CN107458953A - A kind of circuit and implementation method based on POS enabling radio gang elevator - Google Patents

A kind of circuit and implementation method based on POS enabling radio gang elevator Download PDF

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Publication number
CN107458953A
CN107458953A CN201710581535.6A CN201710581535A CN107458953A CN 107458953 A CN107458953 A CN 107458953A CN 201710581535 A CN201710581535 A CN 201710581535A CN 107458953 A CN107458953 A CN 107458953A
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CN
China
Prior art keywords
circuit
transtation mission
door
wireless
resistance
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Granted
Application number
CN201710581535.6A
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Chinese (zh)
Other versions
CN107458953B (en
Inventor
陈韬
孙佳伟
孙林
孙安龙
王长宝
谢仪
凌青华
夏永锋
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
NANJING KINGDOM NEW CONTROL INSTRUMENT Co.,Ltd.
Original Assignee
Jiangsu University of Science and Technology
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Publication date
Application filed by Jiangsu University of Science and Technology filed Critical Jiangsu University of Science and Technology
Priority to CN201910715916.8A priority Critical patent/CN110436319B/en
Priority to CN201910715913.4A priority patent/CN110577140B/en
Priority to CN201910715918.7A priority patent/CN110451389B/en
Priority to CN201710581535.6A priority patent/CN107458953B/en
Publication of CN107458953A publication Critical patent/CN107458953A/en
Application granted granted Critical
Publication of CN107458953B publication Critical patent/CN107458953B/en
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Classifications

    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B66—HOISTING; LIFTING; HAULING
    • B66B—ELEVATORS; ESCALATORS OR MOVING WALKWAYS
    • B66B1/00—Control systems of elevators in general
    • B66B1/34—Details, e.g. call counting devices, data transmission from car to control system, devices giving information to the control system
    • B66B1/3415—Control system configuration and the data transmission or communication within the control system
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B66—HOISTING; LIFTING; HAULING
    • B66B—ELEVATORS; ESCALATORS OR MOVING WALKWAYS
    • B66B13/00—Doors, gates, or other apparatus controlling access to, or exit from, cages or lift well landings
    • B66B13/02—Door or gate operation
    • B66B13/14—Control systems or devices
    • B66B13/143—Control systems or devices electrical
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B66—HOISTING; LIFTING; HAULING
    • B66B—ELEVATORS; ESCALATORS OR MOVING WALKWAYS
    • B66B2201/00—Aspects of control systems of elevators
    • B66B2201/10—Details with respect to the type of call input
    • B66B2201/101—Single call input
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B66—HOISTING; LIFTING; HAULING
    • B66B—ELEVATORS; ESCALATORS OR MOVING WALKWAYS
    • B66B2201/00—Aspects of control systems of elevators
    • B66B2201/40—Details of the change of control mode
    • B66B2201/46—Switches or switchgear
    • B66B2201/4607—Call registering systems
    • B66B2201/4638—Wherein the call is registered without making physical contact with the elevator system
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B66—HOISTING; LIFTING; HAULING
    • B66B—ELEVATORS; ESCALATORS OR MOVING WALKWAYS
    • B66B2201/00—Aspects of control systems of elevators
    • B66B2201/40—Details of the change of control mode
    • B66B2201/46—Switches or switchgear
    • B66B2201/4607—Call registering systems
    • B66B2201/4676—Call registering systems for checking authorization of the passengers
    • Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
    • Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02B—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO BUILDINGS, e.g. HOUSING, HOUSE APPLIANCES OR RELATED END-USER APPLICATIONS
    • Y02B20/00—Energy efficient lighting technologies, e.g. halogen lamps or gas discharge lamps
    • Y02B20/40—Control techniques providing energy savings, e.g. smart controller or presence detection

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  • Engineering & Computer Science (AREA)
  • Automation & Control Theory (AREA)
  • Computer Networks & Wireless Communication (AREA)
  • Indicating And Signalling Devices For Elevators (AREA)
  • Lock And Its Accessories (AREA)

Abstract

The invention discloses a kind of circuit and implementation method based on POS enabling radio gang elevator, circuit includes the POS enabling radio gang transtation mission circuit module and wireless receiving control circuit module of wireless connection；It is that transtation mission circuit module includes the first power supply, door lock, the doorway machine that DOOR ends connect with power supply negative, DOOR+ ends connect with door lock negative, door lock is just being concatenated into the door open button of positive source, wireless encoding transtation mission circuit, switching tube Q1, resistance R1, R2, diode D1, D2, D3；Connect after positive source concatenation R1 with D2, D3 anode；D3 negative electrodes connect with doorway machine output switch DOOR+ ends；D1 negative electrodes connect with Q1 grids and R2 one end after D1, D2 are forward concatenated, and the R2 other ends and Q1 source electrodes connect with power cathode；Wireless encoding transtation mission circuit just connects with positive source, and the negative of wireless encoding transtation mission circuit connects with Q1 drain electrodes.Method essentially consists in, and when doorway machine output switch disconnects, is called with radio gang with layer elevator and illuminating lamp.

Description

A kind of circuit and implementation method based on POS enabling radio gang elevator
Technical field
The invention belongs to intelligent building engineering field, is related to one kind and realizes that owner swipes the card in building first floor gateway doorway machine Elevator is called while enabling, so as to reduce the circuit for waiting elevator door time, and in particular to a kind of gateway doorway machine is swiped the card out Door and wireless calling elevator and the circuit and implementation method of illumination.
Background technology
With the city improvement of people's living standards, the quickening of rhythm of life, the demand to life is not only on goods and materials Satisfaction, but hommization experience it is comfortable, convenient.It is all right in numerous high-end buildings in order to preferably embody human oriented design Visible dialogue system is improved, and is added doorway machine and is called terraced function.The specific implementation of this function is on the house first floor and ground The doorway machine increase of Xia Shigeceng elevators hall, which is swiped the card, calls elevator functions, i.e., owner enters while doorway machine swipes the card enabling, To signal all the way to elevator call buttons, realize and shift to an earlier date call, save the time for owner, farthest effectively using electricity Ladder, improve energy utilization rate.But electric signal is often transported to elevator(lift) machine room by current doorway machine calling elevator, and ordinary circumstance is exhaled It is all in the first floor to be elevator, but elevator(lift) machine room is in top layer, therefore this scheme cloth line length, and construction is complicated, and signal be present and decline The phenomenon subtracted, also it is unfavorable for the maintenance in later stage.One kind also just like Application No. 201610003479.3 is based in the prior art The circuit and implementation method of POS enabling linkage elevator, it is recorded：Circuit is reconstructed after being exported to gateway doorway machine, is increased If PNP type triode Q, resistance R and normally opened contact relay J；It is constant to retain original door lock switch gate branch road annexation：It is The DOOR+ ends of entrance doorway machine output switch are connected with the positive pole of dc source, the DOOR- of gateway doorway machine output switch It is connected after the concatenation door open button of end with the positive pole of door lock, the negative pole of door lock is connected with the negative pole of dc source.Take three Pole pipe Q emitter stage is connected with the DOOR+ ends of gateway doorway machine output switch, triode Q base stage and gateway doorway The DOOR- ends of machine output switch are connected, the negative pole phase after triode Q collector series relay J coils with dc source Connection, the elevator call buttons phase of relay J normally opened contact and same layer simultaneously connect, and triode Q base stage simultaneously concatenates R to direct current The negative pole in source.From realization：Gateway doorway machine is swiped the card and calls elevator when opening the door and simultaneously in same layer.Overcome original scheme wiring Long, construction is complicated, the problem of signal attenuation and shortcoming.Very perfect design is seemed, but critical defect be present：When gateway doorway Machine swipe the card enabling when, gateway doorway machine output switch disconnect, triode Q conducting saturation, relay J adhesives, normally opened contact production Raw signal to elevator call buttons of connecting call elevator, realize elevator-calling function；But the now base stage because of triode Q and discrepancy The DOOR- ends of mouth doorway machine output switch are connected, and triode Q base current is not only base stage and is concatenated into the negative of dc source The resistance R of pole is limited, but after the door lock parallel connection concatenated by resistance R with door open button controls triode Q base stage jointly Electric current, and the resistance of door lock is far smaller than resistance R, this is determined by the working characteristics of door lock, then now due to door lock In the presence of the electric current for flowing through triode Q base stages is far longer than the maximum current that its base stage can bear, and damages triode Q, if damage Bad is triode Q breakdown, and now door lock is unable to fail-safe.To sum up analysis show that Application No. 201610003479.3 is a kind of Circuit and implementation method based on POS enabling linkage elevator are tied in the state of the disconnection of gateway doorway machine output switch By：
When triode Q base stage can bear to flow through electric current needed for door lock, i.e. triode Q will not be damaged：
(1) triode Q saturations：Relay J coil electricity, relay J normally opened contact are connected, and export dry contact all the way Signal to elevator call buttons call elevator, realize elevator-calling function；
(2) door open button is pressed, and door lock dead electricity is opened the door；
(3) door open button is not pressed, and door lock will not dead electricity enabling；
(4) whether door open button is pressed, and influences triode Q saturation depth；
When triode Q base stage can not bear to flow through electric current needed for door lock, i.e. triode Q is damaged：
If (1) triode Q base stages are to blow and (do not discuss whether relay J coil is powered situation),
Whether door open button is pressed, and the equal dead electricity of door lock is opened the door；
If (2) triode Q base stages are breakdown (not discussing whether relay J coil is powered situation),
1. door open button is pressed, door lock dead electricity is opened the door；
2. door open button is not pressed, door lock will not dead electricity enabling.
It is well-known：Gateway doorway machine with layer elevator inlet and outlet with still having a certain distance, from gateway doorway machine The elevator call buttons of lead to same layer elevator still bother than school；And night enters when doorway machine swipes the card enabling, it is impossible to and Shi Kaiqi illuminates with the lamp of the inlet and outlet of layer elevator, makes user's row that same layer lift port is rapidly entered after doorway machine is swiped the card and opened the door Walk to have potential safety hazard.If with acoustic control lamp, user card punching is entered still has a certain distance, night to same layer elevator inlet and outlet Between for convenience walking imported and exported to elevator, the specific sound of very high loudness can be sent into user behind the door by, which swiping the card, can just make acoustic control lamp Open, user is opened by sending sound control with the acoustic control lamp of the inlet and outlet of layer elevator, and this behavior, and often other are lived Family life interferes, and the especially late into the night is easier to influence the rest of other resident families.
The content of the invention
The purpose of the present invention proposes that one kind is based on POS enabling radio gang to solve the defects of prior art is present The circuit and implementation method of elevator.
In order to realize above-mentioned purpose, the technical scheme of realization of the invention is：
A kind of circuit based on POS enabling radio gang elevator, including send the POS enabling of wireless signal wirelessly The transtation mission circuit module that links and the corresponding wireless receiving control circuit module for receiving wireless signal；The POS opens the door wireless join Dynamic transtation mission circuit module, including gateway doorway machine, door lock, door open button, wireless encoding transtation mission circuit, switching tube Q1, resistance R1, R2, diode D1, D2, D3, the first dc source；One end of the door open button is connected with the positive pole of the first dc source Connect, the other end of door open button is connected with the positive pole of door lock, the negative pole of door lock and the DOOR+ of gateway doorway machine output switch End is connected, and the DOOR- ends of gateway doorway machine output switch are connected with the negative pole of the first dc source；Resistance R1 one end It is connected with the positive pole of the first dc source, the resistance R1 other end and diode D2 anode and diode D3 anode are mutually simultaneously Connect；Diode D3 negative electrode is connected with the DOOR+ ends of gateway doorway machine output switch；Diode D2 negative electrode and diode D1 anode is connected, and diode D1 negative electrode and switching tube Q1 grid and resistance R2 one end phase simultaneously connect, and resistance R2's is another One end is connected with the negative pole of the first dc source；The positive pole of wireless encoding transtation mission circuit is connected with the positive pole of the first dc source Connect, the negative pole of wireless encoding transtation mission circuit is connected with switching tube Q1 drain electrode, switching tube Q1 source electrode and the first dc source Negative pole be connected；Wireless encoding transtation mission circuit is wirelessly connected with wireless receiving control circuit module.
The first described dc source is direct current 12V.
Described diode D1 and diode D2 and diode D3 is switching diode.
Described diode D1 and diode D2 is transwitch diode.
Described switching tube Q1 is the enhanced metal-oxide-semiconductor of N-channel, is voltage driven element.
The diode D3：1. for when the output switch of gateway doorway machine 3050 disconnects, making door lock branch road not opened Closing pipe Q1 and resistance R2 and being powered influences, that is, is used to ensure that door lock is reliably opened when the output switch of gateway doorway machine 3050 disconnects Door, at the same when the output switch of gateway doorway machine 3050 disconnects protective efficient switch pipe Q1 gate-source voltage uGSBe unlikely to because It is too high and damage, play protection switch pipe Q1, therefore when the output switch of gateway doorway machine 3050 disconnects, diode D3 is used for Door lock branch road is electrically isolated with control wireless encoding transmitting branch；2. it is used for when the output switch of gateway doorway machine 3050 is connected, Door lock branch road is electrically connected with control wireless encoding transmitting branch, connect, make out by the output switch of gateway doorway machine 3050 Pipe Q1 is closed to be changed into ending from saturation.
The door open button of described door lock is provided in the door open button in door, is normally closed push button switch, i.e.,：Door open button Under just normally closed door state, the switch of door open button is connection；When pressing door open button, the switch of door open button is by closing The state of (connection) disconnects, and when unclamping door open button, the switch connection of door open button, that is, reverts to closure.
Described gateway doorway machine output switch is dry contact signal, gateway doorway machine under just normally closed door state, Output switch for connect, when gateway doorway machine swipe the card enabling after output switch disconnect, provide a power-off signal.
Described wireless encoding transtation mission circuit, including the coding module that output is connected with radiating circuit input, and be arranged to Upper electricity is automatic to send wireless encoding, and cut-out power supply is stopped.
Described wireless receiving control circuit module, including：Wireless receiving/control circuit, with wireless receiving/control circuit Elevator call buttons of the output to switch and connect, and the second dc source for wireless receiving/control circuit power supply；Wirelessly Output of the input of reception/control circuit wirelessly with wireless encoding transtation mission circuit is connected.
Described wireless receiving/control circuit, including relay J, controller unit, the first push module, photo resistance, Second push module, receiving circuit, human body sensor module, illuminating lamp；The input of the controller unit and photo resistance, connect The output for receiving circuit, human body sensor module is connected；The output of the controller unit promotes with the first push module, second The input of module is connected；The output of first push module is connected with relay J coil, and the normally opened of relay J touches Point is with elevator call buttons phase and connecing；The output of second push module is connected with illuminating lamp；The input of receiving circuit with Wireless mode is connected with the output of wireless encoding transtation mission circuit.
Described relay J is the relay of normally opened contact, and the present invention uses the DC relay of normally opened contact.
Described elevator call buttons are the elevator call buttons with gateway doorway machine with layer.And elevator call buttons are adopted The signal of collection is also dry contact signal.
Above-mentioned purpose is realized, another technical scheme of the invention is：
A kind of POS enabling radio gang transtation mission circuit module of circuit based on POS enabling radio gang elevator Implementation method, comprise the following steps:
(1) it is set under the doorway machine output switch on-state of gateway, wireless encoding transtation mission circuit is not powered, wirelessly Coding transtation mission circuit does not work；
(2) it is set under the doorway machine output switch off-state of gateway, wireless encoding transtation mission circuit is powered, it is wireless to compile Code transtation mission circuit, which produces, to be encoded and transmits wirelessly, and is cut off when gateway doorway machine output switch is connected, wireless encoding sends electricity Road is stopped.
Above-mentioned purpose is realized, another technical scheme of the invention is：
A kind of implementation method of the wireless receiving control circuit module of the circuit based on POS enabling radio gang elevator, Comprise the following steps:
First, setting stops when controller unit receives and parses through the coding of wireless encoding transtation mission circuit transmission The timer of timing and clearing, and normally opened contact to relay J and illuminating lamp are controlled as follows respectively：
(1) it is to relay J normally opened contact control process：
1. if relay J normally opened contacts are in an ON state, controller unit control relay J normally opened contact is kept Connect,
2. if relay J normally opened contacts are off, controller unit control relay J normally opened contact connects It is logical,
(2) it is for the control process of illuminating lamp：
1. if illuminating lamp is in opening, controller unit control illuminating lamp is kept it turned on,
2. if illuminating lamp is in OFF state, controller unit is carried out such as according to the resistance testing result to photo resistance Lower control：
When the resistance ＜ of photo resistance sets threshold values, holding illuminating lamp extinguishes,
When resistance >=setting threshold values of photo resistance, illuminating lamp is opened；
2nd, setting when controller unit receive be resolved to wireless encoding transtation mission circuit transmission coding when, to after Electrical equipment J normally opened contact and illuminating lamp is controlled as follows respectively：
(1) it is to relay J normally opened contact control process：
1. if relay J normally opened contacts are in an ON state, controller unit control relay J normally opened contact is released To put, relay J normally opened contact disconnects,
2. if relay J normally opened contacts are off, controller unit control relay J normally opened contact is kept Disconnect,
(2) it is for the control process of illuminating lamp：
1. if illuminating lamp is in OFF state, controller unit is by human body sensor module to whether someone detects knowledge Not, and combination is controlled to the resistance testing result of photo resistance：It is to be identified to arrive someone, and resistance >=setting of photo resistance During threshold values, illuminating lamp is opened, otherwise, keeps illuminating lamp to extinguish,
2. if illuminating lamp is in opening, controller unit is by human body sensor module to whether someone detects knowledge Do not controlled as follows：
When recognizing someone, stop the timer just in timing and clearing, and keep illuminating lamp to open,
When not recognizing someone, when opening timer, illuminating lamp is controlled to put out when reaching 3 minutes when timer Go out, when stopping timer and reset.
Beneficial effect：
A kind of circuit and implementation method based on POS enabling radio gang elevator of the present invention, main feature：
(1) added between door lock branch road and control wireless encoding transmitting branch and be electrically isolated diode, realized in gateway When the output switch of doorway machine 3050 disconnects, the uncontrolled wireless encoding transmitting branch of door lock branch road influences, and uses entrance doorway machine 3050 output switchs reliably open the door when disconnecting, and will not damage switching tube because of the influence of door lock branch road again.Due in door lock branch road Added between control wireless encoding transmitting branch and be electrically isolated diode, when in gateway, the output switch of doorway machine 3050 disconnects, Both reliably simulant elevator button signal had been realized, and really door lock is reliably opened.Sent again in door lock branch road and control wireless encoding The electric isolution diode added between branch road, only play unidirectional electric isolution, the output switch of doorway machine 3050 is connected in gateway When, equally connected by the output switch of gateway doorway machine 3050, make switching tube Q be changed into ending from saturation, circuit is reliable；
(2) the circuit of radio gang elevator, for installing：Very long wiring is eliminated, it is easy for installation；From using upper For：If calling of swiping the card dark and opening elevator inlet and outlet immediately illumination with elevator inlet and outlet light while layer elevator Lamp, i.e., with night linkage illuminating lamp unlatching, both with acoustic control lamp the characteristics of, people opens to lamp, facilitate user from swipe the card open the door Smoothly enter afterwards with layer lift port, the defects of overcoming acoustic control lamp again, swipe the card and will not be sent out into user behind the door because needing acoustic control to turn on light Go out the sound, thus reduce because need acoustic control turn on light user card punching open the door after to other resident families life interference, especially the late into the night reduce Because needing acoustic control to turn on light rest to other resident families.
Brief description of the drawings
Fig. 1 is a kind of POS enabling radio gang of circuit based on POS enabling radio gang elevator of the present invention Transtation mission circuit module first embodiment theory diagram；
Fig. 2 is a kind of POS enabling radio gang of circuit based on POS enabling radio gang elevator of the present invention Transtation mission circuit module second embodiment theory diagram；
Fig. 3 is a kind of POS enabling radio gang of circuit based on POS enabling radio gang elevator of the present invention Transtation mission circuit module 3rd embodiment theory diagram；
Fig. 4 is a kind of POS enabling radio gang of circuit based on POS enabling radio gang elevator of the present invention Transtation mission circuit module fourth embodiment theory diagram；
Fig. 5 is a kind of POS enabling radio gang of circuit based on POS enabling radio gang elevator of the present invention Wireless encoding transtation mission circuit theory diagram in transtation mission circuit module；
Fig. 6 is a kind of wireless receiving control circuit mould of circuit based on POS enabling radio gang elevator of the present invention Block theory diagram；
Fig. 7 is a kind of wireless receiving control circuit mould of circuit based on POS enabling radio gang elevator of the present invention Block control method FB(flow block)；
In figure：D1, D2, D3, D4, D5, D6, D7, D8, D9, D10. diode, ZD1. voltage-stabiliser tubes, R1, R2, R3, R4, R5, R6, R11, R12, R13, R14. resistance, J. relays, 3050. gateway doorway machines, the dc sources of DC1. first, DC2. second Dc source, Q1, Q2, Q3, Q4. switching tube, 101,102,103,104. door lock branch roads, 201,202,203,204. controls are wireless Coding transmitting branch, 1000. POS enabling radio gang transtation mission circuit modules, 2000. wireless receiving control circuit modules, 10. wireless encoding transtation mission circuit, 11. radiating circuits, PT2262. coding modules, 35. receiving circuits, 300. wireless receivings/control Circuit, 31. controller units, 32. first push modules, 34. second push modules, 33. photo resistance, 36. human body sensors Module, 37. illuminating lamps.
Embodiment
As shown in Figure 1, Figure 2, shown in Fig. 3 and Fig. 4, the first dc source DC1 is 12V；The gateway doorway machine 3050 Output switch be dry contact signal, for gateway doorway machine 3050 under just normally closed door state, output switch works as discrepancy to connect Mouthful doorway machine 3050 output switch after enabling of swiping the card disconnects and provides a power-off signal；The door open button is normally closed button, is The door open button of door lock, operate during for going out, when pressing door open button, door open button is disconnected by normally closed state, and release is opened Door button, the switch connection of door open button, that is, is reverted to normally closed；Described door lock：When in electricity condition when door lock close；Work as place Opened the door when power failure state.Under just normally closed door state：The output switch of gateway doorway machine 3050 is connected, the switch of door open button connects Logical, door lock is in obtain electricity condition locking.
A kind of as shown in figure 1, POS enabling radio gang hair of circuit based on POS enabling radio gang elevator Circuit module 1000 is sent, by gateway doorway machine 3050, door lock, door open button, wireless encoding transtation mission circuit 10, switching tube Q1, Resistance R1, R2, diode D1, D2, D3, the first dc source DC1 compositions；One end of the door open button and the first dc source DC1 positive pole is connected, and the other end of door open button is connected with the positive pole of door lock, negative pole and the gateway doorway machine of door lock The DOOR+ ends of 3050 output switchs are connected, DOOR- ends and the first dc source of the output switch of gateway doorway machine 3050 DC1 negative pole is connected；Resistance R1 one end is connected with the first dc source DC1 positive pole, the resistance R1 other end and two Pole pipe D2 anode and diode D3 anode phase simultaneously connect；Diode D3 negative electrode and the output switch of gateway doorway machine 3050 DOOR+ ends are connected；Diode D2 negative electrode is connected with diode D1 anode, and diode D1 negative electrode is with switching tube Q1's Control terminal and resistance R2 one end phase simultaneously connect, and the resistance R2 other end is connected with the first dc source DC1 negative pole；It is wireless to compile The positive pole of code transtation mission circuit 10 is connected with the first dc source DC1 positive pole, and the negative pole of wireless encoding transtation mission circuit 10 is with opening The hot end for closing pipe Q1 is connected, and switching tube Q1 cold end is connected with the first dc source DC1 negative pole；It is wireless to compile Code transtation mission circuit 10 is wirelessly connected with receiving circuit 35 in wireless receiving control circuit module 2000.
Described diode D1, D2 and D3 are switching diode, and diode D1 and D2 select transwitch diode.
Described switching tube Q1 is the enhanced metal-oxide-semiconductor of N-channel, is voltage driven element, the grid of the enhanced metal-oxide-semiconductor of N-channel Pole (G) is switching tube Q1 control terminal, and the drain electrode (D) of the enhanced metal-oxide-semiconductor of N-channel is switching tube Q1 hot end, and N-channel increases The source electrode (S) of strong type metal-oxide-semiconductor is switching tube Q1 cold end.As switching tube Q1 gate-source voltage uGS≥UGS(th)Open electricity During pressure, switching tube Q1 enters conducting saturation, i.e. switching tube Q1 switch connections；As switching tube Q1 gate-source voltage uGS<UGS(th)Open When opening voltage, switching tube Q1 enters cut-off, i.e. switching tube Q1 is switched off.
The diode D3：1. for when the output switch of gateway doorway machine 3050 disconnects, making door lock branch road not opened Closing pipe Q1 and resistance R2 and being powered influences, that is, is used to ensure that door lock is reliably opened when the output switch of gateway doorway machine 3050 disconnects Door, at the same when the output switch of gateway doorway machine 3050 disconnects protective efficient switch pipe Q1 gate-source voltage uGSBe unlikely to because It is too high and damage, play protection switch pipe Q1, therefore when the output switch of gateway doorway machine 3050 disconnects, diode D3 is used for Door lock branch road is electrically isolated with control wireless encoding transmitting branch；2. it is used for when the output switch of gateway doorway machine 3050 is connected, Door lock branch road is electrically connected with control wireless encoding transmitting branch, connect, make out by the output switch of gateway doorway machine 3050 Pipe Q1 is closed to be changed into ending from saturation.
When in gateway, the output switch of doorway machine 3050 is connected, the first dc source DC1 is through resistance R1 diode D3's To the forward conduction voltage that the voltage between the first dc source DC1 negative poles is diode D3, i.e. the first direct current produced by anode Source DC1 through resistance R1 produced by diode D3 anode to the voltage between the first dc source DC1 negative poles<1V, and this is less than 1V voltage, it is that can not reach switching tube Q1 control terminals through positive diode D2, D1 along concatenation, and because switching tube Q1 is controlled Biasing resistor R2 to the first dc source DC1 negative pole (the pull down resistor R2 of switching tube Q1 control terminations is over the ground) is terminated with, therefore When the output switch of gateway doorway machine 3050 is connected, the enhanced metal-oxide-semiconductor of N-channel now used is between switching tube Q1 grid source Voltage uGSFar smaller than its UGS(th)Cut-in voltage, and close to zero, so that it is guaranteed that switching tube Q1 reliably quickly ends, i.e., really The reliable disconnection of switching tube Q1 switches is protected, and is quickly disconnected (because of the energy storage of the equivalent capacity of resistance R2 switch tubes Q1 G-S interpolars There is release action).
When in gateway, the output switch of doorway machine 3050 disconnects, the first dc source DC1 is suitable through resistance R1 and forward direction successively Biasing resistor R2 (the drop-down electricity of switching tube Q1 control terminations accessed after diode D2, D1 of concatenation with switching tube Q1 control terminals Hinder R2 over the ground) partial pressure, the voltage that biasing resistor R2 divides is to use the enhanced metal-oxide-semiconductor of N-channel between switching tube Q1 grid source Control voltage uGS,And u is setGSMore than switching tube Q1 UGS(th)Cut-in voltage, when using UGS(th)Cut-in voltage is 5V N-channel Enhanced metal-oxide-semiconductor, then it is of the invention that u is setGSControl terminal for 8V or so to switching tube Q1, so that it is guaranteed that switching tube Q1 reliably enters Enter saturation, i.e., when the output switch of gateway doorway machine 3050 disconnects, it is ensured that switching tube Q1 switch is reliably connected.
When switching tube Q1 is switched off, the no power of wireless encoding transtation mission circuit 10, wireless encoding transtation mission circuit 10 does not have Wireless encoding signal is sent.
When switching tube Q1 switch connections, wireless encoding transtation mission circuit 10 obtains electric, the generation volume of wireless encoding transtation mission circuit 10 Code simultaneously transmits wirelessly, and is sent until switching tube Q1 switches off stopping.
A kind of as shown in figure 1, POS enabling radio gang hair of circuit based on POS enabling radio gang elevator Circuit module 1000 is sent to realize that function has:
(1) in the state of the connection of the output switch of gateway doorway machine 3050：
1. switching tube Q1 is switched off, the no power of wireless encoding transtation mission circuit 10, wireless encoding transtation mission circuit 10 does not have nothing Line coding signal is sent；
2. door open button is in releasing orientation, door lock be in electricity condition, door lock close；
3. press door open button, door lock dead electricity is opened the door；
4. whether door open button is pressed, do not influence switching tube Q1 switches and be off；
(2) in the state of the disconnection of the output switch of gateway doorway machine 3050：
1. switching tube Q1 switch connections, wireless encoding transtation mission circuit 10 obtains electric, the generation coding of wireless encoding transtation mission circuit 10 And transmit wirelessly, sent until switching tube Q1 switches off stopping；
2. whether door open button is pressed, the equal dead electricity of door lock is opened the door, and does not influence switching tube Q1 switch connection states.
A kind of as shown in figure 1, POS enabling radio gang hair of circuit based on POS enabling radio gang elevator Send the implementation method of circuit module 1000 as follows:
(1) one end of door open button is connected with the first dc source DC1 positive pole, the other end and door lock of door open button Positive pole be connected, the negative pole of door lock is connected with the DOOR+ ends of the output switch of gateway doorway machine 3050, gateway doorway machine The DOOR- ends of 3050 output switchs are connected with the first dc source DC1 negative pole；
(2) resistance R1 one end is connected with the first dc source DC1 positive pole, resistance the R1 other end and diode D2 Anode and diode D3 anode phase and connect, diode D3 negative electrode and the DOOR+ of the output switch of gateway doorway machine 3050 End is connected；
(3) diode D2 negative electrode is connected with diode D1 anode, diode D1 negative electrode and switching tube Q1 control End and resistance R2 one end phase simultaneously connect, and the resistance R2 other end is connected with the first dc source DC1 negative pole；
(4) the positive pole of wireless encoding transtation mission circuit 10 is connected with the first dc source DC1 positive pole, and wireless encoding is sent The negative pole of circuit 10 is connected with switching tube Q1 hot end, switching tube Q1 cold end and the first dc source DC1's Negative pole is connected；
(5) wireless encoding transtation mission circuit 10 is wirelessly connected with wireless receiving control circuit module 2000.
A kind of as shown in Fig. 2 POS enabling radio gang hair of circuit based on POS enabling radio gang elevator Circuit module 1000 is sent, by gateway doorway machine 3050, door lock, door open button, wireless encoding transtation mission circuit 10, switching tube Q2, Resistance R3, diode D4, the first dc source DC1, voltage-stabiliser tube ZD1 composition；One end of the door open button and the first direct current Source DC1 positive pole is connected, and the other end of door open button is connected with the positive pole of door lock, negative pole and the gateway doorway machine of door lock The DOOR+ ends of 3050 output switchs are connected, DOOR- ends and the first dc source of the output switch of gateway doorway machine 3050 DC1 negative pole is connected；Resistance R3 one end is connected with the first dc source DC1 positive pole, the resistance R3 other end and two Pole pipe D4 anode and voltage-stabiliser tube ZD1 negative electrode phase simultaneously connect；Diode D4 negative electrode and the output switch of gateway doorway machine 3050 DOOR+ ends be connected；Voltage-stabiliser tube ZD1 anode is connected with switching tube Q2 control terminal；Wireless encoding transtation mission circuit 10 Positive pole is connected with the first dc source DC1 positive pole, the negative pole of wireless encoding transtation mission circuit 10 and switching tube Q2 high potential End is connected, and switching tube Q2 cold end is connected with the first dc source DC1 negative pole；Wireless encoding transtation mission circuit 10 is logical Wireless mode is crossed with receiving circuit 35 in wireless receiving control circuit module 2000 to be connected.
The diode D4 is switching diode, and selects germanium switching diode.
The voltage-stabiliser tube ZD1 is voltage-regulator diode, and its voltage stabilizing value is arranged on 3V between 5V, including 3V and 5V, the present invention Voltage-regulator diode of the voltage stabilizing value for 3V is used, both ensures that switching tube Q2 is reliable when the output switch of gateway doorway machine 3050 is connected Cut-off, and favorably select sufficiently large valued resistor R3 when the output switch of gateway doorway machine 3050 disconnects, both can ensure that out The base current for closing pipe Q2 is multiplied by the electric current that its multiplication factor is more than colelctor electrode, also ensures that and is opened in the output of gateway doorway machine 3050 Diode D4 is flowed through in pass electric current when connecting is again small, for economizing on electricity.
Described switching tube Q2 is NPN type switch triode, is current driving element, the base stage of NPN type switch triode For switching tube Q2 control terminal, the current collection extremely switching tube Q2 hot end of NPN type switch triode, NPN type switchs three poles The transmitting extremely switching tube Q2 cold end of pipe.When switching tube Q2 base current is equal to zero, switching tube Q2 is in cut-off, That is switching tube Q2 is switched off；When switching tube Q2 base current, which is multiplied by its multiplication factor, is more than the electric current of colelctor electrode, switch Pipe Q2 is on saturation, i.e. switching tube Q2 switch connections.
The diode D4：1. for when the output switch of gateway doorway machine 3050 disconnects, making door lock branch road not opened Closing pipe Q2 and being powered influences, that is, is used to ensure that door lock reliably opens the door when the output switch of gateway doorway machine 3050 disconnects, while Protective efficient switch pipe Q2 base current is unlikely to excessive and damaged when the output switch of gateway doorway machine 3050 disconnects, and rises and protects Switching tube Q2 effects are protected, therefore when the output switch of gateway doorway machine 3050 disconnects, diode D4 is used for door lock branch road and control Wireless encoding transmitting branch is electrically isolated；2. for when the output switch of gateway doorway machine 3050 is connected, making door lock branch road and control Wireless encoding transmitting branch processed is electrically connected, and is connected by the output switch of gateway doorway machine 3050, switching tube Q2 is become by saturation For cut-off.
When in gateway, the output switch of doorway machine 3050 is connected, the first dc source DC1 is through resistance R3 diode D4's To the forward conduction voltage that the voltage between the first dc source DC1 negative poles is diode D4, i.e. the first direct current produced by anode Source DC1 through resistance R3 produced by diode D4 anode to the voltage between the first dc source DC1 negative poles<1V, and this is less than 1V voltage, switching tube Q2 control terminals can not be reached (because voltage stabilizing value is 3V) through concatenating voltage-stabiliser tube ZD1, then switching tube Q2 control terminals Electric current be zero, therefore when the output switch of gateway doorway machine 3050 is connected, due to voltage-stabiliser tube ZD1 effect, it is ensured that switching tube Q2 reliably ends.
When in gateway, the output switch of doorway machine 3050 disconnects, the first dc source DC1 is successively through resistance R3 and voltage-stabiliser tube Switching tube Q2 control terminals, voltage-stabiliser tube ZD1 conductings are added after ZD1, and is selected by resistance R3 resistance, makes to flow through voltage-stabiliser tube ZD1 Electric current be multiplied by switching tube Q2 multiplication factor and be more than the electric current of colelctor electrode, so that it is guaranteed that switching tube Q2 is reliably into saturation, I.e. when the output switch of gateway doorway machine 3050 disconnects, it is ensured that switching tube Q2 switch is reliably connected.
When switching tube Q2 is switched off, the no power of wireless encoding transtation mission circuit 10, wireless encoding transtation mission circuit 10 does not have Wireless encoding signal is sent.
When switching tube Q2 switch connections, wireless encoding transtation mission circuit 10 obtains electric, the generation volume of wireless encoding transtation mission circuit 10 Code simultaneously transmits wirelessly, and is sent until switching tube Q2 switches off stopping.
A kind of as shown in Fig. 2 POS enabling radio gang hair of circuit based on POS enabling radio gang elevator Circuit module 1000 is sent to realize that function has:
(1) in the state of the connection of the output switch of gateway doorway machine 3050：
1. switching tube Q2 is switched off, the no power of wireless encoding transtation mission circuit 10, wireless encoding transtation mission circuit 10 does not have nothing Line coding signal is sent；
2. door open button is in releasing orientation, door lock be in electricity condition, door lock close；
3. press door open button, door lock dead electricity is opened the door；
4. whether door open button is pressed, do not influence switching tube Q2 switches and be off；
(2) in the state of the disconnection of the output switch of gateway doorway machine 3050：
1. switching tube Q2 switch connections, wireless encoding transtation mission circuit 10 obtains electric, the generation coding of wireless encoding transtation mission circuit 10 And transmit wirelessly, sent until switching tube Q2 switches off stopping；
2. whether door open button is pressed, the equal dead electricity of door lock is opened the door, and does not influence switching tube Q2 switch connection states.
A kind of as shown in Fig. 2 POS enabling radio gang hair of circuit based on POS enabling radio gang elevator Send the implementation method of circuit module 1000 as follows:
(1) one end of door open button is connected with the first dc source DC1 positive pole, the other end and door lock of door open button Positive pole be connected, the negative pole of door lock is connected with the DOOR+ ends of the output switch of gateway doorway machine 3050, gateway doorway machine The DOOR- ends of 3050 output switchs are connected with the first dc source DC1 negative pole；
(2) resistance R3 one end is connected with the first dc source DC1 positive pole, resistance the R3 other end and diode D4 Anode and voltage-stabiliser tube ZD1 negative electrode phase and connect, diode D4 negative electrode and the DOOR+ of the output switch of gateway doorway machine 3050 End is connected；
(3) voltage-stabiliser tube ZD1 anode is connected with switching tube Q2 control terminal；
(4) the positive pole of wireless encoding transtation mission circuit 10 is connected with the first dc source DC1 positive pole, and wireless encoding is sent The negative pole of circuit 10 is connected with switching tube Q2 hot end, switching tube Q2 cold end and the first dc source DC1's Negative pole is connected；
(5) wireless encoding transtation mission circuit 10 is wirelessly connected with wireless receiving control circuit module 2000.
A kind of as shown in figure 3, POS enabling radio gang hair of circuit based on POS enabling radio gang elevator Circuit module 1000 is sent, by gateway doorway machine 3050, door lock, door open button, wireless encoding transtation mission circuit 10, switching tube Q3, Resistance R4, R5, diode D5, D6, D7, the first dc source DC1 compositions；The output switch of gateway doorway machine 3050 DOOR+ ends are connected with the first dc source DC1 positive pole, and the DOOR- ends of the output switch of gateway doorway machine 3050 are with opening the door One end of button is connected, and the other end of door open button is connected with the positive pole of door lock, the negative pole of door lock and the first dc source DC1 negative pole is connected；Diode D6 anode is connected with the first dc source DC1 positive pole, diode D6 negative electrode with Diode D7 anode is connected, and diode D7 negative electrode and switching tube Q3 hot end and resistance R5 one end phase simultaneously connect, The resistance R5 other end and diode D5 negative electrode, switching tube Q3 control terminal and resistance R4 one end phase and connect, diode D5 Anode be connected with the DOOR- ends of the output switch of gateway doorway machine 3050, the resistance R4 other end and the first dc source DC1 negative pole is connected；The positive pole of wireless encoding transtation mission circuit 10 is connected with switching tube Q3 cold end, wireless encoding hair The negative pole on power transmission road 10 is connected with the first dc source DC1 negative pole；Wireless encoding transtation mission circuit 10 wirelessly with Receiving circuit 35 is connected in wireless receiving control circuit module 2000.
Described diode D5, D6 and D7 are switching diode, and diode D8 and D9 select transwitch diode.
Described switching tube Q3 is P-channel enhancement type metal-oxide-semiconductor, is voltage driven element, the grid of P-channel enhancement type metal-oxide-semiconductor Pole (G) is switching tube Q3 control terminal, and the drain electrode (D) of P-channel enhancement type metal-oxide-semiconductor is switching tube Q3 cold end, and P-channel increases The source electrode (S) of strong type metal-oxide-semiconductor is switching tube Q3 hot end.As switching tube Q3 gate-source voltage uGS≤UGS(th)Open electricity During pressure, switching tube Q3 enters conducting saturation, i.e. switching tube Q3 switch connections；As switching tube Q3 gate-source voltage uGS＞ UGS(th) During cut-in voltage, switching tube Q3 enters cut-off, i.e. switching tube Q3 is switched off.It is well-known：For P-channel enhancement type metal-oxide-semiconductor： UGS(th)Cut-in voltage is negative value.
The diode D5：1. for when the output switch of gateway doorway machine 3050 disconnects, making door lock branch road not opened Closing pipe Q3 and being powered influences, that is, is used to ensure that door lock reliably opens the door when the output switch of gateway doorway machine 3050 disconnects, while Protective efficient switch pipe Q3 gate-source voltage u when the output switch of gateway doorway machine 3050 disconnectsGSIt is unlikely to damage because too high It is bad, play protection switch pipe Q3, therefore when the output switch of gateway doorway machine 3050 disconnects, diode D5 is used for door lock branch road It is electrically isolated with control wireless encoding transmitting branch；2. for when the output switch of gateway doorway machine 3050 is connected, making door lock branch Road with control wireless encoding transmitting branch is electrically connected, by the output switch of gateway doorway machine 3050 connection, make switching tube Q3 by Saturation is changed into ending.
When in gateway, the output switch of doorway machine 3050 is connected, the first dc source DC1 positive pole is through forward diode D5 And resistance R4 is to negative pole, diode D5 forward conductions, and forward conduction voltage is less than 1V, and diode D5 cold end adds to out Pipe Q3 control terminal is closed, diode D6, D7 that diode D5 hot end concatenates through forward sequence are can not to reach switching tube Q3 hot ends, and because of switching tube Q3 control terminals and switching tube Q3 hot ends and resistance R5 is connected to, therefore work as gateway doorway When the output switch of machine 3050 is connected, the P-channel enhancement type metal-oxide-semiconductor that now uses for switching tube Q3 gate-source voltage uGSIt is much big In its UGS(th)Cut-in voltage, and close to zero, so that it is guaranteed that switching tube Q3 reliably quickly ends, that is, ensure that switching tube Q3 is opened Reliable disconnection is closed, and is quickly disconnected (because the energy storage of the equivalent capacity of resistance R5 switch tubes Q3 G-S interpolars has release action).
When in gateway, the output switch of doorway machine 3050 disconnects, the first dc source DC1 positive pole concatenates through forward sequence Diode D6, D7 after be sequentially connected in series resistance R5, R4 to the first dc source DC1 negative pole；Resistance R5 points from resistance R5 Cold end to resistance R5 hot end pressure drop be use P-channel enhancement type metal-oxide-semiconductor between switching tube Q3 grid source Control voltage uGS, and u is setGSLess than switching tube Q3 UGS(th)Cut-in voltage, when using UGS(th)Cut-in voltage is negative 3V P Channel enhancement metal-oxide-semiconductor, then it is of the invention that u is setGSTo bear 6V or so, so that it is guaranteed that switching tube Q3 exists reliably into saturation When the output switch of gateway doorway machine 3050 disconnects, it is ensured that switching tube Q3 switch is reliably connected.
When switching tube Q3 is switched off, the no power of wireless encoding transtation mission circuit 10, wireless encoding transtation mission circuit 10 does not have Wireless encoding signal is sent.
When switching tube Q3 switch connections, wireless encoding transtation mission circuit 10 obtains electric, the generation volume of wireless encoding transtation mission circuit 10 Code simultaneously transmits wirelessly, and is sent until switching tube Q3 switches off stopping.
A kind of as shown in figure 3, POS enabling radio gang hair of circuit based on POS enabling radio gang elevator Circuit module 1000 is sent to realize that function has:
(1) in the state of the connection of the output switch of gateway doorway machine 3050：
1. switching tube Q3 is switched off, the no power of wireless encoding transtation mission circuit 10, wireless encoding transtation mission circuit 10 does not have nothing Line coding signal is sent；
2. door open button is in releasing orientation, door lock be in electricity condition, door lock close；
3. press door open button, door lock dead electricity is opened the door；
4. whether door open button is pressed, do not influence switching tube Q3 switches and be off；
(2) in the state of the disconnection of the output switch of gateway doorway machine 3050：
1. switching tube Q3 switch connections, wireless encoding transtation mission circuit 10 obtains electric, the generation coding of wireless encoding transtation mission circuit 10 And transmit wirelessly, sent until switching tube Q3 switches off stopping；
2. whether door open button is pressed, the equal dead electricity of door lock is opened the door, and does not influence switching tube Q3 switch connection states.
A kind of as shown in figure 3, POS enabling radio gang hair of circuit based on POS enabling radio gang elevator Send the implementation method of circuit module 1000 as follows:
(1) the DOOR+ ends of the output switch of gateway doorway machine 3050 are connected with the first dc source DC1 positive pole, come in and go out The DOOR- ends of mouthful output switch of doorway machine 3050 are connected with one end of door open button, the other end of door open button and door lock Positive pole is connected, and the negative pole of door lock is connected with the first dc source DC1 negative pole；
(2) diode D6 anode is connected with the first dc source DC1 positive pole, diode D6 negative electrode and diode D7 anode is connected, and diode D7 negative electrode and switching tube Q3 hot end and resistance R5 one end phase simultaneously connect, resistance R5 The other end and diode D5 negative electrode, switching tube Q3 control terminal and resistance R4 one end phase and connect, diode D5 anode It is connected with the DOOR- ends of the output switch of gateway doorway machine 3050, the resistance R4 other end and the first dc source DC1's is negative Pole is connected；
(3) the positive pole of wireless encoding transtation mission circuit 10 is connected with switching tube Q3 cold end, wireless encoding transtation mission circuit 10 negative pole is connected with the first dc source DC1 negative pole；
(4) wireless encoding transtation mission circuit 10 is wirelessly connected with wireless receiving control circuit module 2000.
A kind of as shown in figure 4, POS enabling radio gang hair of circuit based on POS enabling radio gang elevator Circuit module 1000 is sent, by gateway doorway machine 3050, door lock, door open button, wireless encoding transtation mission circuit 10, switching tube Q4, Resistance R6, diode D8, D9, D10, the first dc source DC1 compositions；The DOOR of the output switch of gateway doorway machine 3050 + end is connected with the first dc source DC1 positive pole, the DOOR- ends of the output switch of gateway doorway machine 3050 and door open button One end be connected, the other end of door open button is connected with the positive pole of door lock, the negative pole of door lock and the first dc source DC1's Negative pole is connected；Diode D9 anode is connected with the first dc source DC1 positive pole, diode D9 negative electrode and diode D10 anode is connected, and diode D10 negative electrode is connected with switching tube Q4 hot end；The negative electrode of the diode D8, Switching tube Q4 control terminal and resistance R6 one end are connected with each other；Diode D8 anode is opened with the output of gateway doorway machine 3050 The DOOR- ends of pass are connected, and the resistance R6 other end is connected with the first dc source DC1 negative pole；Wireless encoding sends electricity The positive pole on road 10 is connected with switching tube Q4 cold end, the negative pole of wireless encoding transtation mission circuit 10 and the first dc source DC1 negative pole is connected；Wireless encoding transtation mission circuit 10 in wireless receiving control circuit module 2000 wirelessly with connecing Circuit 35 is received to be connected.
Described diode D8, D9 and D10 are switching diode, and diode D9 and D10 select transwitch diode.
Described switching tube Q4 is positive-negative-positive switch triode, is current driving element, the base stage of positive-negative-positive switch triode For switching tube Q4 control terminal, the current collection extremely switching tube Q4 cold end of positive-negative-positive switch triode, positive-negative-positive switchs three poles The transmitting extremely switching tube Q4 hot end of pipe.When switching tube Q4 base current is equal to zero, switching tube Q4 is in cut-off, That is switching tube Q4 is switched off；When switching tube Q4 base current, which is multiplied by its multiplication factor, is more than the electric current of colelctor electrode, switch Pipe Q4 is on saturation, i.e. switching tube Q4 switch connections.Here electric current takes absolute value, that is, removes negative sign.
The diode D8：1. for when the output switch of gateway doorway machine 3050 disconnects, making door lock branch road not opened Closing pipe Q4 and being powered influences, that is, is used to ensure that door lock reliably opens the door when the output switch of gateway doorway machine 3050 disconnects, while Protective efficient switch pipe Q4 base current is unlikely to excessive and damaged when the output switch of gateway doorway machine 3050 disconnects, and rises and protects Switching tube Q4 effects are protected, therefore when the output switch of gateway doorway machine 3050 disconnects, diode D8 is used for door lock branch road and control Wireless encoding transmitting branch is electrically isolated；2. for when the output switch of gateway doorway machine 3050 is connected, making door lock branch road and control Wireless encoding transmitting branch processed is electrically connected, and is connected by the output switch of gateway doorway machine 3050, switching tube Q4 is become by saturation For cut-off.
When in gateway, the output switch of doorway machine 3050 is connected, the first dc source DC1 positive pole is through forward diode D8 And resistance R6 is to negative pole, diode D8 forward conductions, and forward conduction voltage is less than 1V, and diode D8 cold end adds to out Pipe Q4 control terminal is closed, diode D9, D10 that diode D8 hot end concatenates through forward sequence are can not to reach switching tube Q4 hot ends, then the electric current of switching tube Q4 control terminals is zero, therefore when the output switch of gateway doorway machine 3050 is connected, due to Diode D9 and D10 effect, it is ensured that switching tube Q4 reliably ends.
When in gateway, the output switch of doorway machine 3050 disconnects, the first dc source DC1 positive pole concatenates through forward sequence Diode D9, D10 after to switching tube Q4 hot end, it is then straight to first through biasing resistor R6 from switching tube Q4 control terminal Flow power supply DC1 negative pole；Selected by resistance R6 resistance, the base current for flowing through switching tube Q4 is multiplied by its multiplication factor big In the electric current of colelctor electrode, so that it is guaranteed that switching tube Q4 breaks reliably into saturation in the output switch of gateway doorway machine 3050 When opening, it is ensured that switching tube Q4 switch is reliably connected.Here electric current takes absolute value, that is, removes negative sign.
When switching tube Q4 is switched off, the no power of wireless encoding transtation mission circuit 10, wireless encoding transtation mission circuit 10 does not have Wireless encoding signal is sent.
When switching tube Q4 switch connections, wireless encoding transtation mission circuit 10 obtains electric, the generation volume of wireless encoding transtation mission circuit 10 Code simultaneously transmits wirelessly, and is sent until switching tube Q4 switches off stopping.
A kind of as shown in figure 4, POS enabling radio gang hair of circuit based on POS enabling radio gang elevator Circuit module 1000 is sent to realize that function has:
(1) in the state of the connection of the output switch of gateway doorway machine 3050：
1. switching tube Q4 is switched off, the no power of wireless encoding transtation mission circuit 10, wireless encoding transtation mission circuit 10 does not have nothing Line coding signal is sent；
2. door open button is in releasing orientation, door lock be in electricity condition, door lock close；
3. press door open button, door lock dead electricity is opened the door；
4. whether door open button is pressed, do not influence switching tube Q4 switches and be off；
(2) in the state of the disconnection of the output switch of gateway doorway machine 3050：
1. switching tube Q4 switch connections, wireless encoding transtation mission circuit 10 obtains electric, the generation coding of wireless encoding transtation mission circuit 10 And transmit wirelessly, sent until switching tube Q4 switches off stopping；
2. whether door open button is pressed, the equal dead electricity of door lock is opened the door, and does not influence switching tube Q4 switch connection states.
A kind of as shown in figure 4, POS enabling radio gang hair of circuit based on POS enabling radio gang elevator Send the implementation method of circuit module 1000 as follows:
(1) the DOOR+ ends of the output switch of gateway doorway machine 3050 are connected with the first dc source DC1 positive pole, come in and go out The DOOR- ends of mouthful output switch of doorway machine 3050 are connected with one end of door open button, the other end of door open button and door lock Positive pole is connected, and the negative pole of door lock is connected with the first dc source DC1 negative pole；
(2) diode D9 anode is connected with the first dc source DC1 positive pole, diode D9 negative electrode and diode D10 anode is connected, and diode D10 negative electrode is connected with switching tube Q4 hot end, switching tube Q4 control terminal string Negative pole after connecting resistance R6 with the first dc source DC1 is connected；
(3) diode D8 anode is connected with the DOOR- ends of the output switch of gateway doorway machine 3050, diode D8's Negative electrode is connected with switching tube Q4 control terminal；
(4) the positive pole of wireless encoding transtation mission circuit 10 is connected with switching tube Q4 cold end, wireless encoding transtation mission circuit 10 negative pole is connected with the first dc source DC1 negative pole, line coding transtation mission circuit 10 wirelessly with wireless receiving Control circuit module 2000 is connected.
A kind of as shown in figure 5, POS enabling radio gang hair of circuit based on POS enabling radio gang elevator Send wireless encoding transtation mission circuit 10 in circuit module 1000, including coding module PT2262 and radiating circuit 11, coding module PT2262 exports emitted circuit 11 and outwards transmitted to antenna；Coding module PT2262 and the composition of radiating circuit 11 one are organic whole Body, and only select one group in coding module PT2262 numerous codings to be transmitted；Connect into wireless encoding transtation mission circuit 10 Connecting with the mains can just work, i.e., wireless encoding transtation mission circuit 10 is connected with the mains just passes through transmitting by coding module PT2262 coding Circuit 11 is sent out through antenna；Cut-out is powered to wireless encoding transtation mission circuit 10, and wireless encoding transtation mission circuit 10 is stopped. Namely it is arranged to：Power supply to wireless encoding transtation mission circuit 10 is connected, and wireless encoding transtation mission circuit 10 begins to work, continuously Ground is sent out wireless encoding, stops when the power supply to wireless encoding transtation mission circuit 10 is cut off.
The present invention makees coding module from PT2262, and because its operating voltage range is wide, and coding is more, should not repeat.
Radiating circuit 11 carries out wireless radiofrequency transmission with by the coding for receiving coding module PT2262, with wireless receiving/ The pairing of receiving circuit 35 uses in control circuit 300.
Only selection coding module PT2262 one group of numerous codings are transmitted in the present invention；And by coding module PT2262 The just automatic exports coding of energy of connecting with the mains is connected into, power supply to be closed stops coding output.
Coding module PT2262 and radiating circuit 11 are connected into wireless encoding transtation mission circuit 10：Wireless encoding is sent Circuit 10 continuously automatic exports coding and outwards transmits wirelessly after connecting with the mains；Close the electricity of wireless encoding transtation mission circuit 10 Source, wireless encoding transtation mission circuit 10 are stopped.
A kind of as shown in fig. 6, wireless receiving control circuit module of the circuit based on POS enabling radio gang elevator 2000 input is connected by the output wirelessly with POS enabling radio gang transtation mission circuit module 1000；Wireless receiving controls Circuit module 2000 includes：Wireless receiving/control circuit 300, output with wireless receiving/control circuit 300 is to switch and connect Elevator call buttons, and a sequence of second dc source DC2 of power input with wireless receiving/control circuit 300；Institute The the second dc source DC2 stated is used to provide required power supply to wireless receiving/control circuit 300；Wireless receiving control circuit mould Be in block 2000 wireless receiving/control circuit 300 input by wirelessly with POS enabling radio gang transtation mission circuit module The output connection of wireless encoding transtation mission circuit 10 in 1000.
Wireless receiving/the control circuit 300 includes：Relay J, controller unit 31, the first push module 32 are photosensitive Resistance 33, the second push module 34, receiving circuit 35, human body sensor module 36, illuminating lamp 37；The controller unit 31 Input is connected with photo resistance 33, the output of receiving circuit 35, human body sensor module 36；The controller unit 31 it is defeated Go out and be connected with the input of the first push module 32, the second push module 34；The output of first push module 32 and relay Device J coil is connected, and relay J contact and elevator call buttons phase simultaneously connect；The output of second push module 34 with Illuminating lamp 37 is connected；The input of receiving circuit 35 wirelessly with POS enabling radio gang transtation mission circuit module 1000 In the output of wireless encoding transtation mission circuit 10 be connected.
Above-described elevator call buttons are elevator call buttons with the same layer of gateway doorway machine 3050, elevator call The signal for making button gather is also dry contact signal, and usually (release), which is in, disconnects, and presses connection, submits to call elevator.
Above-described relay J is DC relay, and preferably contact is normally opened contact.Repeat circuit J i.e. of the present invention Contact is used as normally opened DC relay.
Above-described relay J contact and elevator call buttons phase simultaneously connect, that is：Relay J normally opened contact With elevator call buttons phase and connecing.During relay J work (relay J coil electricity), normally opened contact adhesive, i.e. normally opened contact Connect, simulation elevator call buttons submit to call elevator；Relay J do not work (relay J coil no power) when, it is normally opened touch Point is in release conditions, i.e. normally opened contact is off, and not simulation elevator call buttons submit to call elevator.
Above-described first push module 32, it is electronic switch module, the input of the first push module 32 and controller One output end of unit 31 is connected, and the switch output of the first push module 32 is connected with relay J coil.Work as controller The output switch of unit 31 connect signal to the first push module 32 input when, the output switch of the first push module 32 connects Lead to, relay J coil electricity, normally opened contact adhesive, simulation elevator call buttons submit to call elevator；When controller unit 31 Output switch cut-off signal to the first push module 32 input when, the output switch of the first push module 32 disconnects, cut-out Relay J coil electricity, the normally opened contact of adhesive is discharged, stop simulation elevator call buttons and submit to call elevator.
Above-described illuminating lamp 37 is LED type illuminating lamp, for being passed in and out with gateway doorway machine 3050 with layer elevator door The floor light of mouth, illuminating lamp 37 are pressed loaded on gateway doorway machine 3050 with layer wall of elevator door inlet and outlet.
Above-described photo resistance 33, its output are connected with an input of controller unit 31, photo resistance 33 And integrate and be installed together with illuminating lamp 37, photo resistance 33 is used for gateway doorway machine 3050 with a layer light for elevator door inlet and outlet Change according to dark with bright detection, the resistance of photo resistance 33 with light intensity, light is stronger, and resistance is smaller；During present invention setting night The resistance of the photo resistance 33 measured is threshold values, and photo resistance is measured when being imported and exported in gateway doorway machine 3050 with layer elevator door 33 resistance >=threshold values, assert the same layer elevator door import and export of gateway doorway machine 3050 in dark, it is necessary to open illuminating lamp 37 It is illuminated；When the resistance ＜ threshold values for measuring photo resistance 33 with layer elevator door inlet and outlet in gateway doorway machine 3050, assert Gateway doorway machine 3050 meets that people walk safely with layer elevator door import and export brightness, so when need not open illuminating lamp 37 are illuminated.
Above-described second push module 34, for specifically opening and closing illuminating lamp 37, the second push module 34 Input is connected with another output end of controller unit 31, and the output of the second push module 34 is connected with illuminating lamp 37.When Controller unit 31 output open illumination sign to the second push module 34 input when, the output control of the second push module 34 Illuminating lamp 37 processed is lighted；When the input of the output of controller unit 31 closing illumination sign to the second push module 34, second The output control illuminating lamp 37 of push module 34 extinguishes.
Above-described human body sensor module 36, whether have with a layer elevator door inlet and outlet for gateway doorway machine 3050 People detects, and human body sensor module 36 uses passive pyroelectric infrared detector, by Thermoelectric Infrared Sensor, Fresnel A kind of photoelectric detection system of lens and electronic circuit composition, output be " 1 " when detecting people, and it is " 0 " to export during nobody.People The output of body sensor module 36 is connected with another input of controller unit 31.
Above-described receiving circuit 35 is used to launch radiating circuit 11 in wireless encoding transtation mission circuit 10 through antenna Signal be efficiently received, after amplification be sent into controller unit 31 decoded, it is wireless that controller unit 31, which recognizes, The coding that coding transtation mission circuit 10 is sent, is controlled accordingly.The output of receiving circuit 35 is another with controller unit 31 Individual input is connected, the input of receiving circuit 35 wirelessly with POS enabling radio gang transtation mission circuit module 1000 In the output of wireless encoding transtation mission circuit 10 be connected, be specifically：The input of receiving circuit 35 is wirelessly compiled with wireless The output of radiating circuit 11 is attached in code transtation mission circuit 10.
Controller unit 31 is used for the POS enabling radio gang transtation mission circuit module 1000 transmitted to receiving circuit 35 The coding and decoding of transmission, and illuminating lamp 37 is accordingly controlled according to photo resistance 33 and the testing result of human body sensor module 36 System, and relay J is accordingly controlled according to decoding；Controller unit 31 as core and is provided with timer using microprocessor Formed with circuits such as various input/output interfaces, and be embedded with decoding and recognizer module and controlled according to decoding recognition result The program module of relay J contacts break-make, and according to decoding recognition result and with reference to resistance and the people for surveying photo resistance 33 The program module that body sensor module output result control illuminating lamp 37 is opened and put out；Microprocessor is used for：(1) read and receive electricity The signal that road 35 is transmitted carries out coding and decoding and identified, the output of reading human body sensor module 36 is made whether someone's identification, Sample photo resistance 33 resistance with set threshold values compare carry out illumination secretly with bright differentiation；(2) according to (1) acquired results to corresponding defeated Go out end to be controlled.
The wireless receiving control circuit module 2000 sets gateway doorway machine 3050 with a layer elevator door inlet and outlet.
A kind of as shown in fig. 7, wireless receiving control circuit module of the circuit based on POS enabling radio gang elevator 2000 control methods are as follows:
Controller unit 31 reads the information that receiving circuit 35 is transmitted：
(1) it is that wireless encoding transtation mission circuit 10 is sent when controller unit 31 receives and parses through receiving circuit 35 and transmitted During corresponding encoded, stop timer just in timing and clearing, and normally opened contact to relay J and illuminating lamp 37 are carried out respectively Corresponding control：
1. the control for relay J normally opened contacts
What if controller unit 31 exported is that switch connection signal to the first push module 32, controller unit 31 keeps defeated Go out switch connection signal to the first push module 32, the i.e. normally opened contact of guard relay J to connect,
What if controller unit 31 exported is to switch off signal to the first push module 32, the output of controller unit 31 to open Close and connect signal to the first push module 32, control relay J normally opened contact connection；
2. the control for illuminating lamp 37
What if controller unit 31 exported is to open illumination sign to the second push module 34, controller unit 31 to keep defeated Go out to open illumination sign to the second push module 34, i.e. holding illuminating lamp 37 to open,
If what controller unit 31 exported is to close illumination sign to the second push module 34, i.e., illuminating lamp 37, which is in, extinguishes State, controller unit 31 is according to the resistance testing result control to photo resistance 33：
When the resistance ＜ of photo resistance 33 sets threshold values, the holding output closing illumination sign of controller unit 31 to second pushes away Dynamic model block 34, that is, illuminating lamp 37 is kept to extinguish,
When resistance >=setting threshold values of photo resistance 33, the output of controller unit 31 opens illumination sign to the second promotion mould Block 34, open illuminating lamp 37；
(2) it is that wireless encoding transtation mission circuit 10 is sent out when the reception of controller unit 31 is not resolved to receiving circuit 35 and transmitted With when being not received by signal condition, normally opened contact and illuminating lamp 37 to relay J are carried out accordingly the corresponding encoded sent respectively Control：
1. the control for relay J normally opened contacts
What if controller unit 31 exported is that switch connection signal to the first push module 32, i.e. the normally opened of relay J touches In an ON state, the output switch cut-off signal of controller unit 31 to the first push module 32, release relay J's is normally opened for point Contact, relay J normally opened contact disconnect,
What if controller unit 31 exported is to switch off signal to the first push module 32, i.e. the normally opened of relay J to touch Point is off, the holding output switch cut-off signal of controller unit 31 to the first push module 32, guard relay J's Normally opened contact disconnects,
2. the control for illuminating lamp 37
If what controller unit 31 exported is to close illumination sign to the second push module 34, i.e., illuminating lamp 37, which is in, extinguishes State, controller unit 31 by human body sensor module 36 to whether someone detect identification, and combine to photo resistance 33 Resistance testing result Comprehensive Control：
When recognizing someone, the resistance of photo resistance 33 is detected：
When the resistance ＜ of photo resistance 33 sets threshold values, the holding output closing illumination sign of controller unit 31 to second pushes away Dynamic model block 34, that is, illuminating lamp 37 is kept to extinguish,
When resistance >=setting threshold values of photo resistance 33, the output of controller unit 31 opens illumination sign to the second promotion mould Block 34, illuminating lamp 37 is opened,
When not recognizing someone, the holding output closing illumination sign of controller unit 31 to the second push module 34, Illuminating lamp 37 is kept to extinguish,
If what controller unit 31 exported is to open illumination sign to the second push module 34, i.e., illuminating lamp 37, which is in, opens State, controller unit 31 is by human body sensor module 36 to whether someone detects identification control：
When recognizing someone, stop the timer just in timing and clearing, controller unit 31 simultaneously keeps output to open Illumination sign to the second push module 34, i.e. holding illuminating lamp 37 is opened,
When not recognizing someone, when opening timer, controller unit 31 simultaneously keeps output to open illumination sign To the second push module 34, that is, keep illuminating lamp 37 to open, and when setting reaches 3 minutes when timer, stop timer Timing is simultaneously reset, and the output of controller unit 31 closes illumination sign to the second push module 34, extinguishes illuminating lamp 37.
A kind of controlling party of wireless receiving control circuit module 2000 of the circuit based on POS enabling radio gang elevator Method can also be arranged to as follows:
First, relay J is controlled：
(1) it is that wireless encoding transtation mission circuit 10 is sent when controller unit 31 receives and parses through receiving circuit 35 and transmitted During corresponding encoded,
Suspend the information response transmitted to receiving circuit 35, output switch connects signal to the first push module 32, control Relay J normally opened contact is connected, and output switch is connected signal and stopped after being kept for a period of time, controls the relay J of closure Normally opened contact disconnect, so as to simulate a carriage elevator call signal, a period of time of the holding, which is set, is more than or equal to elevator Duration is clicked on to elevator button to require, a period of time of the holding is set as 3 seconds in the present invention, so that it is guaranteed that the carriage electricity of simulation Terraced request signal is effective request of carriage elevator, the information response that the pause is transmitted to receiving circuit 35, its time out Setting is more than the disconnection duration of the output switch of gateway doorway machine 3050, and time out of the present invention is set as 10 seconds, because coming in and going out The disconnection duration of the mouth output switch of doorway machine 3050 will not surpass 10 seconds, and time out recovers the letter transmitted to receiving circuit 35 after arriving Breath response；
(2) it is that wireless encoding transtation mission circuit 10 is sent out not to be resolved to receiving circuit 35 in the reception of controller unit 31 and transmit The corresponding encoded sent and during being not received by signal condition, output switch cut-off signal is kept to the first push module 32, i.e., Guard relay J normally opened contact is off；
2nd, illuminating lamp 37 is controlled：
(1) it is that wireless encoding transtation mission circuit 10 is sent when controller unit 31 receives and parses through receiving circuit 35 and transmitted During corresponding encoded, identification has messenger, stops the timer just in timing and clearing, human body sensor module 36 is not detected Identification, and controlled as follows：
1. when illuminating lamp 37, which is in, to be opened, keeps output to open illumination sign to the second push module 34, keep illumination Lamp 37 is opened,
2. being closed when illuminating lamp 37 is in, i.e., what controller unit 31 exported is to close illumination sign to the second push module When 34, according to the resistance testing result control to photo resistance 33：
If the resistance ＜ setting threshold values of photo resistance 33, the holding output closing illumination sign of controller unit 31 to second push away Dynamic model block 34, that is, illuminating lamp 37 is kept to extinguish,
If the resistance of photo resistance 33 >=setting threshold values, the output of controller unit 31 opens illumination sign to the second promotion mould Block 34, open illuminating lamp 37；
(2) during suspending the information response transmitted to receiving circuit 35 in controller unit 31, identification has messenger, not to people Body sensor module 36 carries out detection identification, and is controlled as follows：
1. when illuminating lamp 37, which is in, to be opened, keeps output to open illumination sign to the second push module 34, keep illumination Lamp 37 is opened,
2. being closed when illuminating lamp 37 is in, i.e., what controller unit 31 exported is to close illumination sign to the second push module When 34, according to the resistance testing result control to photo resistance 33：
If the resistance ＜ setting threshold values of photo resistance 33, the holding output closing illumination sign of controller unit 31 to second push away Dynamic model block 34, that is, illuminating lamp 37 is kept to extinguish,
If the resistance of photo resistance 33 >=setting threshold values, the output of controller unit 31 opens illumination sign to the second promotion mould Block 34, open illuminating lamp 37；
(3) it is that wireless encoding transtation mission circuit 10 is sent out not to be resolved to receiving circuit 35 in the reception of controller unit 31 and transmit The corresponding encoded sent is controlled as follows with during being not received by signal condition：
1. when illuminating lamp 37 is closed, i.e., what controller unit 31 exported is to close illumination sign to the second promotion During module 34, by human body sensor module 36 to whether someone detects identification, and combine and the resistance of photo resistance 33 is detected As a result Comprehensive Control：
When recognizing someone, the resistance of photo resistance 33 is detected：
If the resistance ＜ setting threshold values of photo resistance 33, the holding output closing illumination sign of controller unit 31 to second push away Dynamic model block 34, that is, illuminating lamp 37 is kept to close,
If the resistance of photo resistance 33 >=setting threshold values, the output of controller unit 31 opens illumination sign to the second promotion mould Block 34, illuminating lamp 37 is opened,
When not recognizing someone, the holding output closing illumination sign of controller unit 31 to the second push module 34, Illuminating lamp 37 is kept to close,
2. when illuminating lamp 37 is in opening, i.e., what controller unit 31 exported is to open illumination sign to the second promotion During module 34, by human body sensor module 36 to whether someone detects identification control：
When recognizing someone, stop the timer just in timing and clearing, controller unit 31 simultaneously keeps output to open Illumination sign to the second push module 34, i.e. holding illuminating lamp 37 is opened,
When not recognizing someone, when opening timer, and output is kept to open illumination sign in timing time To the second push module 34, that is, keep illuminating lamp 37 to open, and when setting reaches 3 minutes when timer, stop timer Timing is simultaneously reset, and the output of controller unit 31 closes illumination sign to the second push module 34, extinguishes illuminating lamp 37.
In the present invention：The extinguishing is exactly the meaning closed
In the present invention：When illuminating lamp 37 is in opening, controller unit 31 does not monitor to the resistance of photo resistance 33.

Claims (6)

1. a kind of circuit based on POS enabling radio gang elevator, including send the wireless connection of POS enabling of wireless signal Dynamic transtation mission circuit module and the corresponding wireless receiving control circuit module for receiving wireless signal；The POS enabling radio gang Transtation mission circuit module, including gateway doorway machine, door lock, door open button, wireless encoding transtation mission circuit, switching tube Q1, resistance R1, R2, diode D1, D2, D3, the first dc source；Characterized in that, one end of the door open button and the first dc source Positive pole is connected, and the other end of door open button is connected with the positive pole of door lock, and negative pole and the output of gateway doorway machine of door lock are opened The DOOR+ ends of pass are connected, and the DOOR- ends of gateway doorway machine output switch are connected with the negative pole of the first dc source；Electricity Resistance R1 one end is connected with the positive pole of the first dc source, the resistance R1 other end and diode D2 anode and diode D3 Anode phase and connect；Diode D3 negative electrode is connected with the DOOR+ ends of gateway doorway machine output switch；Diode D2 the moon Pole is connected with diode D1 anode, and diode D1 negative electrode and switching tube Q1 grid and resistance R2 one end phase simultaneously connect, The resistance R2 other end is connected with the negative pole of the first dc source；The positive pole of wireless encoding transtation mission circuit and the first dc source Positive pole be connected, the negative pole of wireless encoding transtation mission circuit is connected with switching tube Q1 drain electrode, switching tube Q1 source electrode and The negative pole of one dc source is connected；Wireless encoding transtation mission circuit is wirelessly connected with wireless receiving control circuit module Connect.
2. a kind of circuit based on POS enabling radio gang elevator according to claim 1, it is characterised in that described Wireless encoding transtation mission circuit, including output and the coding module that is connected of radiating circuit input, and be arranged to electricity transmission automatically Wireless encoding, cut-out power supply are stopped.
3. a kind of circuit based on POS enabling radio gang elevator according to claim 1, it is characterised in that described Wireless receiving control circuit module, including：Wireless receiving/control circuit, output with wireless receiving/control circuit is to switch And the elevator call buttons connect, and the second dc source for wireless receiving/control circuit power supply；Wireless receiving/control electricity Output of the input on road wirelessly with wireless encoding transtation mission circuit is connected.
4. a kind of circuit based on POS enabling radio gang elevator according to claim 3, it is characterised in that described Wireless receiving/control circuit, including relay J, controller unit, the first push module, photo resistance, second promotes mould Block, receiving circuit, human body sensor module, illuminating lamp；The input of the controller unit and photo resistance, receiving circuit, people The output of body sensor module is connected；The controller unit output with the first push module, the second push module it is defeated Enter to be connected；The output of first push module is connected with relay J coil, relay J normally opened contact and elevator Call button phase simultaneously connects；The output of second push module is connected with illuminating lamp；The input of receiving circuit is wirelessly Output with wireless encoding transtation mission circuit is connected.
A kind of a kind of 5. POS of the circuit based on POS enabling radio gang elevator according to claim 1 or 2 The implementation method of enabling radio gang transtation mission circuit module, it is characterised in that comprise the following steps:
(1) it is set under the doorway machine output switch on-state of gateway, wireless encoding transtation mission circuit is not powered, wireless encoding Transtation mission circuit does not work；
(2) it is set under the doorway machine output switch off-state of gateway, wireless encoding transtation mission circuit is powered, wireless encoding hair Power transmission road, which produces, to be encoded and transmits wirelessly, and is cut off when gateway doorway machine output switch is connected, wireless encoding transtation mission circuit stops Only work.
6. a kind of a kind of circuit based on POS enabling radio gang elevator according to Claims 1-4 any bar The implementation method of wireless receiving control circuit module, it is characterised in that comprise the following steps:
First, setting stops just in timing when controller unit receives and parses through the coding of wireless encoding transtation mission circuit transmission Timer and clearing, and normally opened contact to relay J and illuminating lamp are controlled as follows respectively：
(1) it is to relay J normally opened contact control process：
1. if relay J normally opened contacts are in an ON state, controller unit control relay J normally opened contact keeps connecing It is logical,
2. if relay J normally opened contacts are off, controller unit control relay J normally opened contact is connected,
(2) it is for the control process of illuminating lamp：
1. if illuminating lamp is in opening, controller unit control illuminating lamp is kept it turned on,
2. if illuminating lamp is in OFF state, controller unit is controlled as follows according to the resistance testing result to photo resistance System：
When the resistance ＜ of photo resistance sets threshold values, holding illuminating lamp extinguishes,
When resistance >=setting threshold values of photo resistance, illuminating lamp is opened；
2nd, setting is not when controller unit reception is resolved to the coding of wireless encoding transtation mission circuit transmission, to relay J Normally opened contact and illuminating lamp controlled as follows respectively：
(1) it is to relay J normally opened contact control process：
1. if relay J normally opened contacts are in an ON state, controller unit control relay J normally opened contact release, after Electrical equipment J normally opened contact disconnects,
2. if relay J normally opened contacts are off, controller unit control relay J normally opened contact keeps disconnected Open,
(2) it is for the control process of illuminating lamp：
1. if illuminating lamp is in OFF state, controller unit by human body sensor module to whether someone detects identification, And combine and the resistance testing result of photo resistance is controlled：It is to be identified to arrive someone, and the resistance of photo resistance >=setting valve During value, illuminating lamp is opened, otherwise, keeps illuminating lamp to extinguish,
2. if illuminating lamp is in opening, controller unit by human body sensor module to whether someone's detection identify into The following control of row：
When recognizing someone, stop the timer just in timing and clearing, and keep illuminating lamp to open,
When not recognizing someone, when opening timer, illuminating lamp is controlled to extinguish when reaching when timer 3 minutes, When stopping timer and reset.
CN201710581535.6A 2017-07-17 2017-07-17 A kind of circuit and implementation method based on POS enabling radio gang elevator Active CN107458953B (en)

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CN201910715916.8A CN110436319B (en) 2017-07-17 2017-07-17 Circuit based on wireless linkage elevator of machine for punching card opens door
CN201910715913.4A CN110577140B (en) 2017-07-17 2017-07-17 Circuit based on wireless linkage elevator of machine for punching card opens door
CN201910715918.7A CN110451389B (en) 2017-07-17 2017-07-17 Circuit based on wireless linkage elevator of machine for punching card opens door
CN201710581535.6A CN107458953B (en) 2017-07-17 2017-07-17 A kind of circuit and implementation method based on POS enabling radio gang elevator

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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN107555297A (en) * 2017-07-25 2018-01-09 於铉 A kind of elevator and circuit and implementation method of illumination of linking that opened the door based on the POS

Families Citing this family (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN115183822B (en) * 2022-09-13 2023-02-17 深圳市瑞芬科技有限公司 Internet of things sensor for monitoring geological settlement and vibration characteristics and control method

Citations (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
EP0624540A1 (en) * 1993-05-12 1994-11-17 Inventio Ag Elevator system for zone operation
CN105565127A (en) * 2016-01-04 2016-05-11 江苏科技大学 Circuit capable of linkingelevator by door opening based on card swiping machine and implementation method for circuit
CN205616410U (en) * 2016-01-25 2016-10-05 江苏开放大学 Circuit that access & exit gate machine was punched card and is opened door and call elevator
CN107555297A (en) * 2017-07-25 2018-01-09 於铉 A kind of elevator and circuit and implementation method of illumination of linking that opened the door based on the POS

Family Cites Families (10)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPH0351289A (en) * 1989-07-17 1991-03-05 Hitachi Elevator Eng & Service Co Ltd Control device for opening of elevator door
JPH03211176A (en) * 1990-01-10 1991-09-13 Hitachi Ltd Power supply method for elevator
CN2656382Y (en) * 2003-03-17 2004-11-17 深圳市旺龙智能科技有限公司 Intelligent controlled elevator capable of connecting multifunctional equipment
CN2818414Y (en) * 2005-08-05 2006-09-20 天津市英克瑞电子技术有限公司 Automatic magnetic card controller of elevator with series communication interface and visitor button
CN201853900U (en) * 2010-07-07 2011-06-01 江苏科技大学 Power socket device used for electric water heater
JP2012017186A (en) * 2010-07-08 2012-01-26 Toshiba Elevator Co Ltd Door control device of elevator
CN204258951U (en) * 2014-11-03 2015-04-08 天津中网基业智能系统工程有限公司 A kind of elevator entrance guard private environment light detected electrons module
CN104506347A (en) * 2014-12-12 2015-04-08 江苏开放大学 IoT (Internet of Things) application circuit for setting faults and fault eliminating method
CN204280926U (en) * 2015-02-04 2015-04-22 中建三局第二建设工程有限责任公司 Gangway doorway machine swipe the card open the door and calling elevator circuit
CN105460717B (en) * 2015-12-16 2017-06-23 江苏科技大学 A kind of gateway doorway machine is swiped the card and opens the door and call the circuit and implementation method of elevator

Patent Citations (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
EP0624540A1 (en) * 1993-05-12 1994-11-17 Inventio Ag Elevator system for zone operation
CN105565127A (en) * 2016-01-04 2016-05-11 江苏科技大学 Circuit capable of linkingelevator by door opening based on card swiping machine and implementation method for circuit
CN205616410U (en) * 2016-01-25 2016-10-05 江苏开放大学 Circuit that access & exit gate machine was punched card and is opened door and call elevator
CN107555297A (en) * 2017-07-25 2018-01-09 於铉 A kind of elevator and circuit and implementation method of illumination of linking that opened the door based on the POS

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN107555297A (en) * 2017-07-25 2018-01-09 於铉 A kind of elevator and circuit and implementation method of illumination of linking that opened the door based on the POS

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CN110577140A (en) 2019-12-17
CN110451389B (en) 2021-07-27
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CN110436319B (en) 2021-07-27
CN110577140B (en) 2021-10-26

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