CN103195303B - Electric unlocking system and operation method thereof - Google Patents
Electric unlocking system and operation method thereof Download PDFInfo
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- CN103195303B CN103195303B CN201210004299.9A CN201210004299A CN103195303B CN 103195303 B CN103195303 B CN 103195303B CN 201210004299 A CN201210004299 A CN 201210004299A CN 103195303 B CN103195303 B CN 103195303B
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Abstract
The invention provides an electric unlocking system and an operation method thereof. An unlocking device, which can receive operation commands and upload unlocking operation states anytime and anywhere, is adopted to unlock a mechanical coding lock, an electric coding lock and other locks preventing anti-misoperation locking. An electric anti-misoperation server of the electric unlocking system and a smartphone or a tablet personnel computer are in communication through various wireless communication networks; a wireless communication circuit of the smartphone or the tablet personnel computer is used for receiving an operation command of the electric anti-misoperation server, and sending the operation state information to the electric anti-misoperation server in real time; the smartphone or the tablet personnel computer and an unlocking device are connected through a short-distance wireless communication manner; and a wireless communication circuit module of a control circuit in the unlocking device is used for receiving the operation command sent by the control circuit of the smartphone or the tablet personnel computer, and uploading the operation state information of the unlocking device to the smartphone or the tablet personnel computer in time. The electric unlocking system and an operation method solve the problems that the operation command is received conveniently and the operation state is not uploaded in real time.
Description
Technical field
The present invention relates to a kind of electric power system for unlocking and method of work thereof, refer in particular to a kind of transformer station, power plant of being applied in the intelligence system and the method for work thereof that use the lockset equipment such as wireless mechanical coding lock, wireless electric puzzle lock of locking to carry out unlocking operation.
Background technology
In order to prevent manual operation accident, generally use shutting device to prevent mistakes in microcomputer to carry out locking to operational outfits such as line breaker, disconnecting link, grounding wire, net doors in transformer station, power plant, the lock set used generally has mechanical lock, electric puzzle lock etc.In prior art, intelligent unlocking key needs to coordinate Table top type industrial control host to use, need through learning by oneself, simulating, connect the links such as ticket before operation, operator must get back to the control room of laying industrial control host before operation can complete above work, and also must get back to control room after operation terminates could by operating result upload server.There are two weak points in this traditional approach, first is accept that the operation of operational order and upload operation result is loaded down with trivial details and efficiency is low.Second be higher level operate guardian cannot real time monitoring operating process state, the back information after only terminating by operation obtains the content of operating process, passive and easily start a leak in management.Meanwhile, traditional computer key exists that volume is too large, complex structure, fault rate are high, be unfavorable for shortcomings such as carrying.
Summary of the invention
The object of the present invention is to provide a kind of electric power system for unlocking and method of work thereof, employing can receive operational order and upload operation state whenever and wherever possible and the unlocking device of compact, the various anti-error lock such as mechanical coding lock and electric puzzle lock can be unlocked, solve operational order and receive inconvenience and can not the problem of upload operation state in real time, solve original computer key volume too large simultaneously, the shortcoming that cannot overcome such as be unfavorable for carrying.
The present invention is achieved through the following technical solutions:
A kind of electric power system for unlocking, include: electrical anti-error server and unlocking device, wherein, also comprise: smart mobile phone or panel computer, described smart mobile phone or panel computer comprise wireless communication line, store the memory of the anti-administration module of electric power five, cell phone control circuit and display screen, and described wireless communication line, memory are all connected with cell phone control circuit with display screen; Described unlocking device comprises housing, probe, release mechanism and unlocking device control circuit; Probe is arranged on the side of housing, and release mechanism to be arranged on housing and to be positioned at probe homonymy, and unlocking device control circuit is installed within housing, and release mechanism and popping one's head in all is connected with unlocking device control circuit; Described unlocking device control circuit includes wireless communication line module, unlocking device memory and CPU; Rely on wireless communication networks connecting communication between electrical anti-error server smart mobile phone or panel computer, the wireless communication line of smart mobile phone or panel computer in order to receive the operational order of five anti-servers, and to the instant transmit operation status information of five anti-servers; Smart mobile phone or be connected by short-distance wireless communication mode between panel computer with unlocking device; The operational order that the wireless communication line module of unlocking device control circuit sends in order to receive cell phone control circuit, and the operational status information immediately uploading unlocking device is to the anti-intelligent hand of electric power five.
The method of work of above-mentioned electric power system for unlocking, operational order is sent to smart mobile phone or panel computer by wireless communication networks by electrical anti-error server, operational order is stored among holder by cell phone control circuit, and show on liquid crystal display, start wireless communication line simultaneously and operational order is sent to unlocking device by short-distance wireless communication mode; After the wireless communication line module of unlocking device receives operational order, operational order data are sent to CPU and are stored in after CPU process in unlocking device memory, CPU starts the coding of probe acquires to lock, control release mechanism and carry out unlocking motion, unlocking operation status information is sent to CPU, CPU reads unlocking operation status information, operational status information is sent to unlocking device memory; After having operated, operation result information is sent to smart mobile phone or panel computer by wireless communication line module by CPU, and operation result information is sent to electrical anti-error server by wireless communication networks by smart mobile phone or panel computer.
Beneficial effect of the present invention is as follows:
A kind of electric power system for unlocking of the present invention and method of work thereof, owing to comprising smart mobile phone or panel computer, rely on various mobile radio communication network connecting communication between electrical anti-error server smart mobile phone or panel computer; Smart mobile phone or be connected by short-distance wireless communication mode between panel computer with unlocking device; Unlocking device have employed wireless communication mode, the smart mobile phone of compounding practice person or panel computer use, operator uses smart mobile phone or panel computer to utilize wireless communication networks to receive operational order from server, then operational order is sent to unlocking device by smart mobile phone or panel computer, after unlocking device end of operation, operating result is passed to smart mobile phone or panel computer, smart mobile phone or panel computer upload onto the server often walking operating result in real time, can receive operational order and back delivery operations state in any place with or without the covering of line communication network.A kind of electric power system for unlocking of the present invention and method of work thereof, employing can receive the unlocking device of operational order and upload operation state whenever and wherever possible, mechanical coding lock and electric puzzle lock can be unlocked, and can recording operation information, built-in wireless communication function, can with smart mobile phone or panel computer with the use of, receive and upload operation information in any place with or without the covering of line communication network, solve operational order and receive inconvenience and can not the problem of upload operation state in real time, substantially increase operating efficiency and safety.The invention has the advantages that: the place that can cover at any wireless communication networks receives operation task, passback real-time operation information, thus the efficiency of raising transformer station, power-plant operation operational administrative and automaticity; Simultaneously, because unlocking device only comprises the parts with release mechanism core, and do not comprise the display of traditional computer key, long-distance transmissions, storage Large Volume Data etc. other interlock circuits and parts, make unlocking device volume very small and exquisite, greatly facilitate carrying of operating personnel.
Accompanying drawing explanation
Fig. 1 is the structural representation of the unlocking device of a kind of electric power system for unlocking of the present invention;
Fig. 2 is the control circuit schematic diagram of the unlocking device of a kind of electric power system for unlocking of the present invention;
Fig. 3 is the mechanical lock release mechanism schematic diagram of the unlocking device of a kind of electric power system for unlocking of the present invention;
Fig. 4 is the electric puzzle lock release circuit schematic diagram of the unlocking device of a kind of electric power of the present invention system for unlocking;
Fig. 5 is the electric puzzle lock plan structure schematic diagram of the unlocking device of a kind of electric power of the present invention system for unlocking;
Fig. 6 is the electric puzzle lock structural representation of the unlocking device of a kind of electric power of the present invention system for unlocking;
Fig. 7 is the mechanical lock structure schematic diagram of the unlocking device of a kind of electric power system for unlocking of the present invention;
Fit structure schematic diagram when Fig. 8 is the carrying out unblock mechanical lock of the unlocking device of a kind of electric power system for unlocking of the present invention;
Fig. 9 is the carrying out of the unlocking device of a kind of electric power system for unlocking of the present invention fit structure schematic diagram when unlocking electric puzzle lock;
Figure 10 is the communication mode schematic diagram of a kind of electric power system for unlocking of the present invention;
Figure 11 is the smart mobile phone of a kind of electric power system for unlocking of the present invention or the control circuit schematic diagram of panel computer;
Figure 12 is the unlocking device of a kind of electric power system for unlocking of the present invention and the control circuit connected mode schematic diagram of smart mobile phone or panel computer;
Figure 13 is the method for work schematic flow sheet of a kind of electric power system for unlocking of the present invention.
Description of reference numerals:
Detailed description of the invention
Ask for an interview Fig. 1 to Fig. 2, Figure 10,11, the invention discloses a kind of electric power system for unlocking, include: electrical anti-error server 40 and unlocking device 42, wherein, also comprise: smart mobile phone or panel computer 41, described smart mobile phone or panel computer 41 comprise wireless communication line 37, store the memory 39 of the anti-administration module of electric power five, cell phone control circuit 36 and display screen 38, and described wireless communication line 37, memory 39 are all connected with cell phone control circuit 36 with display screen 38; Described unlocking device 42 comprises housing 5, probe 1, release mechanism and unlocking device control circuit; The side that probe 1 is arranged on housing 5, release mechanism to be arranged on housing 5 and to be positioned at probe homonymy, and unlocking device control circuit is installed within housing 5, and release mechanism and popping one's head in 1 is all connected with unlocking device control circuit; Described unlocking device control circuit includes wireless communication line module 13, unlocking device memory 14 and CPU7; Wireless communication networks connecting communication is relied between electrical anti-error server 40 and smart mobile phone or panel computer 41, the wireless communication line 37 of smart mobile phone or panel computer 41 in order to receive the operational order of electrical anti-error server 40, and to the instant transmit operation status information of electrical anti-error server 40; Smart mobile phone or be connected by short-distance wireless communication mode between panel computer 41 with unlocking device 42; The operational order that the wireless communication line module 13 of unlocking device control circuit sends in order to receive cell phone control circuit 36, and the operational status information immediately uploading unlocking device is to smart mobile phone or panel computer 41.
The method of work of above-mentioned electric power system for unlocking, operational order is sent to smart mobile phone or panel computer 41 by wireless communication networks by electrical anti-error server 40, operational order is stored among holder 39 by cell phone control circuit 36, and show on liquid crystal display 38, start wireless communication line 37 simultaneously and operational order is sent to unlocking device 42 by short-distance wireless communication mode; After the wireless communication line module 13 of unlocking device 42 receives operational order, operational order data are sent to CPU7 and are stored in after CPU7 process in unlocking device memory 14, CPU7 starts the coding that probe 1 collects lock, control release mechanism and carry out unlocking motion, unlocking operation status information is sent to CPU 7, CPU7 reads unlocking operation status information, operational status information is sent to unlocking device memory 14; After having operated, operation result information is sent to smart mobile phone or panel computer 41 by wireless communication line module 13 by CPU7, and operation result information is sent to electrical anti-error server 40 by wireless communication networks by smart mobile phone or panel computer 41.
Embodiment:
As shown in Fig. 1,10, described unlocking device 42 comprises buzzer 6; Housing 5 is rectangular structure, and unlock button 4 is equipped with in front, and probe 1 is arranged on the top of housing 5.
As shown in Figure 2,3, 4, unlocking device control circuit includes CPU7, unlocking device memory 14, clock circuit 12, wireless communication line module 13, code value testing circuit 11, mechanical lock unlocked state 9, electric puzzle lock unlocked state 8 and unlocks testing circuit 10; Buzzer 6, electric puzzle lock unlocked state 8, mechanical lock unlocked state 9, unblock testing circuit 10, code value testing circuit 11, clock circuit 12, wireless communication line module 13, unlocking device memory 14 are all directly connected with CPU7; Code value testing circuit 11 is connected to probe 1 and CPU7, is responsible for the code value data that process probe 1 gathers; Unlock testing circuit 10 and comprise current sampler 17 and position sensor 16, current sampler 17 unlocks electric current for detecting electric puzzle lock, position sensor 16 is for detecting mechanical lock lockset position of coupler state, and unblock testing circuit 10 gathers these data and status information sends to CPU7 in order to judge that whether unblock is successful; The CPU7 temporal information that read operation completes from clock circuit 12.
Probe 1 adopts non-contact detection element, preferably, adopts wireless encoding RFID electric elements.
Buzzer 6 is connected with CPU7 in control circuit, can export the buzz that length, tone are different, point out various mode of operation.
As shown in Figure 1,3, the backstay 2 played the role of positioning when release mechanism includes for unlocking, the trip lever 3 that mechanical coding lock retaining mechanism can be opened and unlock button 4, backstay 2 and trip lever 3 are arranged on the both sides of probe 1 respectively, are fixed on housing 5; Unlock button 4 is arranged on the front of housing 5, stretches out housing 5 outside; Unlock button 4 is engaged by gear structure with trip lever 3, and gear structure includes: unlock button teeth groove 29 and trip lever teeth groove 32; The outermost end of unlock button 4 is provided with unlock button cap 31.
The trip lever latch 34 of trip lever 3 the inner is provided with pin hole; Mechanical coding lock unlocking feature also includes solenoid 35, and mechanical lock unlocked state 9 is connected with solenoid 35; Lock its position in the pin hole of described solenoid movable end insertion trip lever 3 to make it to rotate, when there being the operation task unlocking mechanical lock, after probe 1 reads corresponding lock coding, unlocking device control circuit controls adhesive solenoid and extracts from pin hole, release trip lever 3, makes trip lever 3 rotate; The spring 30 that trip lever can be driven to get back to original position is installed below unlock button 4; The front end of trip lever 3 is provided with the unblock groove 28 coordinated with mechanical coding lock, for driving trip lever rotating opening mechanical coding lock when unlock button 4 action; Unlock button 4 has position monitoring point 33, position monitoring point 33 is other is provided with position sensor 16, detects the change in location of monitoring point, position 33 and send positional information to unlocking device control circuit by position sensor 16; During mechanical lock operation, unlocking device control circuit controls unlock solenoid 35 adhesive, and unlock button is pressed by operator, trip lever 3 is driven to open mechanical coding lock, position sensor 16 detects unlock button 4 change in location, positional information is sent to unlocking device control circuit, is and unlocks successfully.
As shown in Fig. 1,4,5,6, described trip lever 3 and backstay 2 are as two electrodes that can conduct electricity, and housing 5 is connected with insulation mode between backstay 2, trip lever 3; Electricity puzzle lock unlocked state 8 is connected between trip lever 3 and backstay 2, and be made up of current detection circuit and Chang Kai electronic switch 15, current detection circuit includes sampling diode and modulus conversion chip.Often open the normal opened contact of electronic switch 15 by Control, control the break-make in loop between two electrodes; When there being the operation task unlocking electric puzzle lock, Control normal opened contact closes, and makes the loop conducting between two electrodes; During the operation of electricity puzzle lock, electric current flows through from current detection circuit, and current detection circuit collection also processes current data and sends control circuit to, if the size of electric current has exceeded threshold values, namely thinks successful operation, otherwise has been unsuccessful.
As shown in Figure 5,6, electricity puzzle lock is made up of electric puzzle lock lock body 21, wireless encoding sheet 18, right slot electrode 19, left slot electrode 20, right prap 22, left prap 23, when unlocking electric puzzle lock, as shown in Figure 9, unlocking device front end backstay 2 is inserted left slot electrode 20 and makes it the electrode contact with inside, thus make backstay 2 and left prap 23 short circuit, probe 1 aims at Wireless code sheet 18, trip lever 3 inserts the electrode contact that right slot electrode 19 makes it in inside, thus makes trip lever 3 and right prap 22 short circuit.
As shown in Figure 4, backstay 2, current sampler 17, electronic switch 15, trip lever 3 are cascaded; After unlock command is assigned, CPU7 controls electric puzzle lock unlocked state 8 makes electronic switch 15 be in closure state, unlock testing circuit 10 starting current sampler 17 to start to detect electric current, after operator unlocks electric puzzle lock, current sampler detects 17 and the current information collected is sent to unblock testing circuit 10, unlock testing circuit 10 and judge that current values size is then thought and unlocked successfully after exceeding threshold values, result is reported CPU7, and operation terminates rear electric puzzle lock unlocked state 8 and controls electronic switch 15 and be in open-circuit condition.
As shown in Figure 7, mechanical coding lock is by lock body 26, lock ring 27, locating hole 24, unlock hole 25, and wireless encoding sheet 18 forms, during unblock as shown in Figure 8, unlocking device front end backstay 2 is inserted locating hole 24, and probe 1 aims at Wireless code sheet 18, and trip lever 3 inserts unlock hole 25.
After unlock command is assigned, as shown in Figure 3, CPU7 controls mechanical lock unlocked state 9 and orders about solenoid 35 adhesive, unclamp the trip lever latch 34 of backstay 3 the inner, now trip lever 3 is in rotatable state, and after operator presses unlock button cap 31, unlock button teeth groove 29 drives trip lever teeth groove 32 movable, trip lever teeth groove 32 drives trip lever 3 to rotate, and trip lever 3 rotates and makes to unlock groove 28 rotating opening mechanical coding lock.Position sensor 16 starts, detect the displacement of position detection point 33 on unlock button and be sent to unblock testing circuit 10, after displacement exceedes certain value, unlock testing circuit 10 and judge that unlocking operation completes, information reporting CPU7, CPU7 are controlled mechanical lock unlocked state 9 makes unlock solenoid 35 discharge.After operator unclamps unlock button cap 31, unlock button 4 is pushed up back original position by spring 30, drives trip lever 3 to get back to original position simultaneously, after trip lever 3 gets back to original position, original position got back to by trip lever latch 34, and the unlock solenoid 35 after release inserts trip lever latch 34, is locked by trip lever 3.
The method of work of above-mentioned electric power system for unlocking, wherein, as illustrated in flow chart figure 11, comprises following job step:
S1 electric operating operation task starts, and electrical anti-error server has electrical anti-error interlock locking information and equipment state;
S2 operating personnel to the equipment that will operate, carry out out operation order, simulation preview on smart mobile phone or panel computer, therebetween by wireless communication networks will the information transmission of operating equipment to electrical anti-error server;
S3 electrical anti-error server carries out logic analysis judgement to operation information, and analysis result is transferred to smart mobile phone or panel computer.
If S31 meets anti-error logic rules, then smart mobile phone or panel computer produce corresponding operation order content array according to result;
If S32 does not meet anti-error logic rules, then smart mobile phone or panel computer prompting error message.Return S2
S4 operator reads the content of operation on smart mobile phone or panel computer, confirms current operation object;
The order of unlocking operation appointed object is sent to unlocking device by wireless communication mode by S5 operator;
S6 operator holds unlocking device to appointed object operate;
S7 unlocking device according to device type automatic decision unlocking manner, in this way mechanical lock unlocking manner, then enters mechanical latching operation step S8, in this way electric puzzle lock unlocking manner, then enter electric puzzle lock operating procedure S9;
S8 enters mechanical latching operation step, enters S10 after having operated;
S9 enters electric puzzle lock operating procedure, enters S10 after having operated;
S10 unlocking device judges that whether unlocking operation is successful, as successfully entered step S12, as unsuccessfully entered step S11;
S11 unlocking device prompting error message, gets back to step S6;
S12 unlocking device prompting successful operation, sends prompt tone, stores operation note information;
Result is sent to smart mobile phone or panel computer by wireless communication mode by S13 unlocking device;
Operating result is passed back to electrical anti-error server by wireless communication networks by S14 smart mobile phone or panel computer.
Control circuit working example:
As described in Figure 11, smart mobile phone or panel computer 41 are made up of wireless communication module 37, control circuit 36, liquid crystal display 38, memory 39, and anti-error software is arranged within memory 39.After operation is initiated, operational order is sent to smart mobile phone or panel computer 41 by wireless communication networks by anti-error server 40, operational order is stored among holder 39 by the control circuit 36 of smart mobile phone or panel computer 41, and show on liquid crystal display 38, start wireless communication line 37 simultaneously and operational order is sent to unlocking device 42 by short-distance wireless communication mode, as shown in figure 12, the wireless communication line 37 of smart mobile phone or panel computer is connected by short-distance wireless communication mode with the wireless communication line 13 of unlocking device, receives and sends data.
After the wireless communication line 13 of unlocking device 42 receives operational order, data are delivered to CPU7 and is stored in after CPU7 process in unlocking device memory 14, CPU7 controls probe interface 11 subsequently, start probe 1, after unlocking device is inserted lock body by operator, as Fig. 8,9, CPU7 will be transmitted data to through code value testing circuit 11 after probe 1 collects lock coding, target code-locked value in the code value collected and unlocking device memory 14 compares by CPU7, if code value is different, then starts buzzer 6 and point out error message; If code value is identical, then judge that target lockset type starts homographic solution lock circuit:
If mechanical lock, CPU7 starts mechanical lock unlocked state 9, unlock testing circuit 10, and send correct prompt tone prompting operator operation by buzzer 6, operator presses unlock button 4, trip lever 3 is driven to rotate, after unlocking corresponding mechanical coding lock, position sensor 16 detects the action of unlock button 4, the information unlocked is sent to CPU7 through unlocking testing circuit 10, the CPU7 temporal information that read operation completes from clock circuit 12, operating result is sent to unlocking device memory 14, start buzzer 6 simultaneously and send successful operation prompt tone,
If electric puzzle lock, CPU7 starts unblock relay 8, normal opened contact 15 is made to be in short-circuit condition, start simultaneously and unlock testing circuit 10 and current sampler 17, and send correct prompt tone prompting operator operation by buzzer 6, after operator operates electric puzzle lock, current sampler 17 detects that operating current flows through, the information unlocked is sent to CPU7 through unlocking testing circuit 10, the CPU7 temporal information that read operation completes from clock circuit 12, operating result is sent to unlocking device memory 14, start buzzer 6 simultaneously and send successful operation prompt tone,
After having operated, operating result is sent by wireless communication line 13 by CPU7, and smart mobile phone or panel computer receive operating result, send to computer by wireless communication networks.
Above-mentioned listed specific implementation is nonrestrictive, and concerning the person skilled in the art of this area, not departing from the scope of the invention, the various modifications and variations of carrying out, all belong to protection scope of the present invention.The electronic component used in the present embodiment is commonplace components, all can commercially purchase.
Claims (8)
1. an electric power system for unlocking, include: electrical anti-error server (40) and unlocking device (42), it is characterized in that: also comprise: smart mobile phone or panel computer (41), described smart mobile phone or panel computer (41) comprise wireless communication line (37), store the memory (39) of the anti-administration module of electric power five, cell phone control circuit (36) and display screen (38), and described wireless communication line (37), memory (39) are all connected with cell phone control circuit (36) with display screen (38); Described unlocking device (42) comprises housing (5), probe (1), release mechanism and unlocking device control circuit; Probe (1) is arranged on the side of housing (5), release mechanism is arranged on housing (5) and goes up and be positioned at probe homonymy, unlocking device control circuit is installed within housing (5), and release mechanism is all connected with unlocking device control circuit with probe (1); Described unlocking device control circuit includes wireless communication line module (13), unlocking device memory (14) and CPU (7); Wireless communication networks connecting communication is relied between electrical anti-error server (40) and smart mobile phone or panel computer (41), the wireless communication line (37) of smart mobile phone or panel computer (41) in order to receive the operational order of electrical anti-error server (40), and to the instant transmit operation status information of electrical anti-error server (40); Smart mobile phone or be connected by short-distance wireless communication mode between panel computer (41) with unlocking device (42); The operational order that the wireless communication line module (13) of unlocking device control circuit sends in order to receive cell phone control circuit (36), and the operational status information immediately uploading unlocking device is to smart mobile phone or panel computer (41); Described unlocking device (42) comprises buzzer (6); Housing (5) is rectangular structure, and unlock button (4) is equipped with in front; Described unlocking device control circuit includes CPU (7), unlocking device memory (14), clock circuit (12), wireless communication line module (13), code value testing circuit (11), mechanical lock unlocked state (9), electric puzzle lock unlocked state (8) and unlocks testing circuit (10); Buzzer (6), electric puzzle lock unlocked state (8), mechanical lock unlocked state (9), unblock testing circuit (10), code value testing circuit (11), clock circuit (12), wireless communication line module (13), unlocking device memory (14) are all directly connected with CPU (7); Code value testing circuit (11) is connected to probe (1) and CPU (7), is responsible for the code value data that process probe (1) gathers; Unlock testing circuit (10) and comprise current sampler (17) and position sensor (16), current sampler (17) unlocks electric current for detecting electric puzzle lock, position sensor (16) is for detecting mechanical lock lockset position of coupler state, and unblock testing circuit (10) gathers these data and whether status information sends to CPU (7) successfully to judge to unlock; CPU (7) temporal information that read operation completes from clock circuit (12).
2. a kind of electric power system for unlocking as claimed in claim 1, is characterized in that: described probe (1) adopts non-contact detection element.
3. a kind of electric power system for unlocking as claimed in claim 2, it is characterized in that: the backstay (2) played the role of positioning when described release mechanism includes for unlocking, the trip lever (3) that mechanical coding lock retaining mechanism can be opened and unlock button (4), backstay (2) and trip lever (3) are arranged on the both sides of pop one's head in (1) respectively, are fixed on housing (5); Unlock button (4) is arranged on the front of housing (5), stretches out housing (5) outside; Unlock button (4) is engaged by gear structure with trip lever (3), and gear structure includes: unlock button teeth groove (29) and trip lever teeth groove (32); The outermost end of unlock button (4) is provided with unlock button cap (31).
4. a kind of electric power system for unlocking as claimed in claim 3, is characterized in that: the trip lever latch (34) of described trip lever (3) the inner is provided with pin hole; Mechanical coding lock unlocking feature also includes solenoid (35), and mechanical lock unlocked state (9) is connected with solenoid (35); Lock its position in the pin hole of described solenoid movable end insertion trip lever (3) to make it to rotate, when there being the operation task unlocking mechanical lock, after probe (1) reads corresponding lock coding, unlocking device control circuit controls adhesive solenoid and extracts from pin hole, release trip lever (3), makes trip lever (3) rotate; Unlock button (4) below is provided with the spring (30) that trip lever can be driven to get back to original position; The front end of trip lever (3) is provided with the unblock groove (28) coordinated with mechanical coding lock, for driving trip lever rotating opening mechanical coding lock when unlock button (4) action; Unlock button (4) there is position monitoring point (33), position monitoring point (33) is other is provided with position sensor (16), detects the change in location of monitoring point, position (33) and send positional information to unlocking device control circuit by position sensor (16).
5. a kind of electric power system for unlocking as claimed in claim 4, it is characterized in that: described trip lever (3) and backstay (2) are as two electrodes that can conduct electricity, and housing (5) is connected with insulation mode between backstay (2), trip lever (3); Electricity puzzle lock unlocked state (8) is connected between trip lever (3) and backstay (2), be made up of current detection circuit and Chang Kai electronic switch (15), current detection circuit includes sampling diode and modulus conversion chip.
6. as the method for work of the electric power system for unlocking in claim 1 to 5 as described in any one, it is characterized in that: operational order is sent to smart mobile phone or panel computer (41) by wireless communication networks by electrical anti-error server (40), operational order is stored among holder (39) by cell phone control circuit (36), and show on liquid crystal display (38), start wireless communication line (37) simultaneously and operational order is sent to unlocking device (42) by short-distance wireless communication mode; After the wireless communication line module (13) of unlocking device (42) receives operational order, operational order data be sent to CPU (7) and be stored in unlocking device memory (14) after CPU (7) process, CPU(7) coding that probe (1) collects lock is started, control release mechanism and carry out unlocking motion, unlocking operation status information is sent to CPU (7), CPU (7) reads unlocking operation status information, operational status information is sent to unlocking device memory (14); After having operated, operation result information is sent to smart mobile phone or panel computer (41) by wireless communication line module (13) by CPU (7), and operation result information is sent to electrical anti-error server (40) by wireless communication networks by smart mobile phone or panel computer (41).
7. the method for work of a kind of electric power system for unlocking as claimed in claim 6, is characterized in that: comprise following job step:
S1 electric operating operation task starts, and electrical anti-error server is preserved electrical anti-error interlock locking information and equipment state;
S2 operating personnel to the equipment that will operate, carry out out operation order, simulation preview on smart mobile phone or panel computer, therebetween by wireless communication networks will the information transmission of operating equipment to electrical anti-error server;
S3 electrical anti-error server carries out logic analysis judgement to operation information, and analysis result is transferred to smart mobile phone or panel computer;
If S31 meets anti-error logic rules, then smart mobile phone or panel computer produce corresponding operation order content array according to result;
If S32 does not meet anti-error logic rules, then smart mobile phone or panel computer prompting error message, return step S2;
S4 operator reads the content of operation on smart mobile phone or panel computer, confirms current operation object;
The order of unlocking operation appointed object is sent to unlocking device by wireless communication mode by S5 operator;
S6 operator holds unlocking device to appointed object operate;
S7 unlocking device according to device type automatic decision unlocking manner, in this way mechanical lock unlocking manner, then enters mechanical latching operation step S8, in this way electric puzzle lock unlocking manner, then enter electric puzzle lock operating procedure S9;
S8 enters mechanical latching operation step, enters S10 after having operated;
S9 enters electric puzzle lock operating procedure, enters S10 after having operated;
S10 unlocking device judges that whether unlocking operation is successful, as successfully entered step S12, as unsuccessfully entered step S11;
S11 unlocking device prompting error message, gets back to step S6;
S12 unlocking device prompting successful operation, sends prompt tone, stores operation note information;
Result is sent to smart mobile phone or panel computer by wireless communication mode by S13 unlocking device;
Operating result is passed back to electrical anti-error server by wireless communication networks by S14 smart mobile phone or panel computer.
8. the method for work of a kind of electric power system for unlocking as claimed in claim 7, it is characterized in that: in step S7, unlocking device according to the concrete grammar of device type automatic decision unlocking manner is: after the wireless communication line (13) of unlocking device (42) receives operational order, data delivered to CPU (7) and be stored in unlocking device memory (14) after CPU (7) process, CPU (7) controls probe interface (11) subsequently, start probe (1), after unlocking device is inserted lock body by operator, CPU (7) will be transmitted data to through code value testing circuit (11) after probe (1) collects lock coding, target code-locked value in the code value collected and unlocking device memory (14) compares by CPU (7), if code value is different, then start buzzer (6) prompting error message, if code value is identical, then judge that target lockset type starts homographic solution lock circuit:
The concrete grammar entering mechanical latching operation step S8 is: CPU (7) starts mechanical lock unlocked state (9), unlock testing circuit (10), and send correct prompt tone prompting operator operation by buzzer (6), operator presses unlock button (4), trip lever (3) is driven to rotate, after unlocking corresponding mechanical coding lock, position sensor (16) detects the action of unlock button (4), the information unlocked is sent to CPU (7) through unlocking testing circuit (10), CPU (7) temporal information that read operation completes from clock circuit (12), operating result is sent to unlocking device memory (14), start buzzer (6) simultaneously and send successful operation prompt tone,
The concrete grammar entering electric puzzle lock operating procedure S9 is, CPU (7) starts unblock relay (8), normal opened contact (15) is made to be in short-circuit condition, start simultaneously and unlock testing circuit (10) and current sampler (17), and send correct prompt tone prompting operator operation by buzzer (6), after operator operates electric puzzle lock, current sampler (17) detects that operating current flows through, the information unlocked is sent to CPU (7) through unlocking testing circuit (10), CPU (7) temporal information that read operation completes from clock circuit (12), operating result is sent to unlocking device memory (14), start buzzer (6) simultaneously and send successful operation prompt tone.
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| CN201210004299.9A CN103195303B (en) | 2012-01-06 | 2012-01-06 | Electric unlocking system and operation method thereof |
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| CN201210004299.9A CN103195303B (en) | 2012-01-06 | 2012-01-06 | Electric unlocking system and operation method thereof |
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| CN103195303A CN103195303A (en) | 2013-07-10 |
| CN103195303B true CN103195303B (en) | 2014-12-17 |
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