CN109723291A - Full-automatic universal is without lock body smart lock - Google Patents
Full-automatic universal is without lock body smart lock Download PDFInfo
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- CN109723291A CN109723291A CN201910024942.6A CN201910024942A CN109723291A CN 109723291 A CN109723291 A CN 109723291A CN 201910024942 A CN201910024942 A CN 201910024942A CN 109723291 A CN109723291 A CN 109723291A
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Abstract
Full-automatic universal is without lock body smart lock and existing fully-automatic intelligent locking phase ratio, its advantage is that: the function that only one group of lock tongue can be achieved with oblique lock tongue and main lock tongue, oblique lock tongue function is the inclined-plane position for 3 end of only intermediate lock tongue that intermediate lock tongue 3 stretches out shell 1 for the first time after opening the door, side chain tongue 2 does not stretch out shell 1, main lock tongue function is that intermediate lock tongue 3 continues to stretch out on the basis of first time stretching out shell 1 after closing the door, and it is that intermediate lock tongue 3 and side chain tongue 2 all stretch out shell 1 that second, which is stretched out,.Door Internal handle once pushes, the side chain tongue 2 for stretching out shell 1 and intermediate lock tongue 3 are fully retracted into shell 1, with escaping function, it is unlocked with remote control mode, the side chain tongue 2 for stretching out shell 1 and intermediate lock tongue 3 are once fully retracted into shell 1, there is full-automatic function, the inclined-plane position on intermediate lock tongue 3 initially enters in the lockhole on the snap close piece on doorframe at closing time, side chain tongue 2 and intermediate lock tongue 3 all stretch out shell 1 later, have the function of rapid.
Description
Technical field
The present invention relates to a kind of invention in smart lock field, especially a kind of hair of the Full-automatic universal without lock body smart lock
It is bright.
Background technique
No lock body smart lock refers to that control lock tongue extends and retracts the lock tongue control unit and smart lock control circuit of shell
All in a shell, without independent lock body, it is mounted on one side in door body room, one side installs the input of unlocking information outside door body room
Component does not need installation unlocking input part if unlocked using unlocked by mobile telephone or remote controler outside door body, full-automatic locking and
It unlocks.
Existing no lock body smart lock can not have two lock tongues of oblique lock tongue and main lock tongue due to small volume simultaneously, only
It is single lock tongue, there is the dereliction lock tongue of oblique lock tongue, although not needing sensing device control locking at closing time, shutdown can only uses tiltedly lock
Tongue locking, but safety coefficient is low, have main lock tongue without oblique lock tongue, locking is to control main lock tongue using shutdown sensing device to stretch out
Lock panel, although main lock tongue locking safety coefficient is high, the positioning function without oblique lock tongue, when laying the key under the door, it is necessary to manually
Door body is completely closed, then the lockhole on main lock tongue alignment doorframe is locked using remote control control, could stretch out lock tongue simultaneously
It is inserted into the lockhole on doorframe, locking speed is slow, does not have rapid function.
Summary of the invention
Full-automatic universal is without lock body smart lock, it is characterized in that the function that only one group of lock tongue can be achieved with oblique lock tongue and main lock tongue
Can, one group of lock tongue is side chain tongue and intermediate lock tongue, oblique lock tongue function be after opening the door intermediate lock tongue stretch out for the first time shell only
The inclined-plane position of intermediate lock tongue end, side chain tongue do not stretch out shell, and main lock tongue function is that intermediate lock tongue is stretched for the first time after closing the door
Continue to stretch out on the basis of shell out, second of stretching is that intermediate lock tongue and side chain tongue all stretch out shell, controls side chain tongue
With intermediate lock tongue extend and retract shell by shell lock tongue control unit and smart lock control circuit form；
Lock tongue control unit be by lock tongue disjunctor, clutch part, clutch part axis, clutch part spring, extensible member, extensible member axis,
Extensible member spring, door Internal handle axis, door Internal handle axis control piece, door Internal handle axis spring, nut piece, screw rod and motor form；
The effect of lock tongue disjunctor is that side chain tongue and intermediate lock tongue are fixed on lock tongue disjunctor, there is one on lock tongue disjunctor
Space, clutch part, clutch part axis, clutch part spring, nut piece, a part of screw rod and extensible member a part in this space
It is interior；
When the effect of clutch part is that itself is uncontrolled, lock side lock tongue and intermediate lock tongue can not retract shell, door Internal handle
When unlocking, clutch part is controlled no longer by the control of nut piece, and side chain tongue and intermediate lock tongue are retracted shell by lower pressure gate Internal handle；
The effect of door Internal handle axis is that one end is connect with door Internal handle, and the other end is controlled connection end, controlled connection end by
The control of lock core and unlocking tool；
The effect of extensible member is the elastic force using extensible member spring in the state that lock tongue disjunctor is not controlled by external force, by side
Lock tongue and intermediate lock tongue stretch out shell；
Smart lock control circuit is by DC power supply, detection circuit, circuit for controlling motor, switch door sensor, timing
Lock circuit, remote-control receiving circuit, discharge cock, relay and resistance composition；
Detection circuit is switched by first stroke, second stroke switch, third trip switch and infrared sensor form,
Infrared sensor switchs the position between second stroke switch in first stroke, and third trip switch is fixed inside the shell
On one side；
Circuit for controlling motor is a motor drive module, and effect is that control motor rotates forward, inverts and stops；
The effect of infrared sensor is in the operating condition, when the controlling position on nut piece enters infrared sensor
Sensing scope within when, the output end of infrared sensor exports a control signal, control motor stalls；
After the effect of lock circuit is unlocking in timing, do not open the door when reaching setting time, the output end of lock circuit in timing
A control signal is exported, side chain tongue and intermediate lock tongue are stretched out shell and locked again by control motor；
The effect of switch door sensor is under shutdown state, and two-way output end is in off-state respectively, under door opening state, two
Road output end is in closed state respectively；
The effect of remote-control receiving circuit is after receiving unlocking signal, and output end issues a control signal, control electricity
Machine rotation.
Detailed description of the invention
Fig. 1 is the positive structure principle chart of the present invention.
Fig. 2 is the structure principle chart of side of the present invention.
Fig. 3 is the structure principle chart of lock tongue and lock tongue disjunctor in the present invention.
Fig. 4 is the structure principle chart of clutch part in the present invention.
Fig. 5 is the structure principle chart of nut piece in the present invention.
Fig. 6 is the structure principle chart of door Internal handle axis control piece in the present invention, door Internal handle axis and door Internal handle axis spring.
Fig. 7 is circuit diagram of the invention.
Attached drawing Parts List: shell 1, side chain tongue 2, intermediate lock tongue 3, clutch part axis 4, first stroke switch 5, detection circuit
6, infrared sensor 7, nut piece 8, second stroke switch 9, discharge cock 10, screw rod 11, circuit for controlling motor 12, motor
13, third trip switch 14, DC power supply 15, locking piece 16, switch door sensor 17, extensible member axis 18, extensible member 19, flexible
Part spring 20, door Internal handle axis control piece 21, door Internal handle axis 22, door Internal handle axis spring 23, clutch part spring 24, lock tongue connect
Body 25, clutch part 26, shaft coupling 27, pin 28, lock circuit 29, remote-control receiving circuit 30 in timing.
Specific embodiment
Referring to Fig.1, for whole parts of smart lock in shell 1, it is side chain tongue that, which respectively there are a lock tongue in the two sides of intermediate lock tongue 3,
2, the length of intermediate lock tongue 3 is greater than the length of side chain tongue 2, and the end that intermediate lock tongue 3 stretches out one end is an inclined-plane, structure with
The oblique lock tongue of existing lock body is identical, and detection circuit 6 is by first stroke switch 5, second stroke switch 9, third trip switch 14
It is formed with infrared sensor 7, position of the infrared sensor 7 between first stroke switch 5 and second stroke switch 9, the
Triple-travel switch 14 is fixed on a side in shell 1.
Circular hole is the first circular hole 19-1 and the second circular hole 19-2, the first circular hole 19-1 placement respectively there are two on extensible member 19
On clutch part axis 4, the second circular hole 19-2 is placed on extensible member axis 18, and extensible member spring 20 is placed on extensible member axis 18,
The both ends of extensible member axis 18 are separately fixed on shell 1.
Referring to Fig. 2, intermediate lock tongue 3 and side chain tongue 2 are fixed on lock tongue disjunctor 25, two sides difference of lock tongue disjunctor 25
Contacted with the inner wall of 1 two sides of shell, be a space between two sides, clutch part axis 4, clutch part spring 24, from
Component 26, nut piece 8, a part of screw rod 11 and extensible member 19 a part in this space.
Referring to Fig. 3, having controlled portion at two on lock tongue disjunctor 25 is the first controlled portion 25-1 and the second controlled portion respectively
Position 25-4, controlling position is first control units position 25-5 at one, there are two long hole is the first long hole respectively on lock tongue disjunctor 25
It is clutch part axis 4 in 25-2 and the second long hole 25-3, mounting hole 25-6.
Referring to Fig. 4, having a circular hole on clutch part 26 is third circular hole 26-1, is placed on clutch using third circular hole 26-1
On part axis 4, the both ends of clutch part axis 4 are fixed on lock tongue disjunctor 25, and having controlled portion at two on clutch part 26 is third respectively
Controlled portion 26-3 and the 4th controlled portion 26-4, the end thereof contacts of fulcrum location 26-2 and clutch part spring 24 at one.
Referring to Fig. 5, there is a nut bore 8-2 matched with screw rod 11 on nut piece 8, controlling position is the respectively at two
Two controlling position 8-4 and third controlling position 8-5, two protruding parts are the first protruding parts 8-1 and the second protrusion respectively
Position 8-3, the first protruding parts 8-1 and the second protruding parts 8-3 are respectively in the first long hole 25-2 on lock tongue disjunctor 25 and the
It is movable in two long hole 25-3.
Referring to Fig. 6, door Internal handle axis 22 runs through two big sides of shell 1, and one end is connect with door Internal handle, and the other end is
Controlled connection end 22-2 is had an Internal handle axis control piece 21, door by the control of lock core and unlocking tool on door Internal handle axis 22
Internal handle axis spring 23 and pin 29, having one section of section on door Internal handle axis 22 is rectangular rectangular position 22-1, uses square department
In square hole 21-2 on the 22-1 insertion door Internal handle axis control piece 21 of position, it is inserted into pin 29 later, so that 22 nothing of door Internal handle axis
Method is extracted from door Internal handle axis control piece 21, there is an Internal handle axis spring 23, door Internal handle axis control on door Internal handle axis 22
Having controlling position at one on product 21 is the 4th controlling position 21-1.
Referring to Fig. 7, DC is DC power supply 15, and first stroke switch 5 refers to that normally closed switch K1, second stroke switch 9 refer to
Normal open switch K4 and normal open switch K5, third trip switch refer to that normal open switch K2 and normal open switch K3, discharge cock 10 are certainly
Lock-switch K6, relay J are two to open two and close relay, and M is motor 13, and R1 and R2 are resistance.Module 7 is infrared sensor 7,
The effect of infrared sensor 7 is in the operating condition, when the third controlling position 8-5 on nut piece 8 enters infrared ray sensing
When within the sensing scope of device 7, output end exports a control signal, and control motor 13 stops operating.Module 12 is motor
Control circuit 12, IN1 and IN2 are two control terminals of circuit for controlling motor 12, and the effect of circuit for controlling motor 12 is control electricity
Three kinds of rotating forward of machine 13, reversion and stopping states.Module 17 is switch door sensor 17, and the switch effect of door sensor 17 is to close the door
Under state, two-way output end is in off-state respectively, and under door opening state, two-way output end is in closed state respectively.Module 29 is
Lock circuit 29 in timing are not opened the door when reaching setting time after the effect of lock circuit 29 is unlocking in timing, and output end issues
One control signal, control relay J are attracted.Module 30 is remote-control receiving circuit 30, and the effect of remote-control receiving circuit 30 is to connect
After receiving unlocking signal, output end issues a control signal, and control motor 13 rotates.
According to the above, 25-5 control in first control units position is third trip switch 14, the second controlling position 8-4 control
System is the first controlled portion 25-1 and third controlled portion 26-3, and what third controlling position 8-5 was controlled is first stroke switch
5, second stroke switch 9 and infrared sensor 7, the 4th controlling position 21-1 control is the second controlled portion 25-4 and the 4th
Controlled portion 26-4.
The working principle that the present invention locks is: unlock rear side lock tongue 2 and intermediate lock tongue 3 are fully retracted into shell 1, in this shape
Under state, switch 17 two-way of door sensor output switch is off-state, and relay J is in uncontrolled state, second stroke switch 9
It is triggered by the third controlling position 8-5 on nut piece 8, normal open switch K4 closure and normal open switch K5 closure, normal open switch
After K5 closure, the control terminal IN2 of circuit for controlling motor 12 is high level by low transition, and motor 13 stops operating, and lock tongue connects
First control units position 25-5 on body 25 triggers third trip switch 14, normal open switch K2 closure and normal open switch K3 closure, by
It starts to work in lock circuit 29 in the closure of normal open switch 3, timing, waits and opening the door.
If the timing for reaching setting does not open the door, the output end of lock circuit 29 issues a control signal in timing,
Relay J is controlled to be attracted, relay J controls motor 13 and rotates, and control side chain tongue 2 and intermediate lock tongue 3 stretch out shell 1, again on
Lock.
It is in closed state that 17 two-way output end of door sensor is switched after enabling, and output end controls infrared sensor 7 all the way
In running order, another output end controls relay J and is attracted, and one group of contact of relay J is self-locking for relay J, separately
High level signal is transformed into another control terminal IN2 by the control terminal IN1 of circuit for controlling motor 12 by one group of contact, and motor 13 exists
Change rotation direction rotation under the control of circuit for controlling motor 12, drives screw rod 11 to rotate by shaft coupling 27, nut piece 8 is controlled
The longitudinally-moving on screw rod 11 discharges the lock tongue disjunctor 25 of locking, and lock tongue disjunctor 25 is intermediate under the action of extensible member spring 20
Lock tongue 3 starts to stretch out shell 1 for the first time, third while shell 1 is stretched out at the inclined-plane position of intermediate lock tongue 3, on nut piece 8
Controlling position 8-5 is exactly within the control range of infrared sensor 7, the signal output end output of infrared sensor 7
One control signal, control terminal IN1 and control terminal IN2 are high level, and motor 13 stops operating, and intermediate 3 first time of lock tongue stretches
The inclined-plane position of the only intermediate lock tongue 3 of shell 1, the side chain tongue 2 of two sides do not stretch out shell 1 out.
It lays the key under the door, the inclined-plane position of intermediate lock tongue 3 is contacted with the snap close piece on doorframe, intermediate 3 inclined-plane position of lock tongue contracting
It returns in shell 1, when intermediate lock tongue 3 stretches out shell 1 again, then into the lockhole of doorframe snap close piece, 17 liang of door sensor of switch
Road output switch is in off-state, and infrared sensor 7 stops working, since relay J is self-locking attracting state, control terminal
IN2 continues to keep high level, and motor 13 starts turning, until the third controlling position 8-5 triggering first stroke on nut piece 8 is opened
5 are closed, is disconnected after normally closed switch K1 is controlled, motor 13 stops operating, relay J release, while the second control unit on nut piece 8
Third controlled portion 26-3 on the 8-4 control clutch part 26 of position, intermediate lock tongue 3 and side chain tongue 2, which are locked, can not retract shell 1,
Locking process terminates.
The working principle of remote-control unlocking of the present invention is: input unlocking signal, the output end of remote-control receiving circuit 30 is in closure
State, control motor 13 rotate, and nut piece 8 controls the first controlled portion 25-1 on lock tongue disjunctor 25, side chain tongue 2 and medium lock
Tongue 3 retracts in shell 1, third control unit while side chain tongue 2 and intermediate lock tongue 3 are fully retracted shell 1, on nut piece 8
Position 8-5 triggers second stroke switch 9, normal open switch K4 closure and normal open switch K5 closure, due to the closure of normal open switch 5, electricity
Machine control circuit 12 controls motor 13 and stops operating, and unlocking process terminates.
The working principle that door Internal handle is unlocked is: the rotation of door Internal handle, linkage door Internal handle axis 22 and door Internal handle axis control
Product 21 rotates, and door Internal handle axis control piece 21 is first with the on the 4th controlling position 21-1 control clutch part part 26 thereon
Four controlled portion 26-4, clutch part 26 is controlled, while the third controlled portion 26-3 on clutch part part 26 is no longer by nut piece 8
The second controlling position 8-4 control, later the 4th controlling position 21-1 control lock tongue disjunctor 25 on the second controlled portion 25-
4, with the rotation of door Internal handle axis 22, side chain tongue 2 and intermediate lock tongue 3 are fully retracted into shell 1, while on lock tongue disjunctor 25
First control units position 25-5 triggers third trip switch 14, normal open switch K2 closure and normal open switch K3 closure, is opened due to normally opened
The closure of K2 is closed, motor 13 starts turning, and nut piece 8 under the action of screw rod 11, open until triggering second stroke by longitudinally-moving
9 are closed, motor 13 stops operating, and waits and opening the door.
After side chain tongue 2 and intermediate lock tongue 3 are fully retracted into shell 1, there are three kinds of different situations, the first situation is handle in door
It does not open the door after hand release, switch door sensor 17 does not work, and is unable to control motor 13 and all stretches side chain tongue 2 and intermediate lock tongue 3
Shell 1 is locked again out, in this case, is only pressed the rapid switch key outside shell 1, is directly controlled 13 turns of motor
It is dynamic, when side chain tongue 2 and intermediate lock tongue 3 all being stretched out shell 1 and locked again, or the upper lock circuit 29 of timing being waited to reach setting
Between after, output end exports a control signal, and control motor 13 rotates, by the whole stretching shell 1 of side chain tongue 2 and intermediate lock tongue 3
Again it locks.Second situation is quickly shutdown after enabling, although switch door sensor 17 output end after enabling is in closed form
State, but the third controlling position 8-5 on nut piece 8 fails to trigger second stroke switch 9, normal open switch K4, which is in, disconnects shape
State, relay J can not be attracted, and motor 13 continues to rotate, and control side chain tongue 2 and intermediate lock tongue 3 are fully retracted into shell 1, if wanted
The rapid within this time only presses the rapid switch key outside shell 1, or the upper lock circuit 29 of timing is waited to reach
To after setting time, output end exports a control signal, and control motor 13 rotates, and side chain tongue 2 and intermediate lock tongue 3 are all stretched
Shell 1 is locked again out.The third situation is in the time after enabling and before closing the door, and the inclined-plane position of intermediate lock tongue 3 is
Through stretching out shell 1, in locked state is waited, closes the door and lock.
According to the above, there are an Internal handle, locking piece control button, rapid switch key and guarantor outside shell 1
Dangerous switch key, door Internal handle are connect with door Internal handle axis 22, and door Internal handle once pushes the side chain tongue that can will stretch out shell 1
2 are fully retracted into shell 1 with intermediate lock tongue 3, and locking piece control button controls locking piece 16, and locking door Internal handle axis 22 can not turn
It is dynamic, an Internal handle axis 22 is also unable to control with lock core and unlocking tool outdoors and is rotated, and the control of rapid switch key is one
A normal open switch in parallel with control relay J self-holding contact, relay J is attracted after the triggering of rapid switch key, control
Motor 13 rotates.Discharge cock is discharge cock 10 by key control, according to different use occasions, press discharge cock by
When key, lock side lock tongue 2 and intermediate lock tongue 3, side chain tongue 2 and intermediate lock tongue 3 all stretch out shell 1, discharge cock key is pressed,
It can not be unlocked with remote control mode, play the role of locking insurance and press guarantor when intermediate lock tongue 3 only has inclined-plane position to stretch out shell 1
Dangerous switch key, automatic locking at closing time, locking only uses the inclined-plane position of intermediate lock tongue 3, for frequently switching on the occasion of door,
When lock tongue 2 and intermediate lock tongue 3 are fully retracted into shell 1, discharge cock key is pressed, side chain tongue 2 and intermediate lock tongue 3 can not be stretched automatically
Shell 1 out, for not needing the occasion of locking after unlocking.
Full-automatic universal without lock body smart lock and existing fully-automatic intelligent locking phase ratio, its advantage is that: only one group of lock tongue just
It is able to achieve the function of oblique lock tongue and main lock tongue, one group of lock tongue is intermediate lock tongue 3 and side chain tongue 2, and intermediate lock tongue 3, side chain tongue 2 are fixed
On lock tongue disjunctor 25.
Oblique lock tongue function is the inclined plane part for 3 end of only intermediate lock tongue that intermediate lock tongue stretches out shell 1 for the first time after opening the door
Position, side chain tongue 2 do not stretch out shell 1, main lock tongue function be after closing the door intermediate lock tongue 3 on the basis of first time stretching out shell 1 after
Continuous to stretch out, second of stretching is that intermediate lock tongue 3 and side chain tongue 2 all stretch out shell 1.
Door Internal handle once pushes, and the side chain tongue 2 for stretching out shell 1 and intermediate lock tongue 3 are fully retracted into shell 1, has and escapes
Raw function, is unlocked with remote control mode, and the side chain tongue 2 for stretching out shell 1 and intermediate lock tongue 3 are once fully retracted into shell 1, is had complete
Automatic function, the inclined-plane position on intermediate lock tongue 3 initially enters in the lockhole on the snap close piece on doorframe at closing time, later side chain
Tongue 2 and intermediate lock tongue 3 all stretch out shell 1, have the function of rapid.
Controlled connection end 22-2 on door Internal handle axis 22 can directly be directed at original handle mounting hole and lock core mounting hole.
Claims (10)
1. Full-automatic universal is without lock body smart lock, it is characterized in that the function that only one group of lock tongue can be achieved with oblique lock tongue and main lock tongue
Can, one group of lock tongue is side chain tongue (2) and centre lock tongue (3), and oblique lock tongue function is outside intermediate lock tongue (3) is stretched out for the first time after opening the door
The inclined-plane position of only intermediate lock tongue (3) end of shell (1), side chain tongue (2) do not stretch out shell (1), and main lock tongue function is to close the door
Intermediate lock tongue (3) continues to stretch out on the basis of first time stretching out shell (1) afterwards, stretch out for second be intermediate lock tongue (3) and
What side chain tongue (2) all stretchings shell (1), control side chain tongue (2) and intermediate lock tongue (3) extended and retracted shell (1) is by outer
Lock tongue control unit and smart lock control circuit composition in shell (1)；
Lock tongue control unit is by lock tongue disjunctor (25), clutch part (26), clutch part axis (4), clutch part spring (24), extensible member
Axis (18), extensible member (19), extensible member spring (20), door Internal handle axis (22), door Internal handle axis control piece (21), door Internal handle
Axis spring (23), nut piece (8), screw rod (11) and motor (13) composition；
The effect of lock tongue disjunctor (25) is that side chain tongue (2) and intermediate lock tongue (3) are fixed on lock tongue disjunctor (25), is connected in lock tongue
There is a space on body (25), clutch part (26), clutch part axis (4), clutch part spring (24), nut piece (8), screw rod (11)
A part and a part of extensible member (19) are in this space；
When the effect of clutch part (26) is that itself is uncontrolled, lock side lock tongue (2) and intermediate lock tongue (3) can not retract shell (1),
When door Internal handle is unlocked, clutch part (26) it is controlled no longer by nut piece (8) control, lower pressure gate Internal handle by side chain tongue (2) and
Intermediate lock tongue (3) retracts shell (1)；
The effect of door Internal handle axis (22) is that one end is connect with door Internal handle, and the other end is controlled connection end (22-2), controlled company
End (22-2) is connect by the control of lock core and unlocking tool；
The effect of extensible member (19) is the shape not controlled by external force using the elastic force of extensible member spring (20) in lock tongue disjunctor (25)
Under state, side chain tongue (2) and intermediate lock tongue (3) are stretched out into shell (1)；
Smart lock control circuit is by DC power supply (DC), detection circuit (6), circuit for controlling motor (12), switch door sensor
(17), lock circuit (29) in timing, remote-control receiving circuit (30), discharge cock (10), relay (J), resistance (R1) and (R2)
Composition；
Detection circuit (6) is passed by first stroke switch (5), second stroke switch (9), third trip switch (14) and infrared ray
Sensor (7) composition, position of the infrared sensor (7) between first stroke switch (5) and second stroke switch (9), third
Travel switch (14) is fixed on a side in shell (1)；
Circuit for controlling motor (12) is a motor drive module, and effect is that control motor (13) rotates forward, inverts and stops；
The effect of infrared sensor (7) is in the operating condition, when the third controlling position (8-5) on nut piece (8) enters
When within sensing scope, the output end of infrared sensor (7) exports a control signal, and control motor (13) stops operating；
It after the effect of lock circuit (29) is unlocking in timing, does not open the door when reaching setting time, lock circuit (29) is defeated in timing
Outlet exports a control signal, and side chain tongue (2) and intermediate lock tongue (3) are stretched out shell (1) and locked again by control motor (13)；
The effect of switch door sensor (17) is under shutdown state, and two-way output end is in off-state respectively, under door opening state, two
Road output end is in closed state respectively；
The effect of remote-control receiving circuit (30) is after receiving unlocking signal, and output end issues a control signal, control electricity
Machine (13) rotation.
2. according to Full-automatic universal described in right 1 without lock body smart lock, it is characterized in that there are two circular holes point on extensible member (19)
It is not the first circular hole (19-1) and the second circular hole (19-2), the first circular hole (19-1) is placed on clutch part axis (4), the second circular hole
(19-2) is placed on extensible member axis (18), and extensible member spring (20) is placed on extensible member axis (18), extensible member axis (18)
Both ends are separately fixed on shell (1).
3. according to Full-automatic universal described in right 1 without lock body smart lock, it is characterized in that have on lock tongue disjunctor (25) at two by
Controlling position is the first controlled portion (25-1) and the second controlled portion (25-4) respectively, and controlling position is first control units position at one
(25-5), first control units position (25-5) control is third trip switch (14), and there are two long holes on lock tongue disjunctor (25)
It is the first long hole (25-2) and the second long hole (25-3) respectively, is clutch part axis (4) in mounting hole (25-6).
4. according to Full-automatic universal described in right 1 without lock body smart lock, it is characterized in that having one and screw rod on nut piece (8)
(11) matched nut bore (8-2), controlling position is the second controlling position (8-4) and third controlling position (8-5) respectively at two,
Second controlling position (8-4) control is the first controlled portion (25-1) and third controlled portion (26-3), third controlling position
(8-5) control is first stroke switch (5), second stroke switch (9) and infrared sensor (7), two protruding parts point
It is not the first protruding parts (8-1) and the second protruding parts (8-3), the first protruding parts (8-1) and the second protruding parts (8-3)
Activity in the first long hole (25-2) on lock tongue disjunctor (25) and in the second long hole (25-3) respectively.
5. according to Full-automatic universal described in right 1 without lock body smart lock, it is characterized in that door Internal handle axis (22) runs through shell (1)
Two big sides, one end connect with door Internal handle, and the other end is control of the controlled connection end (22-2) by lock core and unlocking tool
System, there is an Internal handle axis control piece (21), door Internal handle axis spring (23) and a pin (29) on door Internal handle axis (22), in door
Having one section of section in handle axle (22) is rectangular rectangular position (22-1), is inserted into the axis control of door Internal handle with rectangular position (22-1)
In square hole (21-2) on product (21), pin (29) are inserted into later, so that door Internal handle axis (22) can not be from door Internal handle axis
Control piece is extracted on (21), there is an Internal handle axis spring (23), door Internal handle axis control piece (21) on door Internal handle axis (22)
On there is at one the controlling position to be the 4th controlling position (21-1), the control of the 4th controlling position (21-1) is the second controlled portion
(25-4) and the 4th controlled portion (26-4).
6. according to Full-automatic universal described in right 1 without lock body smart lock, it is characterized in that there is a circular hole to be on clutch part (26)
Third circular hole (26-1) is placed on clutch part axis (4) using third circular hole (26-1), and the both ends of clutch part axis (4) are fixed on
On lock tongue disjunctor (25), having controlled portion at two on clutch part (26) is third controlled portion (26-3) and the 4th controlled portion respectively
Position (26-4), the end thereof contacts of fulcrum location (26-2) and clutch part spring (24) at one.
7. according to Full-automatic universal described in right 1 without lock body smart lock, it is characterized in that the two sides of intermediate lock tongue (3) respectively have one
Lock tongue is side chain tongue (2), and the length of intermediate lock tongue (3) is greater than the length of side chain tongue (2), and intermediate lock tongue (3) stretches out the end of one end
Portion is an inclined-plane.
8. according to Full-automatic universal described in right 1 without lock body smart lock, it is characterized in that switch door sensor (17) two-way output
End output end control infrared sensor (7) all the way, another output end controls relay (J).
9. according to Full-automatic universal described in right 1 without lock body smart lock, it is characterized in that first stroke switch (5) refers to normally closed open
It closes (K1), second stroke switch (9) refers to that normal open switch (K4) and normal open switch (K5), third trip switch refer to normal open switch
(K2) and normal open switch (K3), discharge cock (10) is self-lock switch (K6), and relay (J) is two to open two and close relay.
10. according to Full-automatic universal described in right 1 without lock body smart lock, it is characterized in that having an Internal handle, door outside shell (1)
Internal handle locking piece control button, rapid switch key and discharge cock key, door Internal handle and door Internal handle axis (22)
Connection, door Internal handle locking piece control button control door Internal handle locking piece (16), and locking door Internal handle axis (22) can not rotate,
The control of rapid switch key is a normal open switch in parallel with control relay (J) self-holding contact, and rapid is opened
Relay (J) is attracted after close button triggering, and control motor (13) rotation, discharge cock is discharge cock (10) by key control,
According to different use occasions, discharge cock key, lock side lock tongue (2) and intermediate lock tongue (3) are pressed.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201910024942.6A CN109723291A (en) | 2019-01-10 | 2019-01-10 | Full-automatic universal is without lock body smart lock |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201910024942.6A CN109723291A (en) | 2019-01-10 | 2019-01-10 | Full-automatic universal is without lock body smart lock |
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| CN109723291A true CN109723291A (en) | 2019-05-07 |
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| CN201910024942.6A Pending CN109723291A (en) | 2019-01-10 | 2019-01-10 | Full-automatic universal is without lock body smart lock |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN115406306A (en) * | 2022-09-16 | 2022-11-29 | 武汉高德红外股份有限公司 | Electromechanical fuse, missile launching device and missile launching control method |
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2019
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN115406306A (en) * | 2022-09-16 | 2022-11-29 | 武汉高德红外股份有限公司 | Electromechanical fuse, missile launching device and missile launching control method |
| CN115406306B (en) * | 2022-09-16 | 2024-02-06 | 武汉高德红外股份有限公司 | Electromechanical safety device, missile launching device and missile launching control method |
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Application publication date: 20190507 |
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