JP3781013B2 - Mobile vehicle allocation program and mobile vehicle allocation method considering business areas - Google Patents

Description

[0001]
BACKGROUND OF THE INVENTION
The present invention relates to a plurality of business establishments having a defined business area and a mobile vehicle allocation method for managing a plurality of mobile vehicles belonging to each business office. The present invention relates to a vehicle allocation method that reduces the number of empty vehicles until the customer returns to the business area when the customer rides.
[0002]
[Prior art]
Conventionally, two or more trucks whose destinations face each other are exchanged at a base such as a drive-in or a truck dealer's branch that is in the middle of the route, and the luggage is transported in the direction of arrival. Has been commonly used. Further, Patent Document 1, Patent Document 2, Patent Document 3, and Patent Document 4 are known as methods for increasing transport efficiency.
[0003]
Patent Document 1 is a method of acquiring a transportation schedule from a plurality of transportation companies, publishing information on empty truck flights on the Internet, and mediating a shipper. Patent Document 2 is a mechanism for managing destination information of a plurality of packages requested for transportation and collecting and delivering the packages so that the packages can be efficiently loaded on a plurality of trucks.
[0004]
Patent Document 3 is a mechanism for transferring a person and an object at the same time if there is a request for further transfer in the vicinity of the transfer path. When the transfer target is a person, a reward corresponding to a slight detour and a ride with a stranger is provided.
[0005]
Patent Document 4 is a mechanism for improving transportation efficiency by setting a base such as a carrier's store on a main transportation route and transferring a load to another truck at a plurality of trucks at the base.
[0006]
[Patent Document 1]
Japanese Patent Laid-Open No. 2001-48320 “Method of Providing Efficient Transportation Service on the Internet”
[0007]
[Patent Document 2]
JP 2002-19927 “Transportation system and transportation method”
[0008]
[Patent Document 3]
Japanese Patent Application Laid-Open No. 2002-183892 “Vehicle Operation Route Selection Method, Vehicle Allocation Management Method Using the Same, Vehicle Allocation Management System”
[0009]
[Patent Document 4]
JP 2000-302212 "Logistics Plan Calculation System"
[0010]
[Problems to be solved by the invention]
Each taxi office has a business area where customers can be acquired. When a customer is transported outside the business area, the customer is acquired until the customer returns to the business area of the office. There is a problem that can not be. For this reason, until returning to the business area of the business office, a "forwarding" display that does not carry passengers is forced to drive empty.
[0011]
Patent Document 1 and Patent Document 2 are methods for managing the data of a package to be transported and selecting an appropriate transport truck flight. Since there is nothing to know before the time except for reservations, it was difficult to arrange an appropriate taxi according to the customer's destination.
[0012]
Moreover, even if it is attempted to solve the above problem by a method of providing a base as in Patent Document 4, it is difficult to provide a base on a main road like a truck in the case of a taxi. Even so, it is extremely difficult to go through a predetermined base in a state where a customer whose destination is an unpredictable location is on board.
[0013]
In the case where the destination of the customer of the moving vehicle exceeds the business area of the mobile vehicle, the present invention contacts the establishment having the customer's destination as the business area. It aims at solving the said subject by transferring to this vehicle.
[0014]
[Means for Solving the Problems]
The present invention determines whether the destination of the customer of the mobile vehicle is outside the business area of the mobile vehicle, and if the destination is outside the business area, contacts the establishment whose business area is the customer's destination. At the boundary point of the customer, move the customer to the moving vehicle of the business establishment whose business area is the customer's destination, Calculate an incentive fee according to the distance traveled from the boundary point to the destination of the customer It is for the purpose.
[0015]
DETAILED DESCRIPTION OF THE INVENTION
A basic form of the present invention will be described with reference to the drawings. FIG. 1 shows a mode in which a mobile vehicle allocation system using the present invention is realized in a vehicle allocation management center 1.
[0016]
A mobile vehicle allocation system 10 installed in the vehicle allocation management center 1 of FIG. 1 is connected to a taxi 11 in operation and a plurality of taxis 12 in operation so as to be able to transmit and receive data via a telephone line or an Internet line. Has been.
[0017]
The taxi 11 is a taxi vehicle belonging to a certain office and is equipped with a GPS. The taxi 12 is a taxi vehicle of a business establishment having a business area different from that of the taxi 11, and is equipped with a GPS like the taxi 11.
[0018]
The moving vehicle allocation system 10 includes a boarding information registration unit 13, a business area determination unit 14, a connection point determination unit 16, a connection vehicle determination unit 18, a customer fee presentation unit 20, a vehicle allocation notification unit 23, and a connection end. It comprises confirmation means 24, inter-vehicle fee settlement means 25, establishment database 15, map information 17, operation status database 19, taxi fare table 22, and fee settlement data 21.
[0019]
The boarding information registration means 13 has a function of receiving a destination of a customer who has boarded the taxi 11 from a device provided in the taxi 11 and registering it in the operation status database 19.
[0020]
The business area discriminating means 14 has a function of discriminating whether the destination of the customer who gets on the taxi 11 is within the business area of the business office to which the taxi 11 belongs or outside the business area by using the business database 15.
[0021]
The transfer point determination means 16 has a function of acquiring, using the map information 17, the business area boundary point of the business office to which the taxi 11 belongs on the route to the destination of the taxi 11.
[0022]
The connecting vehicle determining means 18 checks the business establishments that include the destination of the customer who has boarded the taxi 11 in the business area, and acquires a plurality of taxis belonging to the business establishment from the operation status database 19. On top of that, it uses the current location information and destination information of each taxi to determine which taxi is suitable for the customer to transfer.
[0023]
The customer fee presenting means 20 uses the fee settlement data 21 and the taxi fee table 22 to obtain a discount rate when the customer of the taxi 11 is transferred to the taxi 12 of another office, and obtains the estimated fee after the discount is applied to the taxi 11. It has the function to transmit to the equipment loaded on the.
[0024]
The dispatch notification means 23 has a function of notifying a device loaded on the taxi 11 and a device loaded on the taxi 12 serving as a transit vehicle of the transit point and the scheduled transit time.
[0025]
The transfer completion confirmation unit 24 has a function of receiving notification from the device loaded in the taxi 11 that the customer has completed the transfer from the taxi 11 to the taxi 12 at the point determined by the transfer point determination unit 16.
[0026]
The inter-vehicle fee settlement means 25 receives a fee from the device loaded in the taxi 11 to the transfer point, calculates an incentive based on the fee settlement data 21, and registers the settlement amount in the operation status database 19. have.
[0027]
The establishment database 15 includes establishment names as establishment identification information for identifying establishments, sales areas of each establishment, and customer acquisition movement distances that are movement distances for acquiring customers for each establishment. Is the data described. The establishment identification information may be an identification ID corresponding to the establishment instead of the establishment name.
[0028]
The map information 17 indicates map information used in a car navigation system.
[0029]
The operation status database 19 is a place for storing the current operation status of a plurality of taxis included in a plurality of business establishments, and is updated every time information is received from each taxi. The operation status database 19 includes an establishment field indicating an establishment to which each taxi belongs, an issue name field for identifying each taxi vehicle, an actual vehicle flag field indicating whether a passenger is on board, and a current position indicating a current position. It includes a position field, a destination field indicating the position of the destination, a transfer establishment field, and a transfer clearing fee field.
[0030]
The value of the issue name field and the value of the business establishment field in the operation status database 19 are registered in advance by the administrator of the mobile vehicle allocation system 1. The value of the actual vehicle flag field, the value of the current position information, and the value of the destination information are sequentially updated by information transmitted from the device loaded on the taxi.
[0031]
The destination information is always the same value as the current position information, particularly when the taxi is traveling without setting a destination.
[0032]
The fare settlement data 21 is data in which the discount rate of the customer and the incentive for the taxi establishment where the customer was first placed are described corresponding to the distance to the customer destination after the transfer.
[0033]
The taxi fare table 22 is data for setting the taxi fare according to the travel distance that is generally used for taxis. Actually, the travel time is also taken into account for the fee setting.
[0034]
The flow of processing for determining the taxi 12 to be transferred by the customer and acquiring the transfer information when the destination of the customer of the taxi 11 is outside the business area of the office to which the taxi 11 belongs will be described with reference to the drawings. .
[0035]
FIG. 3 shows the positional relationship between a plurality of taxis and offices corresponding to this embodiment. In FIG. 3, the taxi on which the customer is boarding is A003, the establishment to which A003 belongs is establishment A, and the establishment that includes “Akashi City Hall”, which is the destination of the customer of A003, in the business area B. In addition, taxis belonging to the office B are B001, B002 and B003. A003 corresponds to taxi 11 in FIG.
[0036]
Step S201 in FIG. 2 is a step in which the boarding information registration means 13 acquires the destination of the customer who gets on the A003 and registers it in the operation status database 19.
[0037]
The customer's destination acquisition method is as follows. The driver of A003 sends the customer's destination heard in the car to the dispatch management center 1 by radio, and the worker of the dispatch management center 1 determines the destination of A003. It becomes a method of registering in the operation status database 19. FIG. 4 shows an example of the destination search for the destination registration scene of A003, and FIG. 5 shows an example of the destination confirmation screen.
[0038]
The device for inputting the customer's destination may be provided in the A003, and the A003 driver inputs the device loaded on the A003 to the vehicle allocation management center 1 to the A003 destination. A method of notifying can be considered. In this case, the map information 17 is also present in the apparatus in A003, and the longitude information and the latitude information as the location information of the customer's destination are transmitted to the dispatch management center 1 and registered in the operation status database 19.
[0039]
When the boarding information registration means 13 receives the destination information of the customer of A003 from the apparatus loaded on the No. A003, the destination information of the record corresponding to A003 in the operation status database 19 is received. Change to the ground. An example of the operation status database 19 is shown in FIG.
[0040]
Step S202 is a step in which the business area determination unit 14 uses the map information 17 to acquire a route from the current position of A003 to the customer's destination. In this method, a route is acquired by a route search method provided in a known car navigation system.
[0041]
In step S203, the business area discriminating means 14 uses the business establishment database 15 as shown in FIG. 7, and the destination of the customer A003 received in step S201 is the business establishment A to which A003 belongs. This is a step of determining whether or not it is within a business area. If the destination is within the business area of office A, the system is terminated without doing anything. If the destination is outside the business area of office A, the process proceeds to step 204.
[0042]
Step S204 is a step in which the business area discriminating unit 14 uses the business office database 15 to acquire a business office having the destination of the customer of A003 as a business area. In the case of FIG. 3, since the customer's destination is “Akashi City Hall”, “Business B” including “Akashi City Hall” in the sales area is acquired.
[0043]
In step S205, the transfer point determination means 16 uses the map information 17 and acquires the boundary point that leaves the area of the office A on the route to the destination of A003 acquired in step S202 as the transfer point. It is a step to do.
[0044]
Step S206 is a step in which the connecting vehicle determining means 18 uses the operation status database 19 to acquire a taxi vehicle candidate to transfer a customer of A003. “Akashi City Hall”, which is the destination of the customer of A003, is the business area of “Office B” as acquired in Step S204. Therefore, from the operation status database 19, B001 No. belonging to “Business B” B002 and B003 are acquired as transit candidate vehicles.
[0045]
Step S207 is a step in which the transit vehicle determining means 18 acquires the current positions and destinations of B001, B002, and B003 acquired in step S206 from the operation status database 19.
[0046]
In step S208, the transit vehicle determining means 18 acquires a route from the current position and destination of each taxi from the current position and destination of B001, B002, and B003 acquired in step S207, and the route This is a step of calculating the distance. This route distance is calculated using a route search method provided in a known car navigation system.
[0047]
Step S209 is a step in which the connecting vehicle determining means 18 uses the distances of the respective taxi groups belonging to the office B acquired in step S208 to select a taxi that is likely to pass through the connecting point acquired in step 204. .
[0048]
A specific taxi selection method is that each candidate taxi searches for a route from the current position to the destination of the taxi via the transfer point acquired in step S204 and the customer's destination. Find the distance. This route search uses a route search method in a well-known car navigation system.
[0049]
Next, the distance of the route directly to the taxi destination acquired in step S208 is subtracted from the distance of the route via the transit point and the customer's destination to obtain the burden distance for each taxi.
[0050]
FIG. 8 shows the current position and destination of B001, the path and distance from the current position to the destination, the current position of A003 and the destination of the customer, the path and distance from the current position to the destination, It is the figure which showed the connecting point.
[0051]
In FIG. 8, the distance from the transfer point to the customer's destination is 15.2 km, the distance from the current position of B001 to the destination of B001 is 12.2 km, and the distance from the current position of B001 to the transfer point is 18.3 km, the distance from the customer destination to the destination of B001 will be 7.7 km.
[0052]
The burden distance of B001 becomes (18.3 + 15.2 + 7.7) -12.2, which is 29.0 km.
[0053]
FIG. 9 shows the current position and destination of B002, the route and distance from the current position to the destination, the current position of A003 and the destination of the customer, the route and distance from the current position to the destination, It is the figure which showed the connecting point.
[0054]
In FIG. 9, the distance from the transfer point to the customer's destination is 15.2 km, the distance from the current position of B002 to the destination of B002 is 12.3 km, and the distance from the current position of B002 to the transfer point is 5.1 km, the distance from the customer destination to the destination of B002 is 6.2 km.
[0055]
The burden distance of B002 is (5.1 + 15.2 + 6.2) -12.3, which is 4.2 km.
[0056]
FIG. 10 shows the current position and destination of B003, the route and distance from the current position to the destination, the current position of A003 and the destination of the customer, the route and distance from the current position to the destination, It is the figure which showed the connecting point.
[0057]
In FIG. 10, the distance from the transfer point to the customer's destination is 15.2 km, the distance from the current position of B003 to the destination of B003 is 14.8 km, and the distance from the current position of B003 to the transfer point is 13.3 km, the distance from the customer destination to the destination of B003 is 12.8 km.
[0058]
The burden distance of B003 is (13.3 + 15.2 + 12.8) -14.8, which is 26.5 km.
[0059]
The burden distance of B001 is 29.0 km, the burden distance of B002 is 4.2 km, the burden distance of B003 is 26.5 km, and B002 with the smallest burden distance is selected as the vehicle suitable for the transfer.
[0060]
In step S210, the customer fare presenting means 20 uses the taxi fare table 22 as shown in FIG. 11 and the fare clearing data 21 as shown in FIG. 12, and the customer has transferred to the taxi selected in step S209. This is a step of calculating the charge for the case and sending the charge information to the device loaded on the taxi A003 on which the customer is aboard.
[0061]
In the fare calculation method, first, the estimated regular fare is calculated based on the taxi fare table 22 shown in FIG. 11 based on the distance of the route to the customer destination acquired in step S202.
[0062]
As shown in FIG. 8, since the distance of the route to the customer's destination of No. A003 obtained in step S202 is 33.7 km, the regular fee is 660 yen for the first ride up to 2 km and every 1 km is exceeded An additional charge of 120 yen will be 4500 yen, 31.8 yen for 31.7 km.
[0063]
Next, using the distance from the connecting point acquired in step S205 to the customer's destination and using the fee settlement data 21 shown in FIG. 12, the customer discount rate and the business incentive are obtained. In the case of A003, as shown in FIG. 8, since the distance from the transit point to the customer's destination is 15.2 km, the customer discount rate is “22%” based on the charge settlement data 21 of FIG. Is acquired.
[0064]
The fee for transferring a taxi is 3510 yen, which is a discount of 22% from the above 4500 yen. This 3510 yen information is notified to the device loaded on A003. FIG. 13 shows an example of a transfer guidance display screen displayed on a device loaded with A003.
[0065]
In step S211, the customer fee presentation means 20 informs the device loaded in A003 that the driver has received the information received in step S210 to the on-board customer and prompts the user to confirm whether or not he / she wants to connect. Notify information. In addition, it is a means for receiving information as to whether or not transfer is desired from the device loaded in A003. If the customer of A003 wishes to make a connection, the process proceeds to step S212, and if the connection is refused, the program is terminated as it is.
[0066]
In step S212, when the customer wishes to make a connection in step S211, the dispatch notification means 23 is connected to the device loaded in taxi A003 and the device loaded in taxi B002 acquired in step S209. This is a step of carrying out notification that the connection is to be carried out. An example of notification displayed on the apparatus loaded on A003 is shown in FIG. Further, FIG. 15 shows a notification example displayed on the device loaded on the transfer destination B002.
[0067]
Further, the vehicle allocation notification means 23 changes the destination information corresponding to A003 in the operation status database 19 to the location information of the transit point, and changes the destination information corresponding to B002 to the location information of the transit point.
[0068]
Step S213 is a step in which the transfer completion confirmation means 24 receives information indicating that the transfer has been completed successfully from the apparatus loaded on the A003. This is because the A003 driver inputs information indicating the end of the connection to the device loaded on the A003, and the information is transmitted to the connection end means 24.
[0069]
An example of a screen displayed on the device loaded on A003 is shown in FIG. It is assumed that the screen as shown in FIG. 16 is displayed on the apparatus loaded on A003 from several minutes before the scheduled connection time.
[0070]
In step S214, the inter-vehicle fee clearing means 25 describes in the operation status database 19 the fee carried from the time A003 boarded the customer to the transfer point and the incentive fee equivalent to the customer delivery from the establishment B. It is a step to do.
[0071]
Specifically, the value of the transfer establishment field in the operation status database 19 is registered as “establishment B” of the transfer destination, and the transfer point from the point where A003 boarded the customer as the value of the transfer clearing fee. The amount obtained by adding the incentive to be paid to the establishment A by the establishment B to which the B002 No. belongs is described.
[0072]
The distance from the point where the A003 boarded the customer to the transit point is 16.7 km as shown in FIG. 8, and the fare during this period is 2660 yen as calculated from the taxi fare table 22 shown in FIG. Become.
[0073]
Further, from the fee settlement data 21 shown in FIG. 12, the incentive paid by the establishment B to the establishment A is calculated after the transfer to 3510 yen, which is the total charge when the connection is made, calculated in step S210. It can be calculated by multiplying 7% of the incentive in the fee settlement data 21 corresponding to 15.2 km of the distance to the customer's destination. As a result, the incentive is 3510 yen × 0.07, which is 245 yen.
[0074]
2905 yen, which is 2660 yen, which is the charge to the transfer point, and 245 yen for the incentive is registered as the value of the transfer clearing charge in the operation status database 19. Based on this value, a fee will be paid from establishment B to establishment A at a later date. In addition, when the customer gets off taxi B002, the driver of B002 receives 3510 yen, which is the fee after the transfer discount is implemented, from the customer.
[0075]
The operation database 19 immediately after the customer connection is completed is as shown in FIG.
[0076]
The above is the flow of processing for determining the taxi 12 to be transferred by the customer and acquiring the transfer information when the destination of the customer of the taxi 11 is outside the business area to which the taxi 11 belongs.
[0077]
In addition, as shown in FIG. 18, the vehicle of the establishment B where the customer gets off is extracted within a predetermined distance range around the transfer point determined in step S205, and the vehicle is given priority. It is possible to add a method for selecting a connecting vehicle.
[0078]
In addition, as shown in FIG. 19, in the taxi of the office B, the range of the distance determined in advance with the vehicle whose destination is the customer in the office A and the transit point determined in step S205 is the center. If there is a vehicle with a route that passes through the inside, a method may be considered in which customers are exchanged at the connecting point and both vehicles return to the center of their business area.
[0079]
FIG. 20 shows a detailed flow of processing of the connecting vehicle determination means 18 taking these methods into consideration. This process corresponds to step S209 in FIG.
[0080]
Step S2001 is a step in which the connecting vehicle determining means 18 acquires the customer acquisition travel distance from the business office database 15. The customer acquisition travel distance of the office A to which A003 belongs is “2 km”.
[0081]
Step S2002 is a step of acquiring one taxi from the taxi group of the office B having the customer destination as the business area, acquired in step S206.
[0082]
Step S2003 is a step of determining whether or not the actual vehicle flag in the operation status database 19 corresponding to the taxi acquired in step S2002 is “1”. When the actual vehicle flag is “1”, it indicates that the customer is on board, and when the actual vehicle flag is “0”, it indicates that the customer is on an empty vehicle.
[0083]
When the actual vehicle flag is “1”, the process proceeds to step S2004, and when the actual vehicle flag is “0”, the process proceeds to step S2008.
[0084]
In step S2004, it is determined whether or not the taxi destination acquired in step S2002 is within the range of “2 km” that is the customer acquisition travel distance acquired in step S2001 with the transit point determined in step S205 as the center. It is a step. For each taxi destination, the value of the destination of the vehicle in the operation status database 19 is acquired.
[0085]
If the taxi destination is within the range of the customer acquisition travel distance centered on the transit point, the process proceeds to step S2005, and if not within the range, the process proceeds to step S2006. This is determined from the latitude / longitude information of the destination and the latitude / longitude information of the transit point to determine whether it is within the range of the customer acquisition travel distance.
[0086]
Step S2005 is a step of calculating the distance from the transit point determined in step S205 to the destination of the vehicle. In this case, the distance can be calculated using a route search in a known car navigation system. In the case of FIG. 18, it is “1.7 km”.
[0087]
Step S2006 is a step of calculating the distances to a plurality of points such as intersections and the connecting point acquired in step S205 in the route to the destination of the vehicle. In this case, the distance can be calculated using a route search in a known car navigation system.
[0088]
In FIG. 19, distances between intersections a, b, c, d, e, and a transit point are calculated.
[0089]
Step S2007 is a step of selecting the shortest distance among a plurality of distances calculated in step S2006. In FIG. 19, “1.2 km”, which is the distance from the point d to the connection point, is selected.
[0090]
Step S2008 is a step of calculating the distance from the current position of the vehicle to the destination. In this case, the distance can be calculated using a route search in a known car navigation system. If the destination of the vehicle is not fixed, the current position is set as the destination.
[0091]
Step S2009 is a step of calculating the distance of the route from the current position of the vehicle to the destination of the vehicle via the connection point determined in step S205, the customer's destination. Similarly to step S2008, the distance can be calculated using a route search in a known car navigation system.
[0092]
Step S2010 is a step of obtaining a burden distance obtained by subtracting the distance calculated in step S2008 from the distance calculated in step S2009.
[0093]
Step S2011 is a step of comparing the distance obtained in step S2005, step S2007, or step S2010 with the value of the shortest distance variable. If the distance obtained in step S2005, step S2007, or step S2010 is smaller than the distance value of the shortest distance variable, the process proceeds to step 2012, and if larger, the process proceeds to step S2002.
[0094]
The shortest distance variable is a variable for storing the name of the vehicle having the smallest burden distance among the burden distances of the plurality of transfer candidate vehicles and the burden distance of the vehicle, and the initial value is 999 km.
[0095]
Step S2012 is a step of substituting the distance and vehicle name obtained in step S2005, step S2007, or step S2010 into the shortest distance variable.
[0096]
Step S2013 is a step of determining whether or not there is another vehicle of the office B that includes the customer's destination in the business area. If there are others, the process moves to step S2002, and if not, the process moves to step S2014.
[0097]
Step S2014 is a step of selecting a vehicle name included in the shortest distance variable.
[0098]
The above is the flow of processing for selecting the taxi 12 to be transferred by the customer when the taxi 11 is outside the business area of the establishment.
(Appendix 1)
A device loaded with a plurality of moving vehicles and a vehicle dispatching computer possessed by a dispatching management source are connected so that data communication is possible, and the vehicle dispatching computer notifies a device loaded on the moving vehicle of a dispatching instruction. In the mobile vehicle allocation system,
The vehicle allocation computer;
Means for storing in the first storage unit at least establishment identification information to which the moving vehicle belongs and boarding information indicating whether or not the customer is on board in association with an identification ID for identifying the moving vehicle; ,
Means for storing at least the business area information of the establishment in the second storage unit in association with the establishment identification information for identifying the establishment to which each mobile vehicle belongs;
Means for determining whether the destination of the customer of the first mobile vehicle is within the business area of the business office to which the first mobile vehicle belongs based on the business area information of the business office in the second storage unit; ,
When the destination of the customer in the first moving vehicle is determined to be outside the business area of the first moving vehicle,
The route from the current position of the first mobile vehicle to the customer's destination is searched, and the business zone boundary point of the first mobile vehicle in the vicinity of the route is determined as the business zone of the office in the second storage unit. Means for obtaining based on information;
Means for acquiring establishment identification information of a second establishment including the destination of the customer of the first moving vehicle in the sale area based on the sale area information of the establishment in the second storage unit;
Based on the establishment identification information of the second establishment acquired from the second storage unit, the first group of mobile vehicles belonging to the second establishment and having boarding information indicating that no customer is on board Means for extracting from the storage unit of
Means for selecting a moving vehicle having a current position for each moving vehicle that is transmitted from a device loaded on the moving vehicle corresponding to the extracted identification ID group of the moving vehicle, the closest to the boundary point;
As means for notifying the device loaded on the first moving vehicle and the device loaded on the second moving vehicle of an instruction to move the customer of the first moving vehicle to the second moving vehicle at the boundary point Mobile vehicle dispatch program characterized by functioning.
(Appendix 2)
A device loaded with a plurality of moving vehicles and a vehicle dispatching computer possessed by a dispatching management source are connected so that data communication is possible, and the vehicle dispatching computer notifies a device loaded on the moving vehicle of a dispatching instruction. In the mobile vehicle allocation system,
The vehicle allocation computer;
Means for storing at least the business establishment identification information to which the moving vehicle belongs in the first storage unit in association with the identification ID for identifying the moving vehicle;
Means for storing at least the business area information of the establishment in the second storage unit in association with the establishment identification information for identifying the establishment to which each mobile vehicle belongs;
Means for determining whether the destination of the customer of the first mobile vehicle is within the business area of the business office to which the first mobile vehicle belongs based on the business area information of the business office in the second storage unit; ,
When the destination of the customer in the first moving vehicle is determined to be outside the business area of the first moving vehicle,
The route from the current position of the first mobile vehicle to the customer's destination is searched, and the business zone boundary point of the first mobile vehicle in the vicinity of the route is determined as the business zone of the office in the second storage unit. Means for obtaining based on information;
Means for acquiring establishment identification information of a second establishment including the destination of the customer of the first moving vehicle in the sale area based on the sale area information of the establishment in the second storage unit;
Based on the establishment identification information of the second establishment acquired from the second storage section, means for extracting an identification ID group of moving vehicles belonging to the second establishment from the first storage section;
The moving vehicle starts from the current position of each moving vehicle transmitted from the device loaded on the moving vehicle corresponding to the extracted identification group of the moving vehicle, and passes through the boundary point and the destination of the customer. Means for calculating for each moving vehicle a first distance traveled to the destination,
Means for searching a route from the current position of the moving vehicle included in the moving vehicle group to the destination of the moving vehicle, and calculating a second moving distance that is the length of the route for each moving vehicle;
Means for calculating for each moving vehicle a burden distance obtained by subtracting the second movement distance from the first movement distance;
Means for selecting the second moving vehicle having the shortest burden distance from the group of moving vehicles;
As means for notifying the device loaded on the first moving vehicle and the device loaded on the second moving vehicle of an instruction to move the customer of the first moving vehicle to the second moving vehicle at the boundary point Mobile vehicle dispatch program characterized by functioning.
(Appendix 3)
A device loaded with a plurality of moving vehicles and a vehicle dispatching computer possessed by a dispatching management source are connected so that data communication is possible, and the vehicle dispatching computer notifies a device loaded on the moving vehicle of a dispatching instruction. In the mobile vehicle allocation system,
The vehicle allocation computer;
Means for storing in the first storage unit at least establishment identification information to which the moving vehicle belongs and boarding information indicating whether or not the customer is on board in association with an identification ID for identifying the moving vehicle; ,
Means for storing at least the business area information of the establishment in the second storage unit in association with the establishment identification information for identifying the establishment to which each mobile vehicle belongs;
Means for determining whether the destination of the customer of the first mobile vehicle is within the business area of the business office to which the first mobile vehicle belongs based on the business area information of the business office in the second storage unit; ,
When the destination of the customer in the first moving vehicle is determined to be outside the business area of the first moving vehicle,
The route from the current position of the first mobile vehicle to the customer's destination is searched, and the business zone boundary point of the first mobile vehicle in the vicinity of the route is determined as the business zone of the office in the second storage unit. Means for obtaining based on information;
Means for acquiring establishment identification information of a second establishment including the destination of the customer of the first moving vehicle in the sale area based on the sale area information of the establishment in the second storage unit;
Based on the establishment identification information of the second establishment acquired from the second storage unit, the identification ID group of mobile vehicles belonging to the second establishment and having boarding information indicating that the customer is on board Means for extracting from the first storage unit;
Means for selecting a second moving vehicle whose destination of the moving vehicle corresponding to the extracted identification ID group of the moving vehicle is closest to the boundary point;
As means for notifying the device loaded on the first moving vehicle and the device loaded on the second moving vehicle of an instruction to move the customer of the first moving vehicle to the second moving vehicle at the boundary point Mobile vehicle dispatch program characterized by functioning.
(Appendix 4)
A device loaded with a plurality of moving vehicles and a vehicle dispatching computer possessed by a dispatching management source are connected so that data communication is possible, and the vehicle dispatching computer notifies a device loaded on the moving vehicle of a dispatching instruction. In the mobile vehicle allocation system,
The vehicle allocation computer;
Means for storing, in the first storage unit, at least establishment identification information to which the moving vehicle belongs and boarding information indicating whether or not the customer is on board in association with an identification ID for identifying the moving vehicle;
Means for storing the business area information of the establishment in the second storage unit in association with the establishment identification information for identifying the establishment to which each mobile vehicle belongs;
Means for determining whether the destination of the customer of the first mobile vehicle is within the business area of the business office to which the first mobile vehicle belongs based on the business area information of the business office in the second storage unit; ,
When the destination of the customer in the first moving vehicle is determined to be outside the business area of the first moving vehicle,
The route from the current position of the first moving vehicle to the customer's destination is searched, and the business area boundary point of the first moving vehicle around the route is determined as the sales office of the business in the second storage unit. Means for obtaining based on area information;
Means for acquiring establishment identification information of a second establishment including the destination of the customer of the first moving vehicle in the sale area based on the sale area information of the establishment in the second storage unit;
Based on the establishment identification information of the second establishment acquired from the second storage unit, the identification ID group of mobile vehicles belonging to the second establishment and having boarding information indicating that the customer is on board Means for extracting from the first storage unit;
Means for selecting a second moving vehicle whose destination of the customer of the moving vehicle corresponding to the extracted identification ID group of the moving vehicle is closest to the boundary point;
As means for notifying the device loaded on the first moving vehicle and the device loaded on the second moving vehicle of an instruction to move the customer of the first moving vehicle to the second moving vehicle at the boundary point Mobile vehicle dispatch program characterized by functioning.
(Appendix 5)
A device loaded with a plurality of moving vehicles and a vehicle dispatching computer owned by a dispatching management source are connected so that data communication is possible, and the vehicle dispatching computer notifies a device loaded on the moving vehicle of a dispatching instruction. In the mobile vehicle dispatch method,
The vehicle allocation computer is
In association with the identification ID for identifying the moving vehicle, at least the establishment information to which the moving vehicle belongs and the boarding information indicating whether or not the customer is on board are stored in the first storage unit,
In association with the establishment identification information for identifying the establishment to which each mobile vehicle belongs, at least the business area information of the establishment is stored in the second storage unit,
Whether the destination of the customer of the first moving vehicle is within the business area of the business office to which the first mobile vehicle belongs is determined based on the business area information of the business office in the second storage unit,
When the destination of the customer in the first moving vehicle is determined to be outside the business area of the first moving vehicle,
The route from the current position of the first mobile vehicle to the customer's destination is searched, and the business zone boundary point of the first mobile vehicle in the vicinity of the route is determined as the business zone of the office in the second storage unit. Based on information,
The business establishment identification information of the second business establishment that includes the destination of the customer of the first moving vehicle in the business area is acquired based on the business area information of the business establishment in the second storage unit,
Based on the establishment identification information of the second establishment acquired from the second storage unit, the first group of mobile vehicles belonging to the second establishment and having boarding information indicating that no customer is on board Extracted from the storage of
Selecting a moving vehicle whose current position for each moving vehicle transmitted from the device loaded on the moving vehicle corresponding to the extracted identification group of the moving vehicle is closest to the boundary point;
Notifying the device loaded on the first moving vehicle and the device loaded on the second moving vehicle of an instruction to move the customer of the first moving vehicle to the second moving vehicle at the boundary point. A characteristic method for dispatching mobile vehicles.
(Appendix 6)
A device loaded with a plurality of moving vehicles and a vehicle dispatching computer owned by a dispatching management source are connected so that data communication is possible, and the vehicle dispatching computer notifies a device loaded on the moving vehicle of a dispatching instruction. In the mobile vehicle dispatch method,
The vehicle allocation computer is
In association with the identification ID for identifying the moving vehicle, at least the establishment identification information to which the moving vehicle belongs is stored in the first storage unit,
In association with the establishment identification information for identifying the establishment to which each mobile vehicle belongs, at least the business area information of the establishment is stored in the second storage unit,
Whether the destination of the customer of the first moving vehicle is within the business area of the business office to which the first mobile vehicle belongs is determined based on the business area information of the business office in the second storage unit,
When the destination of the customer in the first moving vehicle is determined to be outside the business area of the first moving vehicle,
The route from the current position of the first mobile vehicle to the customer's destination is searched, and the business zone boundary point of the first mobile vehicle in the vicinity of the route is determined as the business zone of the office in the second storage unit. Based on information,
The business establishment identification information of the second business establishment that includes the destination of the customer of the first moving vehicle in the business area is acquired based on the business area information of the business establishment in the second storage unit,
Based on the establishment identification information of the second establishment acquired from the second storage section, the identification ID group of the moving vehicles belonging to the second establishment is extracted from the first storage section,
The moving vehicle starts from the current position of each moving vehicle transmitted from the device loaded on the moving vehicle corresponding to the extracted identification group of the moving vehicle, and passes through the boundary point and the destination of the customer. For each moving vehicle, the first distance traveled to the destination
Search the route from the current position of the moving vehicle included in the moving vehicle group to the destination of the moving vehicle, calculate the second moving distance that is the length of the route for each moving vehicle,
Calculate the burden distance obtained by subtracting the second travel distance from the first travel distance for each moving vehicle,
The second moving vehicle with the shortest burden distance is selected from the group of moving vehicles,
Notifying the device loaded on the first moving vehicle and the device loaded on the second moving vehicle of an instruction to move the customer of the first moving vehicle to the second moving vehicle at the boundary point. A characteristic method for dispatching mobile vehicles.
(Appendix 7)
A device loaded with a plurality of moving vehicles and a vehicle dispatching computer owned by a dispatching management source are connected so that data communication is possible, and the vehicle dispatching computer notifies a device loaded on the moving vehicle of a dispatching instruction. In the mobile vehicle dispatch method,
The vehicle allocation computer is
In association with the identification ID for identifying the moving vehicle, at least the establishment identification information to which the moving vehicle belongs and the boarding information indicating whether or not the customer is on board are stored in the first storage unit,
In association with the establishment identification information for identifying the establishment to which each mobile vehicle belongs, at least the business area information of the establishment is stored in the second storage unit,
Whether the destination of the customer of the first moving vehicle is within the business area of the business office to which the first mobile vehicle belongs is determined based on the business area information of the business office in the second storage unit,
When the destination of the customer in the first moving vehicle is determined to be outside the business area of the first moving vehicle,
The route from the current position of the first mobile vehicle to the customer's destination is searched, and the business zone boundary point of the first mobile vehicle in the vicinity of the route is determined as the business zone of the office in the second storage unit. Based on information,
The business establishment identification information of the second business establishment that includes the destination of the customer of the first moving vehicle in the business area is acquired based on the business area information of the business establishment in the second storage unit,
Based on the establishment identification information of the second establishment acquired from the second storage unit, the identification ID group of mobile vehicles belonging to the second establishment and having boarding information indicating that the customer is on board Is extracted from the first storage unit,
A second moving vehicle having a destination of the moving vehicle corresponding to the extracted identification ID group of the moving vehicles is selected closest to the boundary point;
Notifying the device loaded on the first moving vehicle and the device loaded on the second moving vehicle of an instruction to move the customer of the first moving vehicle to the second moving vehicle at the boundary point. A characteristic method for dispatching mobile vehicles.
(Appendix 8)
A device loaded with a plurality of moving vehicles and a vehicle dispatching computer owned by a dispatching management source are connected so that data communication is possible, and the vehicle dispatching computer notifies a device loaded on the moving vehicle of a dispatching instruction. In the mobile vehicle dispatch method,
The vehicle allocation computer is
In association with the identification ID for identifying the moving vehicle, at least the business establishment identification information to which the moving vehicle belongs and the boarding information indicating whether the customer is on board are stored in the first storage unit,
In association with the establishment identification information for identifying the establishment to which each mobile vehicle belongs, the business area information of the establishment is stored in the second storage unit,
Whether the destination of the customer of the first moving vehicle is within the business area of the business office to which the first mobile vehicle belongs is determined based on the business area information of the business office in the second storage unit,
When the destination of the customer in the first moving vehicle is determined to be outside the business area of the first moving vehicle,
The route from the current position of the first moving vehicle to the customer's destination is searched, and the business area boundary point of the first moving vehicle around the route is determined as the sales office of the business in the second storage unit. Based on area information,
The business establishment identification information of the second business establishment that includes the destination of the customer of the first moving vehicle in the business area is acquired based on the business area information of the business establishment in the second storage unit,
Based on the establishment identification information of the second establishment acquired from the second storage unit, the identification ID group of mobile vehicles belonging to the second establishment and having boarding information indicating that the customer is on board Is extracted from the first storage unit,
The destination of the customer of the mobile vehicle corresponding to the extracted identification ID group of the mobile vehicle is selected as the second mobile vehicle closest to the boundary point,
Notifying the device loaded on the first moving vehicle and the device loaded on the second moving vehicle of an instruction to move the customer of the first moving vehicle to the second moving vehicle at the boundary point. A characteristic method for dispatching mobile vehicles.
(Appendix 9)
A device loaded with a plurality of moving vehicles and a vehicle dispatching computer possessed by a dispatching management source are connected so that data communication is possible, and the vehicle dispatching computer notifies a device loaded on the moving vehicle of a dispatching instruction. In the mobile vehicle allocation system,
The vehicle allocation computer;
Means for storing in the first storage unit at least establishment identification information to which the moving vehicle belongs and boarding information indicating whether or not the customer is on board in association with an identification ID for identifying the moving vehicle; ,
Means for storing at least the business area information of the establishment in the second storage unit in association with the establishment identification information for identifying the establishment to which each mobile vehicle belongs;
Means for determining whether the destination of the customer of the first mobile vehicle is within the business area of the business office to which the first mobile vehicle belongs based on the business area information of the business office in the second storage unit; ,
When the destination of the customer in the first moving vehicle is determined to be outside the business area of the first moving vehicle,
The route from the current position of the first mobile vehicle to the customer's destination is searched, and the business zone boundary point of the first mobile vehicle in the vicinity of the route is determined as the business zone of the office in the second storage unit. Means for obtaining based on information;
Means for acquiring establishment identification information of a second establishment including the destination of the customer of the first moving vehicle in the sale area based on the sale area information of the establishment in the second storage unit;
Based on the establishment identification information of the second establishment acquired from the second storage unit, the first group of mobile vehicles belonging to the second establishment and having boarding information indicating that no customer is on board Means for extracting from the storage unit of
Means for selecting a moving vehicle having a current position for each moving vehicle transmitted from a device loaded on the moving vehicle corresponding to the extracted identification ID group of the moving vehicle, the closest to the boundary;
As means for notifying the device loaded on the first moving vehicle and the device loaded on the second moving vehicle of an instruction to move the customer of the first moving vehicle to the second moving vehicle at the boundary point A mobile vehicle dispatch program that works
A computer-readable recording medium characterized by being recorded.
(Appendix 10)
A device loaded with a plurality of moving vehicles and a vehicle dispatching computer possessed by a dispatching management source are connected so that data communication is possible, and the vehicle dispatching computer notifies a device loaded on the moving vehicle of a dispatching instruction. In the mobile vehicle allocation system,
The vehicle allocation computer;
Means for storing at least the business establishment identification information to which the moving vehicle belongs in the first storage unit in association with the identification ID for identifying the moving vehicle;
Means for storing at least the business area information of the establishment in the second storage unit in association with the establishment identification information for identifying the establishment to which each mobile vehicle belongs;
Means for determining whether the destination of the customer of the first mobile vehicle is within the business area of the business office to which the first mobile vehicle belongs based on the business area information of the business office in the second storage unit; ,
When the destination of the customer in the first moving vehicle is determined to be outside the business area of the first moving vehicle,
The route from the current position of the first mobile vehicle to the customer's destination is searched, and the business zone boundary point of the first mobile vehicle in the vicinity of the route is determined as the business zone of the office in the second storage unit. Means for obtaining based on information;
Means for acquiring establishment identification information of a second establishment including the destination of the customer of the first moving vehicle in the sale area based on the sale area information of the establishment in the second storage unit;
Based on the establishment identification information of the second establishment acquired from the second storage section, means for extracting an identification ID group of moving vehicles belonging to the second establishment from the first storage section;
The moving vehicle starts from the current position of each moving vehicle transmitted from the device loaded on the moving vehicle corresponding to the extracted identification group of the moving vehicle, and passes through the boundary point and the destination of the customer. Means for calculating for each moving vehicle a first distance traveled to the destination,
Means for searching a route from the current position of the moving vehicle included in the moving vehicle group to the destination of the moving vehicle, and calculating a second moving distance that is the length of the route for each moving vehicle;
Means for calculating for each moving vehicle a burden distance obtained by subtracting the second movement distance from the first movement distance;
Means for selecting the second moving vehicle having the shortest burden distance from the group of moving vehicles;
As means for notifying the device loaded on the first moving vehicle and the device loaded on the second moving vehicle of an instruction to move the customer of the first moving vehicle to the second moving vehicle at the boundary point A mobile vehicle dispatch program that works
A computer-readable recording medium characterized by being recorded.
(Appendix 11)
A device loaded with a plurality of moving vehicles and a vehicle dispatching computer possessed by a dispatching management source are connected so that data communication is possible, and the vehicle dispatching computer notifies a device loaded on the moving vehicle of a dispatching instruction. In the mobile vehicle allocation system,
The vehicle allocation computer;
Means for storing in the first storage unit at least establishment identification information to which the moving vehicle belongs and boarding information indicating whether or not the customer is on board in association with an identification ID for identifying the moving vehicle; ,
Means for storing at least the business area information of the establishment in the second storage unit in association with the establishment identification information for identifying the establishment to which each mobile vehicle belongs;
Means for determining whether the destination of the customer of the first mobile vehicle is within the business area of the business office to which the first mobile vehicle belongs based on the business area information of the business office in the second storage unit; ,
When the destination of the customer in the first moving vehicle is determined to be outside the business area of the first moving vehicle,
The route from the current position of the first mobile vehicle to the customer's destination is searched, and the business zone boundary point of the first mobile vehicle in the vicinity of the route is determined as the business zone of the office in the second storage unit. Means for obtaining based on information;
Means for acquiring establishment identification information of a second establishment including the destination of the customer of the first moving vehicle in the sale area based on the sale area information of the establishment in the second storage unit;
Based on the establishment identification information of the second establishment acquired from the second storage unit, the identification ID group of mobile vehicles belonging to the second establishment and having boarding information indicating that the customer is on board Means for extracting from the first storage unit;
Means for selecting a second moving vehicle whose destination of the moving vehicle corresponding to the extracted identification ID group of the moving vehicle is closest to the boundary point;
As means for notifying the device loaded on the first moving vehicle and the device loaded on the second moving vehicle of an instruction to move the customer of the first moving vehicle to the second moving vehicle at the boundary point A mobile vehicle dispatch program that works
A computer-readable recording medium characterized by being recorded.
(Appendix 12)
A device loaded with a plurality of moving vehicles and a vehicle dispatching computer possessed by a dispatching management source are connected so that data communication is possible, and the vehicle dispatching computer notifies a device loaded on the moving vehicle of a dispatching instruction. In the mobile vehicle allocation system,
The vehicle allocation computer;
Means for storing, in the first storage unit, at least establishment identification information to which the moving vehicle belongs and boarding information indicating whether or not the customer is on board in association with an identification ID for identifying the moving vehicle;
Means for storing the business area information of the establishment in the second storage unit in association with the establishment identification information for identifying the establishment to which each mobile vehicle belongs;
Means for determining whether the destination of the customer of the first mobile vehicle is within the business area of the business office to which the first mobile vehicle belongs based on the business area information of the business office in the second storage unit; ,
When the destination of the customer in the first moving vehicle is determined to be outside the business area of the first moving vehicle,
The route from the current position of the first moving vehicle to the customer's destination is searched, and the business area boundary point of the first moving vehicle around the route is determined as the sales office of the business in the second storage unit. Means for obtaining based on area information;
Means for acquiring establishment identification information of a second establishment including the destination of the customer of the first moving vehicle in the sale area based on the sale area information of the establishment in the second storage unit;
Based on the establishment identification information of the second establishment acquired from the second storage unit, the identification ID group of mobile vehicles belonging to the second establishment and having boarding information indicating that the customer is on board Means for extracting from the first storage unit;
Means for selecting a second moving vehicle whose destination of the customer of the moving vehicle corresponding to the extracted identification ID group of the moving vehicle is closest to the boundary point;
As means for notifying the device loaded on the first moving vehicle and the device loaded on the second moving vehicle of an instruction to move the customer of the first moving vehicle to the second moving vehicle at the boundary point A mobile vehicle dispatch program that works
A computer-readable recording medium characterized by being recorded.
[0099]
【The invention's effect】
By using the present invention, even if the destination of the customer of the moving vehicle is outside the business area of the mobile vehicle, a new customer cannot be picked up after entering the business area of the vehicle after getting off the customer This solves the problem, and the transfer destination office also has the effect of reducing the trouble of searching for new customers.
[Brief description of the drawings]
FIG. 1 is a diagram showing a configuration of a mobile vehicle allocation system in an embodiment of the present invention.
FIG. 2 is a flowchart showing a processing flow of the mobile vehicle allocation system in the embodiment of the present invention.
FIG. 3 is a diagram showing a business range of establishments and a positional relationship of each taxi in the embodiment of the present invention
FIG. 4 is a diagram showing a screen for inputting a customer destination in the embodiment of the present invention.
FIG. 5 is a diagram showing a confirmation screen for a customer destination in the embodiment of the present invention.
FIG. 6 is a diagram showing an operation status database in the embodiment of the present invention.
FIG. 7 is a diagram showing a business establishment database according to the embodiment of the present invention.
FIG. 8 is a diagram showing the relationship between the route to the destination of taxi A003 and the route to the destination of B001 in the embodiment of the present invention.
FIG. 9 is a diagram showing the relationship between the route to the destination of taxi A003, the route to the destination of B002, and the route to the destination of the rider in the embodiment of the present invention.
FIG. 10 is a diagram showing the relationship between the route to the destination of taxi A003, the route to the destination of B003, and the route to the destination of the rider in the embodiment of the present invention.
FIG. 11 is a diagram showing an example of a taxi fare table in the embodiment of the present invention.
FIG. 12 is a diagram showing fee settlement data in the embodiment of the present invention.
FIG. 13 is a diagram showing a connection guidance screen in the embodiment of the present invention.
FIG. 14 is a diagram showing a connection command screen for A003 in the embodiment of the present invention.
FIG. 15 is a diagram showing a connection instruction screen for B002 in the embodiment of the present invention.
FIG. 16 is a diagram showing a connection completion confirmation screen for A003 in the embodiment of the present invention.
FIG. 17 is a diagram showing an operation status database after the end of connection in the embodiment of the present invention.
FIG. 18 is a diagram showing a case where a transfer candidate vehicle causes a customer to get off in the vicinity of a transfer point in the embodiment of the present invention.
FIG. 19 is a diagram showing a case where a transfer candidate vehicle passes near the transfer point in the embodiment of the present invention.
FIG. 20 is a flowchart describing in detail the processing flow of the connecting vehicle in the embodiment of the present invention.
[Explanation of symbols]
1 Vehicle dispatch management center
10 Mobile vehicle allocation system
11 Taxi
12 Taxi
13 Ride information registration means
14 Sales area discrimination means
15 office database
16 Connection point determination means
17 Map information
18 Connecting vehicle determination means
19 Operation status database
20 Customer fee presentation means
21 Price settlement data
22 Taxi price list
23 Vehicle dispatch notification means
24 Transfer end confirmation means
25 Inter-vehicle fee settlement

Claims (5)

A device loaded with a plurality of moving vehicles and a vehicle dispatching computer possessed by a dispatching management source are connected so that data communication is possible, and the vehicle dispatching computer notifies a device loaded on the moving vehicle of a dispatching instruction. In the mobile vehicle allocation system,
The vehicle allocation computer;
Means for storing in the first storage unit at least establishment identification information to which the moving vehicle belongs and boarding information indicating whether or not the customer is on board in association with an identification ID for identifying the moving vehicle; ,
Means for storing at least the business area information of the establishment in the second storage unit in association with the establishment identification information for identifying the establishment to which each mobile vehicle belongs;
Means for determining whether the destination of the customer of the first mobile vehicle is within the business area of the business office to which the first mobile vehicle belongs based on the business area information of the business office in the second storage unit; ,
When the destination of the customer in the first moving vehicle is determined to be outside the business area of the first moving vehicle,
The route from the current position of the first mobile vehicle to the customer's destination is searched, and the business zone boundary point of the first mobile vehicle in the vicinity of the route is determined as the business zone of the office in the second storage unit. Means for obtaining based on information;
Means for associating the mileage from the boundary point to the customer's destination and the incentive ratio in a third storage unit;
Means for acquiring establishment identification information of a second establishment including the destination of the customer of the first moving vehicle in the sale area based on the sale area information of the establishment in the second storage unit;
Based on the establishment identification information of the second establishment acquired from the second storage unit, the first group of mobile vehicles belonging to the second establishment and having boarding information indicating that no customer is on board Means for extracting from the storage unit of
Means for selecting a moving vehicle having a current position for each moving vehicle that is transmitted from a device loaded on the moving vehicle corresponding to the extracted identification ID group of the moving vehicle, the closest to the boundary point;
Means for notifying the device loaded on the first moving vehicle and the device loaded on the second moving vehicle of an instruction to move the customer of the first moving vehicle to the second moving vehicle at the boundary point; ,
An incentive rate corresponding to the travel distance from the boundary point to the customer's destination is acquired from the third storage unit, and an incentive fee from the boundary point to the customer's destination is calculated based on the acquired incentive rate moving vehicle distribution program characterized in that to function as a unit. A device loaded with a plurality of moving vehicles and a vehicle dispatching computer possessed by a dispatching management source are connected so that data communication is possible, and the vehicle dispatching computer notifies a device loaded on the moving vehicle of a dispatching instruction. In the mobile vehicle allocation system,
The vehicle allocation computer;
Means for storing at least the business establishment identification information to which the moving vehicle belongs in the first storage unit in association with the identification ID for identifying the moving vehicle;
Means for storing at least the business area information of the establishment in the second storage unit in association with the establishment identification information for identifying the establishment to which each mobile vehicle belongs;
Means for determining whether the destination of the customer of the first mobile vehicle is within the business area of the business office to which the first mobile vehicle belongs based on the business area information of the business office in the second storage unit; ,
When the destination of the customer in the first moving vehicle is determined to be outside the business area of the first moving vehicle,
The route from the current position of the first mobile vehicle to the customer's destination is searched, and the business zone boundary point of the first mobile vehicle in the vicinity of the route is determined as the business zone of the office in the second storage unit. Means for obtaining based on information;
Means for associating the mileage from the boundary point to the customer's destination and the incentive ratio in a third storage unit;
Means for acquiring establishment identification information of a second establishment including the destination of the customer of the first moving vehicle in the sale area based on the sale area information of the establishment in the second storage unit;
Based on the establishment identification information of the second establishment acquired from the second storage section, means for extracting an identification ID group of moving vehicles belonging to the second establishment from the first storage section;
The moving vehicle starts from the current position of each moving vehicle transmitted from the device loaded on the moving vehicle corresponding to the extracted identification group of the moving vehicle, and passes through the boundary point and the destination of the customer. Means for calculating for each moving vehicle a first distance traveled to the destination,
Means for searching a route from the current position of the moving vehicle included in the moving vehicle group to the destination of the moving vehicle, and calculating a second moving distance that is the length of the route for each moving vehicle;
Means for calculating for each moving vehicle a burden distance obtained by subtracting the second movement distance from the first movement distance; means for selecting the second moving vehicle having the shortest burden distance from the group of moving vehicles; ,
Means for notifying the device loaded on the first moving vehicle and the device loaded on the second moving vehicle of an instruction to move the customer of the first moving vehicle to the second moving vehicle at the boundary point; ,
An incentive rate corresponding to the travel distance from the boundary point to the customer's destination is acquired from the third storage unit, and an incentive fee from the boundary point to the customer's destination is calculated based on the acquired incentive rate moving vehicle distribution program characterized in that to function as a unit. A device loaded with a plurality of moving vehicles and a vehicle dispatching computer possessed by a dispatching management source are connected so that data communication is possible, and the vehicle dispatching computer notifies a device loaded on the moving vehicle of a dispatching instruction. In the mobile vehicle allocation system,
The vehicle allocation computer;
Means for storing in the first storage unit at least establishment identification information to which the moving vehicle belongs and boarding information indicating whether or not the customer is on board in association with an identification ID for identifying the moving vehicle; ,
Means for storing at least the business area information of the establishment in the second storage unit in association with the establishment identification information for identifying the establishment to which each mobile vehicle belongs;
Means for determining whether the destination of the customer of the first mobile vehicle is within the business area of the business office to which the first mobile vehicle belongs based on the business area information of the business office in the second storage unit; ,
When the destination of the customer in the first moving vehicle is determined to be outside the business area of the first moving vehicle,
The route from the current position of the first mobile vehicle to the customer's destination is searched, and the business zone boundary point of the first mobile vehicle in the vicinity of the route is determined as the business zone of the office in the second storage unit. Means for obtaining based on information;
Means for associating the mileage from the boundary point to the customer's destination and the incentive ratio in a third storage unit;
Means for acquiring establishment identification information of a second establishment including the destination of the customer of the first moving vehicle in the sale area based on the sale area information of the establishment in the second storage unit;
Based on the establishment identification information of the second establishment acquired from the second storage unit, the identification ID group of mobile vehicles belonging to the second establishment and having boarding information indicating that the customer is on board Means for extracting from the first storage unit;
Means for selecting a second moving vehicle whose destination of the moving vehicle corresponding to the extracted identification ID group of the moving vehicle is closest to the boundary point;
Means for notifying the device loaded on the first moving vehicle and the device loaded on the second moving vehicle of an instruction to move the customer of the first moving vehicle to the second moving vehicle at the boundary point; ,
An incentive rate corresponding to the travel distance from the boundary point to the customer's destination is acquired from the third storage unit, and an incentive fee from the boundary point to the customer's destination is calculated based on the acquired incentive rate moving vehicle distribution program characterized in that to function as a unit. A device loaded with a plurality of moving vehicles and a vehicle dispatching computer possessed by a dispatching management source are connected so that data communication is possible, and the vehicle dispatching computer notifies a device loaded on the moving vehicle of a dispatching instruction. In the mobile vehicle allocation system,
The vehicle allocation computer;
Means for storing in the first storage unit at least establishment identification information to which the moving vehicle belongs and boarding information indicating whether or not the customer is on board in association with an identification ID for identifying the moving vehicle; ,
Means for storing the business area information of the establishment in the second storage unit in association with the establishment identification information for identifying the establishment to which each mobile vehicle belongs;
Means for determining whether the destination of the customer of the first mobile vehicle is within the business area of the business office to which the first mobile vehicle belongs based on the business area information of the business office in the second storage unit; ,
When the destination of the customer in the first moving vehicle is determined to be outside the business area of the first moving vehicle,
The route from the current position of the first moving vehicle to the customer's destination is searched, and the business area boundary point of the first moving vehicle around the route is determined as the sales office of the business in the second storage unit. Means for obtaining based on area information;
Means for associating the mileage from the boundary point to the customer's destination and the incentive ratio in a third storage unit;
Means for acquiring establishment identification information of a second establishment including the destination of the customer of the first moving vehicle in the sale area based on the sale area information of the establishment in the second storage unit;
Based on the establishment identification information of the second establishment acquired from the second storage unit, the identification ID group of mobile vehicles belonging to the second establishment and having boarding information indicating that the customer is on board Means for extracting from the first storage unit;
Means for selecting a moving vehicle whose destination of the customer of the moving vehicle corresponding to the extracted identification ID group of the moving vehicle is closest to the boundary point;
Means for notifying the device loaded on the first moving vehicle and the device loaded on the second moving vehicle of an instruction to move the customer of the first moving vehicle to the second moving vehicle at the boundary point; ,
An incentive rate corresponding to the travel distance from the boundary point to the customer's destination is acquired from the third storage unit, and an incentive fee from the boundary point to the customer's destination is calculated based on the acquired incentive rate moving vehicle distribution program characterized in that to function as a unit. A device loaded with a plurality of moving vehicles and a vehicle dispatching computer owned by a dispatching management source are connected so that data communication is possible, and the vehicle dispatching computer notifies a device loaded on the moving vehicle of a dispatching instruction. In the mobile vehicle dispatch method,
The vehicle allocation computer is
In association with the identification ID for identifying the moving vehicle, at least the establishment information to which the moving vehicle belongs and the boarding information indicating whether or not the customer is on board are stored in the first storage unit,
In association with the establishment identification information for identifying the establishment to which each mobile vehicle belongs, at least the business area information of the establishment is stored in the second storage unit,
Whether the destination of the customer of the first moving vehicle is within the business area of the business office to which the first mobile vehicle belongs is determined based on the business area information of the business office in the second storage unit,
When the destination of the customer in the first moving vehicle is determined to be outside the business area of the first moving vehicle,
The route from the current position of the first mobile vehicle to the customer's destination is searched, and the business zone boundary point of the first mobile vehicle in the vicinity of the route is determined as the business zone of the office in the second storage unit. Based on information,
The mileage from the boundary point to the customer's destination and the incentive ratio are associated with each other and stored in the third storage unit,
The business establishment identification information of the second business establishment that includes the destination of the customer of the first moving vehicle in the business area is acquired based on the business area information of the business establishment in the second storage unit,
Based on the establishment identification information of the second establishment acquired from the second storage unit, the first group of mobile vehicles belonging to the second establishment and having boarding information indicating that no customer is on board Extracted from the storage of
Selecting a moving vehicle whose current position for each moving vehicle transmitted from the device loaded on the moving vehicle corresponding to the extracted identification group of the moving vehicle is closest to the boundary point;
At the boundary point, an instruction to move the customer of the first moving vehicle to the second moving vehicle is notified to the device loaded on the first moving vehicle and the device loaded on the second moving vehicle ,
An incentive rate corresponding to the travel distance from the boundary point to the customer's destination is acquired from the third storage unit, and an incentive fee from the boundary point to the customer's destination is calculated based on the acquired incentive rate A vehicle distribution method characterized by the above.

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