KR100543831B1 - Door lock device automatic and hand-operated control combined structure - Google Patents

Abstract

The automatic and manual control combined structure of the door lock device having a panic function according to the present invention has a dual rotating shaft coupling structure in which the outer handle and the inner handle are not interlocked, and dead bolts and latch bolts are temporarily locked by the inner handle. A lever driver to release the state; Controls the locked and released state of the dead bolt interlocked with the lever driving unit by motor driving, and does not interfere with the driving motor and the deceleration unit linked thereto by using a key, a thumb, or a lever in a state where power is not applied to the motor. It is characterized in that it is composed of a motor drive unit to be made manual control.

As the present invention as described above has a dual rotating shaft coupling structure in which the outer handle and the inner handle is not interlocked, the dead bolt and the latch bolt is temporarily operated only by the inner handle to release the locked state, the user in case of emergency In the midst of insanity, the door can be opened at once and an emergency evacuation, thus securing time to protect precious lives. In addition, the present invention can not only control the locked state and the unlocked state of the dead bolt by the motor drive, but also allows the direct control of the dead bolt using a key or a thumb in a state where the motor is not powered. And manual control is effected at the same time.

Description

Combined structure of door lock device with panic function {Door lock device automatic and hand-operated control combined structure}

1 is an exploded perspective view showing a lever drive structure according to the present invention.

Figure 2 is a partially assembled perspective view of the lever assembly structure according to the present invention.

Figure 3a to 3b is a schematic view showing a door opening and closing process by the outer handle operation of the present invention.

Figures 4a to 4b is a schematic view showing the panic function of the door by the inner handle operation of the present invention.

Figure 5 is an exploded perspective view showing a combined automatic and manual control structure of the door lock device according to the present invention.

Figure 6 is a perspective view showing the structure of the shaft member according to the present invention.

Figure 7 is a side view showing a coupling structure of the driven gear and the rotating gear coupled to the shaft member according to the present invention.

8 is a schematic view showing a locked state of the door lock device according to the present invention.

9 is a schematic view showing a unlocked state of the door lock device according to the present invention.

10A to 10C are schematic views illustrating a bidirectional support structure of a dead bolt by a variable elastic pressure member.

Explanation of symbols on the main parts of the drawings

110: outer handle 120: shaft member

121: body 122: upper rotational shaft

123: fixed key 124: lower pivot

125: through hole 130: first linkage arm

131: shaft fixing portion 132: insertion hole

133: keyway 134: left and right rotation limit jaw

135: latch holder driving unit 140: second linkage arm

141: shaft rotating part 142: hinge hole

143: pinhole 145: dead bolt drive unit

150: pin connecting member 151: opposing pin

153: flat portion 154: coupling hole

160: inner handle 171: latch holder

173: Latch Bolt

210: power generator 211: motor

213: shaft 215: worm gear

220: reduction gear 223: reduction gear

230: driven gear 231: lower gear

233: top gear 233a: section teeth

240: second shaft member 241: body

242: upper rotating shaft 243: lower rotating shaft

244: fixed key 245: through hole

250: rotational gear 251: keyway

253: section tooth 260: switching plate

261: keyway 263: ground wing

264: left sensor 265: right sensor

270: third linkage arm 271: guide protrusion

280: Dead Bolt 281: Home

283,284: left / right slope

The present invention relates to a combined automatic and manual control structure of the door lock device having a panic function.

In general, the door lock device is a security device that is mounted on the door to secure the door to the door frame or release the state fixed to the door frame according to the user's operation, the inner case is largely installed on the indoor side, the outer case installed on the outdoor side and It consists of a backset installed between the inner case and the outer case.

The inner case and the outer case are for adjusting the operation of the backset and usually have electrical and mechanical devices. Accordingly, the backset includes a power generator (eg, a motor) for generating a physical force in response to the electrical signal generated by the electrical device, and an interlocking means for responding to the mechanical device.

The interlocking means includes a dead bolt, which controls the locked state or the unlocked state by a structure that is inserted into or released from the groove formed in the door frame.

However, when the backset does not satisfy the conditions (password input, key input, etc.) set for the security device, the dead bolt is fixed to the groove of the door frame continuously (hereinafter referred to as 'locking state'). ), And the function to make the dead bolt not locked in the groove of the door frame (hereinafter referred to as 'unlock state') when the set condition is satisfied. Here, in the locked state, the dead bolt does not move even when the inner and outer handles are operated, and in the unlocked state, the dead bolt moves according to the manipulation of the inner and outer handles.

The backset achieves the function of satisfying the locked and unlocked states through the power generator and interlocking means. The interlocking means usually does not allow the operation of the inner and outer handles to affect the operation of the dead bolt when the set condition is not satisfied, and is driven or driven mechanically when the set condition is satisfied. Manipulation of the inner and outer handles affects the operation of the deadbolts by the physical forces of the device.

In the prior art as described above, in order to open and exit the door from the inside, the lock state of the dead bolts must be released first, and therefore, a separate lock state release button must be operated to release the dead bolts, and then the inner handle is operated to latch the dead bolt. The bolt is released so that the door can be opened.

However, the structure in which the door is opened only two or more steps as in the prior art when the fire or emergency situation in the room, the user who loses judgment momentarily attempts to escape by turning only the internal handle, or the internal locking lever There is a serious problem that can lead to large casualties, despite the fact that the back of the car accidentally malfunctions, causing a rather embarrassing and difficult situation.

In addition, the prior art is to drive by driving the motor rotation shaft is directly coupled to the rotation shaft of the dead-arm arm in conjunction with the dead bolt in order to control the locked state of the dead bolt by the motor drive.

The motor driving method as in the prior art has a problem in that if the dead bolt is directly controlled using a key, a thumb turn, or a handle, the motor is forced to be driven by the user's force.

In particular, when forcibly driving in a state in which power is not applied to the motor, there is a problem in that an overload occurs to shorten the motor life.

In addition, when the reduction gear structure is used to improve the output of the motor, there is a problem that it is impossible to reverse the gear reducer gear and the motor only by the user's force, so that a large capacity motor is directly connected and used, and thus the cost of purchasing the motor This increases, the set of the door lock device is increased, the manufacturing cost and the logistics cost increases, there is a problem that handling is inconvenient.

An object of the present invention for solving the above problems is, first, having a dual rotating shaft coupling structure in which the outer handle and the inner handle is not interlocked, the dead bolt and latch bolt is temporarily operated only by the inner handle to release the lock state It is to provide a combined automatic and manual control structure of the door lock device having a function.

Secondly, an object of the present invention is to control the dead bolt lock state and the unlock state by motor driving, and to directly control the dead bolt using a key or a summton when the motor is not powered. It is to provide a combined automatic and manual control structure of the door lock device having a panic function.

Third, it is an object of the present invention that the dead bolt can be driven without interference with the reduction gear and the driving motor during manual control, thereby preventing the motor from forcibly rotating and preventing the motor from being overloaded. It is to provide a combined structure of automatic and manual control of the door lock device having a panic function to prevent the extension of the life of the motor.

Fourth, the object of the present invention is to minimize the size of the motor used by the power is increased as much as possible through the reduction unit, thereby enabling to configure the size of the door lock device as small as possible, manufacturing cost reduction and logistics It is to provide a combined automatic and manual control structure of the door lock device having a panic function to enable cost reduction.

Combined structure of automatic and manual control of the door lock device having a panic function according to the present invention for achieving the above object, has a dual rotary shaft coupling structure in which the outer handle and the inner handle is not interlocked, only the dead bolt and latch bolt by the inner handle A lever driving unit which is operated at a time to release the locked state; Controls the locked and released state of the dead bolt interlocked with the lever driving unit by motor driving, and does not interfere with the driving motor and the deceleration unit linked thereto by using a key, a thumb, or a lever in a state where power is not applied to the motor. It is characterized in that it is composed of a motor drive unit to be made manual control.

Here, the lever drive unit an outer handle which is installed on the outside of the door; A shaft member installed inside the backset in a rotatable state by the operation of the outer handle; A first interlocking arm inserted into and fixed to an outer diameter of one side of the shaft member to rotate together with the shaft member; A second interlocking arm inserted through the shaft member so as to face the first linking arm and freely rotating while penetrating the shaft member; A pin connecting member whose one end is fitted outside the rotation shaft of the second linking arm and extends in the axial direction; Characterized in that the inner handle is installed in the door so as to interlock with the other end of the pin connecting member to rotate the second linkage arm.

Here, the motor driving unit is a power generator for driving forward and reverse by the control signal input; A deceleration unit which is combined with at least one gear which is interlocked with the power generating unit to increase the driving output of the power generating unit; A driven gear provided with a combination of an upper plate gear and a lower plate gear, which provides a rotational force of the reduction unit as a driving force for dead bolt operation, and has a section value portion configured to form gear teeth only in a 90 ° section; A rotating gear adapted to mesh with the slave synchronizing gear; A second shaft member to which the rotation gear is axially coupled; A switching plate axially coupled to a second shaft member under the rotation gear; A third linking arm coupled to an upper end of the second shaft member and pivoted together with a second shaft member; Characterized in that the configuration comprising a dead bolt that is linearly moved by the third linkage arm.

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

1 to 6 will be described the combined automatic and manual control structure of the door lock device having a panic function according to the present invention.

The present invention as shown in the figure is largely composed of a lever drive unit 100 and a motor drive unit 200.

1 is an exploded perspective view showing the lever drive unit 100 of the door lock device according to the present invention, the lever drive unit 100 of the present invention as shown in the figure is largely the outer handle 110, the shaft member 120, The first interlocking arm 130, the second interlocking arm 140, the pin connecting member 150, and the inner handle 160 are configured.

The outer handle 110 is installed on the outside of the door, and interlocked with the shaft member 120 inside the door.

The shaft member 120 includes a cylindrical body 121, upper and lower pivot shafts 122 and 124 protruding from the upper and lower ends of the body 121, and a lower outer diameter of the upper pivot shaft 122. It is composed of a fixing key 123 formed to protrude at least one around.

At this time, the shaft member 120 further forms a through hole 125 penetrating the upper and lower pivot shafts 122 and 124, and the outer handle 110 is fixedly coupled to the through hole 125. Can be.

In addition, the fixing key 123 may be formed in two to three directions to ensure a stable force transmission.

The shaft member 120 having the above configuration is installed inside the backset in a rotatable state by the operation of the outer handle 110, and the first interlocking arm 130 is coupled to the inside thereof.

The first interlocking arm 130 has an insertion hole 132 formed to penetrate the upper pivot shaft 122 of the shaft member 120 and a fixing key 123 coupled to an inner circumference of the insertion hole 132. A shaft consisting of a key groove 133 to be formed, and the left / right rotation limiting jaw 134 to protrude so that the rotation is limited by the pin connecting member 150 is penetrated in the appropriate section of the outer peripheral edge of the insertion hole 132 The fixing part 131 is comprised. In addition, the latch holder driver 135 is formed to extend to one end of the shaft fixing part 131 to move the latch holder 171 and the latch bolt 173 interlocked with the latch holder 171.

The first interlocking arm 130 having the above configuration is inserted into and fixed to the outer diameter of one side of the shaft member 120, and rotates together with the shaft member 120, thereby releasing the door frame coupling state of the latch bolt 173.

The second linking arm 140 has a hinge hole 142 which is formed to penetrate the upper pivot shaft 122 of the shaft member 120 and pins on opposite surfaces of the outer circumferential edge of the hinge hole 142. A shaft rotating part 141 consisting of a pinhole 143 is formed to match the binding member 150.

In addition, the dead bolt driving unit 145 is formed to extend to one end of the shaft pivot 141 to simultaneously unlock the latch bolt 173 and the dead bolt 280 (see FIG. 2A).

The second linking arm 140 having the above configuration is inserted into the shaft member 120 so as to face the first linking arm 130, and is connected to the pin member 120 so as to be free to rotate in a state of being penetrated through the shaft member 120. Match 150.

The pin connecting member 150 includes a pair of opposing pins 151 mated with the outer circumference of the second interlocking arm 140, and a flat portion 153 interconnecting one end of the opposing pin 151; It is composed of a coupling hole 154 formed to couple the inner handle 160 to the flat portion 153.

The pin connection member 150 having the above configuration has one end coupled to the outside of the rotation shaft of the second linking arm 140 and extending in the axial direction, and the inner handle 160 is coupled to the other end.

The inner handle 160 is installed inside the door so that the second interlocking arm 140 rotates. In the emergency situation such as a fire, the inner handle 160 does not operate in conjunction with the outer handle 110 and without any button operation. By operating the dead bolt 280 and the latch bolt 173 at a time by the () operation to perform the panic (Panic) function to open the door and evacuate.

Referring to the accompanying drawings, the operation of the present invention having the above configuration will be described.

Figure 2 is a partially perspective perspective view of the lever assembly structure according to the present invention, Figures 3a to 3b is a schematic view showing a door opening and closing process by the external handle operation of the present invention.

First, the user may unlock the deadbolt 280 by externally inputting a key or password. In this case, when the key is used, when the third dead bolt interlocking arm 270 is rotated counterclockwise as shown in FIG. 3A, the dead dead linkage with the third dead bolt interlocking arm 270 is used. The bolt 280 is moved away from the door frame as it moves into the backset.

In addition, when a password is input, the third dead bolt interlocking arm 270 is directly operated by a motor operated by an input signal to move the dead bolt 280 into the backset.

When the locked state of the dead bolt 280 is released through the operation process as described above, as shown in FIG. 3B, when the outer handle 110 is rotated in the clockwise direction, the shaft member coupled to the outer handle 110 is interlocked with each other ( 120) is rotated. At this time, the first interlocking arm 130 is coupled to the upper pivot shaft 122 of the shaft member 120 by a fixing key 123 and a key groove 133.

Accordingly, the first interlocking arm 130 rotates in the rotational direction (clockwise) of the shaft member 120 and moves the latch holder 171 pin-grounded in the rotational direction end face into the backset. The interlocking latch bolt 173 is inserted into the backset to open the door.

In this case, as shown in FIG. 3B, even when the shaft member 120 and the first linking arm 130 are rotated, the second linking arm 140 and the pin connecting member 150 linked thereto may not be rotated. That is, the present invention has a dual rotating shaft structure in which the inner handle 160 does not operate even when the outer handle 110 is operated.

At this time, the first interlocking arm 130 that rotates in a clockwise direction is limited by the rotation limiting jaw 134 of the outer circumferential side of the insertion hole 132 in contact with the pin connecting member 150.

The present invention as described above is possible by being coupled to the upper rotating shaft 122 and the second linkage arm 140 of the shaft member 120 in a rotatable state without being fixedly coupled.

Figures 4a to 4b is a schematic diagram showing the panic function of the door by the inner handle operation of the present invention.

First, the user rotates the inner handle 160 in the clockwise direction assuming an emergency situation to fight the fire or hourly.

At this time, the pin connecting member 150 which is axially coupled to the inner handle 160 is rotated, and the pin connecting member 150 rotates the second linking arm 140.

The second linkage arm 140 is rotated in a clockwise direction about the shaft pivoting portion 141, and the third dead bolt linking arm (3) is driven by a dead bolt driving portion 145 extending to one side of the shaft pivoting portion 141. 270).

The third dead bolt interlocking arm 270 is interlocked with the dead bolt 280 to move the dead bolt 280 in the backset to be spaced apart from the door frame.

At this time, when the second linking arm 140 is rotated, the pin ground portion of the latch holder 171 is located within the rotation radius of the dead bolt driving unit 145, so that the latch holder 171 and the latch bolt interlocked therewith. (173) will be inserted into the backset.

That is, as the inner handle 160 is rotated, the dead bolt 280 and the latch bolt 173 are simultaneously operated to be spaced apart from the door frame, and in case of an emergency, the user can open the door urgently and evacuate.

In this case, even when the inner handle 160 and the second linking arm 140 are operated, it can be seen that the first linking arm 130 and the outer handle 110 linked thereto are not rotated.

The present invention as described above is possible by the dual rotating shaft fixing structure in which the upper rotating shaft 122 and the second linking arm 140 of the shaft member 120 is coupled to the shaft in a rotatable state without being fixedly coupled.

Figure 5 is an exploded perspective view showing a combined automatic and manual control structure of the door lock device according to the present invention, the present invention as shown in the figure is largely the power generating unit 210, the reduction unit 220, driven gear 230 ), A second shaft member 240, a rotation gear 250, a switching plate 260, a third linkage arm 270, a dead bolt 280 (see Fig. 8).

The power generator 210 is a worm gear 215 coupled to the motor 211 is driven forward and reverse by the input control signal and power, the rotation shaft 213 of the motor 211, the rotation shaft 213. It can be composed of).

At this time, the rotational power of the motor 211 is transmitted to the reduction unit 220 through the worm gear 215.

The reduction unit 220 is combined with at least one reduction gear 223 that is interlocked with the power generation unit 210 to increase the drive output of the power generation unit 210, the reduction gear 223 Is composed of a multi-stage gear or a combination of a plurality of multi-stage gears such that a plurality of gears having different gear ratios are coupled on the same rotation shaft.

At this time, the rotational force of the reduction unit 220 is transmitted to the driven gear 230, it is provided as a driving force for the dead bolt (see Fig. 5) operation.

The driven gear 230 is composed of a combination of the lower plate gear 231 and the upper plate gear 233, the upper gear 233 forms a section value portion 233a to form a gear value only in a 90 ° section.

As such, forming the section value portion 233a only in the 90 ° section is to limit the rotation range of the rotational gear 250 to be engaged with the 90 ° section. Of course, the gear size of the driven gear 230 and the rotary gear 250 should be the same.

The pivoting gear 250 has a plurality of key grooves 251 that are matched with the fixing key 244 of the second shaft member 240 is formed in the inner diameter, the gear diameter is formed only in the 90 ° to 120 ° section in the outer diameter It has a section value section 253. The rotating gear 250 is pivotally coupled to the second shaft member 240 and rotated together.

6 is a perspective view showing the structure of the shaft member according to the present invention, the second shaft member 240 as shown in the same figure forms a cylindrical body 241, the upper and lower parts of the body 241 Respectively forming upper and lower pivot shafts 242 and 243 to be pivotally coupled to the backset, and forming through holes 245 penetrating the upper and lower pivot shafts 242 and 243, respectively. It consists of a configuration in which a plurality of fixing keys 244 protruding on the lower pivot shaft 243 is formed. At this time, the switching plate 260 is further coupled to the lower pivot shaft 243 of the second shaft member 240.

The switching plate 260 is formed with a plurality of key grooves (251, 261) to match the fixed key 244 of the second shaft member 240 in the inner diameter, to form a ground blade 263 protruding to the left and right sides of the outer diameter Consists of the configuration. At this time, the ground blade 263 is rotated to the left and right as the second shaft member 240 is rotated to alternately ground the sensor (see Fig. 5) installed on the left and right.

At this time, the third interlocking arm 270 rotated together with the second shaft member 240 is coupled to the upper end of the second shaft member 240.

The third linkage arm 270 forms a rectangular guide protrusion 271 having at least three surfaces perpendicular to the bottom of the end.

At this time, the dead bolt 280 is a linear movement by the rotational motion of the third linkage arm 270, the dead bolt 280 guides the guide projection 271 of the third linkage arm 270 is inserted The groove 281 is formed.

In this case, left and right inclined surfaces 283 and 284 are formed inside the guide groove 281, and the left and right inclined surfaces 283 and 284 form a 45 ° inclined surface.

Referring to the accompanying drawings, the operation of the present invention having the above configuration will be described.

7 is a side view showing a coupling structure of a driven gear and a rotating gear coupled to the shaft member according to the present invention, Figure 8 is a schematic view showing a locked state of the door lock device according to the present invention.

First, when a user inputs a password, power is applied to the driving motor 211 by an input signal, and rotation is controlled.

The motor 211 transmits power to the reduction unit 220 by rotating the worm gear 215. The output is increased through the reduction unit 220 is output to the outside through the driven gear 230.

At this time, the driven gear 230 is composed of a combination of the lower gear 231 and the upper gear 233, the upper gear 233 is formed a section tooth portion 233a to form a gear value only in the 90 ° section and In addition, the interval value portion 233a maintains a standby state separated from the interval value portion 253 of the rotation gear 250 in a state where power is not applied (that is, the dead bolt is locked).

When the key or summton (a kind of locking lever installed in the door) interlocked with the through hole 245 of the shaft member 240 is operated in the standby state as described above, the dead bolt does not interfere with the driven gear 230. By rotating the interlocking arm 270, the dead bolt 280 can be manually controlled in a locked and released state.

At this time, the third linkage arm 270 is also operated by the second linkage arm 140 that is rotated by the inner handle 160 as shown in Figs.

9 is a schematic view showing a unlocked state of the door lock device according to the present invention.

Subsequently, the upper gear 233 of the driven gear 230 rotates clockwise by driving the motor 211, and the section value mold 233a of the upper gear 233 is the section value of the rotation gear 250. The mold 253 is engaged and starts to rotate and rotates the rotational gear 250 by 90 ° until the end of the engagement section is completed.

At this time, when the rotation gear 250 is rotated by 90 °, that is, the section tooth portion 233a of the upper plate gear 233 and the section tooth portion 253 of the rotation gear 250 are not engaged with each other. The rotation of 211 is stopped. This is because the ground blades 263 of the switching plate 260 rotated together with the rotary gear 250 operate the right sensor 265, and the signal transmitted from the right sensor 265 is transmitted. As a result, the driving of the motor 211 can be controlled.

At this time, the dead bolt 280 can be locked by rotating the third linking arm 270 reversely using a summton inside the door, even if the rotating gear 250 is reversely rotated together with the third linking arm 270. The present invention prevents the problem that the reverse power is applied to the motor 211 or the worm gear 215 by maintaining the disconnected state of the rotary gear 250 and the driven gear 230 in the state that the power is not applied. You can do it.

At this time, if the user does not open the door within the set time after entering the password, the CPU rotates the drive motor 211 to rotate the driven gear 230 in a counterclockwise direction, and the driven gear 230 and While engaged, the rotating gear 250 rotates 90 ° clockwise, and rotates the third linking arm 270 to protrude the dead bolt 280 linked thereto to the outside of the backset to be locked.

At this time, when the rotation gear 250 is rotated by 90 °, that is, the section tooth portion 233a of the upper plate gear 233 and the section tooth portion 253 of the rotation gear 250 are not engaged with each other. The rotation of 211 is stopped, which means that the ground blade 263 of the switching plate 260 rotated together with the rotation gear 250 operates the left sensor 264, and the signal transmitted from the left sensor 264 As a result, the driving of the motor 211 can be controlled.

10A to 10C are schematic views illustrating a bidirectional support structure of the dead bolt by the variable elastic pressure member, and as shown in the figure, the hinge coupling end 291 of the coil-shaped elastic pressure member 290 is a dead bolt ( 280 is hinged to the body, and the fixed end 293 of the elastic pressure member 290 is fixed to the backset case.

In FIG. 10A, an elastic force is applied to the dead bolt 280 to protrude, and the elastic pressure member 290 has an expansion force between the hinge coupling end 291 and the fixed end 293. Subsequently, when the dead bolt 280 is moved to the inside of the backset as shown in FIG. . Subsequently, when the dead bolt 280 is moved continuously as shown in FIG. 10C and the hinge coupling end 291 and the fixed end 293 are out of the intersection point, an expansion force for maintaining the dead bolt 280 in the open state from the moment is applied. Done.

Through the description of the configuration described above, those skilled in the art can be seen that various changes and modifications can be made within the scope without departing from the spirit of the present invention.

As the present invention as described above has a dual rotating shaft coupling structure in which the outer handle and the inner handle is not interlocked, the dead bolt and the latch bolt is temporarily operated only by the inner handle to release the locked state, the user in case of emergency In the midst of insanity, the door can be opened at once and an emergency evacuation, thus securing time to protect precious lives.

The present invention not only controls the locked and released state of the dead bolt by driving the motor, but also allows the dead bolt to be directly controlled by using a key, a thumb, or a lever in a state in which power is not applied to the motor. This has the effect of simultaneous automatic and manual control.

In addition, during manual control, the dead bolt can be driven in a state of not interfering with the reduction gear and the driving motor, thereby preventing the motor from forcibly rotating and preventing the overload of the motor from being formed. By extending, there is an effect of improving the reliability of the product.

In addition, by allowing the power to increase as much as possible through the reduction unit, it is possible to minimize the size of the motor used, thereby enabling the size of the door lock device can be configured as small as possible, reducing the manufacturing cost and logistics cost, In addition, there is an effect that the handling is easy, so that the quality of the product can be improved.

Claims (12)

It has a dual rotary shaft coupling structure in which the outer handle and the inner handle are not interlocked, and the dead bolt and the latch bolt are temporarily operated only by the inner handle to release the locked state. External handle installed outside the door A shaft member installed inside the backset in a rotatable state by the operation of the outer handle A first interlocking arm inserted into and fixed to an outer diameter of the shaft member and pivoting together with the shaft member; A second interlocking arm inserted through the shaft member so as to face the first linking arm and freely rotating in a state penetrating the shaft member; One end is engaged outside the rotation axis of the second linking arm extending in the axial direction A lever driving part installed in the door so as to be interlocked with the other end of the pin connecting member, the lever driving part including an inner handle to rotate the second linking arm; Controls the locked and released state of the dead bolt interlocked with the lever driving unit by motor driving, and does not interfere with the driving motor and the deceleration unit linked thereto by using a key, a thumb, or a lever in a state where power is not applied to the motor. A motor driving unit configured to perform manual control so as not to occur; Combined structure of automatic and manual control of the door lock device having a panic function, characterized in that consisting of. delete The method of claim 2, The shaft member includes a cylindrical body, an upper / lower pivot shaft protruding from the upper and lower ends of the body, and a fixing key formed to protrude at least one around the lower outer diameter of the upper pivot shaft. Combined structure of automatic and manual control of door lock device with function. The method of claim 2, The first linkage arm includes an insertion hole formed to penetrate the upper rotational shaft of the shaft member, a key groove formed to couple the fixing key to the inner circumference of the insertion hole, and a pin connection within an appropriate section of the outer circumference of the insertion hole. A shaft fixing portion formed of a left / right rotation limiting jaw that protrudes so that the member is penetrated to limit rotation; A latch holder driving part extending to one end of the shaft fixing part to move the latch holder and the latch bolt interlocked with the latch holder; Combined structure of automatic and manual control of the door lock device having a panic function, characterized in that consisting of a configuration comprising a. The method of claim 2, The second interlocking arm may include a hinge hole formed to penetrate the upper rotational shaft of the shaft member, and a pin hole configured to match the pin connecting members to opposing surfaces of the outer outer circumference of the hinge hole, respectively; A dead bolt driving unit extending to one end of the shaft pivot to unlock the latch bolt and the dead bolt at the same time; Combined structure of automatic and manual control of the door lock device having a panic function, characterized in that consisting of a configuration comprising a. The method of claim 2, The pin connecting member includes a pair of opposing pins mated with the outer circumference of the second interlocking arm, a flat portion interconnecting one end of the opposing pin, and a coupling hole formed to couple an inner handle to the flat portion. Combined structure of automatic and manual control of the door lock device having a panic function, characterized in that. The method of claim 1, wherein the motor drive unit A power generator driven forward and reverse by an input control signal; A deceleration unit which is combined with at least one gear which is interlocked with the power generating unit to increase the driving output of the power generating unit; A driven gear provided with a combination of an upper plate gear and a lower plate gear, which provides a rotational force of the reduction unit as a driving force for dead bolt operation, and has a section value portion configured to form a gear value only in a 90 ° section; A rotation gear having a section tooth portion engaged with the driven gear and having a plurality of key grooves formed at an inner diameter, the plurality of key grooves being matched with a fixed key of a second shaft member, and having a gear value formed only at an interval of 90 ° to 120 °; A second shaft member to which the rotation gear is axially coupled; A switching plate axially coupled to a second shaft member under the rotation gear; A third linking arm coupled to an upper end of the second shaft member and pivoted together with a second shaft member; A dead bolt linearly moved by the third linkage arm; Combined structure of automatic and manual control of the door lock device having a panic function, characterized in that consisting of a configuration comprising a. delete The method of claim 7, wherein The second shaft member forms a cylindrical body, and forms an upper / lower rotation shaft to be coupled to the upper and lower ends of the body in a rotatable state to the backset, respectively, and a through hole penetrating the upper / lower rotation shaft. Forming, and a combination of automatic and manual control of the door lock device having a panic function, characterized in that the configuration consisting of a plurality of fixed keys protruding on the lower pivot shaft. delete The method of claim 7, wherein The dead bolt forms a guide groove into which the guide protrusion of the third linkage arm is inserted, and extends to the left and right vertical surfaces of the guide groove to form a left / right fixing surface to form a 45 ° sloped surface. Combined structure of automatic and manual control of door lock device. The method of claim 7, wherein The dead bolt is a hinge coupling end of the coil-shaped elastic pressing member is hinged to the body, the fixed end of the elastic pressing member is configured to support the bi-directional elastic force according to the moving direction as fixed to the backset case Combined structure of automatic and manual control of door lock device with panic function.

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