時，碰簧銷100與將門打開時相反地向傾斜面施加力。即，門的鎖扣板與碰簧銷100的傾斜面碰撞，向碰簧銷100施加向門鎖插芯的內部推的力，由此將彈簧130推向後方，碰簧銷100在不旋轉的情況下直線地進入到殼體10的內部。當門完全被關閉時，碰簧銷100通過彈簧130的力而重新向門框的槽突出。After that, when the door is closed again, the latch bolt 100 exerts a force on the inclined surface opposite to when the door is opened. That is, the striker plate of the door collides with the inclined surface of the latch bolt 100, and a force is applied to the latch bolt 100 to push the inside of the door lock mortise, thereby pushing the spring 130 backward, and the latch bolt 100 does not rotate In this case, it enters the inside of the housing 10 linearly. When the door is completely closed, the latch bolt 100 is protruded to the groove of the door frame again by the force of the spring 130.

另外，子鎖300被引入主體前部20，由此子鎖300的探測部303從子鎖探測感測器830分離而分開，由此由子鎖探測感測器830探測到門被關閉時，如圖15所示，首先第1馬達221進行驅動，由此第1驅動齒輪222及固定栓牽引齒輪213旋轉，由此與固定栓牽引齒輪213一體地形成的第1固定栓牽引桿210及第2固定栓牽引桿211一起在附圖上以順時針方向旋轉，由此使第2固定栓牽引桿211的末端在滑塊201的長孔202中向上端移動，從而將滑塊201及與此一體地形成的固定栓200從主體前部20引出，由此門成為鎖定狀態。In addition, the sub-lock 300 is introduced into the front part 20 of the main body, whereby the detection part 303 of the sub-lock 300 is separated and separated from the sub-lock detection sensor 830, whereby the sub-lock detection sensor 830 detects that the door is closed, such as As shown in FIG. 15, the first motor 221 is first driven, and the first drive gear 222 and the fixed bolt traction gear 213 are rotated, thereby forming the first fixed bolt traction rod 210 and the second fixed bolt traction gear 213 integrally with the fixed bolt traction gear 213 The fixed bolt traction rod 211 is rotated in a clockwise direction on the drawing together, so that the end of the second fixed bolt traction rod 211 moves upward in the long hole 202 of the slider 201, thereby integrating the slider 201 and this The ground-formed fixing bolt 200 is drawn out from the front part 20 of the main body, whereby the door is in a locked state.

下面，參照圖16至圖20，對為了在室內將門打開，使用者從室外***鑰匙而旋轉時門鎖插芯進行動作的程序進行說明。Hereinafter, referring to FIGS. 16 to 20, the procedure of the operation of the door lock mortise when the user inserts the key from the outside and rotates in order to open the door indoors will be described.

如圖16所示，門被關閉，從而固定栓200被引出而處於鎖定狀態，在限制了碰簧銷100的旋轉的狀態下，當使用者為了在室外將門打開而***鑰匙並旋轉時，如圖17所示，第2手柄塊920沿著使用者旋轉鑰匙的方向而在附圖上以順時針方向或逆時針方向旋轉，從而使抵接的應急桿400旋轉，通過第2手柄塊920而旋轉的應急桿400與第1固定栓牽引桿210抵接而使第1固定栓牽引桿210在附圖上以逆時針方向旋轉。As shown in Figure 16, the door is closed, so that the fixing bolt 200 is drawn out to be in the locked state. In the state where the rotation of the latch pin 100 is restricted, when the user inserts the key and rotates to open the door outdoors, such as As shown in FIG. 17, the second handle block 920 rotates clockwise or counterclockwise on the drawing along the direction in which the user rotates the key, so that the abutting emergency lever 400 rotates, and is moved by the second handle block 920 The rotating emergency rod 400 abuts on the first fixing bolt traction rod 210 to rotate the first fixing bolt traction rod 210 in a counterclockwise direction on the drawing.

由此，以與第1固定栓牽引桿210同時旋轉的方式一體地形成的第2固定栓牽引桿211同時旋轉而將第2固定栓牽引桿211的末端沿著滑塊201的長孔202而向下端移動，從而將固定栓200引入到主體前部20，之後應急桿400在附圖上以順時針方向進一步旋轉而與閂鎖桿700的下端止擋突起710抵接，由此使閂鎖桿700以旋轉軸701為中心在附圖上以逆時針方向旋轉，由此使旋轉限制部720從碰簧銷100的突出部120脫離，從而允許碰簧銷100的旋轉。此時，如圖16所示，應急桿400與第1固定栓牽引桿210抵接，與閂鎖桿700的下端止擋突起710隔開一定距離，因此在完成固定栓200的引入之後，應急桿400和閂鎖桿700的下端止擋突起710開始接觸而實現碰簧銷100的解鎖。As a result, the second fixed bolt pull rod 211 formed integrally with the first fixed bolt pull rod 210 rotates at the same time, and the end of the second fixed bolt pull rod 211 is moved along the long hole 202 of the slider 201. Move to the lower end, thereby introducing the fixing bolt 200 into the front part 20 of the main body, and then the emergency lever 400 further rotates in the clockwise direction on the drawing to abut against the lower end stop protrusion 710 of the latch lever 700, thereby causing the latch The lever 700 rotates counterclockwise in the drawing with the rotation shaft 701 as the center, thereby disengaging the rotation restricting portion 720 from the protrusion 120 of the latch bolt 100, thereby allowing the rotation of the latch bolt 100. At this time, as shown in FIG. 16, the emergency rod 400 is in contact with the first fixing bolt traction rod 210, and is separated from the lower end stop protrusion 710 of the latch rod 700 by a certain distance. Therefore, after the introduction of the fixing bolt 200 is completed, emergency The lever 400 and the lower end stop protrusion 710 of the latch lever 700 come into contact to realize the unlocking of the latch bolt 100.

在如上述的狀態下，在使用者將門完全地打開為止處於將鑰匙旋轉的狀態，因此第2手柄塊920也以旋轉的狀態固定而對應急桿400及與應急桿400抵接的第1固定栓牽引桿210和閂鎖桿700的旋轉進行限制，由此使固定栓200的引入狀態和碰簧銷100的解鎖狀態持續，之後如圖18所示，通過使用者的推力而由門的鎖扣板（未圖示）推開碰簧銷100，由此可旋轉的碰簧銷100以逆時針方向旋轉而引入到門鎖插芯的內部。In the above-mentioned state, the key is rotated until the user fully opens the door. Therefore, the second handle block 920 is also fixed in a rotated state to fix the emergency rod 400 and the first abutting rod 400. The rotation of the bolt traction lever 210 and the latch lever 700 is restricted, so that the introduction state of the fixing bolt 200 and the unlocking state of the latch pin 100 are continued. Then, as shown in FIG. 18, the door is locked by the pushing force of the user. The gusset (not shown) pushes the latch bolt 100 away, so that the rotatable latch bolt 100 rotates in a counterclockwise direction and is introduced into the door lock mortise.

當門完全地被打開而使用者將鑰匙重新旋轉到原位置時，如圖19所示，第2手柄塊920也同時旋轉而回到原位置，從而第2手柄塊920和應急桿400彼此分開並通過彈簧410的彈性力，應急桿400在附圖上以逆時針方向旋轉而回到原位置，從而應急桿400和第1固定栓牽引桿210彼此分開，由此第1固定栓牽引桿210及第2固定栓牽引桿211可進行旋轉，從而通過第1馬達221的驅動而成為引出固定栓200的狀態，隨著應急桿400和閂鎖桿700的下端止擋突起710彼此分開，由此閂鎖桿700可旋轉，從而通過形成於閂鎖桿700的加壓部730的彈簧740的彈性力，閂鎖桿700以旋轉軸701為中心在附圖上以順時針方向旋轉，從而閂鎖桿700的旋轉限制部720對碰簧銷100的突出部120施壓來限制碰簧銷100的旋轉。When the door is completely opened and the user rotates the key to the original position again, as shown in FIG. 19, the second handle block 920 also rotates to return to the original position at the same time, so that the second handle block 920 and the emergency lever 400 are separated from each other And by the elastic force of the spring 410, the emergency rod 400 rotates counterclockwise on the drawing to return to the original position, so that the emergency rod 400 and the first fixed bolt traction rod 210 are separated from each other, and the first fixed bolt traction rod 210 is thus separated. And the second fixing bolt pull rod 211 is rotatable, and the first motor 221 is driven to bring out the fixing bolt 200. As the emergency rod 400 and the lower end stop protrusion 710 of the latch rod 700 are separated from each other, The latch lever 700 is rotatable, and by the elastic force of the spring 740 formed in the pressing portion 730 of the latch lever 700, the latch lever 700 rotates clockwise on the drawing with the rotation axis 701 as the center, thereby latching The rotation restricting portion 720 of the lever 700 presses the protrusion 120 of the latch bolt 100 to restrict the rotation of the latch bolt 100.

之後，當門重新被關閉時，碰簧銷100與將門打開時相反地向傾斜面施加力。即，門的鎖扣板和碰簧銷100的傾斜面相撞，向碰簧銷100施加朝向門鎖插芯的內部的推力，由此隨著將彈簧130推向後方，碰簧銷100無旋轉地直線地進入到殼體10的內部。當門完全地被關閉時，通過彈簧130的力，碰簧銷100重新向門框的槽突出。After that, when the door is closed again, the latch bolt 100 exerts a force on the inclined surface opposite to when the door is opened. That is, the striker plate of the door collides with the inclined surface of the latch bolt 100, and the latch bolt 100 is applied with a pushing force toward the inside of the door lock mortise, so that as the spring 130 is pushed to the rear, the latch bolt 100 has no effect. It enters into the housing 10 linearly and rotationally. When the door is completely closed, by the force of the spring 130, the latch bolt 100 protrudes toward the groove of the door frame again.

另外，當子鎖300被引入主體前部20，由此子鎖300的探測部303從子鎖探測感測器830分離分開並由子鎖探測感測器830探測到門的關閉時，6如圖20所示，首先第1馬達221進行驅動，由此第1驅動齒輪222及固定栓牽引齒輪213進行旋轉，由此與固定栓牽引齒輪213一體地形成的第1固定栓牽引桿210及第2固定栓牽引桿211一起在附圖上以順時針方向旋轉來使第2固定栓牽引桿211的末端在滑塊201的長孔202向上端移動，從而將滑塊201及與此一體地形成的固定栓200從主體前部20引出，從而門成為鎖定狀態。In addition, when the sub-lock 300 is introduced into the front part 20 of the main body, the detection part 303 of the sub-lock 300 is separated from the sub-lock detection sensor 830 and the closing of the door is detected by the sub-lock detection sensor 830, as shown in Fig. 6 As shown in 20, first the first motor 221 is driven, and the first drive gear 222 and the fixed bolt traction gear 213 are rotated, thereby the first fixed bolt traction rod 210 and the second fixed bolt traction lever 210 and the second fixed bolt traction gear 213 are formed integrally with the fixed bolt traction gear 213. The fixed bolt traction rod 211 is rotated clockwise on the drawing to move the end of the second fixed bolt traction rod 211 to the upper end of the long hole 202 of the slider 201, thereby moving the slider 201 and the integrally formed slider 201 The fixing bolt 200 is drawn out from the front part 20 of the main body, so that the door is in a locked state.

另一方面，圖21是示出本發明的另一實施例的門鎖插芯的內部結構的立體圖。On the other hand, FIG. 21 is a perspective view showing the internal structure of a door lock mortise according to another embodiment of the present invention.

下面，參照圖21，對本發明的另一實施例的門鎖插芯進行說明，為了便於說明，關於與上述實施例相同的結構省略說明。Hereinafter, referring to FIG. 21, a door lock mortise according to another embodiment of the present invention will be described. For ease of description, the description of the same structure as the above-mentioned embodiment is omitted.

如圖21所示，本發明的另一實施例的門鎖插芯包括殼體10、主體前部20、碰簧銷100、第1齒輪箱220及第2齒輪箱140、固定栓200、輔助固定栓500、子鎖300、第1手柄塊910、第2手柄塊920及第3手柄塊930及PCB330，殼體10、主體前部20、碰簧銷100、第1齒輪箱220及第2齒輪箱140及PCB330與之前說明的實施例相同，因此省略具體的說明。As shown in FIG. 21, the door lock mortise of another embodiment of the present invention includes a housing 10, a front body 20, a latch pin 100, a first gear box 220 and a second gear box 140, a fixing bolt 200, and an auxiliary The fixing bolt 500, the sub-lock 300, the first handle block 910, the second handle block 920, the third handle block 930 and the PCB 330, the housing 10, the main body front 20, the latch pin 100, the first gear box 220 and the second The gear box 140 and the PCB 330 are the same as the previously described embodiments, so detailed descriptions are omitted.

固定栓200作為通過主體前部20的引入孔而引出及引入來將門鎖定或解鎖的結構，在固定栓200的後面一體地形成有通過根據外力或動力進行旋轉的固定栓牽引桿210而向前後方直線移動來將固定栓200從主體前部20引入及引出的滑塊201。The fixing bolt 200 is a structure that is drawn and introduced through the introduction hole of the front part 20 of the main body to lock or unlock the door. The rear of the fixing bolt 200 is integrally formed with a fixing bolt draw bar 210 that rotates according to external force or power to move forward and backward. The sliding block 201 that moves linearly to introduce the fixing bolt 200 into and out of the front part 20 of the main body.

上述固定栓牽引桿210被引入形成於滑塊201的滑塊槽204，固定栓牽引桿210與應急桿400相接而形成。The above-mentioned fixed bolt traction rod 210 is introduced into the sliding block groove 204 formed in the slider 201, and the fixed bolt traction rod 210 is formed by connecting with the emergency rod 400.

由此，當固定栓牽引桿210接收第1馬達221的驅動力而在附圖上以順時針方向或逆時針方向旋轉時，固定栓牽引桿210沿著滑塊201的滑塊槽204而移動並與滑塊槽204的內側面抵接來將滑塊201推向前方或拉向後方，從而引出或引入固定栓200。另外，當應急桿400與通過使用者的推拉手柄（未圖示）操作而旋轉的第1手柄塊910及第3手柄塊930或通過鑰匙操作而旋轉的第2手柄塊920抵接而旋轉時，與應急桿400抵接的固定栓牽引桿210進行旋轉而沿著滑塊201的滑塊槽204移動而使固定栓200引入。Thus, when the fixed bolt tow bar 210 receives the driving force of the first motor 221 and rotates clockwise or counterclockwise in the drawing, the fixed bolt tow bar 210 moves along the slider groove 204 of the slider 201 It abuts against the inner side surface of the slider groove 204 to push the slider 201 forward or backward, thereby leading out or introducing the fixing bolt 200. In addition, when the emergency lever 400 abuts against and rotates the first handle block 910 and the third handle block 930 that are rotated by the user's push and pull handle (not shown), or the second handle block 920 that is rotated by the operation of a key. , The fixed bolt traction rod 210 abutting on the emergency rod 400 rotates and moves along the slider groove 204 of the slider 201, so that the fixed bolt 200 is introduced.

在第1手柄塊910、第2手柄塊920及第3手柄塊930中，第1手柄塊910和第3手柄塊930一體地結合而同時旋轉，第2手柄塊920***第1手柄塊910與第3手柄塊930的結合間隔之間，在第2手柄塊920和第3手柄塊930的一側向兩個方向形成有突出部，由此向順時針方向及逆時針方向的兩個方向旋轉來使應急桿400旋轉。In the first handle block 910, the second handle block 920, and the third handle block 930, the first handle block 910 and the third handle block 930 are integrally combined to rotate simultaneously, and the second handle block 920 is inserted into the first handle block 910 and Between the coupling intervals of the third handle block 930, protrusions are formed in two directions on one side of the second handle block 920 and the third handle block 930, thereby rotating in both the clockwise direction and the counterclockwise direction To rotate the emergency bar 400.

通過這樣的結構，當使用者在室內推或拉推拉手柄（未圖示）時，第2手柄塊920為固定的狀態，並且第3手柄塊930進行旋轉，而此時因為第3手柄塊930和第1手柄塊910相連，因此一起進行旋轉，第3手柄塊930在附圖上以順時針方向或逆時針方向旋轉而使抵接的應急桿400進行旋轉，通過第3手柄塊930而旋轉的應急桿400與固定栓牽引桿210抵接而使固定栓牽引桿210在附圖上以逆時針方向旋轉。With this structure, when the user pushes or pulls the push-pull handle (not shown) indoors, the second handle block 920 is in a fixed state, and the third handle block 930 rotates. At this time, because the third handle block 930 It is connected to the first handle block 910 and therefore rotates together. The third handle block 930 is rotated in a clockwise or counterclockwise direction on the drawing to rotate the abutting emergency bar 400 and is rotated by the third handle block 930 The emergency rod 400 abuts against the fixed bolt traction rod 210 so that the fixed bolt traction rod 210 rotates in a counterclockwise direction on the drawing.

由此，固定栓牽引桿210沿著滑塊201的滑塊槽204而移動，由此在附圖上與滑塊槽204的右側內壁抵接，從而將固定栓200引入到主體前部20，之後應急桿400在附圖上以順時針方向進一步旋轉而與閂鎖桿700的下端止擋突起710抵接，由此使閂鎖桿700以旋轉軸701為中心旋轉，由此使旋轉限制部720從碰簧銷100的突出部120脫離，從而允許碰簧銷100的旋轉。As a result, the fixing bolt traction rod 210 moves along the slider groove 204 of the slider 201, and thereby abuts against the right inner wall of the slider groove 204 in the drawing, thereby introducing the fixing bolt 200 into the front portion 20 of the main body. After that, the emergency lever 400 further rotates in the clockwise direction on the drawing and abuts against the lower end stop protrusion 710 of the latch lever 700, thereby rotating the latch lever 700 around the rotation shaft 701, thereby restricting the rotation The portion 720 is disengaged from the protrusion 120 of the latch bolt 100 to allow the rotation of the latch bolt 100.

之後，應急桿400通過彈簧410而在附圖上以逆時針方向旋轉來回到原位置，從而應急桿400和固定栓牽引桿210彼此分開，由此固定栓牽引桿210可進行旋轉，從而成為通過第1馬達221的驅動而可引出固定栓200的狀態，隨著應急桿400和閂鎖桿700的下端止擋突起710彼此分開，閂鎖桿700可進行旋轉，從而通過形成於閂鎖桿700的加壓部730的彈簧740的彈性力，閂鎖桿700在附圖上以順時針方向旋轉來，由此閂鎖桿700的旋轉限制部720通過框架150的側面槽151而引入來對碰簧銷100的突出部120施壓來限制碰簧銷100的旋轉。After that, the emergency rod 400 is rotated counterclockwise on the drawing by the spring 410 to return to the original position, so that the emergency rod 400 and the fixed bolt tow bar 210 are separated from each other, so that the fixed bolt tow bar 210 can be rotated to become a pass Driven by the first motor 221, the fixing bolt 200 can be drawn out. As the emergency lever 400 and the lower end stop protrusion 710 of the latch lever 700 are separated from each other, the latch lever 700 can be rotated, and the latch lever 700 can be rotated by being formed on the latch lever 700. With the elastic force of the spring 740 of the pressing portion 730, the latch lever 700 rotates in the clockwise direction on the drawing, so the rotation restricting portion 720 of the latch lever 700 is introduced through the side groove 151 of the frame 150 to collide The protrusion 120 of the spring pin 100 applies pressure to restrict the rotation of the latch spring pin 100.

另一方面，當使用者在室外***鑰匙來旋轉時，第1手柄塊910及第3手柄塊930為固定的狀態，只有第2手柄塊205與鑰匙一起旋轉。On the other hand, when the user inserts the key outdoors to rotate, the first handle block 910 and the third handle block 930 are in a fixed state, and only the second handle block 205 rotates together with the key.

通過這樣的結構，當使用者在室外***鑰匙而旋轉時，第1手柄塊910及第3手柄塊930為固定的狀態，只有第2手柄塊920在附圖上以順時針方向或逆時針方向旋轉而將抵接的應急桿400旋轉，通過第2手柄塊920而旋轉的應急桿400與固定栓牽引桿210抵接，由此使固定栓牽引桿210在附圖上以逆時針方向旋轉。With this structure, when the user inserts the key outdoors and rotates, the first handle block 910 and the third handle block 930 are in a fixed state, and only the second handle block 920 is clockwise or counterclockwise in the drawing. The emergency rod 400 that is rotated to rotate the abutting emergency rod 400 is rotated by the second handle block 920, and the emergency rod 400 rotated by the second handle block 920 abuts the fixed bolt tow bar 210, thereby rotating the fixed bolt tow bar 210 in the counterclockwise direction on the drawing.

由此，固定栓牽引桿210進行旋轉而沿著滑塊201的滑塊槽204滑動而與滑塊槽204的右側內壁抵接，從而將固定栓200引入主體前部20，之後應急桿400在附圖上以順時針方向進一步旋轉而與閂鎖桿700的下端止擋突起710抵接，由此使閂鎖桿700以旋轉軸701為中心旋轉來使旋轉限制部720從碰簧銷100的突出部120脫離，從而允許碰簧銷100的旋轉。As a result, the fixing bolt draw bar 210 rotates and slides along the slider groove 204 of the slider 201 and abuts against the right inner wall of the slider groove 204, thereby introducing the fixing bolt 200 into the front part 20 of the main body, and then the emergency rod 400 In the drawing, it further rotates in the clockwise direction and abuts against the lower end stop protrusion 710 of the latch lever 700, thereby rotating the latch lever 700 around the rotation shaft 701, so that the rotation restricting portion 720 is removed from the latch pin 100 The protrusion 120 is disengaged, thereby allowing the rotation of the latch bolt 100.

之後，當使用者將鑰匙重新旋轉到原位置時，第2手柄塊920也同時進行旋轉來回到原位置並與應急桿400分離，由此通過彈簧410的彈性力，應急桿400也在附圖上重新以逆時針方向旋轉來回到原位置。After that, when the user re-rotates the key to the original position, the second handle block 920 also rotates to return to the original position and is separated from the emergency rod 400, so that the emergency rod 400 is also shown in the drawings by the elastic force of the spring 410 Rotate the top again counterclockwise to return to the original position.

另外，隨著應急桿400通過彈簧410而在附圖上以逆時針方向旋轉來回到原位置，應急桿400和固定栓牽引桿210彼此分開，由此固定栓牽引桿210可進行旋轉，從而成為通過第1馬達221的驅動而可引出固定栓200的狀態，並隨著應急桿400和閂鎖桿700的下端止擋突起710彼此分開，閂鎖桿700可進行旋轉，從而閂鎖桿700通過形成於閂鎖桿700的加壓部730的彈簧740的彈性力而在附圖上以順時針方向旋轉，從而閂鎖桿700的旋轉限制部720通過框架150的側面槽151而引入，由此對碰簧銷100的突出部120施壓，由此限制碰簧銷100的旋轉。In addition, as the emergency rod 400 is rotated counterclockwise on the drawing by the spring 410 to return to its original position, the emergency rod 400 and the fixed bolt tow bar 210 are separated from each other, so that the fixed bolt tow bar 210 can be rotated to become The state of the fixing bolt 200 can be drawn out by the driving of the first motor 221, and as the emergency lever 400 and the lower end stop protrusion 710 of the latch lever 700 are separated from each other, the latch lever 700 can be rotated so that the latch lever 700 passes The elastic force of the spring 740 formed in the pressing portion 730 of the latch lever 700 rotates clockwise in the drawing, so that the rotation restricting portion 720 of the latch lever 700 is introduced through the side groove 151 of the frame 150, thereby The protrusion 120 of the latch bolt 100 is pressed, thereby restricting the rotation of the latch bolt 100.

另一方面，在本發明的另一實施例的門鎖插芯追加形成有供使用者僅可在室內操作的輔助固定栓500，這樣的輔助固定栓500當使用者在室內以順時針方向或逆時針方向旋轉鎖定裝置時，旋轉塊520以順時針方向或逆時針方向旋轉，由此使進退塊510向後方或前方移動，從而從主體前部20引入或引出。此時，在旋轉塊520的一側結合有扭轉彈簧530，上述扭轉彈簧530如通常的彈簧這樣壓縮時發揮彈性力，由此在旋轉塊520旋轉的初期向與扭轉彈簧530的彈性力發揮作用的方向相反方向壓縮扭轉彈簧530而旋轉，因此旋轉塊520通過彈性力而徐徐旋轉，由此在輔助固定栓500徐徐引入的途中旋轉塊520旋轉一定角度時會向扭轉彈簧530的彈性力發揮作用的方向即扭轉彈簧530的伸長方向旋轉，因此扭轉彈簧530立即被伸長，由此旋轉塊520也與此對應地急劇地旋轉的同時輔助固定栓500立即被引入。On the other hand, the door lock mortise of another embodiment of the present invention is additionally formed with an auxiliary fixing bolt 500 that the user can only operate indoors. Such auxiliary fixing bolt 500 is clockwise or clockwise when the user is indoors. When the locking device is rotated in a counterclockwise direction, the rotating block 520 rotates in a clockwise direction or a counterclockwise direction, thereby causing the advancing and retreating block 510 to move backward or forward, thereby leading in or out from the front part 20 of the main body. At this time, a torsion spring 530 is coupled to one side of the rotating block 520. The torsion spring 530 exerts an elastic force when compressed like a normal spring, thereby acting on the elastic force of the torsion spring 530 at the initial stage of the rotation of the rotating block 520 The torsion spring 530 is compressed in the opposite direction to rotate, so the rotating block 520 slowly rotates by the elastic force, so that when the auxiliary fixing bolt 500 is slowly introduced, the rotating block 520 rotates a certain angle when it rotates to the elastic force of the torsion spring 530 The direction of rotation is the extension direction of the torsion spring 530, so the torsion spring 530 is immediately extended, and accordingly, the rotating block 520 is also rapidly rotated accordingly, and the auxiliary fixing bolt 500 is immediately introduced.

如以上詳細地說明，在本發明的門鎖插芯中，當使用者在內部操作推拉手柄或在外部***鑰匙而旋轉時，第3手柄塊及第2手柄塊旋轉應急桿，並且應急桿進行旋轉而將第1固定栓牽引桿及第2固定栓牽引桿和閂鎖桿旋轉而使固定栓及碰簧銷解鎖，從而使用者能夠通過手柄或鑰匙而將固定栓及碰簧銷直接解鎖，由此能夠快速地將門打開。As explained in detail above, in the door lock mortise of the present invention, when the user operates the push-pull handle internally or inserts a key externally to rotate, the third handle block and the second handle block rotate the emergency lever, and the emergency lever performs Rotate to rotate the first fixed bolt pull rod and the second fixed bolt pull rod and the latch rod to unlock the fixed bolt and the latch bolt, so that the user can directly unlock the fixed bolt and the latch bolt with the handle or the key, As a result, the door can be opened quickly.

另外，碰簧銷通過馬達而自動地解鎖，從而即便使用者不操作手柄，也能夠通過馬達而自動地將固定栓及碰簧銷解鎖來將門簡單地打開。In addition, the latch bolt is automatically unlocked by the motor, so that even if the user does not operate the handle, the fixing bolt and the latch bolt can be automatically unlocked by the motor to easily open the door.

上述的本發明的較佳實施例是為了例示的目的而公開的，本領域技藝人士可在本發明的思想和範圍內進行各種修改、變更及附加，而這樣的修改、變更及附加均屬於本發明的申請專利範圍。The preferred embodiments of the present invention described above are disclosed for illustrative purposes. Those skilled in the art can make various modifications, changes, and additions within the spirit and scope of the present invention, and such modifications, changes, and additions belong to the present invention. The scope of patent application for the invention.

10:殼體 20:主體前部 100:碰簧銷 110:止擋突起 120:突出部 130:彈簧 140:第2齒輪箱 141:第2馬達 142:第2驅動齒輪 143:從動齒輪 144:凸輪 145:限制部 150:框架 151:槽 200:固定栓 201:滑塊 202:長孔 203:探測部 210:第1固定栓牽引桿 211:第2固定栓牽引桿 213:固定栓牽引齒輪 220:第2齒輪箱 221:第1馬達 222:第1驅動齒輪 300:子鎖 301:彈簧 302:加壓突起 303:探測部 400:應急桿 410:彈簧 600:牽引桿 601:止擋突起 602:突出部 603:彈簧 604:鉸鏈軸 700:閂鎖桿 701:旋轉軸 710:下端止擋突起 720:旋轉限制部 730:加壓部 740:彈簧 800:PCB 810:打開探測感測器 820:關閉探測感測器 830:子鎖探測感測器 910:第1手柄塊 911:第1結合孔 920:第2手柄塊 921:第2結合孔 922:引導槽 930:第3手柄塊 931:第3結合孔 932:鎖定單元 ＜另一實施例＞ 210:固定栓牽引桿 204:滑塊槽 500:輔助固定栓 510:進退塊 520:旋轉塊 530:扭轉彈簧10: Shell 20: Front of the main body 100: Lever pin 110: Stop protrusion 120: protrusion 130: spring 140: 2nd gear box 141: 2nd motor 142: 2nd drive gear 143: driven gear 144: Cam 145: Restricted Department 150: Frame 151: Groove 200: fixed bolt 201: Slider 202: Long hole 203: Detection Department 210: 1st anchor traction rod 211: 2nd anchor traction rod 213: fixed bolt traction gear 220: 2nd gear box 221: first motor 222: 1st drive gear 300: sub lock 301: Spring 302: Pressurized protrusion 303: Detection Department 400: Emergency bar 410: Spring 600: Tow bar 601: Stop protrusion 602: protruding part 603: spring 604: Hinge axis 700: Latch lever 701: Rotation axis 710: Lower end stop protrusion 720: Rotation restriction part 730: Pressurizing part 740: Spring 800: PCB 810: Turn on the detection sensor 820: Turn off the detection sensor 830: Sub-lock detection sensor 910: 1st handle block 911: The first joint hole 920: 2nd handle block 921: 2nd Combination Hole 922: guide slot 930: 3rd handle block 931: 3rd Combination Hole 932: Locking Unit <Another embodiment> 210: fixed bolt drawbar 204: Slider groove 500: auxiliary anchor 510: advance and retreat block 520: Rotating block 530: Torsion spring

圖1是本發明的實施例的門鎖插芯的外部立體圖。Fig. 1 is an external perspective view of a door lock mortise according to an embodiment of the present invention.

圖2是示出本發明的實施例的門鎖插芯的內部結構的立體圖。Fig. 2 is a perspective view showing the internal structure of the door lock mortise of the embodiment of the present invention.

圖3是本發明的實施例的門鎖插芯的部分放大圖。Fig. 3 is a partial enlarged view of the door lock mortise of the embodiment of the present invention.

圖4是示出在本發明的實施例的門鎖插芯中閂鎖桿進行旋轉而限制及允許碰簧銷的旋轉的樣子的圖。4 is a diagram showing how the latch lever rotates to restrict and allow the rotation of the latch pin in the door lock mortise of the embodiment of the present invention.

圖5是示出本發明的實施例的門鎖插芯中的第1手柄塊、第2手柄塊及第3手柄塊的結合關係的圖。Fig. 5 is a diagram showing the connection relationship among the first handle block, the second handle block, and the third handle block in the door lock mortise of the embodiment of the present invention.

圖6至圖10是示出本發明的實施例的門鎖插芯中通過馬達而進行的固定栓及碰簧銷的解鎖動作的圖。6 to 10 are diagrams showing the unlocking operation of the fixing bolt and the latch bolt by the motor in the door lock mortise according to the embodiment of the present invention.

圖11至圖15是本發明的實施例的門鎖插芯中通過推拉手柄的操作而進行的固定栓及碰簧銷的解鎖動作的圖。11 to 15 are diagrams of the unlocking action of the fixing bolt and the latch bolt performed by the operation of the push-pull handle in the door lock mortise of the embodiment of the present invention.

圖16至圖20是示出本發明的實施例的門鎖插芯中利用鑰匙而進行的固定栓及碰簧銷的解鎖動作的圖。16 to 20 are diagrams showing the unlocking operation of the fixing bolt and the latch bolt by the key in the door lock mortise according to the embodiment of the present invention.

圖21是示出本發明的另一實施例的門鎖插芯的內部結構的立體圖。21 is a perspective view showing the internal structure of a door lock mortise according to another embodiment of the present invention.

國內寄存資訊(請依寄存機構、日期、號碼順序註記) 無 國外寄存資訊(請依寄存國家、機構、日期、號碼順序註記) 無Domestic deposit information (please note in the order of deposit institution, date and number) none Foreign hosting information (please note in the order of hosting country, institution, date, and number) none

10:殼體 10: Shell

20:主體前部 20: Front of the main body

100:碰簧銷 100: Lever pin

140:第2齒輪箱 140: 2nd gear box

142:第2驅動齒輪 142: 2nd drive gear

143:從動齒輪 143: driven gear

146:加壓突出部 146: Pressurized protrusion

150:框架 150: Frame

200:固定栓 200: fixed bolt

201:滑塊 201: Slider

202:長孔 202: Long hole

210:第1固定栓牽引桿 210: 1st anchor traction rod

211:第2固定栓牽引桿 211: 2nd anchor traction rod

213:固定栓牽引齒輪 213: fixed bolt traction gear

220:第2齒輪箱 220: 2nd gear box

230:扭轉彈簧 230: Torsion spring

300:子鎖 300: sub lock

301:彈簧 301: Spring

302:加壓突起 302: Pressurized protrusion

303:探測部 303: Detection Department

400:應急桿 400: Emergency bar

410:彈簧 410: Spring

600:牽引桿 600: Tow bar

601:止擋突起 601: Stop protrusion

602:突出部 602: protruding part

603:彈簧 603: spring

604:鉸鏈軸 604: Hinge axis

700:閂鎖桿 700: Latch lever

701:旋轉軸 701: Rotation axis

710:下端止擋突起 710: Lower end stop protrusion

720:旋轉限制部 720: Rotation restriction part

730:加壓部 730: Pressurizing part

740:彈簧 740: Spring

800:PCB 800: PCB

810:打開探測感測器 810: Turn on the detection sensor

830:子鎖探測感測器 830: Sub-lock detection sensor

910:第1手柄塊 910: 1st handle block

920:第2手柄塊 920: 2nd handle block

930:第3手柄塊 930: 3rd handle block

932:鎖定單元 932: Locking Unit

Claims (6)

一種碰簧銷自動解鎖型門鎖插芯，其特徵在於，其包括： 碰簧銷，其從主體前部引出或引入來防止門自己被打開而保持關閉狀態； 固定栓，其從上述主體前部引出及引入而將門鎖定及解鎖，並一體地形成有通過第1固定栓牽引桿及第2固定栓牽引桿的旋轉而向前後方直線移動的滑塊； 第1手柄塊及第3手柄塊，它們一體地形成，以通過推拉手柄的動作而同時旋轉一定角度； 閂鎖桿，其限制或允許上述碰簧銷的旋轉； 應急桿，其與上述第3手柄塊抵接而旋轉，由此使上述第1固定栓牽引桿及第2固定栓牽引桿及上述閂鎖桿旋轉；及 牽引桿，其使以形成於中央的鉸鏈軸為中心在左右形成的突出部及止擋突起分別彼此相反地向上下移動， 當上述推拉手柄進行動作時，上述第3手柄塊進行旋轉而使上述應急桿旋轉，上述應急桿使上述第1固定栓牽引桿及第2固定栓牽引桿旋轉來將上述固定栓引入到上述主體前部，然後使上述閂鎖桿旋轉來允許上述碰簧銷的旋轉。A latch bolt automatic unlocking type door lock mortise, which is characterized in that it comprises: The latch bolt, which is drawn or introduced from the front of the main body to prevent the door from being opened and kept closed; A fixing bolt, which is drawn and introduced from the front of the main body to lock and unlock the door, and is integrally formed with a slider that linearly moves forward and backward by the rotation of the first and second fixed bolt traction rods; The first handle block and the third handle block are integrally formed so as to simultaneously rotate a certain angle by pushing and pulling the handle; Latch lever, which restricts or allows the rotation of the above-mentioned latch pin; An emergency lever that rotates in contact with the third handle block, thereby rotating the first fixed bolt pull rod, the second fixed bolt pull rod, and the latch rod; and A tow bar that moves the protrusions and stopper protrusions formed on the left and right with the hinge shaft formed in the center as the center and moves upward and downward in opposition to each other, When the push-pull handle is operated, the third handle block rotates to rotate the emergency lever, and the emergency lever rotates the first fixing bolt draw rod and the second fixing bolt draw rod to introduce the fixing bolt into the main body The front part then rotates the latch lever to allow the rotation of the latch bolt. 根據請求項1之碰簧銷自動解鎖型門鎖插芯，其中 在上述第3手柄塊的一側一體地形成有鎖定單元， 上述鎖定單元被上述牽引桿的止擋突起止擋，從而限制上述應急桿的旋轉而保持上述碰簧銷的旋轉允許狀態。Automatic unlocking type door lock mortise according to the latch bolt of claim 1, of which A locking unit is integrally formed on one side of the third handle block, The locking unit is stopped by the stop protrusion of the traction lever, thereby restricting the rotation of the emergency lever and maintaining the rotation permission state of the latch bolt. 根據請求項2之碰簧銷自動解鎖型門鎖插芯，其中 上述門鎖插芯還包括： 第2手柄塊，其通過鑰匙的旋轉而以順時針方向或逆時針方向旋轉來使上述應急桿旋轉。According to the request item 2, the latch pin automatic unlocking type door lock mortise, of which The above-mentioned door lock mortise also includes: The second handle block rotates the emergency lever by rotating the key in a clockwise direction or a counterclockwise direction. 根據請求項3之碰簧銷自動解鎖型門鎖插芯，其中 上述門鎖插芯還包括子鎖，該子鎖從上述主體前部引入及引出而探測門的關閉及打開狀態，形成有將上述牽引桿的突出部向水平方向推開而使其下降的加壓突起， 上述加壓突起使上述牽引桿的突出部下降，從而使上述牽引桿的止擋突起上升，由此解除上述止擋突起和上述鎖定單元的止擋。According to the request item 3, the latch bolt is automatically unlocked type door lock mortise, of which The door lock mortise also includes a sub-lock, which is introduced and drawn from the front of the main body to detect the closed and open state of the door, and is formed with a plus for pushing the protruding part of the traction rod horizontally to lower it. Pressure protrusion, The pressing protrusion lowers the protruding portion of the tow bar, thereby raising the stopper protrusion of the tow bar, thereby releasing the stop of the stopper protrusion and the locking unit. 一種碰簧銷自動解鎖型門鎖插芯，其特徵在於，其包括： 碰簧銷，其從主體前部引出或引入來防止門自己被打開而保持關閉狀態，並形成有突出部； 固定栓，其從上述主體前部引出及引入來將門鎖定及解鎖，並一體地形成有通過第1固定栓牽引桿及第2固定栓牽引桿的旋轉而向前後方直線移動的滑塊； 閂鎖桿，其以旋轉軸為中心旋轉而對上述碰簧銷的上述突出部加壓或從上述碰簧銷的上述突出部脫離來限制或允許上述碰簧銷的旋轉； 應急桿，其使上述第1固定栓牽引桿及第2固定栓牽引桿及上述閂鎖桿旋轉； 第1手柄塊、第2手柄塊及第3手柄塊，它們使上述應急桿旋轉； 牽引桿，其使以形成於中央的鉸鏈軸為中心在左右形成的突出部及止擋突起分別彼此相反地向上下移動， 上述第2手柄塊或上述第3手柄塊進行旋轉而使上述應急桿旋轉，上述應急桿使上述第1固定栓牽引桿及第2固定栓牽引桿旋轉來將上述固定栓引入至上述主體前部，然後使上述閂鎖桿旋轉來允許上述碰簧銷的旋轉。A latch bolt automatic unlocking type door lock mortise, which is characterized in that it comprises: The latch bolt, which is drawn or introduced from the front of the main body to prevent the door from being opened and kept closed by itself, and is formed with a protrusion; A fixing bolt, which is drawn and introduced from the front of the main body to lock and unlock the door, and is integrally formed with a slider that linearly moves forward and backward by the rotation of the first fixed bolt traction rod and the second fixed bolt traction rod; A latch lever that rotates around a rotation axis to press or disengage from the protrusion of the latch pin to restrict or allow the rotation of the latch pin; An emergency rod that rotates the first fixed bolt traction rod, the second fixed bolt traction rod, and the latch rod; The first handle block, the second handle block and the third handle block, which make the emergency lever rotate; A tow bar that moves the protrusions and stopper protrusions formed on the left and right with the hinge shaft formed in the center as the center and moves upward and downward in opposition to each other, The second handle block or the third handle block rotates to rotate the emergency lever, and the emergency lever rotates the first fixing bolt traction rod and the second fixing bolt traction rod to introduce the fixing bolt to the front of the main body , And then rotate the latch lever to allow the rotation of the latch bolt. 根據請求項5之碰簧銷自動解鎖型門鎖插芯，其中 上述閂鎖桿形成有： 旋轉限制部，其對上述碰簧銷的上述突出部加壓或從上述碰簧銷的上述突出部脫離而限制或允許上述碰簧銷的旋轉；及 加壓部，其通過外力而向前後方移動來使上述旋轉限制部從上述碰簧銷的上述突出部脫離或對上述碰簧銷的上述突出部進行加壓。Automatic unlocking type door lock mortise according to the latch bolt of claim 5, of which The above-mentioned latch lever is formed with: A rotation restricting portion that presses or disengages the protrusion of the latch bolt pin to restrict or allow the rotation of the latch bolt; and The pressing portion moves forward and rearward by an external force to disengage the rotation restricting portion from the protrusion portion of the latch bolt or to press the protrusion portion of the latch bolt.
TW110116541A 2019-03-19 2020-03-16 Latch bolt rotation type door lock mortise TWI764710B (en)

Applications Claiming Priority (4)

Application Number Priority Date Filing Date Title
KR10-2019-0030875 2019-03-19
KR20190030875 2019-03-19
KR10-2019-0164851 2019-12-11
KR1020190164851A KR102260668B1 (en) 2019-02-15 2019-12-11 Latch bolt automatic unlocking type door lock mortise

Publications (2)

Publication Number Publication Date
TW202140909A true TW202140909A (en) 2021-11-01
TWI764710B TWI764710B (en) 2022-05-11

Family

ID=79602357

Family Applications (2)

Application Number Title Priority Date Filing Date
TW109108571A TWI743708B (en) 2019-03-19 2020-03-16 Latch bolt rotation type door lock mortise
TW110116541A TWI764710B (en) 2019-03-19 2020-03-16 Latch bolt rotation type door lock mortise

Family Applications Before (1)

Application Number Title Priority Date Filing Date
TW109108571A TWI743708B (en) 2019-03-19 2020-03-16 Latch bolt rotation type door lock mortise

Country Status (1)

Country Link
TW (2) TWI743708B (en)

Family Cites Families (6)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN200975145Y (en) * 2006-09-25 2007-11-14 闵浩 Lock body structure of turning-bolt electric control lock
US20160319571A1 (en) * 2014-03-12 2016-11-03 August Home Inc. Intelligent door lock system with optical sensor
US9761073B2 (en) * 2014-03-12 2017-09-12 August Home Inc. Intelligent door lock system with audio and RF communication
TWI591246B (en) * 2016-06-30 2017-07-11 Access control system with automatic unlocking function and its unlocking method
JP2019206795A (en) * 2016-08-31 2019-12-05 日本電産リード株式会社 Door opening/closing state detection unit and door with opening/closing detection function
KR102288624B1 (en) * 2017-06-22 2021-08-10 삼성에스디에스 주식회사 Door lock mortise

Also Published As

Publication number Publication date
TWI743708B (en) 2021-10-21
TWI764710B (en) 2022-05-11
TW202041767A (en) 2020-11-16

Similar Documents

Publication Publication Date Title
US7080861B2 (en) Anti-panic mechanism of vehicle door latch device
TW387031B (en) Multi-point locking system
US6681603B1 (en) Steel cable lock structure with internal multidirectional locking effect
CN107178246B (en) The door lock lock pin of Bidirectional unlocking
KR102313116B1 (en) Latch bolt automatic unlocking type door lock mortise
KR101767495B1 (en) Anti Panic Mortise Lock having Clockwise and Countclockwise Opening Operation
US20060006670A1 (en) Jam-resistant door latch assembly for vehicles
TW500676B (en) Protective device of cylinder lock
TWI743708B (en) Latch bolt rotation type door lock mortise
KR20180060394A (en) Push-pull door lock mortise
KR100855307B1 (en) Mortice lock of disital doorlock
CN111577016B (en) Automatic unlocking type door lock insert of latch bolt
KR20160016112A (en) Push-Pull Door Lock having Rotatable Latch Bolt
KR20200099948A (en) Latch bolt automatic Retracting type door lock mortise
KR20200111596A (en) Latch bolt automatic unlocking type door lock mortise
CN109386186B (en) Latch rotating type door lock insert
KR101891784B1 (en) Mortise
KR200483631Y1 (en) Latch bolt rotation type for door lock mortise
KR101993260B1 (en) Latch bolt rotation type for door lock mortise
CN220319335U (en) Inner opening assembly of caravan lock
CN219138657U (en) Low-noise lock body structure and door
JPH11210277A (en) Plane handle
KR102161530B1 (en) Shaft detachable door safety handle
KR20080009840A (en) Door inside handle assembly for vehicle
KR101673493B1 (en) Door lock mortise for bi-directional unlocking