KR200445717Y1 - The digital doorRock only a tree door - Google Patents

Abstract

   The present invention is a digital door lock for a wooden door that can be installed on a wooden door, not a steel fire door, a door lock outer unit (A) having a key input unit (A-2), a front PCB (A-3), and the door lock outer unit ( The inside of A) is symmetrically provided in the mortise (X) which is opened and locked only by the latch (X-7), the said mortise (X), and the door lock outer unit (A) without the need of a dead bolt, and the main PCB (B). -3) and a door lock digital door lock made of wood, which is composed of a door lock inner unit (B) having a driving means such as a driving motor (B-6).

Dead bolt, digital door lock, mortis door, opening and closing for wooden door

Description

Digital door lock for wood doors {The digital doorRock only a tree door}

The present invention relates to a digital door lock installed for access security of a home or office. More specifically, the present invention has a structure in which a sensor is built in a mortis, and a tree using only a latch in a conventional manner assembled with a dead bolt and a latch. The present invention relates to a digital door lock for a wooden door that can be installed on a door.

 Conventionally, various devices and methods exist that allow access only to authenticated users. Recently, biotechnology such as iris recognition, fingerprint recognition, voice recognition or other advanced technologies such as wireless communication are combined to improve security and convenience. The access control system has been developed in the direction of making.

In Korea Registration Utility Model Publication No. 20-284287, when the battery of the mobile communication terminal is used as the emergency power of the digital door lock, the two terminals of the mobile communication terminal are connected in series with the discharged battery of the digital door lock to supply power. Digital door lock with emergency power supply using communication terminal battery is described,

Dongbu Publication No. 20-391810 shows that the latch bolt can be operated in both directions even if the knob is rotated in either the forward or reverse direction. Therefore, it is not necessary to be aware of the operation direction of the knob when the door is opened. The digital door lock device installed in the door lock body is described.

The publication No. 20-322414 allows the door lock to be unlocked according to the password input by setting a separate password, and the internal button is composed of one-touch, rotary lever, and auxiliary lock button to quickly unlock the button. The user can not go out without locking the door according to the voice output information of the time lock state and the battery detection status of the door lock, and allow the door lock to be automatically corrected when the set time is exceeded, The multi-function digital door lock device has been described, which enables a one-touch button on the side to be corrected so that convenient and quick time-locking can be achieved.

Publication No. 20-212695 discloses that only a person who enters a password or has a contactless card is allowed to enter the door, and the door lock recognizes the door's open or closed state by itself. In addition, the locking bracket is used to automatically lock the door, and non-experts can easily install the door lock by using a fixing bracket, so that it is not only convenient to operate and use, but also easy to install, and also enhances security by reinforcing security functions. The present invention relates to an electronic door lock capable of opening and closing the lever handles in both directions, which includes an unlocking means for opening the door, an outer operating portion on which the lever handle is formed, and a lever handle formed so as to face the outer operating portion. An inner operation part provided with a battery part, and an outer operation part and an inner operation part A dead bolt housed in a lock case located between the parts, which is sunk by an electronic signal and locks or unlocks the door, drive means for operating the dead bolt, and is accommodated in the lock case. There is described an electronic door lock comprising a ratchet bolt which is sunk by the operation of the outer lever handle, and an interlocking means for salking the ratchet bolt.

In Korean Laid-Open Patent Publication No. 10-2004-0097829, when a user accesses the door, the user's unique information is transmitted from the user terminal to the user's authentication device through wireless communication. Describes an access control system that enables

Publication No. 10-2006-0020164 discloses the operation of the door handle by releasing the locked state of the auxiliary door lock when the door handle is rotated in the direction of opening the door by detecting the movement of the door handle used to open and close the door indoors. The present invention relates to an auxiliary door lock system that interlocks with an indoor door handle to open a door by itself. The auxiliary door lock system interlocked with the indoor door handle according to the present invention controls the driving of the motor 213 transmitting the rotational force to the gear unit 212 to lock or open the dead bolt 211 connected to the gear unit 212. The inner body 210 is provided with a micom 214 to change the position, and the outer body provided with a key cylinder 221 or operation key 222 to change the dead bolt 211 to the locked or open position outdoors In the auxiliary door lock system comprising a 220 and installed on the door with the door handle, the auxiliary door lock system detects the movement of the indoor door handle 100 for opening the door in the room and detects the detection signal to the microcomputer The sensor unit 300 is provided to transmit to the 214, and the microcomputer 214 drives the motor 213 when the detection signal is received from the sensor unit 300, and thus the dead bolt 211 in the locked position. Although a digital door lock device to change to an open position it is open,

Conventional technologies such as the above, when installed on the steel fire doors, the steel fire doors have a large internal space, so it is not difficult to install the mortis. When installing, it is possible to dig wood doors by the size of chisels or chisels, but in reality, the strength of the wood material is weak and the cost has been impossible.

   The present invention has been made in view of the above-mentioned conventional problems, and is equipped with a small mortise that can be opened and locked only by a latch so that it can be installed on an existing wooden door main key (handle). When the door is in and out, the panic function (in case of a fire or an emergency situation to reach people with mental panic, the lock function is released mechanically by just turning the handle in preparation for not finding the OPNE / CLOSE button). It is a problem to be solved by the present invention to provide a digital door lock for a wooden door that can be installed in a wooden door that is opened and closed.

The present invention is a digital door lock for a wooden door that can be installed on a wooden door, not a steel fire door, a door lock outer unit (A) having a key input unit (A-2), a front PCB (A-3), and the door lock outer unit ( The inside of A) is symmetrically provided in the mortise (X) which is opened and locked only by the latch (X-7), the said mortise (X), and the door lock outer unit (A) without the need of a dead bolt, and the main PCB (B). -3) and a door lock digital door lock made of wood, which is composed of a door lock inner unit (B) having a driving means such as a driving motor (B-6).

  According to the present invention as described above has a structure in which the sensor is embedded in the mortis, and in the conventional manner of assembling the dead bolt and the latch, by miniaturizing the mortis so that it can be installed on the wooden door using only the latch, the wood is not a fireproof door made of steel It can be installed on the door without any additional processing to prevent unnecessary damage to the door, while maintaining the function and performance compared to the steel door digital door lock, but the amount is much lower, and it is easier to install the digital door lock on the wooden door. It is.

In order to achieve the above object, the present invention is a wood door digital door lock that can be installed on a wooden door rather than a steel fire door, the door lock outer unit having a key input unit (A-2) and a front PCB (A-3) ( A), a mortise (X) which is opened and locked only by the latch (X-7) without the need for a dead bolt inside the door lock outer unit (A), the mortis (X), and the door lock outer unit (A). It is provided in a symmetrical to the main PCB (B-3), and the door lock inner unit (B) consisting of a door lock inner unit (B) having a driving means such as a drive motor (B-6) relates to a digital door lock for a door made of wood.

If you look a little closer,

 The door lock outer unit (A) is a key input unit (A-2) coupled to the inner upper portion of the outer body (A-1) and the outer body (A-1), and the inside of the key input unit (A-2) The front PCB (A-3) to be coupled, the front PCB wire (A-4) coupled to the inside of the front PCB (A-3) to connect the main PCB (B-3), and the outer body (A-) An outer square shaft A-5 provided at the inner central portion of 1) and an outer handle A-7 provided symmetrically with the outer square shaft A-5;

The mortise X provided in the door frame includes a striker X-10, a magnet X-10 'provided inside the striker X-10, and a latch inserted into the striker X-10. X-7) and the mortise seat and right cover (X-1, X-1 ') surrounding the latch (X-7) and the mortise seat and right cover (X-1, X-1'). Latch spring X-32, a mortise lead sensor X-4 coupled to the rear surface of the latch spring X-32, and a moving plate X- coupled to the mortise lead sensor X-4. 3), a handle spring (X-31) coupled to the rear surface of the moving plate (X-3), and a front cam (X-2) provided at the rear of the handle spring (X-31) to the left and the front The front cam groove (X-21) provided on the rear of the cam (X-2), the main cam (X-2 ') provided on the right side symmetrical with the front cam (X-2), and the front cam (X) -2) and a bushing (X-52) coupled to the rear of the main cam (X-2 ') and a looking cam (X-51) coupled with the bush (X-52). He said,

The door lock inner unit (B) is a battery cover (B-2) coupled to the inner upper body (B-1) and the outer upper portion of the inner body (B-1), and the inner upper portion of the inner body (B-1) The main PCB (B-3), the inner square shaft (B-5) provided in the lower portion of the main PCB (B-3) and the look provided on the side of the inner square shaft (B-5) The king motor shaft B-51, the driving motor B-6 provided below the looking cam shaft B-51, the driving motor B-6 and the main PCB B-3 It can be seen that the motor door (B-4) to connect, and the inner door handle (B-7) of the wood material door is characterized in that it is configured symmetrically provided on the inner square shaft (B-5).

This design prevents unnecessary damage to the door by installing a digital door lock on a wooden door that is difficult to install with a conventional steel door lock product without additional processing, and maintains the function and performance compared to the digital door lock of steel doors. Is greatly lowered, so it is easier to install a digital door lock on the wooden door, which has led to filing.

Hereinafter, the present invention will be described in detail with reference to the accompanying drawings.

1 is a view of the entire digital door lock for wood door of the present invention, Figure 2 a detailed view of the outer door of the digital door lock for wood material of the present invention, Figure 3 exploded view of the digital door lock for the door of wood material of the present invention, Figure 4 Mortis detailed view of the mortise in the locked state of the digital door lock for the door of the wood material of the invention, Figure 5 Mortis detailed view of the open state of the digital door lock for the door of the wood material of the present invention, Fig. 6 Shows the province,

 Outer body (A-1), key input section (A-2), front PCB (A-3), front PCB wire (A-4), outer square shaft (A-5), outer handle (A-7), Mortis left, right cover (X-1, X-1 '), front cam (X-2), main cam (X-2'), moving plate (X-3), latch (X-7), striker ( X-10), Magnet (X-10 '), Front Cam Groove (X-21), Handle Spring (X-31), Latch Spring (X-32), Bush (X-52), Looking Cam (X-51) ), Inner Body (B-1), Battery Cover (B-2), Main PCB (B-3), Inner Square Shaft (B-5), Drive Motor (B-6), Inner Handle (B-7) It can be seen that the looking camshaft (B-51), the door lock outer unit (A), mortis (X), the door lock inner unit (B).

Looking at the structure, as shown in Figure 1 to Figure 2,

Door lock outer unit (A) is coupled to the outer body (A-1) and the inner upper portion of the outer body (A-1) key input unit (A-2) for inputting a password, and the key input unit (A-2) The front PCB (A-3) coupled to the inside of the front and recognizes the input password, and the front PCB wire coupled to the inside of the front PCB (A-3) to transfer the opening and closing signal to the main PCB (B-3) ( A-4), an outer square shaft A-5 provided on the inner central portion of the outer body A-1, and an outer handle A-7 symmetrically provided on the outer square shaft A-5. Is composed of),

As shown in Figs. 3 to 5,

Mortis (X), which is opened and locked only by the latch (X-7) without the need for a dead bolt, includes a striker (X-10) and a magnet (X-10 ') provided inside the striker (X-10). And a latch (X-7) inserted into the striker (X-10) and a mortise seat, a right cover (X-1, X-1 ') and the mortise seat, a right cover surrounding the latch (X-7). A latch spring (X-32) provided inside the (X-1, X-1 '), a mortise lead sensor (X-4) coupled to a rear surface of the latch spring (X-32), and the mortise lead. Moving plate (X-3) coupled to the sensor (X-4), the handle spring (X-31) to be coupled to the rear of the moving plate (X-3), and the handle spring (X-31) on the back The front cam (X-2) provided to the left and the front cam groove (X-21) provided on the rear of the front cam (X-2), and the main cam provided on the right symmetrical with the front cam (X-2) Cam (X-2 '), Bush (X-52) coupled to the rear of the front cam (X-2) and the main cam (X-2') and the It can be seen as composed of a look-kingkaem (X-51) binding to the rest (X-52),

As shown in Figure 6, the door lock inner unit (B) is a battery cover (B-2) coupled to the inner upper body (B-1) and the outer upper portion of the inner body (B-1), and the inner body ( The main PCB (B-3) provided at the upper inner side of B-1), the inner square shaft (B-5) provided at the lower portion of the main PCB (B-3), and the inner square shaft (B-5). Looking camshaft (B-51) provided on the side of the drive motor (B-6) provided in the lower portion of the looking camshaft (B-51), the drive motor (B-6) and the main PCB It is shown that the motor wire (B-4) for connecting the (B-3) and the inner handle (B-7) provided symmetrically to the inner square shaft (B-5).

Looking at the operation of the present invention,

When opening and closing from the outside,

One step; If the password stored in the door lock outer unit (A) is input through the key input unit (A-2), and if the password input from the key input unit (A-2) is justified, the front PCB (A-3) is the main PCB (B-3). Send and receive signal through the front PCB wire (A-4),

This step; When the main PCB (B-3) of the door lock inner unit (B) sends an operation signal to the driving motor (B-6), the bevel gear (not shown) is rotated when the bevel gear (not shown) engaged with the driving motor (B-6) rotates. Look camshaft (B-51) is

Three steps; When the look cam (X-51) engaged with the look cam shaft (B-51) is rotated, the locking plate (X-3) moves forward by releasing the locking mechanism of the bush (X-52) and the front cam (X-2). At the same time the locking device of the latch (X-7) is released and the outer square shaft (A-5) engaged with the front cam (X-2) is rotated to open and close the door.

Four steps; When the door is closed after opening and closing, the drive motor (B-6) moves in the reverse direction when the door is opened and closed when the sensor (X-10) detects the magnet (X-10 ') provided in the striker (X-10) of the mortis (X). Is activated and locked.

When opening and closing from the inside,

Rotating the inner handle B-7 of the door lock inner unit B causes the inner square shaft B-5 to rotate when the inner square shaft B-5, which is provided symmetrically to the inner handle B-7, rotates. Main cam (X-2 ') engaged with the shaft rotates, and the main cam (X-2') advances the moving plate (X-3) to release the latch (X-7).

1 is an overall view of a digital door lock for a wooden door of the present invention

2 is a detailed view of the digital door lock outer unit for the door of the wood material of the present invention

3 is an exploded view of the wood door digital door lock mortis of the present invention

Figure 4 Mortis detailed view of the lock state of the digital door lock for wood door of the present invention

Figure 5 Mortis detailed view of the open state of the digital door lock for wood door of the present invention

6 is a detailed view of the inner door digital door lock unit of the wood material of the present invention

    <Description of the Drawings>

Outer body (A-1), key input section (A-2), front PCB (A-3), front PCB wire (A-4), outer square shaft (A-5), outer handle (A-7), Mortis left, right cover (X-1, X-1 '), front cam (X-2), main cam (X-2'), moving plate (X-3), latch (X-7), striker ( X-10), Magnet (X-10 '), Front Cam Groove (X-21), Handle Spring (X-31), Latch Spring (X-32), Bush (X-52), Looking Cam (X-51) ), Inner Body (B-1), Battery Cover (B-2), Main PCB (B-3), Inner Square Shaft (B-5), Drive Motor (B-6), Inner Handle (B-7) , Looking camshaft (B-51), door lock outer unit (A), mortis (X), door lock inner unit (B)

Claims (2)

In the wooden door digital door lock, A door lock inner unit (A), a mortise (X) provided in the inner door frame of the door lock outer unit (A), the door lock inner unit (B) provided symmetrically to the mortis (X), the door lock outer unit (A) It consists of The door lock outer unit (A) is a key input unit (A-2) coupled to the inner upper portion of the outer body (A-1) and the outer body (A-1), and the inside of the key input unit (A-2) The front PCB (A-3) to be coupled, the front PCB wire (A-4) coupled to the inside of the front PCB (A-3) to connect the main PCB (B-3), and the outer body (A-) An outer square shaft A-5 provided at the inner central portion of 1) and an outer handle A-7 provided symmetrically with the outer square shaft A-5; The mortise (X) provided in the door frame includes a striker (X-10), a latch (X-7) inserted into the striker (X-10), and a front cam provided at the rear of the latch (X-7). (X-2) and the main cam (X-2 '), the bush (X-52) provided on the rear of the front cam (X-2) and the main cam (X-2'), and the bush (X- 52) is combined with a looking cam (X-51), The door lock inner unit (B) is a battery cover (B-2) coupled to the inner upper body (B-1) and the outer upper portion of the inner body (B-1), and the inner upper portion of the inner body (B-1) The main PCB (B-3), the inner square shaft (B-5) provided on the lower portion of the main PCB (B-3) and the looking cam provided on the side of the inner square shaft (B-5) A shaft (B-51), the drive motor (B-6) provided in the lower portion of the looking camshaft (B-51), the drive motor (B-6) and the main PCB (B-3) is connected The door of the wooden door digital door lock, characterized in that consisting of a motor wire (B-4) and the inner handle (B-7) provided symmetrically to the inner square shaft (B-5). The method of claim 1, Mortis (X) includes a striker (X-10), a magnet (X-10 ') provided inside the striker (X-10), and a latch (X-7) inserted into the striker (X-10). And a latch spring provided inside the mortise left and right covers X-1 and X-1 'surrounding the latch X-7 and the mortise left and right covers X-1 and X-1'. X-32, a mortise lead sensor (X-4) coupled to the rear of the latch spring (X-32), a moving plate (X-3) coupled to the mortise lead sensor (X-4), A handle spring (X-31) coupled to the rear surface of the moving plate (X-3), and a front cam (X-2) and the front cam (X-) provided to the left on the rear surface of the handle spring (X-31) 2) the front cam groove (X-21) provided on the rear of the, the main cam (X-2 ') provided on the right side symmetrically with the front cam (X-2), the front cam (X-2) and And a bushing (X-52) coupled to the rear of the main cam (X-2 ') and a looking cam (X-51) coupled to the bush (X-52). Loja digital door lock for the door of a wood material.

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