CN105679012A - Command and dispatch method of employing command center to send position to guide dispatched end, and system thereof - Google Patents
Command and dispatch method of employing command center to send position to guide dispatched end, and system thereof Download PDFInfo
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- CN105679012A CN105679012A CN201610169099.7A CN201610169099A CN105679012A CN 105679012 A CN105679012 A CN 105679012A CN 201610169099 A CN201610169099 A CN 201610169099A CN 105679012 A CN105679012 A CN 105679012A
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- scheduled
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- G—PHYSICS
- G08—SIGNALLING
- G08G—TRAFFIC CONTROL SYSTEMS
- G08G1/00—Traffic control systems for road vehicles
- G08G1/20—Monitoring the location of vehicles belonging to a group, e.g. fleet of vehicles, countable or determined number of vehicles
- G08G1/202—Dispatching vehicles on the basis of a location, e.g. taxi dispatching
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- Position Fixing By Use Of Radio Waves (AREA)
Abstract
The invention belongs to the command and dispatch method field, and more specifically relates to a command and dispatch method of employing a command center to send a position to guide a dispatched end, and a system thereof. The method is characterized in that when contacting a contact terminal, a command center employs one mode or the combined mode selected from the group of fixed telephone positioning, satellite positioning, base station positioning and contact terminal sending positioning to actively position the contact terminal to obtain position information, and sends the position information to the dispatched end; and the dispatched terminal heads for the position. The system is characterized by comprising a command center, a contact terminal and a dispatched terminal; the command center is provided with a map module, a communication module, a fixed telephone positioning module, a base station positioning module and a satellite positioning tracking module; the dispatched terminal is provided with a communication module, a satellite positioning module and a navigation module. The command and dispatch method and system possess the advantages of short response time and high efficiency.
Description
Technical field
The invention belongs to command scheduling method field, be specifically related to a kind of command scheduling method end that is scheduled guided by command centre's transmission position and system thereof.
Background technology
For rational allocation resource, improve efficiency, at present in the various aspects of society, all there is command dispatching system, 120 rescue command dispatching systems in civilian, taxi command dispatching system, 110 responding command dispatching systems of police aspect, the Force Command dispatching patcher of military aspect, above-mentioned command dispatching system be generally command centre's voice passive listen to associated end (patient, passenger, alarm people, scout etc.) give an oral account its position, then by command centre, above-mentioned position is reported to end (120 emergency tenders that are scheduled again, taxi, police car, military vehicle etc.) go to appointed place, it is long to there is response time in above-mentioned command dispatching system, command scheduling is it sometimes appear that the defect of mistake, this is owing to associated end is when giving an oral account oneself position, often occur stating inaccurate situation, command centre can not to whether the position of its oral account correctly judges, can only the position that associated end describes be reported to the end that is scheduled, it is in a bad way when there is patient, cannot normal articulation, passenger, alarm people, scout are unfamiliar with place environment, when there is language obstacle in associated end and command centre, associated end can accurately by the location expression of oneself to command centre, positional information accurately also cannot be sent to the end that is scheduled by command centre, now command centre is difficult to learn the accurate location of associated end accurately or need the exchange of long period just to can confirm that the position of associated end, in this case, the response time of command dispatching system will be greatly prolonged, inefficiency.
Summary of the invention
Present invention aim to address in current command dispatching system, command centre can only be passive go listen attentively to associated end provide positional information, just can report to the end that is scheduled after accurately learning the position of associated end, there is response time long, inefficient defect, there is provided a kind of and sent command scheduling method and the system thereof that the end that is scheduled is guided by position by command centre, when command centre gets in touch with associated end, fixed line is utilized to position, satellite fix, architecture, contact person sends the methods such as location and actively associated end is positioned, and immediately acquisition position is sent to the end that is scheduled, be scheduled end immediately to specifying position to advance, command centre is while linking up with associated end, while positional information is modified, it is greatly shortened response time, improve efficiency.
The present invention is achieved by the following technical solution:
A kind of i.e. command scheduling method end that is scheduled guided by command centre's transmission position, it is characterized in that when command centre and associated end are got in touch, fixed line location, satellite fix, architecture, associated end is adopted to send any one or multiple combination in positioning, actively associated end is positioned its positional information of acquisition, then positional information is sent to the end that is scheduled, it is scheduled to bring out and sends out, go to this position.
After the positional information actively obtained is sent to the end that is scheduled by the command centre of the present invention, continues to exchange with associated end, in time positional information is modified, and is again sent to the end that is scheduled, reboot.
In the present invention, command centre can obtain beyond the accurate location of associated end instead of relying on fixed line location, and other localization methods all exist the defect of low precision, and therefore command centre need nonetheless remain for exchanging with associated end, to obtain position accurately.
The command centre of the present invention, by positional information, is sent directly to be scheduled in the navigation system of end.
In the present invention, the positional information that command centre actively obtains is all digitized information, is sent directly to be scheduled in the navigation system of end, it is possible to be prevented effectively from because mistake is pass in oral account, cause the generation of position mispriming.
In the present invention, whether the position that linked ports can also be stated by command centre accurately judges, when the position of associated end oral account is not substantially inconsistent with the position of location acquisition, associated end can be reminded by command centre, thus obtaining position accurately.
A kind of command centre sends the command dispatching system that the end that is scheduled is guided by position, it is characterized in that including command centre, associated end and the end that is scheduled, command centre is provided with mapping module, communication module, fixed line locating module, architecture module and satellite fix tracking module, described in the end that is scheduled be provided with communication module, satellite positioning module and navigation module.
Communication module in the command centre of the present invention, the existing known communication module such as including fixed line, mobile phone, PC end instant communication software (such as QQ), mobile terminal instant communication software (such as wechat), radio.
The mapping module of the present invention, fixed line locating module, architecture module, satellite fix tracking module, satellite positioning module, navigation module all adopt the commercially available matured product that prior art is known, its concrete structure and do not do detailed narration with at this.
The satellite fix tracking module of the present invention, satellite positioning module adopt GPS system, dipper system, Galileo system to realize location and location tracking function.
The satellite fix tracking module of the command centre of the present invention be scheduled end satellite positioning module mate, command centre can Real Time Observation to be scheduled hold trend.
Associated end is any one or multiple combination in fixed line, mobile phone, radio, and the communication module of the end that is scheduled is mated with the communication module of command centre, and the satellite positioning module held that is scheduled is mated with the satellite fix tracking module of command centre.
The embedded in mobile phone satellite positioning module of the associated end of the present invention.
The command centre of the present invention is additionally provided with display module, shows position and the motion track of the end that is scheduled in real time.
The display module of the present invention can be big fixed display screen, it is also possible to be little portable display screen.
When mobile phone does not comprise satellite positioning module, command centre can only rely on architecture to obtain position, and its precision is relatively low, and when collection comprises satellite positioning module, command centre can obtain relatively accurate position.
The present invention in use, has following several situation:
1) when associated end adopts fixed line to contact with command centre, command centre can be accurately positioned the position of associated end by fixed line locating module. Fixed line locating module of the present invention belongs to prior art, and it is by the data support of communication common carrier, the installation site of display fixed line. This be due to the individual of China or unit fixed line is installed time, detailed location registers must be carried out, when there is telephone-moving, it is also required to communication common carrier and carries out telephone-moving registration, therefore when associated end adopts fixed line and command centre to get in touch, command centre can precise positioning to the detailed accurate location of this fixed line. Position can be reported and be held or be sent directly to be scheduled in the navigator on end to being scheduled by command centre.
2) when associated end adopts mobile phone (without satellite positioning module) to contact with command centre, command centre can substantially obtain the position of associated end by the method for architecture. The method of architecture belongs to prior art, positioned by single base station, precision about 300 meters, many architectures, can be as accurate as 50-100 rice, above-mentioned approximate location can be reported and hold or be sent directly to be scheduled in the navigator on end to being scheduled by command centre. The end that is scheduled starts out at once, being scheduled in end moving process, command centre continues to exchange with associated end, when obtaining accurately behind position, being reported by accurate location and hold to being scheduled or be directly sent to position in the navigator being scheduled on end, the end that is scheduled moves to accurate location.
3) when associated end adopts mobile phone (containing satellite positioning module) to contact with command centre, command centre can pass through architecture and substantially obtain the position of associated end, the approximate location received is reported and is held or be sent directly to be scheduled in the navigator on end to being scheduled by command centre, the end that is scheduled starts out at once, again through exchange, allow associated end that the position of oneself is actively sent to command centre (roughly the same with sending position functions in wechat), due to built-in satellite locating module in mobile phone, therefore secondary acquisition position is more accurately than the position that base station obtains, the secondary positional information of acquisition is reported and is held or be sent directly to be scheduled in the navigator on end to being scheduled by command centre, it is scheduled in end moving process, command centre continues to exchange with associated end, when obtaining accurately behind position, accurate location is reported and holds or be sent directly to be scheduled in the navigator on end to being scheduled, the end that is scheduled moves to accurate location.
4) when associated end adopts mobile phone to contact with command centre, when it had added the public number of command centre in advance, can being actively sent in the public number of command centre by its position (base station or satellite fix obtain) by mobile phone, above-mentioned positional information can be reported and hold or be sent directly to be scheduled in the navigator on end to being scheduled by command centre. The end that is scheduled starts out at once, being scheduled in end moving process, command centre continues to exchange with associated end, when obtaining accurately behind position, being reported by accurate location and hold to being scheduled or be directly sent to position in the navigator being scheduled on end, the end that is scheduled moves to accurate location.
5) when associated end adopts the radio with satellite positioning module to contact with command centre, command centre can directly obtain the position of associated end by its satellite positioning module, and above-mentioned position can be reported and be held or be sent directly to be scheduled in the navigator on end to being scheduled by command centre. The end that is scheduled starts out at once, being scheduled in end moving process, command centre continues to exchange with associated end, when obtaining accurately behind position, being reported by accurate location and hold to being scheduled or be directly sent to position in the navigator being scheduled on end, the end that is scheduled moves to accurate location.
6) at some in particular cases (as major traffic accidents, rescue and relief work, army's transfer, guard duty etc. occur), the positional information specified directly can be reported and hold or be sent directly to be scheduled in the navigator on end to being scheduled by command centre, the end that is scheduled starts out at once, and goes to the position of dispatching terminal.
The present invention has the advantage that response time is short, efficiency is high. Use the present invention, command centre is in that when associated end is got in touch, and just obtains the position of associated end immediately, just can transfer the end that is scheduled at once and move to associated end, this greatly shortens the end that is scheduled undoubtedly and arrives the response time specifying position, improves efficiency.
Accompanying drawing explanation
Fig. 1 is principles of the invention block diagram;
As shown in FIG.: 1. associated end; 2. command centre; 3. communication module; 4. satellite fix tracking module; 5. architecture module; 6. fixed line locating module; 7. be scheduled end; 8. communication module; 9. navigation module; 10. satellite positioning module; 11. mapping module; 12. display module.
Detailed description of the invention
Embodiment 1
As shown in Figure 1: associated end 1 is fixed line, when contact person adopts fixed line to contact with command centre 2, command centre 2 can pass through fixed line locating module 6 and be accurately positioned the position of associated end 1. Position can be reported to being scheduled end 7 or be sent directly to be scheduled on the navigation module 9 on end 7 by command centre. The end 7 that is scheduled starts out at once, and goes to above-mentioned position. Command centre 2 can by display module 12 and mapping module 11 (fixed giant-screen or Portable movable the small screen) Real Time Observation be scheduled end 7 trend.
Embodiment 2
As shown in Figure 1: associated end 1 is mobile phone, mobile phone is without satellite positioning module, and when contact person adopts mobile phone to contact with command centre 2, command centre 2 can pass through architecture module 5 and substantially navigate to the position of associated end 1. Above-mentioned approximate location can be reported to being scheduled end 7 or be sent directly to be scheduled on the navigation module 9 on end 7 by command centre, the end 7 that is scheduled starts out at once, it is scheduled in end 7 moving process, command centre 2 continues to exchange with associated end 1, when obtaining accurately behind position, being reported by accurate location and hold 7 to being scheduled or be directly sent to position on the navigation module 9 being scheduled on end 7, the end 7 that is scheduled moves to accurate location. Command centre 2 can by display module 12 and mapping module 11 (fixed giant-screen or Portable movable the small screen) Real Time Observation be scheduled end 7 trend.
Embodiment 3
As shown in Figure 1: associated end 1 is mobile phone, embedded in mobile phone satellite positioning module, when contact person adopts mobile phone to contact with command centre 2, command centre 2 can pass through architecture module 5 and substantially navigate to the position of associated end 1. above-mentioned approximate location can be reported to being scheduled end 7 or be sent directly to be scheduled on the navigation module 9 on end 7 by command centre, the end 7 that is scheduled starts out at once, it is scheduled in end 7 moving process, command centre 2 continues to exchange with associated end 1, allow associated end 1 that the position of oneself is actively sent to command centre 2 (roughly the same with sending position functions in wechat), due to built-in satellite locating module in mobile phone, therefore secondary acquisition position is more accurately than the position that base station obtains, the secondary positional information of acquisition is reported and is held 7 to being scheduled or be sent directly to be scheduled in the navigator 9 on holding by command centre 2, it is scheduled in end moving process, command centre continues to exchange with associated end 1, when obtaining accurately behind position, accurate location is reported and holds 7 to being scheduled or be sent directly to be scheduled in the navigator 9 on holding, the end that is scheduled moves to accurate location. command centre 2 can by display module 12 and mapping module 11 (fixed giant-screen or Portable movable the small screen) Real Time Observation be scheduled end 7 trend.
Embodiment 4
As shown in Figure 1: associated end 1 is hands machine, when associated end 1 had the experience contacted between command centre 2, and (it was similar to wechat end public number) when adding the public number of command centre in advance, actively its positional information (being obtained by base station or satellite fix) can be sent to by mobile phone the public number of command centre, above-mentioned approximate location can be reported to being scheduled end 7 or be sent directly to be scheduled on the navigation module 9 on end 7 by command centre, the end 7 that is scheduled starts out at once, it is scheduled in end 7 moving process, command centre 2 continues to exchange with associated end 1, when obtaining accurately behind position, accurate location is reported and holds 7 to being scheduled or be sent directly to be scheduled in the navigator 9 on holding, the end 7 that is scheduled moves to accurate location. command centre 2 can by display module 12 and mapping module 11 (fixed giant-screen or Portable movable the small screen) Real Time Observation be scheduled end 7 trend.
Embodiment 5
As shown in Figure 1: associated end 1 is radio, radio's built-in satellite locating module, when associated end 1 adopts radio to contact with command centre 2, command centre 2 can directly obtain the position of associated end 1 by the satellite positioning module that radio is built-in, and above-mentioned position can be reported and held 7 to being scheduled or be sent directly to be scheduled in the navigator 9 on holding by command centre 2. The end 7 that is scheduled starts out at once, being scheduled in end 7 moving process, command centre 2 continues to exchange with associated end 1, when obtaining accurately behind position, being reported by accurate location and hold 7 to being scheduled or be directly sent to position in the navigator 9 being scheduled on end, the end 7 that is scheduled moves to accurate location. Command centre 2 can by display module 12 and mapping module 11 (fixed giant-screen or Portable movable the small screen) Real Time Observation be scheduled end 7 trend.
Claims (7)
1. the command scheduling method end that is scheduled guided by command centre's transmission position, it is characterized in that when command centre and associated end are got in touch, fixed line location, satellite fix, architecture, associated end is adopted to send any one or multiple combination in positioning, actively associated end is positioned its positional information of acquisition, then positional information is sent to the end that is scheduled, it is scheduled to bring out and sends out, go to this position.
2. the command scheduling method end that is scheduled guided by command centre's transmission position according to claim 1, after it is characterized in that the positional information actively obtained is sent to the end that is scheduled by command centre, continue to exchange with associated end, in time positional information is modified, and again it is sent to the end that is scheduled, reboot.
3. the command scheduling method end that is scheduled guided by command centre's transmission position according to claim 1, it is characterised in that command centre, by positional information, is sent directly to be scheduled in the navigation system of end.
4. a command centre sends the command dispatching system that the end that is scheduled is guided by position, it is characterized in that including command centre, associated end and the end that is scheduled, command centre is provided with mapping module, communication module, fixed line locating module, architecture module and satellite fix tracking module, described in the end that is scheduled be provided with communication module, satellite positioning module and navigation module.
5. command centre according to claim 4 sends the command dispatching system that the end that is scheduled is guided by position, it is characterized in that associated end is any one or the multiple combination in fixed line, mobile phone, radio, the communication module held that is scheduled is mated with the communication module of command centre, and the satellite positioning module of the end that is scheduled is mated with the satellite fix tracking module of command centre.
6. command centre according to claim 5 sends the command dispatching system that the end that is scheduled is guided by position, it is characterised in that the embedded in mobile phone satellite positioning module of associated end.
7. command centre according to claim 4 sends the command dispatching system that the end that is scheduled is guided by position, it is characterised in that command centre is additionally provided with display module, shows position and the motion track of the end that is scheduled in real time.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610169099.7A CN105679012A (en) | 2016-03-15 | 2016-03-15 | Command and dispatch method of employing command center to send position to guide dispatched end, and system thereof |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201610169099.7A CN105679012A (en) | 2016-03-15 | 2016-03-15 | Command and dispatch method of employing command center to send position to guide dispatched end, and system thereof |
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| CN105679012A true CN105679012A (en) | 2016-06-15 |
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| CN201610169099.7A Pending CN105679012A (en) | 2016-03-15 | 2016-03-15 | Command and dispatch method of employing command center to send position to guide dispatched end, and system thereof |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107633666A (en) * | 2017-09-13 | 2018-01-26 | 新丝绸之路科技有限公司 | Alarm method, alarm processing method, electronic equipment and computer-readable storage medium |
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| CN205541416U (en) * | 2016-03-15 | 2016-08-31 | 山东坤泽信息技术有限公司 | Send position to commander dispatch system by channeling conduct of dispatch end by command center |
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2016
- 2016-03-15 CN CN201610169099.7A patent/CN105679012A/en active Pending
Patent Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPH08263799A (en) * | 1995-03-27 | 1996-10-11 | Nippon Denki Ido Tsushin Kk | Movement registration system |
| CN202110642U (en) * | 2011-07-06 | 2012-01-11 | 江苏省莱科信息技术有限公司 | Emergency rescue system |
| CN102868735A (en) * | 2012-08-31 | 2013-01-09 | 厦门雅迅网络股份有限公司 | Implementation method for emergency rescue progress query |
| CN103971509A (en) * | 2013-01-31 | 2014-08-06 | 上海飞田通信技术有限公司 | Taxi scheduling system, scheduling server and vehicle-mounted navigation terminal |
| CN204131594U (en) * | 2014-10-21 | 2015-01-28 | 周子程 | An a kind of key breakdown lorry remote detection rescue instrument |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN107633666A (en) * | 2017-09-13 | 2018-01-26 | 新丝绸之路科技有限公司 | Alarm method, alarm processing method, electronic equipment and computer-readable storage medium |
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Effective date of registration: 20160811 Address after: 255086 A, block 417, hi tech Zone, hi tech Zone, Shandong, Zibo Applicant after: Shandong Kunze Information Technology Co., Ltd. Address before: 255000, unit 14, 301, Kerry Creek Garden, Renmin West Road, Zhangdian District, Shandong, Zibo Applicant before: Liu Tao |
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