CN206220693U - A kind of mechano-electronic twin-lock structure - Google Patents
A kind of mechano-electronic twin-lock structure Download PDFInfo
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- CN206220693U CN206220693U CN201621169317.9U CN201621169317U CN206220693U CN 206220693 U CN206220693 U CN 206220693U CN 201621169317 U CN201621169317 U CN 201621169317U CN 206220693 U CN206220693 U CN 206220693U
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Abstract
The utility model discloses a kind of mechano-electronic twin-lock structure, including mechanical lock assembly and electronics lock assembly, mechanical lock assembly includes being connected with mechanical lock, the mechanical lock dead bolt block piece of mechanical lock dead bolt；Electronics lock assembly includes the electronic lock locking bar controlled by electronics lock set, and mechanical lock backing pin is provided with electronic lock locking bar, and the mechanical lock for setting sensing mechanical lock dead bolt in mechanical lock dead bolt block piece side is infrared.The utility model is by the way of electronics lock assembly and mechanical lock assembly are combined, mechanical lock dead bolt is spacing by mechanical lock backing pin, only after the electronics lock set of unlocking electronic lock part, mechanically moving stopper pin and the unlatching of mechanical lock could be completed, and mechanical lock is infrared, the stop place of mechanical lock dead bolt can be sensed, make the closure state of mechanical lock assembly monitored, improve the security performance of existing machinery electronics twin-lock lamps structure.
Description
Technical field
The utility model is a kind of mechano-electronic twin-lock structure, and in particular to employed certainly in printing apparatus using mechanical lock and electricity
The combined lockset of son lock, belongs to lock structure and control field.
Background technology
In daily management mission, traditional control of stamping method refers to the special use for assigning administrative staff to be responsible for seal
And guarantee, not only operating efficiency and operation cost are higher for this control of stamping method, and are difficult to prevent in daily control of stamping
The behavior that Seal Management Regulations are violated present in process occurs, and such situation once occurs, often to company or list
Cause great loss in position.In recent years, in order to effectively manage seal and monitor the use of seal, increasing mechanism starts
Realize that closing for seal takes care of and monitored and managed with the electronization of print process using with print machine.In the prior art, with print machine
A safety door is generally only reserved to carry out the encapsulation and later maintenance of equipment, and the safety door then typically uses mechanical lock and electricity
Son lock twin-lock structure.Such as patent document CN01265694.1（Antitheft door (window) mechano-electronic combined lockset, 2002-09-04）It is public
The twin-lock structure opened, using in the direct or indirect insertion mechanical lock movement parts draw-in groove of the dead bolt of electric lockset or blocking motion
Part protruding parts, reach the purpose that electric lockset stops lock mechanical lock, prevent the key of mechanical lock from individually unlocking.
Because with the mechanical lock and electronic lock of print machine safety door, generally by the way of independent control, its electronic lock is by circuit
Control, and carries out management and control by software systems, it usually needs the flow such as application, examination ＆ approval, by electronic management and control and records, mechanical key
Generally by the personal management with control of stamping authority, and the applicant of software flow, approver, mechanical lock manager are usually
Different personnel, when opening safety door, must ensure that applicant and mechanical lock manager are simultaneously on the scene.Its shortcoming is also very
Substantially：
1）The state of mechanical lock is not monitored, and mechanical lock can be constantly in opening so as to depart from electronic monitoring,
After once mechanical lock long-term disposal opening, such as electronic lock are opened, then only need a people that safety door is opened by field；
2）The unlatching of electronic lock energy control machinery lock, if electronic lock breaks down, equipment cannot be opened, can only be by sudden and violent
Power destroys lockset；
3）The safety coefficient of electronic lock is low, it is easy to it is carried out to block the actual folding shape for making it to detect electronic lock
State, so that depart from electronic monitoring, and electronic lock then only needs mechanical lock holder to open once blocking for a long time in opening
Safety door.
It is new the utility model proposes one kind based on the above mentioned problem that existing use print machine safety door latch exists in use
Mechano-electronic twin-lock structure.
Utility model content
The purpose of this utility model is to provide a kind of mechano-electronic twin-lock structure, using electronics lock assembly and mechanical lock section
The mode that part is combined, mechanical lock dead bolt is spacing by mechanical lock backing pin, only after the electronics lock set of unlocking electronic lock part,
Mechanically moving stopper pin and the unlatching of mechanical lock could be completed, and mechanical lock is infrared, can sense the stop place of mechanical lock dead bolt
Put, make the closure state of mechanical lock assembly monitored, improve the security performance of existing machinery electronics twin-lock lamps structure.
The utility model is achieved through the following technical solutions：A kind of mechano-electronic twin-lock structure, including mechanical lock assembly and
Electronics lock assembly, mechanical lock assembly includes being connected with mechanical lock, the mechanical lock dead bolt block piece of mechanical lock dead bolt；Electronics lock assembly bag
The electronic lock locking bar controlled by electronics lock set is included, mechanical lock backing pin is provided with electronic lock locking bar, in mechanical lock dead bolt block piece
The mechanical lock that side sets sensing mechanical lock dead bolt is infrared.
In the utility model, when mechanical lock dead bolt moves to mechanical lock dead bolt flight position, mechanical lock is pinned, and mechanical lock is red
External signal is blocked by mechanical lock dead bolt, realizes the sensing to mechanical lock dead bolt, and electronics lock set can control the shifting of electronic lock locking bar
Move, and then realize the control of mechanical lock backing pin, mechanical lock backing pin is used for after mechanical lock is pinned located at the lower section of mechanical lock dead bolt, limit
System is artificial to open mechanical lock, and electronic lock dead bolt block piece can be also installed on the side door for be provided with mechanical lock.
The electronics lock set includes electromagnet and electronic lock lever, and electronic lock lever is provided with fixed electromagnet rotation
Axle, electronic lock lever one end is fixed on the removable pin of electromagnet, and the electronic lock lever other end is fixed on electronic lock lever.
Compression spring is set with the electronic lock locking bar, one end of compression spring is acted on electronic lock locking bar
Split washer on, the other end of compression spring is acted on fixed electronic lock locking bar locating part.
Electronic lock is set away from the end side of mechanical lock backing pin infrared, set on the end in the correspondence electronic lock locking bar
Infrared catch.
The quantity of the electronics lock set is two groups.
Be provided with the side door of the electronic lock be provided with limitation electronic lock locking bar electronic lock dead bolt block piece.Electronic lock is locked
Tongue block piece can limit the movement of electronic lock locking bar, the mechanical lock backing pin on electronic lock locking bar is played limit mechanical lock dead bolt and rotate
Effect.
Also include the encapsulating structure being made up of electronic lock substrate and electronic lock cover, the electronics lock assembly is located at encapsulating structure
It is interior.
The utility model compared with prior art, with advantages below and beneficial effect：
（1）The twin-lock lamps structure that the utility model is made up of mechanical lock assembly and electronic lock part, the infrared energy of mechanical lock
Blocked by mechanical lock dead bolt, so as to be monitored to mechanical lock status, be easy to remote management, changed in the prior art because of mechanical lock
State it is not monitored, mechanical lock be constantly in opening and depart from electronization monitoring insecurity.
（2）Using double infrared monitorings, in addition to mechanical lock is infrared, the lock-out state also to electronic lock locking bar enters the utility model
Row monitoring, when safety door is closed, mechanical lock backing pin is located at the state that limit mechanical locks dead bolt, now, the movement of electronic lock locking bar
To away from the infrared position of electronic lock, conversely, when safety door is opened, the infrared catch on electronic lock locking bar is that to block electronic lock red
Outward, the monitoring of electronics lock status is realized, with more preferable safety and reliability.
（3）The utility model is reasonable in design, because being arranged with compression spring on electronic lock locking bar, after electromagnet is powered off
Electronic lock backing pin can be made to carry out mechanical lock dead bolt under compression spring effect spacing, further strengthen the security of electronic lock
Energy.
（4）The utility model is using two groups of settings of electronics lock set, it is to avoid in the prior art, because electronic lock failure cannot
Open, can only occur by the situation of violence damage lockset, any electronics lock set is capable of achieving the unlatching of electronic lock, it is ensured that
Equipment keeps good working order during frequently use.
（5）The utility model is encapsulated wherein electronics lock assembly using electronic lock substrate and the combination of electronic lock cover,
The safety coefficient of electronic lock can be improved, it is to avoid or electromagnet infrared to electronic lock is blocked or destroyed, strengthen the electronics of equipment
Change monitoring, it is practical.
Brief description of the drawings
Fig. 1 is structural representation of the present utility model（One）.
Fig. 2 is structural representation of the present utility model（Two）.
Fig. 3 is the utility model electronics lock assembly enabling schematic diagram.
Fig. 4 is the utility model enabling schematic diagram.
Fig. 5 closes the door schematic diagram for the utility model electronics lock assembly.
Fig. 6 closes the door schematic diagram for the utility model.
Fig. 7 is the structural representation of electronics lock assembly of the present utility model.
Wherein, 101-mechanical lock dead bolt, 102-mechanical lock, 103-mechanical lock dead bolt block piece, 2-electronics lock set,
201-electronic lock locking bar, 202-mechanical lock backing pin, 203-mechanical lock is infrared, 204-electromagnet, 205-electronic lock lever,
206-electromagnet rotary shaft, 207-removable pin, 208-compression spring, 209-split washer, 210-electronic lock locking bar is spacing
Part, 211-electronic lock is infrared, 212-infrared catch, 213-electronic lock dead bolt block piece, 3-electronic lock substrate, 4-electronics
Lock cover, 5-side door.
Specific embodiment
The utility model is described in further detail with reference to embodiment, but implementation method of the present utility model is not
It is limited to this.
Embodiment 1：
The present embodiment proposes a kind of mechano-electronic twin-lock structure, and the lock structure is by mechanical lock assembly and electronics lock assembly
Composition, wherein, mechanical lock assembly includes being connected with mechanical lock 102, the mechanical lock dead bolt block piece 103 of mechanical lock dead bolt 101；Electronics
Lock assembly includes the electronic lock locking bar 201 controlled by electronics lock set 2, and mechanical lock backing pin is provided with electronic lock locking bar 201
202, for the limit mechanical lock dead bolt 101 after the pinning of mechanical lock 102, sensing machinery is set in the side of mechanical lock dead bolt block piece 103
The mechanical lock of lock dead bolt block piece 103 is infrared by 203, the monitoring for realizing the state of mechanical lock 102.
As shown in figure 1, in the present embodiment, electronics lock set 2, mechanical lock infrared 203 is fixed on electronic lock substrate 3,
Electronics lock assembly can be encapsulated wherein with the composition encapsulating structure of electronic lock substrate 3 using electronic lock cover 4, electronic lock is located at safety door
Side door 5 on, the electronic lock dead bolt block piece 213 of limitation electronic lock locking bar 201, machine are provided with the side door 5 for being provided with electronic lock
Tool is locked dead bolt 101 and is rotated under key effect, and after electronic lock is pinned, the structure as shown in Figure 1 of mechanical lock dead bolt 101 is acted on
On mechanical lock dead bolt block piece 103, while sheltering from, mechanical lock is infrared by 203, and feeds back signal that mechanical lock 102 is turned off and assign
The order that electronic lock is closed.After the order that electronic lock is closed is assigned, the control electronic lock of electronics lock set 2 locking bar 201 is moved, and is such as schemed
Shown in 1, electronic lock locking bar 201 can be connected by removable pin 207 and realize movement, electronic lock locking bar 201 is moved to electronic lock dead bolt
Block piece 213, is continued to move to by the limitation of electronic lock dead bolt block piece 213, and now, the mechanical lock backing pin 202 on electronic lock locking bar 201 is firm
Well positioned at the lower section of mechanical lock dead bolt 101, the rotation of mechanical lock dead bolt 101 is limited, realize the limit to mechanical lock dead bolt 101
Position.
Embodiment 2：
The present embodiment proposes a kind of mechano-electronic twin-lock structure, and the lock structure is by mechanical lock assembly and electronics lock assembly
Composition, wherein, mechanical lock assembly includes being connected with mechanical lock 102, the mechanical lock dead bolt block piece 103 of mechanical lock dead bolt 101；Electronics
Lock assembly includes the electronic lock locking bar 201 controlled by electronics lock set 2, and mechanical lock backing pin is provided with electronic lock locking bar 201
202, for the limit mechanical lock dead bolt 101 after the pinning of mechanical lock 102, electronics lock set 2 includes electromagnet 204 and electronic lock thick stick
Bar 205, electronic lock lever 205 is provided with fixed electromagnet rotary shaft 206, and the one end of electronic lock lever 205 is fixed on electromagnet
On 204 removable pin 207, the other end of electronic lock lever 205 is fixed on electronic lock lever 205, is covered on electronic lock locking bar 201
Equipped with compression spring 208, one end of compression spring 208 is acted on the split washer 209 on electronic lock locking bar 201, pressure
The other end of contracting spring 208 is acted on fixed electronic lock locking bar locating part 210.
The present embodiment sets sensing mechanical lock dead bolt block piece 103 using double infrared detections in the side of mechanical lock dead bolt block piece 103
Mechanical lock it is infrared by 203, the monitoring for realizing the state of mechanical lock 102.In correspondence electronic lock locking bar 201 away from mechanical lock backing pin
It is infrared by 211 that 202 end side sets electronic lock, and infrared catch 212 is set on the end.
As shown in Fig. 2 in the present embodiment, electromagnet 204, electromagnet rotary shaft 206, electronic lock locking bar locating part 210, electricity
Son lock infrared by 211, mechanical lock infrared 203 is fixed on electronic lock substrate 3, and envelope is constituted by electronic lock cover 4 and electronic lock substrate 3
Assembling structure encapsulates wherein electronics lock assembly, and electronic lock is being provided with the side door 5 of electronic lock on the side door 5 of safety door
It is provided with the electronic lock dead bolt block piece 213 of limitation electronic lock locking bar 201.
As shown in Figure 3, Figure 4, unlocking motion（Open the door）Control logic is as follows：Electromagnet 204 is assigned in software control command
It is powered later, removable pin 207 is sucked, and electronic lock lever 205 is rotated under the point action of electronic lock rotary shaft, so that
The left-hand motion of electronic lock locking bar 201 is pulled, its electronic lock locking bar 201 is departed from mechanical lock dead bolt block piece 103, electronic lock locking bar
It is infrared by 211 that the part of infrared catch 212 of 201 end of electronic lock locking bar 201 can shelter from electronic lock, so that feedback electronic lock solution
Lock action has been completed, and then, the mechanical lock dead bolt 101 installed on mechanical lock 102 rotates under key effect, locks its mechanical lock
Tongue 101 departs from blocking for mechanical lock dead bolt block piece 103, and after the unblock of mechanical lock 102, it is red that mechanical lock dead bolt 101 departs from mechanical lock
Outer 203 detection, and feedback signal, so as to open side door 5.
As shown in Figure 5, Figure 6, lock action（Close the door）Control logic is as follows：Ibid, electromagnet 204 is in software control command
It is powered after assigning, removable pin 207 is sucked, and electronic lock lever 205 is rotated under the point action of electronic lock rotary shaft,
Moved so as to pull electronic lock locking bar 201 to depart from the left-hand of electronic lock dead bolt block piece 213, make the electronic lock of its electronic lock locking bar 201
It is infrared by 211 that the part of infrared catch 212 of the end of locking bar 201 can shelter from electronic lock, and feedback can now close side door 5, and side door 5 is closed
After closing, mechanical lock dead bolt 101 rotates under key effect, its mechanical lock dead bolt 101 is blocked mechanical lock infrared by 203, and feed back
Signal that mechanical lock 102 is turned off simultaneously assigns the order of electronic lock closing, and now electromagnet 204 is powered off, and electronic lock locking bar 201 exists
Reseting movement is done to the right in the presence of compression spring 208, is sheltered from electronic lock dead bolt block piece 213 and is completed electronic lock and locks, this
When the end of electronic lock locking bar 201 infrared catch 212 depart from infrared 211 detection of electronic lock and feedback electronic lock goes up lock signal.
The present embodiment also can be using two groups of structures of electronics lock set 2, i.e., as shown in Fig. 7 structures.
The above, is only preferred embodiment of the present utility model, and any formal limit is not done to the utility model
System, every any simple modification, equivalent variations made to above example according to technical spirit of the present utility model each fall within
Within protection domain of the present utility model.
Claims (7)
1. a kind of mechano-electronic twin-lock structure, it is characterised in that：Including mechanical lock assembly and electronics lock assembly, mechanical lock assembly bag
Include and be connected with mechanical lock dead bolt（101）Mechanical lock（102）, mechanical lock dead bolt block piece（103）；Electronics lock assembly is included by electronics
Lock set（2）The electronic lock locking bar of control（201）, in electronic lock locking bar（201）It is provided with mechanical lock backing pin（202）, in machinery
Lock dead bolt block piece（103）Side sets sensing mechanical lock dead bolt block piece（103）Mechanical lock it is infrared（203）.
2. a kind of mechano-electronic twin-lock structure according to claim 1, it is characterised in that：The electronics lock set（2）Bag
Include electromagnet（204）With electronic lock lever（205）, electronic lock lever（205）It is provided with fixed electromagnet rotary shaft（206）,
Electronic lock lever（205）One end is fixed on electromagnet（204）Removable pin（207）On, electronic lock lever（205）The other end is fixed
In electronic lock lever（205）On.
3. a kind of mechano-electronic twin-lock structure according to claim 2, it is characterised in that：In the electronic lock locking bar
（201）On be set with compression spring（208）, compression spring（208）One end act on located at electronic lock locking bar（201）On open
Mouth back-up ring（209）On, compression spring（208）The other end act on fixed electronic lock locking bar locating part（210）On.
4. a kind of mechano-electronic twin-lock structure according to claim 2, it is characterised in that：In the correspondence electronic lock locking bar
（201）Away from mechanical lock backing pin（202）To set electronic lock infrared for end side（211）, infrared catch is set on the end
（212）.
5. a kind of mechano-electronic twin-lock structure according to claim 2, it is characterised in that：The electronics lock set（2）'s
Quantity is two groups.
6. a kind of mechano-electronic twin-lock structure according to claim 1, it is characterised in that：The mechanical lock is being installed
（102）Side door（5）It is provided with limitation electronic lock locking bar（201）Electronic lock dead bolt block piece（213）.
7. a kind of mechano-electronic twin-lock structure according to claim 1, it is characterised in that：Also include by electronic lock substrate
（3）With electronic lock cover（4）The encapsulating structure of composition, the electronics lock assembly is in encapsulating structure.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621169317.9U CN206220693U (en) | 2016-11-02 | 2016-11-02 | A kind of mechano-electronic twin-lock structure |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621169317.9U CN206220693U (en) | 2016-11-02 | 2016-11-02 | A kind of mechano-electronic twin-lock structure |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206220693U true CN206220693U (en) | 2017-06-06 |
Family
ID=58788733
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201621169317.9U Active CN206220693U (en) | 2016-11-02 | 2016-11-02 | A kind of mechano-electronic twin-lock structure |
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| Country | Link |
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| CN (1) | CN206220693U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107780719A (en) * | 2017-12-11 | 2018-03-09 | 柳州市百思得信息技术有限公司 | A kind of automatic door lock |
| CN107945348A (en) * | 2017-12-07 | 2018-04-20 | 深圳市满心科技有限公司 | Automatic vending machine unlocking control method, electronic equipment and readable storage medium storing program for executing |
-
2016
- 2016-11-02 CN CN201621169317.9U patent/CN206220693U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107945348A (en) * | 2017-12-07 | 2018-04-20 | 深圳市满心科技有限公司 | Automatic vending machine unlocking control method, electronic equipment and readable storage medium storing program for executing |
| CN107780719A (en) * | 2017-12-11 | 2018-03-09 | 柳州市百思得信息技术有限公司 | A kind of automatic door lock |
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