CN204632116U - Bus parking station board Based Intelligent Control display system - Google Patents
Bus parking station board Based Intelligent Control display system Download PDFInfo
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- CN204632116U CN204632116U CN201520306072.9U CN201520306072U CN204632116U CN 204632116 U CN204632116 U CN 204632116U CN 201520306072 U CN201520306072 U CN 201520306072U CN 204632116 U CN204632116 U CN 204632116U
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Abstract
A kind of bus parking station board Based Intelligent Control display system, comprise station board, station board comprises website information of vehicles driver module, and this module drive light emitting diode marks corresponding this CFS to CFS vehicle and nearest vehicle website display information on each station station board and platform of waiting; Station board is also provided with website wireless messages processing system modules and solar cell power system module, and website information of vehicles driver module is connected with website wireless messages processing system modules; Solar cell power system module is connected respectively with website information of vehicles driver module, website wireless messages processing system modules and station board; Also comprise and be arranged at onboard wireless radar information processing system module on vehicle and base station.The multidate information that Current vehicle can travel by the utility model, AT STATION station board shows simply with light emitting diode, makes passenger can wait for vehicle selectively, for passenger provide efficiently, the service of hommization.
Description
Technical field
The utility model relates to a kind of intelligent display system, is specifically related to a kind of bus parking station board Based Intelligent Control display system.
Background technology
Bus stop board is the mark showing each road vehicles line information to passenger, but current guideboard of waiting for bus can not give expression to the ruuning situation of current vehicle, Dynamic Announce passenger two of being concerned about most cannot treat car information simply especially, one is the vehicle traveling information from current nearest website, two is the vehicle traveling informations arrived at a station, make the aimless wait of passenger, in order to obtain the service of passenger the most fully and effective performance, so the intelligent display of station stop board information of vehicles is the technical matters being badly in need of solving.
Summary of the invention
The purpose of this utility model is to provide a kind of bus parking station board Based Intelligent Control display system, its multidate information that Current vehicle can be travelled, AT STATION station board shows simply with light emitting diode, make passenger can wait for vehicle selectively, for passenger provide efficiently, the service of hommization.
Technical solution of the present utility model is:
A kind of bus parking station board Based Intelligent Control display system, comprise station board, its special character is: described station board comprises website information of vehicles driver module, and this module drive light emitting diode marks corresponding this CFS to CFS vehicle and nearest vehicle website display information on each station station board and platform of waiting;
Described station board is also provided with website wireless messages processing system modules and solar cell power system module, and described website information of vehicles driver module is connected with website wireless messages processing system modules; Described solar cell power system module is connected respectively with website information of vehicles driver module, website wireless messages processing system modules and station board;
Also comprise and be arranged at onboard wireless radar information processing system module on vehicle and base station, described onboard wireless radar information processing system module and described website wireless messages processing system modules are sent by radar and are received on-vehicle information and our station information, and described base station sends current car our station information by website wireless messages processing system modules to the platform after our station.
Above-mentioned website wireless messages processing system modules comprise be arranged in bus and the wireless radar transmit-receive system of the website be connected, site radio letter receive-transmit system, site information processes and displays drive system and website solar cell power system;
Specifically comprise CPU process chip, wireless radar transmit-receive module, aerogram transceiver module, SIM card, SD data storage card, receive data buffer, send data buffer, logic switch computing circuit, station board LED driving circuit.
Radar transmit-receive system that above-mentioned website is wireless is made up of wireless radar transmit-receive module, CPU process chip, SD data storage card, reception data buffer, transmission data buffer and website solar cell power system; Our station response message (station code) in SD data storage card is sent to the vehicle within 50 meters by CPU process chip by radar transmit-receive system that this is wireless, onboard wireless radar information processing system module, through contrasting database site data query in this module, there is this station site information, then this car information (vehicle code, road time) is sent to website wireless messages processing system modules, radar transmit-receive system that website is wireless is sent to all websites in rear by aerogram receive-transmit system after our station and this information of vehicles being merged.
Above-mentioned site radio letter receive-transmit system is made up of aerogram transceiver module, SIM card, CPU process chip, SD data storage card, reception data buffer, transmission data buffer and website solar cell power system; In confirmation 50 meters, vehicle receiver information is simultaneously by CPU process chip for this aerogram receive-transmit system, by the form of the station code in SD data storage card, vehicle code and road time information by note, base station is sent to by the nearly number to SIM card far away by each station, these notes are passed to each respective site by base station immediately, each website carries out data processing by site information processes and displays driver module again, and each website station board shows.
Above-mentioned site information processes and displays drive system is by CPU process chip, SD data storage card, receive data buffer, send data buffer, logic switch computing circuit, station board LED driving circuit and website solar cell power system composition, described site information processes and displays drive system is by CPU process chip, by the information received by note, read from SD data storage card, again by the programming code logic analysis that stores in CPU process chip and computing, obtain nearest vehicle to arrive at a station information, coding and the decoding of each station board LED driving circuit is carried out by logic switch computing circuit, light emitting diode is driven to light by this CFS to CFS vehicle with from the light emitting diode that the nearest vehicle of our station is corresponding.When vehicle is to our station, this way station point is the red light of flicker, and nearest vehicle website is the red light do not glimmered.
Above-mentioned programming code logic analysis and computing concrete thought are: the transmission of every road vehicles information is completed by the embedded microprocessor controller of this road vehicles platform, each platform can only receive note that front direction to the car platform sends and the our station information of vehicles that our station radar detection is arrived, our station vehicle is when arriving our station 50 or 100 meters, this road beacon lamp of our station starts flicker, and rearward platform sends vehicle arrival our station information, vehicle stops display after arriving 60 seconds, if without our station information of vehicles, to sort nearest site information with regard to showing the vehicle that is currently received, each platform often receives a front site information, just sequence process is once refreshed to memory database, guarantee that our station vehicle database is latest data value, described information is numbered by our station platform, road time is numbered and car number three data contents form.
Above-mentioned website information of vehicles driver module comprises station board light emitting diode and drives distributor circuit, LED power to distribute mu balanced circuit, solar electric power supply system and bus stop plate display system or platform display system of waiting; This website information of vehicles driver module is by the electric coded message from station board LED driving circuit, mu balanced circuit is distributed by LED power, for light emitting diode provides corresponding power and stable voltage, bus stop plate light emitting diode or platform light emitting diode of waiting is driven to complete display task.
Above-mentioned onboard wireless radar information processing system module comprises CPU process chip, wireless radar transmit-receive module, SD data storage card, receives data buffer and sends data buffer; Described onboard wireless radar information processing system module is by CPU process chip, control wireless radar transmit-receive module and receive the site information of arriving at a station in 50 meters, if there is this site number information in SD data storage card, then send this car information (car number and road time) to this website, after this website cross-check information, this information is relayed to transmission data buffer from reception data buffer, merges with our station information, then send to associated stations.
Above-mentioned solar cell power system module by solar panels, charge in batteries electric power system, battery pack and modular power source distribution system composition; Described solar cell power system module is charged to battery pack by charge in batteries electric power system, then by each station board system module that modular power source distribution system distributes, for it provides electric energy; The reserve of electricity of described battery pack can supply at least 7 ~ 20 day time of whole system.
The utility model has the advantages that:
1) guideboard dynamic display of information, target is simply clear and definite.
2) system principle is clear, easily realizes, and is convenient to application.
3) abundant employing wireless transport module technology, takes into account far and near information transmit-receive, facilitates information transmission and process.
4) electric power system adopts heliotechnics, improves the adaptability of system applied environment.
Accompanying drawing explanation
Fig. 1 is that the utility model realizes principle schematic;
Fig. 2 is the utility model website wireless messages processing system modules theory diagram;
Fig. 3 is the utility model website information of vehicles driver module theory diagram;
Fig. 4 is that the utility model is waited a chassis information displaying driver module theory diagram;
Fig. 5 is the utility model onboard wireless radar information processing system module theory diagram;
Fig. 6 is the utility model solar cell power system module principle block diagram.
Drawing reference numeral illustrates: 1-station board, 2-website information of vehicles driver module, 3-website wireless messages processing system modules, 4-onboard wireless radar information processing system module, 5-base station, 6-solar cell power system module, 7-CPU process chip, radar transmit-receive module that 8-is wireless, 9-aerogram transceiver module, 10-SIM card, 11-SD data storage card, 12-receives data buffer, 13-sends data buffer, 14-logic switch computing circuit, the each station board LED driving circuit of 15-, 16-drives distributor circuit from each station board light emitting diode, 17-LED power distributes mu balanced circuit, 18-is from solar electric power supply system, 19-solar panels, 20-charge in batteries electric power system, 21-battery pack, 22-modular power source distribution system.
Embodiment
See Fig. 1, the utility model overall plan designs: concrete enforcement can be divided into four modular systems and carry out, that is: " website information of vehicles driver module 2 ", " website wireless messages processing system modules 3 ", " onboard wireless radar information processing system module 4 " and " solar cell power system module 6 "." website information of vehicles driver module 2 ", " website wireless messages processing system modules 3 " and " solar cell power system module 6 " are in the place's design and installation of guideboard website, its function is send " our station " wireless radar information to the vehicle within 50 meters on the one hand, is receive " with our station associated vehicle " aerogram information on the other hand.Website information of vehicles driver module 2 from " all associated vehicles and website ", filters out our station or from the nearest vehicle site information of this website, then shown on this guideboard conspectus by high-brightness luminous diode." solar cell power system module 6 " provides power supply for the first two module." onboard wireless radar information processing system module 4 " is by CPU process chip 7, control wireless radar transmit-receive module 8 and receive site information (in 50 meters) of arriving at a station, if there is this site number information in SD data storage card 11, then send this car information (car number and road time) to this website, after this website cross-check information, this information is relayed to from reception data buffer 12 and sends data buffer 12, merge with our station information, sent to associated stations by aerogram receive-transmit system." onboard wireless radar information processing system module 4 " electric power system is from Vehicular power supply system.
The realization of website wireless messages processing system modules 3 comprises the wireless radar transmit-receive system of website, site radio letter receive-transmit system, site information processes and displays drive system and website solar cell power system:
See Fig. 2,
1) website wireless radar transmit-receive system: this system is made up of wireless radar transmit-receive module 8, CPU process chip 7, SD data storage card 11, reception data buffer 12, transmission data buffer 13 and website solar cell power system six parts.System is by CPU process chip 7, our station response message (station code) in SD data storage card 11 is sent to the vehicle within 50 meters, onboard wireless radar information processing system module 4, through contrasting database site data query in this module, there is this station site information, then this car information (vehicle code, road time) is sent to website wireless messages processing system modules 3, radar transmit-receive system that website is wireless is sent to all websites in rear by aerogram receive-transmit system after our station and this information of vehicles being merged.
2) site radio letter receive-transmit system: this system is stored 11 cards, reception data buffer 12, transmission data buffer 13 and website solar cell power system seven parts formed by aerogram transceiver module 9, SIM card 10, CPU process chip 7, SD data.System is by CPU process chip 7, in confirmation 50 meters, vehicle receiver information simultaneously, by the form of the station code in SD data storage card 11, vehicle code and road time information by note, base station 5 is sent to by the nearly number to SIM card 10 far away by each station, these notes will be passed to each respective site by base station 5 immediately, each website carries out data processing by site information processes and displays driver module 2 again, and each website station board shows.
3) site information processes and displays drive system: this system is made up of CPU process chip 7, SD data storage card 11, reception data buffer 12, transmission data buffer 13, logic switch computing circuit 14, station board LED driving circuit 15 and website solar cell power system seven parts.System is by CPU process chip 7, by the information received by note, read from SD data storage card 11, again by the programming code logic analysis that stores in CPU process chip 7 and computing, obtain nearest vehicle to arrive at a station information, coding and the decoding of station board LED driving circuit is carried out by logic switch computing circuit 14, light emitting diode is driven to light by this CFS to CFS vehicle with from the light emitting diode that the nearest vehicle of our station is corresponding, when vehicle is to our station, this way station point is the red light of flicker, and nearest vehicle website is the red light do not glimmered.
The realization of bus stop plate vehicle information display and platform vehicle information display of waiting:
See Fig. 3 and Fig. 4, this system drives distributor circuit 16, LED power distribution mu balanced circuit 17 by station board light emitting diode, solar electric power supply system 18 3 parts form.System will drive the electric coded message of distributor circuit 16 from station board light emitting diode, mu balanced circuit 17 is distributed by LED power, for the corresponding power of light emitting diode and stable voltage, bus stop plate light emitting diode or platform light emitting diode of waiting is driven to complete display task.
The realization of onboard wireless radar information processing system module 4:
See Fig. 5, this system by CPU process core, 7, wireless radar transmit-receive module 8, SD data storage card 11, receive data buffer 12, send data buffer 13 5 part composition.System is by CPU process chip 7, control wireless radar transmit-receive module 8 and receive site information (in 50 meters) of arriving at a station, if there is this site number information in SD data storage card 11, then send this car information (car number and road time) to this website, after this website cross-check information, this information is relayed to from reception data buffer 12 and sends data buffer 13, merge with our station information, sent to associated stations by aerogram receive-transmit system." onboard wireless radar information processing system module 4 " electric power system is from Vehicular power supply system.
The realization of solar cell power system module 6:
See Fig. 6, this system is made up of solar panels 19, charge in batteries electric power system 20, battery pack 21, modular power source distribution system 22.Sun power is converted to electric energy by system, is charged to battery pack 21 by charge in batteries electric power system 20, then by each station board system module that modular power source distribution system 22 distributes, for its website modular system and display system provide electric energy.
Claims (8)
1. a bus parking station board Based Intelligent Control display system, comprise station board (1), it is characterized in that: described station board (1) comprises website information of vehicles driver module (2), this module drive light emitting diode marks corresponding this CFS to CFS vehicle and nearest vehicle website display information on each station station board and platform of waiting;
Described station board (1) is also provided with website wireless messages processing system modules (3) and solar cell power system module (6), and described website information of vehicles driver module (2) is connected with website wireless messages processing system modules (3); Described solar cell power system module (6) is connected respectively with website information of vehicles driver module (2), website wireless messages processing system modules (3) and station board (1);
Also comprise and be arranged at onboard wireless radar information processing system module (4) on vehicle and base station (5), described onboard wireless radar information processing system module (4) and described website wireless messages processing system modules (3) are sent by radar and are received on-vehicle information and our station information, and described base station (5) send current car our station information by website wireless messages processing system modules (3) to the platform after our station.
2. bus parking station board Based Intelligent Control display system according to claim 1, is characterized in that: described website wireless messages processing system modules (3) comprises and being arranged in bus and the wireless radar transmit-receive system of the website be connected, site radio letter receive-transmit system, site information processes and displays drive system and website solar cell power system;
Specifically comprise CPU process chip (7), wireless radar transmit-receive module (8), aerogram transceiver module (9), SIM card (10), SD data storage card (11), receives data buffer (12), sends data buffer (13), logic switch computing circuit (14), each station board LED driving circuit (15).
3. bus parking station board Based Intelligent Control display system according to claim 2, is characterized in that: radar transmit-receive system that described website is wireless by wireless radar transmit-receive module (8), CPU process chip (7), SD data storage card (11), receive data buffer (12), send data buffer (13) and website solar cell power system forms; Our station response message in SD data storage card is sent to the vehicle within 50 meters by CPU process chip (7) by radar transmit-receive system that this is wireless, onboard wireless radar information processing system module (4), through contrasting database site data query in this module, there is this station site information, then this car information is sent to website wireless messages processing system modules (3), radar transmit-receive system that website is wireless is sent to all websites in rear by aerogram receive-transmit system after our station and this information of vehicles being merged.
4. bus parking station board Based Intelligent Control display system according to claim 2, is characterized in that: described site radio letter receive-transmit system by aerogram transceiver module (9), SIM card (10), CPU process chip (7), SD data storage card (11), receive data buffer (12), send data buffer (13) and website solar cell power system forms; In confirmation 50 meters, vehicle receiver information is simultaneously by CPU process chip (7) for this aerogram receive-transmit system, by the form of the station code in SD data storage card (11), vehicle code and road time information by note, base station (5) is sent to by the nearly number to SIM card far away (10) by each station, these notes are passed to each respective site by base station (5) immediately, each website carries out data processing by site information processes and displays driver module (2) again, and each website station board shows.
5. bus parking station board Based Intelligent Control display system according to claim 2, it is characterized in that: described site information processes and displays drive system is by CPU process chip (7), SD data storage card (11), receive data buffer (12), send data buffer (13), logic switch computing circuit (14), each station board LED driving circuit (15) and website solar cell power system composition, described site information processes and displays drive system is by CPU process chip (7), by the information received by note, read from SD data storage card (11), again by the programming code logic analysis that stores in CPU process chip (7) and computing, obtain nearest vehicle to arrive at a station information, coding and station board LED driving circuit (15) decoding is carried out by logic switch computing circuit (14), light emitting diode is driven to light by this CFS to CFS vehicle with from the light emitting diode that the nearest vehicle of our station is corresponding.
6. bus parking station board Based Intelligent Control display system according to claim 1, is characterized in that: described website information of vehicles driver module (2) comprises station board light emitting diode and drives distributor circuit (16), LED power to distribute mu balanced circuit (17), solar electric power supply system (18) and bus stop plate display system or platform display system of waiting; This website information of vehicles driver module (2) will distribute the electric coded message of driving circuit (16) from station board light emitting diode, mu balanced circuit (17) is distributed by LED power, for light emitting diode provides corresponding power and stable voltage, bus stop plate light emitting diode or platform light emitting diode of waiting is driven to complete display task.
7. according to the arbitrary described bus parking station board Based Intelligent Control display system of claim 1 ~ 6, it is characterized in that: described onboard wireless radar information processing system module (4) comprises CPU process chip (7), wireless radar transmit-receive module (8), SD data storage card (11), receives data buffer (12) and sends data buffer (13); Described onboard wireless radar information processing system module (4) is by CPU process chip (7), control the site information that the reception of wireless radar transmit-receive module (8) is arrived at a station in 50 meters, if there is this site number information in SD data storage card (11), then send this car information to this website, after this website cross-check information, this information is relayed to from reception data buffer (12) and sends data buffer (13), merge with our station information, then send to associated stations.
8. bus parking station board Based Intelligent Control display system according to claim 7, it is characterized in that: described solar cell power system module (6) is by solar panels (19), charge in batteries electric power system (20), battery pack (21) and modular power source distribution system (22) composition; Described solar cell power system module (6) is charged to battery pack (21) by charge in batteries electric power system (20), then by each station board system module that modular power source distribution system (22) distributes, for it provides electric energy; The reserve of electricity of described battery pack (21) can supply at least 7 ~ 20 day time of whole system.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520306072.9U CN204632116U (en) | 2015-05-13 | 2015-05-13 | Bus parking station board Based Intelligent Control display system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520306072.9U CN204632116U (en) | 2015-05-13 | 2015-05-13 | Bus parking station board Based Intelligent Control display system |
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| Publication Number | Publication Date |
|---|---|
| CN204632116U true CN204632116U (en) | 2015-09-09 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520306072.9U Expired - Fee Related CN204632116U (en) | 2015-05-13 | 2015-05-13 | Bus parking station board Based Intelligent Control display system |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104835349A (en) * | 2015-05-13 | 2015-08-12 | 西安翼飞软件科技有限公司 | Bus stop board intelligent control display system |
-
2015
- 2015-05-13 CN CN201520306072.9U patent/CN204632116U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104835349A (en) * | 2015-05-13 | 2015-08-12 | 西安翼飞软件科技有限公司 | Bus stop board intelligent control display system |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20150909 Termination date: 20170513 |
|
| CF01 | Termination of patent right due to non-payment of annual fee |