JP2009031846A - Measurement device, travel distance management device and computer program - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a measurement device capable of easily reading travel distance data of a business vehicle, allowing management of them. <P>SOLUTION: This measurement device 30 can be connected to a travel distance management device 10 capable of managing the travel distance data, and can scan an odometer of the vehicle. The measurement device 30 has: an image scanner 31 mounted with a scanning means capable of reading a numerical value of the analog-displayed travel distance data; and a storage means 35 equipped inside a main body of the image scanner 31, storing the travel distance data scanned by the scanning means. A part of the measurement device 30 is formed as a USB connector 36, and the travel distance data stored in the storage means 35 are outputted to the travel distance management device 10. <P>COPYRIGHT: (C)2009,JPO&INPIT

Description

  The present invention relates to a measurement technique for measuring a travel distance of a vehicle. In particular, the present invention relates to an information processing technique that takes into account the convenience of measuring the travel distance of a vehicle when the vehicle is stopped and management after the measurement.

  A salesman who is enrolled in a company or the like is internally required to record and manage daily sales results and the names of prospective customers and clients who have actually visited in a sales diary or the like. In general, the supervisor of this salesman often manages his / her subordinates by checking the management diary of the salesman.

  The following invention has been devised as a system for grasping and managing employees such as salesmen (see, for example, Patent Document 1). In the technology described in Patent Document 1, a wireless server is installed in the main gate of a company building, an entrance / exit gate for employees (employees) in the building, an entrance / exit of a conference room, a machine room, and the like. A server and a plurality of clients used by each employee are connected via a LAN. The main server stores an employee table that stores employee numbers of employees, and a wireless server that stores wireless server numbers. The table and the wireless server are generated based on the information acquired from the portable terminal carried by the employee, and the location information is stored in the position information table. The main server is a system that discloses the location information of a desired employee to employees who have accessed from the client. According to this system, employee location management can be efficiently realized in the company while protecting employee privacy.

JP 2003-219453 A

Now, there are many cases where a salesman uses a vehicle to operate from a flight. For example, when a car dealer who uses the vehicle itself as a product or a sample product is of a certain size, the use of the vehicle is an essential business condition.
In this case, in-house management related to the travel route and travel distance of the vehicle often depends only on the person's declaration, and it has been difficult for supervisors to grasp objective facts.

Currently, GPS (Global Positioning System) has been developed due to the development of information processing technology. There is also a method of managing the GPS mobile phone equipped with this GPS as a grasp of the current position by having a salesperson carry the GPS mobile phone.
In the taxi industry where grasping the current location is directly linked to services, it is becoming popular, but in the case of general sales staff, the initial cost and maintenance cost are large.

  On the other hand, the necessity of not only internal management requests but also external management has increased. In order to place importance on environmental issues, the goal is to manage the mileage of commercial vehicles and to manage the mileage and sales performance in association with each other, and ultimately to reduce carbon dioxide emissions. It is said that.

However, if the increase in management items is an excessive burden on each salesman or its manager, it will fall to the end.
If a system is constructed using a GPS mobile phone, the hardware burden increases, and these burdens are tremendous for each salesman and administrator. This reduces the profit improvement effect of the system.

  Accordingly, there has been a demand for the emergence of a technology that can easily grasp and manage the traveling state of a business vehicle and is excellent in cost performance.

An object of the present invention is to provide a measuring device capable of easily reading travel distance data of a business vehicle.
An object of the present invention is to provide a travel distance management device that can easily grasp and manage travel distance data of a business vehicle and is excellent in cost performance.
An object of the present invention is to provide a computer program that can easily grasp and manage travel distance data of a business vehicle and is excellent in cost performance.

(Claim 1)
The invention according to claim 1 provides a measuring device that can be connected to a mileage management device capable of managing mileage data measured by a mileage meter of a vehicle.
That is, an image scanner equipped with a scanning unit capable of reading a numerical value of analog displayed traveling distance data, and a storage unit that is provided inside the main body of the image scanner and stores the traveling distance data scanned by the scanning unit. The measuring device is partly formed as a USB connector, and is capable of outputting the travel distance data stored in the storage means.

(Function)
The measuring device is formed by an image scanner. When this image scanner slides the numerical value of the odometer displayed in analog, the odometer can be read. The travel distance data read here is stored in storage means inside the scanner body. That is, the operator can read and store the travel distance data by a very simple means of simply sliding the numerical value of the travel distance meter.

In addition, since a part of the measuring device is formed as a USB connector, the mileage data stored in the storage unit can be managed by connecting the measuring device to the USB port of the mileage management device. Therefore, it is possible to provide a mileage management device that can easily grasp and manage the mileage data of a business vehicle and is excellent in cost performance.
The travel distance meter includes an analog meter and a digital meter. The “analog-displayed travel distance meter” is not intended to be performed on the former analog meter, and can be used for both.

(Claim 2)
The invention according to claim 2 limits the measuring device according to claim 1.
That is, a display means capable of displaying the travel distance data read by the scanning means, and a storage distance data stored in the storage means when operated by an operator who has confirmed the travel distance data output to the display means. And an operation button.

(Function)
When the travel distance data is read, a numerical value related to the travel distance data is displayed on the display means of the measuring device. Since the read travel distance data is displayed, it can be determined whether or not the reading is complete. When the operation button is pressed when there is no problem in reading, the read travel distance data is stored in the storage means.
If reading is a problem, mileage data is read again.

(Claim 3)
The invention according to claim 3 limits the measuring device according to claim 1 or claim 2.
That is, it is characterized by having a key holder function as a holder for the engine key of the vehicle.

(Function)
The key holder function is formed by, for example, a ring hole provided in a part of the measuring device and a key ring inserted into the ring hole. And by connecting the engine key of the vehicle to this key ring, both can be carried as a single unit. That is, by adopting such a form, the portability of the measuring device is improved, which contributes to making it difficult to forget the operation of measuring travel distance data.

(Claim 4)
The invention according to claim 4 provides a mileage management device capable of managing the mileage measured by a measuring device capable of measuring a mileage meter of a vehicle.
That is, a mileage data input means capable of inputting a value of a mileage meter measured and acquired by the measuring device, a mileage storage means for storing the inputted mileage data, and one vehicle in a predetermined period A travel distance reference value setting means for setting a travel distance reference value for grasping how far the vehicle has traveled; a travel distance comparison means for comparing travel distance data in each vehicle against the set travel distance reference value; As a result of comparison by the mileage comparison means, improvement vehicle data extraction means for extracting vehicles that do not satisfy the mileage reference value, and improvement vehicle data extracted by the improvement vehicle data extraction means in a list for output Vehicle data output means.

(Glossary)
A “measuring device” is a scanner that can be measured electronically, as specified in other claims.
The “travel distance data input means” is means for inputting the measured travel distance into the travel distance management device in some form. This can be input via a network such as the Internet, in addition to input means in a physical form such as a USB port.
The “travel distance reference value” is to set a reference travel distance in advance, such as “100 km / day”.
“Listing” is vehicle data related to the extracted vehicle data for improvement, and can be output to a spreadsheet or the like. It is also possible to associate a salesman's name, sales performance information, sales area information, etc. with this vehicle list.

(Function)
A measurer measures the mileage meter of the corresponding vehicle using a measuring device. Since the measuring device is formed by an image scanner or the like, it can be read by sliding or holding the numerical value portion of the mileage meter.
The travel distance measured here is input from the travel distance data input means of the travel distance management device.
The input travel distance data is stored in the travel distance storage means.
In addition, a travel distance reference value is set in advance. This is a numerical value for grasping how much one vehicle has traveled in a predetermined period, and the quota per salesperson is “100 km / day” or the like.
Subsequently, the travel distance comparison means compares the travel distance reference value with the travel distance data measured and stored by an image scanner or the like. That is, the actual distance traveled is determined.
As a result of comparison by the travel distance comparison means, a vehicle that does not satisfy the travel distance reference value is extracted as vehicle data for improvement. Here, a case where the traveling distance stored in the storage means exceeds a certain value or an abnormally small amount is checked and extracted. The improvement vehicle data output means makes a list of the improvement vehicle data and outputs it.

That is, by browsing the improved vehicle data that has been output, it is possible to extract only salesmen who drive vehicles that do not satisfy the quota, and to grasp the traveling records. In addition, since the mileage of the vehicle can be grasped by a very simple means, a dedicated manager or the like is not appointed, which contributes to cost reduction such as labor costs.
Furthermore, by managing the mileage of business vehicles, it is possible to take into account environmental issues related to carbon dioxide emissions, and to adapt to external or publicity requests.

(Claim 5)
The invention according to claim 5 limits the mileage management device according to claim 4.
That is, the travel distance comparison means extracts a reference value clear vehicle that has cleared the set travel distance reference value.

(Function)
A mileage reference value is set in advance (eg, “100 km / day”). A vehicle that has cleared the mileage reference value is extracted as a reference value-cleared vehicle. Since this reference value clear vehicle has cleared the mileage reference value, it can be determined from a numerical value that the vehicle is a salesperson who is seriously working.

(Claim 6)
The invention according to claim 6 limits the mileage management device according to claim 4 or claim 5.
That is, the travel distance storage means is a database in which data of all vehicles and staff data related to the vehicles are listed.

(Function)
The mileage storage means is constructed by a database, and data of all vehicles and staff data related to the vehicles are listed in this database.
As described in claim 1, a salesman's name, sales performance information, sales area information, and the like are associated with the vehicle list stored in the database. By doing in this way, each data can be browsed at a glance, such as a correspondence relation between a mileage reference value and business results. Using this data, award punishment can be considered.

(Claim 7)
The invention according to claim 7 limits the mileage management device according to any one of claims 4 to 6.
That is, the travel distance data input means is a USB port.

(Function)
Use of general-purpose input means such as a USB port contributes to simplicity and ease of operation at the time of initial introduction.

(Claim 8)
The invention according to claim 8 provides a computer program capable of managing a travel distance measured by a measuring device capable of measuring a travel distance meter of a vehicle.
The program includes a mileage data reception procedure capable of receiving a value of a mileage meter measured and acquired by the measuring device, a mileage data storage procedure for storing the received mileage data in a mileage storage means, A mileage reference value setting procedure for setting a mileage reference value for grasping how much one vehicle has traveled in a predetermined period, and comparing the mileage data for each vehicle against the set mileage reference value As a result of comparison between the travel distance comparison procedure and the travel distance comparison procedure, the improvement vehicle data extraction procedure for extracting a vehicle that does not satisfy the travel distance reference value, and the improvement vehicle data extracted by the improvement vehicle data extraction procedure It is characterized in that the improvement vehicle data output procedure to be output in a list is executed by a computer.

(Claim 9)
The invention according to claim 9 limits the computer program according to claim 8.
That is, the travel distance comparison procedure is characterized by extracting a reference value clear vehicle that has cleared the set travel distance reference value.

(Claim 10)
The invention according to claim 10 limits the computer program according to claim 8 or claim 9.
That is, the travel distance storing procedure is a database in which data of all vehicles and staff data relating to the vehicles are listed.

(Claim 11)
The invention according to claim 11 limits the computer program according to claims 8 to 10.
That is, the travel distance data receiving procedure is received using the Internet.

(Function)
As a method of receiving the travel distance data, it may be via a network in addition to the USB port described in claim 7. In the case of via a network, it is possible to use a communication network such as the Internet, an intranet, and electronic mail. In consideration of general-purpose aspects, the Internet is preferable. In consideration of security aspects, it is preferable to use the intranet.

The computer program according to claims 8 to 11 can be provided by being stored in a recording medium. Here, the “recording medium” is a medium that can carry a program that cannot occupy space by itself, such as a flexible disk, a hard disk, a CD-R, an MO (magneto-optical disk), a DVD- R, flash memory (the image scanner memory described above), and the like.
It is also possible to transmit from a computer storing a program according to these inventions to another computer through a communication line.

According to the first to fourth aspects of the invention, it is possible to provide a measuring device that can easily read the travel distance data of a business vehicle.
According to the fifth to seventh aspects of the present invention, it is possible to provide a mileage management device that can easily grasp and manage the mileage data of a business vehicle and is excellent in cost performance.
According to the eighth to eleventh aspects of the present invention, it is possible to provide a computer program that can easily grasp and manage the travel distance data of a business vehicle and is excellent in cost performance.

  Embodiments of the present invention will be described with reference to the drawings. The drawings used here are FIGS. 1 to 6.

(overall structure)
FIG. 1 is a conceptual diagram of a mileage management system, and shows the relationship between the mileage management device 10, the mobile scanner 30 (measuring device), and the vehicle 100.
In the mileage management system, the driver (salesman) of the business vehicle shown in the figure scans the mileage meter of the vehicle 100 using the mobile scanner 30 so that the mileage data is stored in the internal memory of the mobile scanner 30. The If the same salesman uses the same sales vehicle, scanning will be performed from the second time only at the end of driving. When the sales vehicle and salesman are disjoint, or at the first driving, scanning is performed twice at the start of driving and at the end of driving.
After the operation, the salesman takes the mobile scanner 30 to the place where the mileage management device 10 is operating, and places the mobile scanner 30 in the USB port 70 (traveling distance data input means) of the mileage management device 10. Connecting. Then, the travel distance data stored in the internal memory of the mobile scanner 30 is stored in the database (travel distance storage means) 50.
The travel distance data stored in the database 50 is compared with a preset travel distance reference value to determine whether or not the travel distance reference value is exceeded. Vehicles that do not satisfy the mileage reference value are stored as improvement vehicle data. Vehicles that have cleared the mileage reference value are stored as reference value-cleared vehicles. It is a system that manages the situation in parts other than self-reporting.

(Mileage management device)
FIG. 2 is a block diagram showing the configuration of the mileage management device 10.
The mileage management device 10 controls the management device 10 as a whole, and performs a CPU 11 for performing various arithmetic processes, a RAM (memory) 12 for temporarily developing the various data when writing the various data, A storage unit 13 to be stored, an input unit 14 for inputting various data to the CPU, a display unit 15 for displaying setting data and the like, a communication unit 16 connectable to an electric communication line such as the Internet or an intranet, An output unit 17 capable of outputting various data and an input / output port 18 serving as an input / output unit for various data are provided.

The input unit 14 is equipped with a USB port capable of inputting mileage meter data measured by the mobile scanner 30. A USB connector of an image scanner, which will be described later, is connected to the USB port, and travel distance data is transferred.
The storage unit 13 stores data of all vehicles, salesman data related to the vehicles, and the like as a database. The salesman data includes the vehicle used, the name of the salesman, sales performance information, sales area information, and the like. In this way, by associating each data, it is possible to browse the correspondence relationship between the mileage reference value and the business results at a glance, and management and award punishment can be performed using this data. It is possible.

(Mobile scanner)
3 and 4 are conceptual diagrams schematically showing the configuration of the mobile scanner 30. FIG.
The mobile scanner 30 is a mobile handy scanner formed with a size (width of about 10 cm) that can be operated by a measurer with one hand. The mobile scanner 30 includes an image scanner unit 31 equipped with a scanning unit capable of reading the numerical value of the analog-displayed travel distance data, an irradiation unit 32 that emits irradiation light to the travel distance meter of the vehicle 100, and A CCD sensor 33 that reads reflected light reflected from the irradiated travel distance meter as digital data, a scanner control unit 34 that controls the image scanner 31, and a memory that stores the travel distance meter read by the CCD sensor 33 (memory) Means), a USB connector 36 for transferring the data stored in the memory 35 to the mileage management device 10, and a key holder function as a holder for a vehicle engine key. The inserted key ring 37b and the travel distance read by the CCD sensor 33 A display 38 (display means) capable of displaying data, and an operation button 39 for storing the travel distance data in the memory 35 when operated by an operator who confirms the travel distance data output to the display 38 It is prepared for. In addition, although not shown, the communication function that can be connected to the Internet or an intranet is also provided.

  When the vehicle travel distance data is read using the mobile scanner 30, a numerical value related to the travel distance data is displayed on the display 38 of the mobile scanner. When the operation button 39 is pressed, the read travel distance data is stored in the memory 35.

  The key holder function can be carried as a single unit by connecting the engine key of the vehicle to the key ring 37b. That is, since the portability of the mobile scanner 30 is improved by adopting such a form, it is difficult to forget the operation of measuring the travel distance data (scanning) when getting off the vehicle, and contributes to becoming a habit. To do.

(vehicle)
The vehicle 100 is a general business vehicle such as a passenger car. The mileage meter is basically installed in front of the driver's seat in the vehicle, and includes an analog meter and a digital meter. In any case, the numeric value of the meter can be read by holding the CCD sensor 32 of the mobile scanner 30 over the mileage meter.

(Function)
FIG. 5 is a flowchart showing a series of flow from measurement of the mileage meter of the vehicle to data output.
First, the measurement person scans and measures the mileage meter of the corresponding vehicle using the mobile scanner 30 (S101). As a reading method, the mobile scanner 30 can be read by sliding or holding the numerical part of the mileage meter.
The measured travel distance is stored in the memory 34, and the USB connector 35 is connected to a USB port which is an input means of the travel distance management apparatus 10 to transmit travel distance data (S102).
The travel distance management device 10 receives travel distance data input from the USB port (S103), and stores the received travel distance data in the storage unit 13 (S104).

Further, an administrator (may be a boss or the like) of the travel distance management device 10 sets a travel distance reference value in advance (S105). The travel distance reference value is a numerical value for grasping how much one vehicle has traveled in a predetermined period. Here, it is assumed that the quota per salesperson is set to “100 km / day”.
Subsequently, the travel distance reference value is compared with the travel distance data measured by the mobile scanner 30 (S106). This is a process for determining the distance the vehicle has actually traveled.
As a result of comparison by the travel distance comparison means, a vehicle that does not satisfy the travel distance reference value is extracted as vehicle data for improvement.

Here, it is determined whether or not the travel distance data stored in the storage unit 13 is greater than the travel distance reference value (S107). If the travel distance data is less than the travel distance reference value, the vehicle corresponding to the travel distance data is determined as an improvement vehicle. The data is stored in the storage unit 13 (S108). Then, the improvement vehicle data is listed and output (S109). The improvement vehicle data listed here is associated with the name of a salesman who uses the improvement vehicle data, sales performance information, sales area information, and the like.
Further, the improved vehicle data listed can be output to a spreadsheet or the like, and can be used separately with an in-house database or management system.

  That is, the salesman's supervisor can extract only the salesman driving a vehicle that does not satisfy the quota by viewing the output vehicle data for improvement, and can grasp the traveling record. In addition, since the mileage of the vehicle can be grasped by a very simple means, a dedicated manager or the like is not appointed, which contributes to cost reduction such as labor costs.

On the other hand, as a result of determining whether or not the travel distance data stored in the storage unit 13 is greater than the travel distance reference value (S107), when the travel distance reference value is cleared, it is extracted as reference value clear vehicle data. (S110). The extracted reference value clear vehicle data is listed and output in the same manner as the good vehicle data (S109).
In other words, since the vehicle that has traveled “100 km / day” has cleared the set travel distance reference value, it can be determined from the numerical value that the vehicle is a serious salesperson.

  In addition, managing the mileage of commercial vehicles in this way also takes into account the environmental problem of carbon dioxide emissions, which has increased significantly in recent years. For this reason, it becomes possible to adapt to environmental conservation and external response.

(Network processing)
FIG. 6 is a flowchart showing a mode in which travel distance data is transmitted to the travel distance management device 10 via the Internet, and the mobile scanner 30 has a communication function.
First, the measurement person scans and measures the mileage meter of the corresponding vehicle using the mobile scanner 30 (S201).
The travel distance measured here is stored in the memory 34, and the communication unit of the mobile scanner 30 transmits travel distance data to the travel distance management apparatus 10 (S102). In addition to the Internet, the communication form may be an intranet.
The travel distance management device 10 receives travel distance data (S203), and stores the received travel distance data in the storage unit 13 (S204).

In addition, the administrator (may be a boss or the like) of the travel distance management apparatus 10 sets a travel distance reference value in advance (S205). The travel distance reference value is a numerical value for grasping how much one vehicle has traveled in a predetermined period. Here, it is assumed that the quota per salesperson is set to “100 km / day”.
Subsequently, the travel distance reference value is compared with the travel distance data measured by the mobile scanner 30 (S206).
As a result of comparison by the travel distance comparison means, a vehicle that does not satisfy the travel distance reference value is extracted as vehicle data for improvement.

  Here, it is determined whether or not the travel distance data stored in the storage unit 13 is greater than the travel distance reference value (S207). If the travel distance data is less than the travel distance reference value, the vehicle corresponding to the travel distance data is determined as an improvement vehicle. The data is stored in the storage unit 13 as data (S208). Then, the improvement vehicle data is listed and output (S209).

That is, the salesman's supervisor can extract only the salesman driving a vehicle that does not satisfy the quota by viewing the output vehicle data for improvement, and can grasp the traveling record. In addition, since the mileage of the vehicle can be grasped by a very simple means, a dedicated manager or the like is not appointed, which contributes to cost reduction such as labor costs.
Furthermore, by transmitting the travel distance data from the mobile scanner 30 using the Internet, the data can be transmitted without using a physical connection form.

On the other hand, as a result of determining whether or not the travel distance data stored in the storage unit 13 is greater than the travel distance reference value (S207), if the travel distance reference value is cleared, it is extracted as reference value clear vehicle data. (S210). The extracted reference value clear vehicle data is listed and output in the same manner as the good vehicle data (S209).
In other words, since the vehicle that has traveled “100 km / day” has cleared the set travel distance reference value, it can be determined from the numerical value that the vehicle is a serious salesperson.

  The mobile scanner 30 may be a mobile terminal such as a mobile phone in addition to the handy scanner described above. That is, the mobile phone is equipped with a scanner function and a communication function.

It is a conceptual diagram of a mileage management system. It is the block diagram which showed the structure of the mileage management apparatus. It is the conceptual diagram which showed the structure of the measuring device typically. It is the conceptual diagram which showed the external appearance structure of the measuring device. It is the flowchart shown about a series of flow until transmission of the measurement of the mileage meter of a vehicle by USB connection and data output. It is the flowchart shown about a series of flow until transmission of the measurement of the mileage meter of a vehicle on the internet, and data output.

Explanation of symbols

10 mileage management device 11 CPU 12 RAM
DESCRIPTION OF SYMBOLS 13 Memory | storage part 14 Input part 15 Display part 16 Communication part 17 Output part 18 Input / output port 30 Mobile scanner 31 Image scanner 32 Irradiation means 33 CCD sensor 34 Scanner control part 35 Memory 36 USB connector 37 Ring hole 37b Key ring 38 Display 39 Operation button 100 vehicles

Claims (11)

A measuring device connectable to a mileage management device capable of managing mileage data measured by a mileage meter of a vehicle,
An image scanner equipped with a scanning means capable of reading the numerical value of the mileage data displayed in analog;
A storage unit that is provided inside the main body of the image scanner and stores travel distance data scanned by the scanning unit;
With
A part of the measurement device is formed as a USB connector, and the travel distance data stored in the storage unit can be output.   The measuring device includes a display unit capable of displaying the travel distance data read by the scanning unit, and the travel distance data stored in the storage unit when operated by an operator who has confirmed the travel distance data output to the display unit. The measuring device according to claim 1, further comprising an operation button for storing the operation button.   The measuring device according to claim 1, further comprising a key holder function that serves as a holder for an engine key of a vehicle. A mileage management device capable of managing a mileage measured by a measuring device capable of measuring a mileage meter of a vehicle,
Travel distance data input means capable of inputting the value of the travel distance meter measured and acquired by the measuring device;
Mileage storage means for storing the inputted mileage data;
Mileage reference value setting means for setting a mileage reference value for grasping how much one vehicle has traveled in a predetermined period;
Travel distance comparison means for comparing travel distance data in each vehicle with respect to the set travel distance reference value;
As a result of comparison by the travel distance comparison means, vehicle data extraction means for improvement for extracting a vehicle that does not satisfy the travel distance reference value;
A mileage management device comprising: improvement vehicle data output means for listing and outputting the improvement vehicle data extracted by the improvement vehicle data extraction means.   5. The travel distance management apparatus according to claim 4, wherein the travel distance comparison unit extracts a reference value clear vehicle that has cleared a set travel distance reference value.   6. The mileage management device according to claim 4, wherein the mileage storage means is a database in which data of all vehicles and staff data related to the vehicles are listed.   The mileage management device according to any one of claims 4 to 6, wherein the mileage data input means is a USB port. A computer program capable of managing a mileage measured by a measuring device capable of measuring a mileage meter of a vehicle,
The program includes a mileage data reception procedure capable of receiving a numerical value of a mileage meter measured and acquired by the measurement device;
A travel distance data storage procedure for storing the received travel distance data in the travel distance storage means;
A travel distance reference value setting procedure for setting a travel distance reference value for grasping how much one vehicle has traveled in a predetermined period;
A travel distance comparison procedure for comparing travel distance data in each vehicle with respect to the set travel distance reference value,
As a result of the comparison of the mileage comparison procedure, an improvement vehicle data extraction procedure for extracting a vehicle that does not satisfy the mileage reference value;
Improvement vehicle data output procedure for listing and outputting the improvement vehicle data extracted by the improvement vehicle data extraction procedure,
A computer program characterized in that a computer is executed.   9. The computer program according to claim 8, wherein the travel distance comparison procedure extracts a reference value clear vehicle that has cleared a set travel distance reference value.   10. The travel distance management apparatus according to claim 8, wherein the travel distance storing procedure is a database in which data of all vehicles and staff data related to the vehicles are listed.   The computer program according to claim 8, wherein the travel distance data receiving procedure is received using the Internet.

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