WO2010118551A1

WO2010118551A1 - New dispatching method and system

Info

Publication number: WO2010118551A1
Application number: PCT/CN2009/000393
Authority: WO
Inventors: 熊子杰
Original assignee: Hsiung Tzu Chieh
Priority date: 2009-04-14
Filing date: 2009-04-14
Publication date: 2010-10-21

Abstract

The present invention discloses a new dispatching method and system. The method includes the following steps: a user transmits dispatching requirement information to dispatching management center by a salutation device; after receiving the dispatching requirement information transmitted by the salutation device, the dispatching management center deals with the dispatching requirement information, adds the dispatching condition, and transmits it to the receiver of a dispatched person by the transmitting device of digital information broadcasting transmission; after receiving the dispatching requirement information transmitted by the dispatching management center, the receiver deals with the dispatching requirement information, compares the location coordinates of the dispatching requirement with the location coordinates of the dispatched person, so as to judge whether the receiver accords with the dispatching condition of priority dispatching; if the receiver of the dispatched person does not accord with the dispatching condition of priority dispatching or the receiver is not in the state of accepting dispatch, the receiver will not prompt the dispatching requirement information; and if the receiver of the dispatched person accords with the dispatching condition of priority dispatching and the receiver is in the state of waiting for passengers, the receiver will prompt the dispatching requirement information to the dispatched person with the prompting mechanism.

Description

A new dispatch method and system

Technical field

The present invention relates to the field of information technology and wireless communication technology, and in particular to a new dispatching method and system. Background technique

The existing traditional dispatch methods and systems, such as when used in taxi dispatch services, are as follows: When a taxi customer is calling a taxi, the taxi customer must greet the road on the road by greeting. To attract the customer's rental or taxi customer to call the taxi dispatch company by the taxi dispatch company from the location coordinates of the taxis continuously uploaded from the central database, search for the location distance from the nearest customer location Taxi, and then through the wireless transmission system, send a specific taxi to provide taxi customer service.

The existing dispatch method, taking taxi dispatch as an example, has the following missing points:

1. All taxi drivers must upload their satellite positioning system data to the taxi dispatch company in real time, which will result in a large transmission cost for the taxi driver;

2. The taxi dispatch company must compare the GPS data uploaded by a large number of taxi drivers with the customer demand coordinates. The taxi dispatch company needs to invest in the construction of a large computer system to load the comparison operation, which will result in taxi dispatch. The company has to bear a large amount of capital to build computer system equipment; 3. Due to the time difference, the time for the taxi driver to upload GPS data is different from the time for the taxi dispatch company to compare the calculation time. Therefore, when the taxi dispatch company compares the operation When GPS data is used, the GPS data uploaded by the taxi driver is quite different from the actual taxi driver's position. Therefore, in the traditional dispatch mode, the comparison often lacks correctness, and the taxi driver often questions the fairness. Taxi dispatch companies spend huge amounts of computer equipment to build costs, but they still can't gain the trust of users and taxi drivers. This is not an effective method;

4. The taxi dispatch company must constantly notify every selected taxi driver that this will result in a large transmission cost for the dispatch company;

5. All selected taxi drivers who are willing to accept the dispatch must also notify the taxi dispatching company, which will result in a large transmission cost for the selected taxi driver;

6. Taxi drivers have to pay a high amount of dispatch service fees, which will increase the operation of taxi drivers. Cost

7. Taxi drivers who do not want to use the taxi dispatch company service must constantly circumvent the road to attract customers, thus causing serious traffic congestion and air pollution;

8. When the taxi driver on the road detours, it is found that when the customer is greeting, he often quickly cuts the roadside to snatch the customer and avoids the customer being taken away by other taxi drivers, which often causes a large number of traffic accidents.

It can be seen that under the existing taxi dispatch method, taxi dispatch companies and drivers must repeatedly upload, transmit, calculate, etc., all of which require a large amount of transmission and system costs. Taxi dispatch companies must also provide taxi drivers. Charges for high service fees, taxis can also cause traffic congestion and air pollution, etc. These direct or indirect costs are greatly reduced and improved in the present invention. Invention disclosure

SUMMARY OF THE INVENTION One object of the present invention is to provide a new dispatching method and system for transferring a dispatch demand information to a dispatch management center in a simple, convenient, and low-cost manner provided by a calling device. The calling device of the present invention can be mobile or fixed, and can be set on the roadside, arcade, indoor, vehicle stop, building, department store, shopping mall, park, zoo, amusement park, theater, hospital, police station, School, community, government agency or any other public place.

Another object of the present invention is to provide a new dispatching method and system for dispatching a management center and a receiver, thereby providing a dispatch management center to transmit dispatch demand information to a dispatched person in an easy, fast, and low-cost manner. The receiver dispatch management center transmits broadcasts of demand information, search conditions, or other information to the dispatcher's receiver through a transmitting device transmitted by digital information broadcasting.

Another object of the present invention is to provide a new dispatching method and system, which can be provided in a simple, fast, fair and low-cost manner by a dispatcher's receiver and a new comparison operation mechanism. Search condition, through the calculation mechanism of calculation, comparison or judgment of the receiver, calculate or compare the position coordinates of the current dispatcher and the position coordinates of the dispatch request to determine whether the current dispatcher using the receiver is Within the top priority of the search criteria. If yes, and the receiver is also in the hospitality state, the receiver prompts the dispatched person to dispatch the demand information by using a prompting mechanism (including a mechanism such as light, text, graphics, sound, or vibration, the following is the same). The dispatched person who is prompted can choose whether to go or not. Wherein the search condition of the present invention can be dispatched at any time by the dispatch management center in the broadcast transmission When the demand information is dispatched, it is transmitted to the receiver; or stored in the receiver in advance, and the search management center can update the search condition through the digital information broadcast transmission system at any time. Wherein the receiver of the present invention can be carried by a dispatched person, mounted on a vehicle, or mounted on other objects.

To achieve the object of the present invention, a new dispatch method is provided, the method comprising the following steps: Step 1: The user transmits the dispatch demand information to the dispatch management center through the calling device; Step 2: The dispatch management center receives After the dispatching demand information transmitted by the calling device is processed, the dispatching condition is added, and the transmitting device transmitting the digital information broadcast is transmitted to the receiver of the dispatched person;

Step 3: The receiver receives the dispatch request information of the broadcast transmission of the dispatch management center. After processing, the receiver performs calculation or comparison calculation of the position coordinates of the dispatch request and the position coordinates of the dispatched person to determine the receiver. Whether it meets the dispatch conditions of priority dispatch;

Step 4: If the dispatch condition of the priority dispatch is not met or the receiver is in a state of not accepting the dispatch, the receiver does not prompt the dispatch request information;

Step 5: If the dispatcher's receiver meets the priority dispatch condition and is in the hospitality state, the receiver will prompt the dispatcher to dispatch the demand information.

Step 2 is a method of transmitting digital information to a receiver by a transmitting device that transmits digital information broadcast.

Step 3 is a new type of searcher. 3⁄4 refers to the method of searching or filtering the logical operations of the dispatched person to each receiver.

The value of the "success rate of attracting customers in a period of time" value of each calling device in this period can be calculated, and the information of the current time of the calling device and the historical data of the same calling device can be calculated by using a mathematical formula.

The new dispatch method also includes an efficient method of recruiting customers, including the following steps: Step 1 ': When the dispatched person goes to the call station to schedule, the receiver's shift counting mechanism increases one of the calling devices. The number of dispatches of the dispatched person, when a dispatched dispatcher recruits the customer, receives the opportunity to use the shifter counting mechanism and the customer counting mechanism to reduce the number of dispatches of one dispatched person on the calling device and one The number of customers waiting for the dispatch service;

Step 2 ': The calling device can record and transmit the dispatching and demanding information of the calling device to the dispatch management center in real time, timed or under certain circumstances;

Step 3 ': The dispatch management center receives the information transmitted by each calling device to call the device. The dispatched supply and demand data of the time period is compared with the historical data of the same period and the same period of the calling device, and the value of the "can successfully recruit the client rate" of each calling device during this period is calculated;

Step 4': The dispatch management center can transmit the latest "can successfully recruit client rate" data of the current time of each call station to the receiver through the digital information broadcast transmission system in real time, timed or cyclic broadcast mode;

Step 5 ' : The dispatched person can refer to the latest "Successful Recruitment Rate" information of each greeting device in the current time period, and then select the appropriate call station to quickly attract customers.

In step 3', the calculating "can successfully recruit client rate" value includes the following steps: Step 3: First, the dispatch management center calculates the same period of the same month, the same day date, or the same holiday, and successfully completes the dispatch. Historical data, minus the number of transactions completed in the same period today; Step 32 ': Re-statistically the number of dispatched by the dispatcher at the same time and the number of customers waiting for dispatch service;

Step 33': If the number of dispatched dispatchers and the number of customers waiting for the dispatch service are greater than 0 in step 32', the customer can directly call the dispatched person of the same call station to provide services by using the regional wireless communication mechanism; If the number of dispatched persons of the dispatcher in step 32' or the number of customers waiting for the dispatch service is equal to 0, then the following steps are performed;

Step 34': Subtract the value obtained in step 3 from the value of the dispatched person of step 32';

Step 35 ': If the value after the subtraction of step 34' is greater than 0, then the dispatcher "can successfully recruit the client rate" is greater than 0, and the larger the value, the greater the chance of success;

Step 36 ': If the value after the subtraction of step 34' is less than or equal to 0, then the dispatcher "can successfully recruit the client rate" is less than or equal to 0, and the smaller the value, the smaller the chance of success;

Step 37 ': The dispatch management center will update and record the "can successfully recruit client rate" value information, and transmit it to the receiver in real time or timed broadcast for the referenced or used by the dispatched receiver.

A new dispatch system is also provided for the purpose of the present invention, characterized in that the system comprises:

A calling device includes a data transmission module, a data input interface module, a display interface module or a power module, wherein the data transmission module transmits information or information to a dispatch management center; the calling device can be mobile or fixed; A dispatch management center includes a dispatch management system, a digital information broadcast transmission system, or a data transmission module, and the center has functions of receiving information, processing information, or transmitting information;

A receiver, comprising a central processing module, a receiving module for digital information broadcast transmission, a global satellite positioning system receiving module, a display module or a power module, etc.; having a computing operation, receiving broadcast digital information, receiving global satellite positioning system information or logic Functions such as calculations.

The calling device includes:

A data input interface module is connected to the central processing module to provide functions for operating the calling device, inputting numbers or characters, and the like;

A central processing module includes a central processing unit and a memory, wherein the central processing module is a connection data input interface module, a display interface module or a data transmission module;

A display interface module is connected to the central processing module to provide display information, status or images, etc.; a data transmission module is connected to the central processing module to provide data transmission or communication between the calling device and the dispatch management center or other device. And other functions, the transmission method can be wireless or wired data transmission mode;

A power module is the power required to supply the calling device, and can be converted into a DC power source by a DC power source or an AC power source via a transformer.

The dispatch management center includes:

a data transmission module, which is a communication module of a transmitting device connected to a calling device or a digital information broadcasting transmission, and can provide a data transmission or communication function between a dispatch management system and a transmitting device or a transmitting device for digital information broadcasting transmission;

a dispatch management system, comprising a host, a screen, a keyboard or a database; wherein the host is responsible for processing data, connecting with the calling device through the data transmission module to send and receive information, or connecting with the digital information broadcast transmission system to broadcast and transmit information; The host must include or externally access a database;

A digital information broadcast transmission system is a transmitting device comprising one or more groups, wherein the transmitting device of the system is connected to the dispatch management system, and the information broadcast is transmitted to the receiver; wherein the transmitting device of the system can be the system Exclusive or combined with the launch equipment of a general radio station.

Wherein the receiver comprises:

A data input interface module is connected to the central processing module, and provides an operation function of the receiver, inputting a digital or text component, wherein the data input interface module can be a button, a touch panel, a mouse or a voice control module; A receiving module for digital information broadcast transmission is connected to the central processing module and can receive the digital signal string - a global satellite positioning system receiving module, which is connected to the central processing module and can receive information such as the geographic coordinates of the satellite positioning system;

A central processing module includes a central processing unit and a memory; the central processing module is a connection or control data input interface module, a digital information broadcast transmission receiving module, a global satellite positioning system receiving module, a screen display module, a light number module or an external a data processing interface or the like; the central processing module has an arithmetic function of coordinate calculation, comparison or judgment;

a screen display module is connected to the central processing module to display various graphic or text information; wherein the screen display module is a touch panel;

a light module is connected to the central processing module to display the current state of the receiver with a light signal; an external data processing interface is connected to the central processing module and is a connection interface for providing data import or export;

A power module: is the power required to supply the receiver, which can be converted to DC power by a transformer or a DC power source.

The greeting device can be added:

a regional wireless transmission module coupled to the central processing module to provide a mechanism for data transmission or communication between the receiver and the calling device;

Or a video output module is connected to the central processing module, and may include a display screen or an audio system to provide playing video, music or multimedia data;

Or a chip card reading and writing module, connected to the central processing module;

Or a payment module connected to the central processing module to provide a payment mechanism for the user; or a video recording module connected to the central processing module for shooting around the user or the calling device;

Or a sensor module is connected to the central processing module to sense the surrounding of the calling device to determine whether a person, a car or a dispatched person is surrounding the calling device, or can activate the audio and video output module through sensing. ;

Or an external power supply, or a solar panel and a rechargeable battery, can transfer power to the rechargeable battery storage to supply the power module;

Or a charger module, connected to the central processing unit, for providing electrical charging to the electronic product Electricity;

Or a print module that prints data.

The receiver can be added:

A regional wireless transmission module, connected to the central processing module, is a mechanism for providing wireless data transmission or communication between the receiver and the calling device;

Or a wide-area wireless data transmission module connected to the central processing module to provide a receiver between the wide-area wireless data transmission module and the dispatch management center, the customer, the calling device, the police station, the official unit, or other units. Data transmission or communication mechanism;

Or an IC card reading and writing module, connected to the central processing module, to provide identity authentication, IC card deduction or value-added, or credit card payment mechanism;

Or a video recording module is connected to the central processing module, and includes a recording module or a video module, and can record sound or video;

Or a print module for printing data;

Or a sound module can emit a prompt sound, play music, or play a voice device according to the sounding module. When the data transmission operation between the calling device and the dispatch management center is performed, the calling device can obtain a regional wireless transmission mechanism. The plurality of calling devices are connected in series to a specific calling device or mediation device, and then connected to the dispatch management center through the data transmission mechanism on the calling device or the intermediary device, and then the data transmission operation is performed.

The invention has the beneficial effects that: the customer uses the dispatching method and system of the invention, does not need to dispatch the company manual service through the taxi, does not need to bypass the street to attract customers, does not need to constantly upload his own coordinates to the taxi dispatch company, the dispatch of the invention The management center can correctly and fairly search the respondents who have been in the nearest range according to the customer's needs and quickly go to the customer location to provide services. The invention can greatly improve the dispatching speed of the traditional dispatch method, the dispatching correctness, the dispatch fairness, the fuel waste, the traffic congestion, the air pollution, the traffic accident and the like, the improvement of the customer service quality, the reduction of the dispatcher's operating cost, The fairness of dispatch operations, improvement of environmental quality, mitigation of traffic congestion, reduction of traffic accidents, and benign development of urban construction have all contributed significantly.

The invention is described in detail below with reference to the accompanying drawings and specific embodiments. BRIEF DESCRIPTION OF THE DRAWINGS Figure 1 is a schematic composition of a dispatch system of the present invention;

2 is a structural diagram of a calling device of the dispatching system of the present invention;

3 is an architectural diagram of a dispatch management center of the dispatch system of the present invention;

4 is a block diagram of a receiver of the dispatch system of the present invention;

5 is another structural diagram of a calling device of the dispatching system of the present invention;

6 is another architectural diagram of a receiver of the dispatch system of the present invention.

Wherein, the reference numeral

1 greeting device

11 data input interface module 12 central processing module

121 central processor 122 memory

123 Timing Components 13 Power Module

14 Display interface module 15 Data transmission module

16 Regional Wireless Transmission Module 17 AV Output Module

18 Printing module 19 Video recording module

110 IC Card Reader Module 111 Sensor Module

112 Solar Panel 113 Rechargeable Battery

114 Charger Module 115 Paid Module

2 Dispatch Management Center

21 Data Transfer Module 22 Dispatch Management System

221 host 222 screen

223 keyboard 224 database

23 Digital Information Broadcast Transmission System

231 Digital information broadcasting transmission equipment

3 receiver

31 data input interface module

32 Digital Information Broadcast Transmission Receiver Module

33 Global Positioning System Receive Module

34 Central Processing Module 341 Central Processing Unit

342 memory 35 screen display module

36 signal module 37 external data processing interface 38 Power Module 39 Regional Wireless Transmission Module 310 Wide Area Wireless Data Transmission Module 311 IC Card Reader Module

312 Video Recording Module 313 Printing Module

314 sound module 315 vibration mode; ^

4 managers

5 users (or customers)

6 Dispatcher

7 Calling station (or called a calling device or a calling station) The best way to implement the present invention

Please refer to FIG. 1 , which is a schematic diagram of a new dispatching method and system of the present invention. The main steps of the method of the present invention include:

Step 1: The user 5 transmits the dispatch request information to the dispatch management center 2 through the calling device 1 at the calling station 7;

Step 2: After the dispatch management center 2 receives the dispatch request information transmitted by the calling device 1, after processing (such as recording, encryption, decryption, or other functions, etc.), the dispatching condition is added, and the transmitting device transmitted by the digital information broadcast is transmitted. 231 is transmitted to the receiver 3 of the dispatcher 6; Step 3: After receiving the dispatch request information or dispatch condition of the broadcast transmission of the dispatch management center 2, the receiver 3 is processed (such as recording, encryption, decryption or other functions, etc.) The receiver 3 calculates or compares the position coordinates of the dispatch request with the position coordinates of the dispatcher 6 to search or filter whether the receiver 3 meets the dispatch condition of the priority dispatch; Step 4: If the priority is not met The dispatched search condition or the receiver 3 is in a state of not accepting dispatch (referring to the non-resident state, the following is the same), and the receiver 3 does not prompt the dispatch request information; Step 5: Conversely, if the dispatcher receives The machine 3 meets the priority dispatching condition and is in the hospitality state, and the receiver 3 prompts the dispatching request information to the dispatched person 6 by the prompting mechanism. The new dispatch method as described above, in which the user 5 transmits the dispatch request information to the dispatch management center 2 through the calling device 1. The dispatching method described above, wherein the step 2 is a new method of transmitting the digital information to the receiver 3 by the transmitting device 231 transmitting the digital information broadcast, and the step 3 is a new searching method, the searching method Is to be searched or selected for priority dispatched dispatcher 6 The arithmetic work is transferred to the receiver 3 of each dispatcher 6, wherein the search method is able to find the condition parameters by distance, trait or attribute. If the distance is the search condition parameter, according to the dispatch condition, the area of the different distances is divided by the calling device 1 as the center point, and the receiver 3 gradually expands the range from the smallest area range, and dispatches the request. The calculation or comparison operation of the position coordinates and the latest position coordinates of the dispatcher 6 to determine whether it is within the search range of the priority dispatch, and if the dispatched person 6 of the hospitality meets the search condition, the receiver 3 prompts The mechanism prompts the dispatcher 6 to dispatch the demand information. If, after a period of time, the calling device 1 has a dispatch request, the receiver 3 will expand the search area by one step to search or filter more dispatched persons 6 to be sent to the next priority dispatch. The dispatching method of the present invention will be repeated continuously in accordance with the foregoing procedure until all dispatching requests of the calling device 1 are completely eliminated.

In the new dispatch method as described above, the dispatcher 6 may transmit each other through the regional wireless transmission mechanism of the calling device 1 and the receiver 3 to transmit information or instructions, etc., and perform execution such as increasing or decreasing the dispatcher 6 The number of shifts, the number of dispatch service requests, and the dispatched 6 or other functions that call the shift station.

The new dispatching method as described above, wherein the value of each of the calling devices 1 "can successfully recruit the client rate" can be calculated, and the current dispatching related supply and demand information of the calling device 1 such as the dispatched number of the dispatched person 6 and the waiting dispatch service can be calculated. The historical data of the same number of customers or the number of dispatched services and the like, which are the same as the number of dispatched services, are calculated by mathematical formulas. The dispatch management center 2 can calculate and record or use the client rate successfully. For example, the dispatch management center 2 can transmit the "successful client rate" broadcast to the receiver 3 of the dispatcher 6. To provide the reference to the dispatched person 6 and go to this time to successfully recruit the call station 7 with a high client rate to quickly attract customers.

The dispatched person of the present invention may include a taxi driver, a driver, a courier, a deliveryman, a postman, a vehicle driver, a policeman, a medical staff (such as a doctor, a nurse, or other medical personnel, etc.), a firefighter, a disaster relief person, Rescuers, guards, soldiers, gendarmerie, security personnel, sentimental personnel, judicial personnel, public servants, justice or prostitutes.

In addition, the present invention can provide a highly efficient method for attracting customers, and can provide the dispatched person 6 by calculating or comparing the real-time data and historical data of the dispatching and demanding of the calling device 1 through the dispatch management center 2. Or the use of the manager 4, an efficient implementation of the customer method of the present invention, the main steps include:

Step 1: When the dispatcher 6 goes to the call station 7 shift, it is counted by the shifter of the receiver 3. Mechanism to increase the number of dispatches of a dispatched person 6 on the calling device 1. When a dispatched dispatcher 6 recruits to the customer 5 (that is, when the dispatch service is completed, the following is the same), the receiver 3 reduces the number of the calling device 1 by the shifter counting mechanism and the customer counting mechanism. The number of dispatches for a dispatcher 6 and the number of customers waiting for a service.

Step 2: Calling the device 1 The real-time, timed or specific case will record and transmit the dispatching and demanding information of the calling device 1 to the dispatch management center 2;

Step 3: The dispatch management center 2 receives the information transmitted by each of the calling devices 1 to compare the dispatched supply and demand data of the device 1 with the historical data of the same period and the same period of the calling device 1 to calculate the calling devices during the period. 1 "Can successfully recruit client rate" value;

Step 4: The dispatch management center 2 transmits the latest "successful client rate" data of each call station 7 to the receiver 3 through the digital information broadcast transmission system 23 in real time, timed or cyclic broadcast mode;

Step 5: Dispatched person 6 can refer to the current time of each call device 1 After the latest "can successfully recruit client rate" information, select the appropriate call station 7 to quickly recruit customers 5 .

One implementation manner of the shifter counting mechanism and the customer counting mechanism in the above step 1 is that a regional wireless transmission module 39 is provided in the receiver 3 of the dispatcher 6, and a regional wireless transmission is also set on the calling device 1. Module 16, so as to be able to communicate with each other or transmit data, for example, increase or decrease the number of dispatches of the dispatcher 6, increase or decrease the number of customers waiting for the dispatch service, 5, or the customer 5, call the dispatcher 6 of the same call station, 7 shifts, etc. . The regional wireless transmission module 16 (or 39) may be a radio frequency identification (or RFID), a purple bee (or ZigBee;), a wireless compatibility authentication (or called Wireless Fidelity or WiFi), Worldwide access to microwave access (or Worldwide Interoperability for Microwave Access or WiMAX), Bluetooth communication (or Bluetooth), or Local RF transmission (Local RF).

The above-mentioned high-efficiency method for attracting customers, in which the "can successfully recruit client rate" value, can be calculated by mathematical formula by the historical data of the same period and the same period of the calling device 1 of the calling device 1.

The success rate value of the customer 5 can be recruited for a period of time, and the dispatching supply and demand data of the specific time period of the calling device 1 and the historical data of the same period and the same period of the calling device 1 can be calculated or compared by mathematical formulas. The "can successfully recruit client rate" value for the specific time period is used for the reference and decision of the dispatcher 6. The implementation steps for one of the implementable cases are as follows: Step 1: First, the dispatch management center 2 calculates the historical data of the successfully completed dispatch of the same segment of the same month, the same week date, or the characteristics of the same holiday, minus the number of completed transactions at the same time segment today;

Step 2: Count the number of each call station in the same period. 7 Total dispatched 6 The number of shifts, the number of customers waiting for dispatch service, etc.;

Step 3: If the number of dispatched 6 of the dispatcher 6 and the number of the customer 5 waiting for the dispatch service are both greater than 0, the customer 5 can directly call the dispatcher 6 of the same call station 7 by using the regional wireless communication mechanism. Providing the service; if the number of dispatchers of the dispatcher 6 in step 2 or the number of customers waiting for the dispatch service 5, one of which is equal to 0, the following steps are performed;

Step 4: Subtract the value obtained in step 1 from the shift value of dispatcher 6 in step 2; Step 5: If the value after step 4 is greater than 0, then the dispatcher 6 "can successfully recruit customers The probability "is greater than 0, and the larger the value, the greater the chance of success;

Step 6: If the value after the subtraction of step 4 is less than or equal to 0, then the dispatcher 6 "can successfully recruit the client rate" is less than or equal to 0, and the smaller the value, the smaller the chance of success;

Step 7: The dispatch management center 2 will update and record the "can successfully recruit client rate" value information, and transmit it to the receiver 3 in real time or timed broadcast for the dispatcher 6 equipped with the receiver 3 as a reference. Or use, etc.

In another implementation step of the above embodiment, the calculation of the above steps 4, 5, and 6 may be performed in a mathematical formula of "can successfully recruit the client rate" value, and the "subtraction" of step 4 is replaced by "divide by" and steps. 5, 6 "subtraction" is replaced by "division"; if the mathematical formula for calculating the value of "can successfully recruit client rate" is to divide ( ÷ ), the number of dispatches of dispatcher 6 must be greater than or Equal to 0.

The new dispatching method and related system of the present invention is applicable to dispatching or soliciting customers in various fields such as vehicles, services, tasks, or service.

Please refer to FIG. 1, FIG. 2, FIG. 3 and FIG. 4, which are schematic diagrams of the dispatching method and system of the present invention, which mainly include a calling device 1, a dispatch management center 2, and a receiver 3. The dispatch system of the present invention, the main functions or modules include:

The calling device 1 is for the customer 5 to transmit the dispatching demand information to the dispatch management center 2 through the calling device 1 , and the calling device 1 can be mobile or fixed;

Dispatch Management Center 2: Receiving information transmitted from the calling device 1 such as dispatching demand information or dispatching supply and demand information; receiving dispatch demand information, which may be processed (such as recording, encryption, decryption, or other functions) or dispatched After the condition, the digital information broadcast transmission system 23 sends the aforementioned dispatch related letter. Broadcast or other information, broadcasted to the receiver 3; wherein the dispatch management center 2 includes a dispatch management system 22, a digital information broadcast transmission system 23, a data transmission module 21, and the like;

The dispatch management system 22: is connected to the calling device 1 or the transmitting device 231 for digital information broadcast transmission through the data transmission module 21;

The digital information broadcast transmission system 23 is a transmitting device 231 including one or more sets of digital information broadcast transmissions; wherein the digital information broadcast transmission transmitting device 231 is connected to the dispatch management system 22, and can transmit digital information broadcast to reception. The data transmission module 21 is a communication module that connects the calling device 1 and the dispatch management system 22, or the transmitting device 231 that connects the dispatch management system 22 with the digital information broadcast transmission. Receiver 3: It is capable of performing logical operations, receiving GPS information, or receiving digital information (including dispatching demand information, dispatch conditions, "can successfully recruit client rate" information, or other information). After the digital information received by the receiver 3 (such as recording, encryption, decryption or other functions) is received, the coordinates of the dispatched demand and the coordinates of the dispatched person 6 are calculated or compared to determine whether the priority is met. Dispatch conditions. The receiver 3 can be carried by the dispatched person 6, installed on the vehicle or the device is on other objects; the calling device 1 is for the user 5 to transmit the dispatching demand information to the dispatch management center 2 through the calling device 1 The main functions or modules of the calling device 1 include:

A data input interface module 11 is a component connected to the central processing module 12 for the user to operate the function of the calling device 1, inputting numbers or characters, etc., wherein the data input interface module 11 can be a button, a touch panel, a mouse or a voice control Module, etc.

A central processing module 12: includes at least a central processing unit 121 and a memory 122; wherein the central processing unit 121 is used for data processing; and the memory 122 is used for data temporary storage and storage. The module 12 can also include a timing component 123 that provides computational time and can also be used to periodically activate the peripheral module. The central processing module 12 is connected to the data input interface module 11, the display interface module 14 or the data transmission module 15, and the like. The module 12 can process the information input by the data input interface module 11 and transmit the information to the data transmission module 15; the module 12 can also receive data through the data transmission module 15, and then the received data is transmitted through the central processing unit 121. Processing, or temporarily storing or storing data into the memory 122;

A display interface module 14 is connected to the central processing module 12, and provides a user, the user 5 can view the information, status or image controlled by the central processing module 12, and the type can be a light number or a liquid crystal (LCD). Panel, screen or display billboards, etc. The display interface module 14 can also be a touch panel, and has the function of the data input interface module 11 for the user to select;

A data transmission module 15 is connected to the central processing module 12 to provide data transmission between the calling device 1 and the dispatch management center 2; the module 15 can transmit dispatched information, dispatch demand information or other information to the dispatch management center. 2, or the module 15 can receive information transmitted by the dispatch management center 2, the customer 5 or other devices such as system related parameters, government announcements, advertisements, music television (hereinafter referred to as Music Television or MTV) movies or music, etc.; The transmission method can be wireless or wired data transmission.

A power module 13: is the power required to supply the calling device 1 and can be converted to a DC power source by a DC power source (such as a battery) or an AC power source.

The dispatch management center 2 receives the information transmitted from the calling device 1 such as the dispatch request information or dispatches the supply and demand information, and transmits the dispatch related information to each receiver 3 by the transmitting device 231 transmitting the digital information broadcast, the dispatch management center 2 The main features or modules include:

A data transmission module 21: is a communication module that connects the calling device 1 and the dispatch management system 22, and provides a data transmission between the dispatch management system 22 and the calling device 1, a dispatch management system 22, and a transmitting device 231 for digital information broadcast transmission. Data transmission

A dispatch management system 22: is used for logical operation and data processing, and is connected to the transmitting device 231 of the calling device 1 or the digital information broadcast transmission through the data transmission module 21; the dispatch management system 22 includes a host 221 and a screen 222. Or the keyboard 223; wherein the host 221 receives the dispatch request information transmitted by each of the calling devices 1 by the data transmission module 21, and after processing the data, the dispatching condition is added, and then the transmitting device 231 transmits the digital information broadcast. The broadcast is transmitted to the receiver 3 of the dispatcher 6. The host 221 may include or externally connect to a database 224 for storing real-time data, historical data or other data of each of the calling devices 1;

A digital information broadcast transmission system 23: is a transmission device 231 comprising one or more groups; wherein the transmission device 231 of the system is connected to the dispatch management system 22, and the information of the dispatch management system 22 can be broadcasted to the dispatched person 6 The receiver 3 of the digital information broadcast transmission may be a dedicated or combined transmission device of a general station.

The dispatch condition to be dealt with by the dispatch management system 22 of the dispatch management center 2 refers to the search range area which is divided by the call device 1 and which is divided into small and large, as the order of dispatch search. For example, Figure 1R1, R2, R3... The circle area distance range of different radii is the smallest range R1 The dispatched person 6 of the searched hospitality is dispatched preferentially. If the dispatched person 6 who has no hospitality within the scope R1 is available for dispatch, the dispatcher 6 of the hospitality in the range R2, R3, ... is carried out layer by layer. send;

For example, if the dispatch management center of the dispatch method and system of the present invention transmits the dispatch request information every time, the transmission condition is included; when the receiver receives the dispatch service demand and the dispatch condition, the hypothesis can be divided into a radius of 100. Metric, 200-meter, 300-meter...a circular area of different distances (can also be square, rectangular or octagonal), the receiver is centered on the location of the calling device that sends the dispatch request information, starting from Starting from the minimum area of 100 meters, after calculating the distance between the location of the calling station and the current position of the receiver, whether the comparison is within the priority search range to determine whether the receiver of the dispatched person is in priority The dispatch condition, if the dispatched person with the hospitality meets the search condition, the receiver prompts the dispatcher to send the relevant information by the prompting mechanism, and the dispatched person who is prompted can freely choose whether to go or not. After a period of time, the dispatch management center may broadcast the dispatch demand information or the new dispatch search condition to the receiver at the receiver, whether it is found by the dispatch management center or prompted by the calling device to have unresolved dispatch demand. After receiving the dispatch information or the new dispatch search condition, the receiving opportunity expands the search radius range (such as 200 meters, 300 meters...) with the new dispatch search condition, and performs position coordinate calculation or comparison calculation again. Dispatched by a dispatched person who searches for or selects a hospitality that meets the search criteria within the priority range. The dispatch management center of the present invention will continue to repeat the above procedure in this mode until all dispatch requests of the calling device are eliminated.

Another example is that the transmission dispatching condition of the dispatching method and system of the present invention is pre-stored in the receiver. When the receiver receives the dispatching service demand, the receiving opportunity is divided into a radius by a predetermined dispatching condition. Meters, 200 meters, 300 meters... areas of different distance ranges, searching or screening dispatched persons who meet the dispatch conditions, if, after a period of time, the dispatch management center does not terminate the dispatch demand, the receiver will The new dispatch condition will be used to expand the search radius range (such as 200 meters, 300 meters...) by the location of the call station. The receiver will use the new dispatch search condition to perform the coordinates again. Calculate or compare operations to search for or screen the dispatched person in the sub-priority range for dispatch. The dispatch management center of the present invention will continue to repeat until the dispatching requirements of the calling device are eliminated.

For example, when the dispatched person dispatches to the greeting station to recruit the customer, the dispatched person can receive the scheduler counting mechanism of the receiver, and increase the number of dispatches of a dispatched person on the calling device, and the calling device dispatches the update. Returning supply and demand information to the dispatch management center for dispatching management center records or applications, etc. Make sure the number of shifters is correct.

Another example is that when the dispatched person leaves the call station (such as giving up the shift or recruiting to the customer), the dispatcher can receive the number of shifters or the number of customers to eliminate one shifter or eliminate The number of customers waiting for dispatch service on a calling device The calling device returns the updated dispatching supply and demand information to the dispatch management center to dispatch the management center record or use, etc., to ensure the correctness of the number of customers and the number of shifters.

The calling device can return the above-mentioned updated dispatch supply and demand information to the dispatch management center in real time or at a time to dispatch the management center record or application to ensure the correctness of all dispatched supply and demand data.

In addition, when the dispatch management center 2 receives the real-time data uploaded by the calling device 1, including the number of dispatched persons 6 of the dispatcher 1 at different times, the number of customers waiting for the dispatch service, or the number of dispatched services completed, etc. The information, in addition to the data of the database 224 of the dispatch management center 2, the dispatch management center 2 will also compare the supply and demand data of the same calling device 1 in the specific time period as the dispatched number of the dispatcher 6 of the time period, waiting for the dispatch service. The number of customers, or the number of dispatched services, and other historical data of the same period of the same period or the same holiday, using mathematical formulas for calculation or comparison, in order to obtain the "can successfully recruit client rate" of each calling device 1. Values and other data to provide reference or use for Manager 4, Dispatch 6 or Customer 5.

The receiver 3 is provided with functions of receiving digital information, receiving GPS information, or logic operations. The main functions or modules of the receiver 3 include:

A data input interface module 31 is connected to the central processing module 34, and provides the dispatcher 6 to operate the receiver 3 function, input digital or text components, and the data input interface module 31 can be a button, a touch panel, a mouse or a voice control module. Wait;

A digital information broadcast transmission receiving module 32: is connected to the central processing module 34, can receive digital information, such as dispatching related information or other information, and transmits the information to the central processing module 34; a global satellite positioning system receiving module 33: is connected to the central processing module 34, can receive information such as the geographic coordinates of the satellite positioning system, and transmits the GPS information to the central processing module 34;

A central processing module 34: includes a central processing unit 341 and a memory 342; the central processing unit 341 is for data processing; the memory 342 is used for data temporary storage or storage; the central processing module 34 is a data input interface module 31. The digital information broadcast transmission receiving module 32, the global satellite positioning system receiving module 33, the screen display module 35, the light number module 36 or the external data processing interface 37, etc. are connected; wherein the central processing module 34 is receivable by data input The data input by the interface module 31, To set or operate the receiver 3; the central processing module 34 can obtain the position coordinates of the receiver 3 by the global satellite positioning system receiving module 33; the central processing module 34 can set the position coordinates of the receiver 3 and the received dispatch request The position coordinates are calculated or compared to determine whether the dispatched person 6 meets the dispatch condition. The central processing module 34 can control an output module, such as a light module 32 or a screen display module 35, to generate a prompt signal. The prompt signal is presented in the form of text, graphics, sound, light or vibration;

An on-screen display module 35: is connected to the central processing module 34 and displays information processed by the central mode group 34, which can display the location of the call station 7 or the location of the currently dispatched person 6, or display various graphics or text. And the like; wherein the screen display module 35 is a touch panel;

A light module 36: is connected to the central processing module 34, and can display the current state of the receiver through the light, for example, in operation, fault or shutdown.

An external data processing interface 37: is connected to the central processing module 34 and is a connection interface for providing data import or export, for example, a serial data communication interface (RS232) or a universal serial bus (USB).

A power module 38: is the power required to supply the receiver 3, which can be converted to a DC power source by a DC power source (such as a battery) or an AC power source.

In addition, the receiver 3 can be a dedicated machine, a stand-alone, a car, a mobile phone or a personal digital assistant (hereinafter referred to as a Personal Digital Assistant or PDA).

The new dispatch system of the present invention, wherein the dispatch condition refers to a method of searching or screening the dispatched person 6 that is prioritized. The method allows the distance, trait, or attribute to be a dispatch condition search parameter. If the distance is the condition, according to the dispatching condition, the calling device 1 is the center point, the different size areas are divided by different distances, and the search range is gradually expanded from the smallest to the large area range, and the receiver 3 performs The dispatcher 6 calculates or compares the position coordinate distances of the calling device 1 to search for or select the dispatched person 6 who is in accordance with the dispatch condition. If, after a period of time, the calling device 1 has an unresolved dispatching demand, the calling device 1 has to prompt the dispatching management center 2 that the calling device 1 still has a dispatching demand, or the dispatching management center 2 actively discovers the calling device 1 There is still a dispatch demand, and the dispatch management center 2 may broadcast the dispatch information or the new dispatch condition to the receiver 3. After the receiver 3 receives the dispatch information or the new dispatch condition, the receiver 3 will use the new one. Dispatch conditions, expand the search area of one layer, and perform coordinate calculation or comparison calculation again to search or filter the assigned dispatchers6. The dispatch management center 2 will continue to repeat according to the foregoing procedure until all dispatch requests on the calling device 1 are eliminated. Please refer to FIG. 1, FIG. 2, FIG. 3 and FIG. 4, which are a system architecture diagram of the dispatch system of the present invention, an architecture diagram of the calling device 1, an architecture diagram of the dispatch management center 2, and an architecture diagram of the receiver 3. 5 and FIG. 6 are the same type of devices corresponding to the architectures of FIG. 2 and FIG. 4 respectively, and other modules or functions are added. In FIG. 5, the main functions or modules of the calling device 1 include:

A regional wireless transmission module 16 is coupled to the central processing module 12 to provide dispatched

The receiver 3 of 6 transmits data or instructions to the calling device 1, such as increasing or decreasing the number of dispatches of the dispatcher 6, increasing or decreasing the number of customers waiting for the dispatch service, or the customer 5 greeting the same call station 7 shift. The dispatcher has 6 functions. The regional wireless transmission module 16 can be RFID, ZigBee. WiFi, WiMAX, Bluetooth or regional radio frequency transmission;

An audio output module 17 is connected to the central processing module 12 and can include a display screen, a sound system, etc. to play video, music or multimedia data, such as a television, a radio, a broadcast data system, an image output panel, an audio, a speaker, a bee. Sounders, LED billboards or neon lights; etc.; the content can be advertisements, movies, MTV, programs, government announcements, traffic information or network information.

A chip (hereinafter referred to as IC) card reading and writing module 110, connected to the central processing module 12, can be used as an IC card identity login, identification, authentication, deduction or value addition.

A payment module 115, connected to the central processing module 12, is a payment mechanism that can provide the user 5, wherein the payment deduction mechanism is combined with an IC card reading and writing module 110 or a banknote or coin with a coin identification mechanism. The coin module and the like; wherein the IC card reading and writing module 110 can provide an IC card deduction, a value added or a credit card payment mechanism.

A video recording module 19 is connected to the central processing module 12 to capture the surroundings of the user 5 or the calling device 1. The image recording module 19 can be a photography module or a camera module.

A data input interface module 11 is connected to the central processing module 12, through which the audio output module 17 can be activated (such as playing television, video, music or radio), or the charger module 114 is activated;

A sensor module 111 is connected to the central processing module 12, and can sense the surrounding of the calling device 1 to determine whether a person, a car or a dispatcher 6 is around the calling device 1, or the module can pass the sensing The way of starting the audio output module 17 (such as television, film, music or radio, etc.); a solar panel 112, is connected to the rechargeable battery 113, and can transfer power to the rechargeable battery 113 for storage;

A rechargeable battery 113 is connected to the solar panel 112 to store and supply power to the power module Block 13;

A charger module 114 is connected to the central processing module 12 and can be provided for power charging of an electronic product, wherein the electronic product can be a notebook computer, an e-book, a radio, a mobile phone, a digital camera, a PDA or digital music (or Said Mie Picture Experts Group Audio Layer III or MP3) electronic products such as players;

A printing module 18 is connected to the central processing module 12 and can print data provided by the calling device 1, such as receipts, coupons, tickets, advertisements, transactions, dispatch or document data;

A central processing module 12 is an IC card reading and writing module 110, a data input interface module 11, a regional wireless transmission module 16, a video recording module 19, a sensor module 111, a charger module 114, a printing module 18, or a video output module. 17 and so on, is to provide the function of each module drive and signal data transmission;

In Figure 6, the receiver 3, the main newly added functions or modules include:

A regional wireless transmission module 39 is connected to the central processing module 34; is a mechanism for providing wireless data transmission or communication between the receiver 3 of the dispatcher 6 and the calling device 1, including increasing or decreasing the number of dispatches of the dispatcher 6 5, increase or decrease the number of customers waiting for dispatch service, 5 customers call the same call station 7 dispatched dispatcher 6 or other functions. The regional wireless transmission module 39 is a transmission mode such as RFID, ZigBee, WiFi, WiMAX, Bluetooth or regional radio frequency transmission;

A wide area wireless data transmission module 310 is connected to the central processing module 34, and provides the dispatcher 6 through the wide area wireless data transmission module 310 and the dispatch management center 2, the customer 5, the calling device 1, the police station, and the public service unit. Or a mechanism for data transmission or communication between other units, etc.; wherein the wide area wireless data transmission module 310 is for integrated packet radio service (or General Packet Radio Service or GPRS), 3rd generation mobile communication system (3G), The 5. 5th generation mobile communication system (3. 5G) or WiMAX and other transmission methods.

An IC card reading and writing module 311 is connected to the central processing module 34 for the identity of the dispatcher 6 to perform identity authentication or the client 5 to charge or add an IC card; wherein the IC card reading and writing module 311 can be non-contact Or contact IC card interface.

A video recording module 312 is connected to the central processing module 34 and includes a recording module or a video recording module, and can record sounds, audio and video, etc. as a black box for recording accidents or accidents.

a printing module 313 is connected to the central processing module 34 and provides print receipts, bills, transactions, coupons, dispatch data, transaction data, management or statistical data, and the like; An utterance module 314 is connected to the central processing module 34 and emits a prompt tone, plays music or plays a voice through the utterance module 314.

A vibration module 315 is connected to the central processing module 34 and provides a vibration function "" of the receiver 3.

A central processing module 34 is connected to the regional wireless transmission module 39, the wide area wireless data transmission module 310, the IC card reading and writing module 311, the video recording module 312, the printing module 313, the sound module 314 or the vibration module 315, etc. Provide functions such as drive and signal data transmission of each module;

When the calling device 1 used in the new dispatching system of the present invention performs the data transmission operation between the calling device 1 and the dispatch management center 2, the calling device 1 can implement the regional wireless transmission mechanism to serially combine the plurality of sets of the calling devices 1 to A specific calling device 1 or an intermediary device is connected to the dispatch management center through a data transmission mechanism on the specific calling device 1 or the intermediary device, and then performs a data transmission operation to save communication transmission costs.

For example, when the present invention is applied to a dispatch service of a medical staff.

In the existing medical system, medical staff cannot be dispatched. Patients must go to a medical institution (such as a hospital or clinic) or communicate with a specific medical staff to obtain medical services.

If the new dispatch method and system of the present invention is used on a medical system, it is possible to efficiently perform the work of dispatching services of the patient (i.e., one of the users) and the medical staff (i.e., one of the dispatched persons). For example, if an emergency occurs in an amusement park, there is an urgent need for emergency assistance from a specific specialist medical staff, and there is no relevant medical staff in the amusement park. Patients, amusement park personnel or others can use the new dispatch method and system of the present invention. The emergency medical service demand information is transmitted to the dispatch management center by the calling device; the dispatch management center receives the emergency medical service demand information, and after processing (such as recording, encrypting or decrypting, etc.), and sending the dispatch condition, the transmission will be transmitted. Go to the receiver of the relevant medical staff in the system; the receiver of the medical staff receives the emergency medical service demand information, and after processing, the receiving machine calculates or compares the position coordinates of the demand with the position coordinates of the medical staff. In order to determine whether the priority search condition is met; if the search condition of the priority dispatch is not met or the receiver is in a state of not accepting the dispatch, the receiver does not prompt the demand data; otherwise, if the receiver of the medical staff meets the priority dispatch Search conditions and are in a standby state, the receiver is The request information will be prompted to the medical staff by the prompting mechanism, and the medical staff can quickly go to the calling station to provide emergency medical services for the patient in real time.

There are a variety of other embodiments and modifications of the present invention, and those skilled in the art can make various changes and modifications in accordance with the present invention without departing from the spirit and scope of the invention. These corresponding changes and modifications are intended to fall within the scope of the appended claims.

The dispatching method and system provided by the present invention have the following advantages when compared with other prior art technologies:

First, short-term contribution:

1. The user can easily and conveniently send a dispatch service request to the dispatch management center through the calling device without the need of a call, and the customer's willingness to use the present invention increases;

2. The cost of dispatching services is reduced, and the willingness of customers to use the present invention increases;

3. The dispatched person does not need to transmit GPS data in real time, which can reduce operating costs, and the willingness of the dispatcher to use the present invention increases;

4. The dispatched person can wait for the shift at the call station, and does not need to bypass the road to attract customers. This will not only avoid traffic congestion, but also reduce air pollution and reduce traffic accidents;

5. The dispatched person can wait for the shift at the call station, and can save the cost of bypassing fuel consumption and achieve the environmental protection effect of energy saving and carbon reduction;

6. The present invention uses the most accurate GPS information to make the dispatching operation more correct and faster, and greatly improve the impartiality and dispatch speed of the dispatching system;

7. The dispatched person does not need to dispatch the service company to eliminate the exploitation of the dispatch service company and significantly reduce the operating cost of the dispatch service;

8. There is no need to build a large computer system to calculate and compare a large amount of GPS information. The cost of the dispatch management system is low, which greatly reduces the cost of the construction of the computer system of the dispatch management center.

Second, long-term contribution:

For the urban development, the dispatched person who is on duty on the road and who is on duty on the road constantly drives around the vehicle to attract customers, and will give up and use many roads to other users such as the mass transit system or the disadvantaged groups. The Government can re-plan the use of roads to make the roads more effective. Some of them can be used by the mass transit system. Some of them can be used by vulnerable groups (such as bicycles, pedestrians, etc.) to allow bicycles and pedestrians. There are more and safer road use rights and environments. When the purpose and purpose of the road change, it will positively influence and promote the city's development towards a more environmentally friendly, more comfortable and more pleasant direction to provide a more comfortable, safer and healthier living environment for the people.

Claims

Claim

A new dispatching method, characterized in that the method comprises the following steps: Step 1: The user transmits the dispatching demand information to the dispatch management center through the calling device; Step 2: The dispatching management center receives the calling device After the transmitted dispatch demand information is transmitted, the dispatching condition is added, and the transmitting device transmitting the digital information broadcast is transmitted to the dispatcher's receiver;

Step 4: If the dispatch condition of the priority dispatch is not met or the receiver is not in the dispatch state, the receiver will not prompt the dispatch request information;

Step 5: If the dispatcher's receiver meets the priority dispatch condition and is in the hospitality state, the receiver will prompt the dispatcher to dispatch the demand information by prompting mechanism.

A new dispatching method according to claim 1, wherein the step 2 is a method of transmitting digital information to a receiver by a transmitting device transmitting a digital information broadcast.

The new dispatching method according to claim 1, wherein the step 3 is a new search party, wherein the logical operation of searching or screening the dispatched person is transferred to each receiver for processing. method.

The new dispatching method according to claim 1, wherein the value of the "success rate of attracting customers in a period of time" value of each of the calling devices during the period can be calculated, and the information can be dispatched by the current time of the calling device and the same greeting. The historical data of the equipment is calculated by mathematical formulas.

The new dispatching method according to claim 1, wherein the new dispatching method further comprises an efficient method of recruiting customers, comprising the following steps:

Step Γ: When the dispatched person goes to the call station to arrange the shift, the receiver's shift counting mechanism increases the number of dispatches of a dispatched person on the calling device, when a dispatched dispatcher recruits the customer. Receiving opportunities by the shifter counting mechanism and the customer counting mechanism to reduce the number of dispatches of one dispatched person on the calling device and the number of customers waiting for the dispatch service;

Step 4': The dispatch management center can transmit the data to the receiver at the current time of each call station through the digital information broadcast transmission system in real time, timed or cyclic broadcast mode;

The new dispatching method according to claim 5, wherein in step 3', the calculating "can successfully recruit client rate" value comprises the following steps:

Step 3: First, the dispatch management center calculates the historical data of the successfully completed dispatch of the same segment of the same month, the same week date, or the characteristics of the same holiday, minus the number of completed transactions in the same period today; Step 32 ': Re-statistical segment Each call station has a total number of dispatched dispatchers and the number of customers waiting for dispatch services;

7. A new dispatch system, characterized in that the system comprises:

A receiver, comprising a central processing module, a receiving module for digital information broadcast transmission, a global satellite positioning system receiving block, a display module or a power module; having logical operations, receiving broadcast digital information, receiving global satellite positioning system information or logic operations And other functions.

8. The new dispatch system of claim 7, wherein the calling device comprises:

9. The new dispatch system of claim 7, wherein the dispatch management center comprises:

a dispatch management system, comprising a host, a screen, a keyboard or a database; wherein the host is responsible for processing data, connecting to the calling device through the data transmission module to send and receive information, or connecting with the digital information broadcast transmission system to broadcast and transmit information; The host must include or externally access a database;

10. The new dispatch system of claim 7, wherein the receiver comprises: A data input interface module is connected to the central processing module, and provides an operation function of the receiver, inputting a digital or text component, wherein the data input interface module can be a button, a touch panel, a mouse or a voice control module;

A receiving module for digital information broadcast transmission is connected to the central processing module and can receive digital information;

A global satellite positioning system receiving module is connected to the central processing module and can receive information such as geographic coordinates of the satellite positioning system;

The new dispatching system according to claim 8, wherein the calling device is addable to:

Or a sensor module is connected to the central processing module to sense the surrounding of the calling device to determine whether a person, a car or a dispatched person is surrounding the calling device, or is capable of sensing Start the audio and video output module;

Or a charger module connected to the central processing unit for supplying electrical power to the electronic product;

Or a print module that prints data.

12. The new dispatch system according to claim 10, wherein said receiver is addable to:

Or a print module for printing data;

Or a sounding module sends a prompt sound, plays music, or plays a voice skill through the sounding module. 13. The new dispatch system according to claim 7, wherein the calling device is in the calling device and When the data transmission operation between the management centers is dispatched, the calling device can perform the regional wireless transmission mechanism, and combine the plurality of calling devices in series to a specific calling device or the intermediary device, and then transmit the data transmission mechanism on the calling device or the intermediary device. The dispatch management center is connected and the data transmission operation is performed.