JP2003058989A - System for managing rental car by utilizing portable telephone with gps - Google Patents

Abstract

PROBLEM TO BE SOLVED: To manage the operation of a rental car at a low cost. SOLUTION: In the management system for managing the operating status of the rental car, this rental car managing system utilizes a portable telephone with GPS carried with a renter.

Description

Detailed Description of the Invention

[0001]

[Field of Industrial Application] The present invention relates to a rental car management system using a GPS-equipped mobile phone owned by a rental car borrower.

[0002]

2. Description of the Related Art Hitherto, no car rental company has attempted to grasp the operation history of a rented car. Especially the mobile phone or GP of the rent-a-car renter
No attempt has been made to monitor and manage the rental car operation using an S-equipped mobile phone.

[0003]

According to the conventional rental car renting method, the customer does not return the rental car at the promised time. Therefore, in consideration of that, the rental car can be set by delaying the reception time of the next user. Therefore, there was a problem that the rental car turnover ratio could not be increased.

[0004]

A rental car management system of the present invention using a mobile phone with a GPS carried by a rent-a-car renter is, firstly, a car-rental system with a GPS carried by a rent-a-car rentee. Secondly, in addition to the first feature, communication between the GPS-equipped mobile phone and a radio provided in the rental car is added to the third and second features. And, in addition to the fourth or second or third feature, storing the position information recognized by the GPS mobile phone together with the recognition time in a storage device included in the wireless device,
Fifth, in addition to any one of the first to fourth characteristics, that the mobile phone operates according to a command from the wireless device,
The fact that the door lock and door unlock of the rental car can be performed by operating the mobile phone with PS.
In addition to any one of the first to fifth characteristics, the GP
The fact that the engine starting operation is permitted when the mobile phone with S is present inside the rental car is added to the seventh feature. 8th, 1st to 7th, the mobile phone with GPS recognizes the position and stores the position and time in a storage device built in the mobile phone at the boundary portion moving to In addition to the above features, it is possible to reserve a rental car by operating the GPS mobile phone. Ninth, in addition to any one of the first to eighth features, the own mobile phone with GPS is used for car rental management. In addition to the characteristics of any one of the first to ninth aspects, the rental car borrower can obtain a certain privilege in exchange for the consent by consenting to use the rental car. In addition to the eleventh to tenth characteristics that the rental car borrower can obtain a certain privilege according to the conditions of the place and the return time, the rental car rental time is 30 minutes or less. , 12th
In addition to the first to eleventh characteristics, the rental car rental location and the designated return location are different, and the rental cost of the rental car is lower than the fare of the route bus operating between the loan location and the return location. The thirteenth, in addition to any one of the first to twelfth characteristics, the rent-a-car borrower pays the cost on a monthly basis by accumulating the rental car usage time. In addition to the above features, in addition to the features of any one of the first to thirteenth features, a management system for renting a bicycle (rental cycle) or a motorcycle (rental bike) instead of the rental car, It is characterized in that it is a management system for leasing vehicles instead of the rental car.

[0005]

BEST MODE FOR CARRYING OUT THE INVENTION A rental car management system using a mobile phone with a GPS possessed by a rental car borrower according to the present invention is, firstly, a G possessed by the rental car borrower.
When the operation status of a rental car is managed using a PS mobile phone, the rental car company uses the GPS mobile phone owned by the rental car borrower to manage the operation of the rental car. Consent to do. Upon receiving the consent, the car rental company actually checks the current position of the car rental and predicts the return time, etc.
Use a mobile phone with S. Secondly, in addition to the first feature, in the case where the mobile phone with GPS and a radio provided in a rental car communicate with each other, the GPS
This is a mode in which communication is performed in order to recognize that the relative positions of the attached mobile phone and the rental car are close. Thirdly, in addition to the second feature, when the position information recognized by the GPS mobile phone is stored in a storage device included in the wireless device together with the recognition time, when the GPS mobile phone is used. In order to reduce the load on the storage device of the telephone, the position information recognized by the GPS mobile phone is stored together with the recognition time in the storage device included in the wireless device. Fourthly, in addition to the second or third characteristic, a command is issued to operate the GPS mobile phone from the radio, which is characterized in that the mobile phone operates according to a command from the radio. .
Fifth, in addition to any one of the first to fourth features, if the feature is that the rental car door can be locked and unlocked by operating the GPS-equipped mobile phone, the GPS The door of a rental car is locked and unlocked by operating the button switch and dial jog provided on the mobile phone. Sixth, in addition to any one of the first to fifth features, in the case where the engine starting operation is permitted by the presence of the GPS mobile phone in the rental car, the GPS Recognition is performed by recognition means such as recognizing a mobile phone by wireless communication, recognizing an image with a camera system, and recognizing an electric signal when a GPS mobile phone is connected to a rental car connector. When this recognition is made, the engine can be started. Without this recognition, the engine cannot be started. Seventhly, in addition to any one of the first to sixth characteristics, the GPS mobile phone recognizes the position of the GPS mobile phone at the boundary portion where the GPS mobile phone moves from the inside of the rental car to the outside of the car. When the position and the time are stored in a built-in storage device, it is interpreted that the mobile phone with GPS moves across the boundary at the moment when the rent-a-car renter leaves the car. The position is stored in the mobile phone with GPS as a stop or parking position. The rent-a-car renter can find the position of the stopped or parked rent-a-car with his or her GPS mobile phone. Eighth, in addition to any one of the first to seventh characteristics, when the rental car can be reserved by operating the GPS-equipped mobile phone,
In this mode, a rental car reservation is made by communicating with a rental car company using the GPS-equipped mobile phone. By using a mobile phone with GPS, you can easily find the nearest rental car rental office when making a reservation. It is a form of business. Ninth, in addition to any of the first to eighth features,
In the case where the rental car borrower can obtain a certain privilege in exchange for consent by consenting to use his / her GPS mobile phone for car rental management, the borrower may use his / her own GPS mobile phone. Instead of letting a car rental company use it, it is a form of business in which a contract for receiving benefits such as discounts on charges is signed. Tenth, in addition to any one of the first to ninth features, when the rental car borrower can obtain a certain privilege according to the conditions of the rental car return location and return time, If the rental place and return place of the borrower and the operating time are desirable for the rental car company, a certain privilege is given for the purpose of encouraging the act. For example, if a rental car company wants to carry a sedan-type white rental car from point A to point B, and a rental car borrower who does not care about the color of the rental car appears, a white rental car will be discounted. It is in the form of. Since the car rental company has a transportation deadline for transportation, a privilege is given only when the transportation deadline is in time. However, traffic violations and dangerous behaviors will be monitored as described above and penalties will be prepared to prevent violations and dangerous behaviors. It is a form of business. Eleventh, in addition to any one of the first to tenth characteristics, when the rental car rental time is 30 minutes or less, the rental price is lowered by renting in a short time to spread the rental car use. It is a business form that allows it. Twelfth, in addition to the first to eleventh features, the rental car rental location is different from the designated return location, and the rental cost of the rental car is higher than the fare of the route bus operating between the rental location and the return location. In the case of being characterized by being cheap, it is a business form that considers the means of transportation that the user is comparing with, sets a fee at a lower price and realizes the set fee afterwards. is there. Thirteenth, in addition to any one of the first to twelfth characteristics, when the rental car borrower pays the cost on a monthly basis by accumulating the rental car usage time, the small rental car use is paid every time Instead of paying in cash in a lump sum on a monthly basis, or using automatic bank account debits. 14th, 1st
In addition to any one of the thirteenth to thirteenth features, in the case of being a management system for renting a bicycle (bicycle) or a motorcycle (bicycle) instead of the rental car, the bicycle (motorcycle) itself is It does not have a GPS position recognition function. The operation of a bicycle (motorcycle) is managed using the function of the GPS mobile phone owned by the borrower. Fifteenth, in addition to any one of the first to thirteenth features, in the case where the management system of the leased vehicle is used instead of the rental car, the vehicle is rented for a long period of month or year. In such a situation, the operation management is carried out by the mobile phone with GPS owned by the borrower.

[0006]

EXAMPLE 1 Example 1 of the present invention will be described. FIG. 1 illustrates a state in which a rental car 1 is communicating with a mobile phone with GPS 2. The rental car 1 includes a short-range wireless device 3.
This short-range wireless device can communicate with the mobile phone free of charge if the distance from the mobile phone is within 50 meters. A low power radio is used for this radio system. In addition to the usual wireless telephone line, a mobile telephone with a low power radio function is used. As a result, the mobile phone can transmit / receive data to / from the short-range radio device 3. The G
The mobile phone with PS is a property of the customer 100 who rents and uses this rental car and is a portable item.

An actual usage method will be described. Customer 1
00 is a car rental counter, and applies for renting a car for 24 hours from 13:00 on August 10 to 13:00 on August 11. The window asks if the customer has a GPS-equipped mobile phone 2, and if so, asks if he / she agrees to use the mobile phone for car rental management. In this example, the customer is G
I have a mobile phone with PS and I agree to use it for management. With this consent, the contact will ask more questions. The mobile phone with GPS is inquired whether the short-range wireless module 4 capable of communicating with the short-range wireless device 3 is provided. This module is a module dedicated to communication with the short-range radio of a rental car. Customers who often rent a car will benefit from purchasing this module first. In other words, this module is 1,000 yen
If you have the module and you have this module and you consent to use your mobile phone with GPS for car rental management, you will get a discount of ¥ 700 each time. If you do not have a module and consent for management, you will be charged a module rental fee of 300 yen, so the usage fee will be discounted to 400 yen. If you purchase and own the module, you can save the rental fee of ¥ 300, so if you rent a car four times, you can save ¥ 1200, which is more than the purchase price of ¥ 1,000. As a result of the above question and answer, the customer (with module possession or borrowing) GPS
Rent-a-car by agreeing to use the mobile phone for car rental management. The procedure for renting a rental car is generally the same as the conventional procedure, but in the present invention, in addition to this, the operation check of the communication between the short-range wireless device and the mobile phone with GPS is performed. After the operation check is completed, the customer can use the rental car. When this operation check is completed, it is possible to add an option that allows the customer's GPS mobile phone to lock and unlock the car rental door. Within 2 seconds, press the call button on the mobile phone (the green button switch on a normal mobile phone) within 1 second.
Pressing twice unlocks the door, and similarly pressing the call completion button (usually a red button switch) twice locks the door. This operation is set to operate only when the mobile phone is outside the vehicle and within a distance of 1 meter from the rental car. With this setting, even if the customer presses the call button twice, the instruction cannot be accepted at a position farther than 1 meter, and if the position is within 1 meter, the door lock will be immediately noticed with a sound. Can be done.

In the rental car, the current position recognized by the customer's GPS mobile phone is received by the short-range wireless device, and the movement history is stored in the memory built in the short-range wireless device. When the rental car company makes an inquiry call to the GPS mobile phone, the information in the memory is data-transmitted to the rental car company via the mobile phone. The transmitted data is displayed as a moving track on the map by the rental car company. The storage interval of the movement history can be freely changed and set by the rental car company. Various settings are possible, such as one minute intervals, a fixed distance movement (for example, every 100 m), or a position where the course is greatly bent. The setting contents are transmitted to the short-range wireless device via a mobile phone, and the wireless device stores the locus according to the contents. Car rental companies often make inquiries as the return date approaches. For example, a rental car scheduled to be returned at 13:00 (1:00 pm) first inquires about the position at 6:00 am on the return date. At 6 am, customers are often sleeping in the hotel. It is assumed that the mobile phone is placed in a hotel room 15 meters away from the near field radio. Since the communicable distance between this radio and the mobile phone is 10 meters, the movement history cannot be obtained at the moment of this inquiry. However, since communication (data exchange) between the mobile phone and the car rental company is possible, the car rental company only knows the current position of the GPS mobile phone. If the position is inside the hotel building, you can imagine that you are currently resting in the hotel room. Incidentally, this GPS mobile phone is devised so that it can transmit some position information when receiving an inquiry. This will be explained. This mobile phone has a function of storing a position grasped by GPS in a buffer memory for a while. Radio waves from satellites may not be able to be received inside buildings or in shadows. In this case, position recognition by GPS cannot be performed. In consideration of such a situation, this GPS mobile phone stores position information obtained by receiving radio waves from satellites in a buffer memory and stores it as it is until the next position information is obtained. . For example, when GPS radio waves are received every 1 minute to update the position information, the information in the buffer memory is normally updated every 1 minute, but if the user stays in the building for 8 hours, The information remains retained for 8 hours. In response to an inquiry from the rental car company, if the current position cannot be confirmed by the GPS function at that moment, the information in the buffer memory (information 8 hours ago) is returned instead. If the mobile phone with GPS cannot communicate with the short-range radio of the rental car (including the information that the data is 8 hours ago), the current position of the mobile phone with GPS (or buffer memory) The location where the car is stored) is grasped, and the mobile phone is set to automatically call the rental car company at the time when it becomes possible to communicate with the rental car (when approaching within 10 meters). Keep it. With this setting, the position of the rental car can be grasped almost at the moment when the customer drives the car. If it is determined at 6 o'clock in the morning that the rental car will not be run to the rental car company immediately, it will be in time for the scheduled return time, and a message to that effect is left on the mobile phone. Traffic congestion prediction is also taken into consideration in this judgment. When driving in a position where it is difficult to return at the scheduled time and in a direction away from the planned return location, the car rental company sends a message to the mobile phone that the return is difficult. Upon receipt of this message, the customer either changes direction to return immediately or applies for an extension of the loan period. The rental car company can obtain information that the rental car may be extended for lending at 6 o'clock in the morning or when the rental car is started in the morning with respect to the return schedule at 13:00.

A second embodiment is shown in FIG. This is a display of the travel path of the rental car displayed on the large screen of the rental car company. A plurality of blocks hatched with diagonal lines are buildings and the like, and a white background between them is a road. The dashed diagonal line on the left side is a park.
The parking lot in this park is shown in white. The customer drove the rental car as shown by the thick solid line and parked it in the parking lot in the back. The short-range wireless device for a rental car acquires the current position from the customer's GPS mobile phone in units of 2 seconds and stores it in its own memory. A circular pattern (cross line hatching) is drawn everywhere in the thick solid line, but this circular pattern is drawn at a position at an elapsed time of 1 minute from a certain reference time. By looking at this figure, you can get a good idea of how busy the road is. Since a rental car company rents out multiple rental cars, if the travel history information from multiple rental cars is obtained, the degree of traffic congestion in the city area can be well understood. A hatching line (thick line) is drawn in FIG. 2, but this is distinguished by drawing with a hatching line in this way from the time when the mobile phone with GPS goes out of the car. The black circle is the position where the mobile phone with GPS is out of the car. GPS
That the cell phone with a built-in cell phone goes out of the vehicle means that the person who owns the cell phone (customer) has left the company. Immediately after this, the location of the rental car cannot be confirmed, but it is considered that there is no person driving the rental car because the customer is outside the vehicle, and it is interpreted that the vehicle has not moved. Customers are taking a walk in the park. A plurality of circles are placed over the hatching lines and filled with diagonal lines. This is a recording and display of the movement trajectory of the GPS mobile phone that has left the vehicle every 10 minutes.
The circle next to the black circle filled with diagonal lines is counted as the first circle, and the circles 4, 5, 6, and 7 are solidified at positions close to each other. This is because this customer ate at this place. I stay in almost one place during the meal. This system is also useful if you do not know where your car is parked. The GPS mobile phone itself is made to remember the position when it got out of the vehicle. GPS cell phones have been enhanced to preserve this record. Using this function is useful when searching for your own car in the parking lot. It is not necessary for the rental car company to acquire data about the walking history of customers who have walked out of the rental car, but as shown in FIG. 2, the walking history may also be downloaded and displayed from the mobile phone. is there.

A third embodiment will be described. This is an example in which the car rental company and the customer freely adjust the return location and the return time. When renting a rental car, the customer may apply for renting a large amount of time in consideration of traffic congestion and various situations. A rental car company wants to efficiently rent the rental car currently rented out to the next customer. In other words, we want to increase the turnover rate of rental cars. For rental cars for which the next customer is not scheduled, there are few business problems even if the borrowing time is exceeded, but when the next customer is scheduled, it will be difficult to adjust it. Therefore, we will carefully manage the car rental for the next customer waiting. If the customer who wants to return the car is in trouble because of a traffic jam, the car rental company makes a data communication to the mobile phone with GPS for the best course for the return. The customer can avoid the traffic congestion and return to the rental car company by following the guidance course shown on his GPS mobile phone. If you still can't come back in time, consider next best. Next, if the customer (Mr. B) who rents the car has a mobile phone with GPS, even if the position of Mr. B is confirmed, if the current position of the rental car is close to Mr. B's current position, originally Car rental will be carried out at a different place from the delivery place. In this case, the staff of the rental car company goes to the delivery site. This time will be paid by Mr. A who is currently renting a rental car.

A fourth embodiment will be described. This is an example of an operation system in which a rental car can be used freely in a specific area. This is an example of operation in an area where a housing complex with a population of 1,000 is located 5 kilometers away from the nearest station. The car rental company that owns an office and a parking lot at this nearest station owns 20 cars. There are about 100 customers who are residents of the housing complex and have an annual contract with this rental car company. All this customer has a mobile phone with GPS. And this mobile phone is equipped with a low-power radio device lent by a rental car company. This radio can communicate with a rental car of the rental car company when boarding the car. A parking lot for this rental car is secured in the housing complex. Car rental companies are paying for this. Customers in the housing complex can use an empty rental car at any time. You can take a rental car parked in the housing complex to go to the nearest supermarket to go back to the parking lot of the housing complex, or, after shopping, go to the nearest station and drop off at the nearest station. After returning by train, you may board a rental car at the nearest station and return to the housing complex. When you return to the nearest station by train, you may use a local bus to return to the housing complex, or you may accidentally meet a neighbor and return to the housing complex by getting on a rental car that person drives. . Now, a fee collection system for casually using a rental car will be described. GPS with a low-power radio when using a rental car
Must have a mobile phone with First, using the communication function of the mobile phone, it is checked whether or not there is an available rental car near his / her current position. If you have a rental car and want to use it, make a reservation for use through the mobile phone. From that moment on, the rental car will be reserved and cannot be used by another person. The time from when this reservation is made to when this person actually boards the rental car for the first time is defined as the rental car reservation state. When this person boards a rental car, the measurement of the rental car usage time starts from that moment. The rental car usage time is the time until this person processes the completion of rental car usage. The time spent shopping away from the rental car on the way is also counted as the rental car usage time. The process of completion of rent-a-car use may be performed by a button switch inside the rent-a-car or by operating a mobile phone. There is no so-called engine key in this rental car. Instead, the mobile phone itself acts as an engine key for a rental car from the moment the rental car is reserved. The door lock is released when the mobile phone is within 1 meter from the rental car, and the engine start switch can be operated when the mobile phone is located near the driver's seat. The rent-a-car company collects a charge for each of the customer's rental car reservation time and rental car usage time at the end of the month. Each charge is set in detail according to the situation. Since there are many people heading from the housing complex to the nearest station during the morning commuting hours, the rental cars in the housing complex are popular and run out of stock. For this reason, a lump-sum payment (¥ 100), which is more expensive than usual, will be levied when booking a rental car in the housing complex.
On the contrary, for those who use the rental car from the nearest station to the housing complex (driving and carrying it) just before the commuting time of this morning and during the commuting time, the fee will be ¥
We have adopted a system in which 100 is deducted. Those who depart from the nearest station to the housing complex during the morning commuting time should set the deduction amount so that a car rental can be used at a lower cost than a local bus. For those who put gasoline into the rental car, the fee will be deducted from the usage fee by 30 yen, and if you smoke in the rental car, you will be charged 10 yen for smoking fee. There are various types of rent-a-cars, such as sedan type, one-box wagon type, minibus, and light car.You can borrow the minibus as a rental car during the morning commuting time and carry the fare with neighbors. It is also permitted to collect the fee, in which case the borrower must insure that he / she does business with another person and pay taxes, so apply for renting a car for business. The car rental company will ask you to perform various procedures, and the unit price of car rental time will increase accordingly.

A fifth embodiment will be described. It is an Example about the system which rents a rental car little by little. This car rental company has a system to rent a car for 30 minutes. Customers use this system in the situation where they rent a car in front of a station, go to a partner factory for about 10 minutes by car to pick up products (delivery takes about 5 minutes), and come back for a total of 25 minutes. The extension will be added in units of 10 minutes. As a result, it is possible to rent a car for 40 minutes. As the time is short, you can rent a car at low cost. You can also ride your own sedan type car to this car rental company, rent a truck for 20 minutes as a car rental and carry large luggage from point A to point B. In this way, a rental car company will open a rental center aiming at places where it is likely that people will use the rental car for a short period of time, that is, where the turnover rate of the rental car is high. If you rent a car every 10 minutes, there is a risk of traffic violations such as exceeding the speed limit or ignoring the signal in order to save money, so be sure to monitor the travel path using a mobile phone with GPS. I have decided. In other words, the car rental company monitors the position and time recognized by the customer's GPS mobile phone to check whether the vehicle is speeding or ignoring the signal. If a behavior comparable to a violation or dangerous behavior is found on the operation track monitor, the rental amount of the rental car is increased as a penalty. The rent-a-car renter will not rent a rent-a-car unless he / she approves that it will be monitored for operation and that the rent-a-car company will judge the infringing behavior or dangerous behavior and penalize the rent amount. This car rental company also employs a system that rents out rental cars (return offices) within a certain distance and rents out a car at a lower cost than a route bus that connects the certain distance.

A sixth embodiment will be described. This is an example of a rental bicycle that you can rent out in front of the station. When a customer (Mr. A) arrives at the rental cycle company, the company asks whether the GPS mobile phone of Mr. A can be used for operation management of the rental cycle. If it is good, the mobile phone with GPS is connected to the connector of the rental cycle to complete the registration for operation management on the spot. After completing the registration, when the inquiry telephone from the rental bicycle company is changed to the mobile phone with GPS, the point and time are returned to the rental bicycle company. As an option
The position recognition and time data acquired every 5 minutes are used for the GP.
In some cases, the mobile phone with S is stored and the stored data is transmitted at the time of inquiry from the rental cycle company. This rental cycle allows you to drop off at any location. For example, it is allowed to rent a bicycle in front of a station, ride to a bicycle parking lot in a park near it, and drop off at that location. In this case, Mr. A at the drop-off point sends a call to the rental cycle company to drop off at this point with the GPS mobile phone connected to the rental cycle. Upon receipt of this notification, the bicycle rental company replies that the bicycle should be abandoned with a special key. Mr. A plays in the park as it is, and on the way back, borrows another rental bicycle and returns to the station. The rental bicycle company that received the report of the drop-off will register the bicycle (rental bicycle B) on the website as a bicycle that can be rented. At the same time, formulate a recovery plan. For example, if the drop-off time is 11:00 am, there is a possibility that a customer may want to use this bicycle when returning from the park to the station in the evening. It is expected that new customers who wish to rent such a return bicycle will contact us for a rental bicycle reservation shortly before 5 PM, which is the evening sunset time. Therefore, this rent-a-bicycle will be collected at the bicycle parking lot until 5 pm and will be collected by a collection truck if it is left at that place thereafter. Please make sure that the drop-off location does not interfere with public transportation. When a customer tries to drop off a vehicle by using a mobile phone with a GPS and the drop-off location is inappropriate, the rental bicycle company specifies a place suitable for drop-off near that location. This designated place is shown on the display screen of the mobile phone with GPS.

A seventh embodiment will be described. This is an example of a leased vehicle. The leased vehicle can be used exclusively by the borrower for one year, for example. Maintenance such as oil change and tire change while renting should be different depending on the usage history of the leased vehicle. Therefore, in the present invention, when the borrower drives a leased vehicle, a contract is made to carry the GPS mobile phone of the borrower, and the lease car lending company recognizes the operation history recognized by the GPS mobile phone. Suck it up and judge the time to change the oil. The leasing company may carry out the actual oil change work. You may ask the borrower to change the oil (actually, carry the leased vehicle to the nearest gas station and ask for the oil change there). Leasing companies pick up the history of oil changes.

[0015]

According to the present invention, the rental car management system using the GPS-equipped mobile phone owned by the rental car borrower can be used to manage the position of the rental car at low cost. This will increase the profits of the car rental company and allow customers to rent a car at low rates. Increased use of rental cars can reduce unnecessary use of private cars. This car rental management system can alleviate the problem of lack of parking in front of the station or housing complex. You don't have to take the trouble to walk by being dropped off at a place different from the place you really want to go by the route bus.

[Brief description of drawings]

FIG. 1 is a configuration diagram showing a first embodiment of the present invention.

FIG. 2 is a display example showing a second embodiment of the present invention.

[Code]

1 is a rental car, 2 is a mobile phone with GPS, 3 is a short-range wireless device, 4 is a short-range wireless module, and 100 is a customer.

Claims (15)

[Claims] 1. A GPS carried by a rent-a-car renter in a management system for managing the operation status of a rent-a-car.
Rental car management system characterized by using a mobile phone with a built-in. 2. The rental car management system according to claim 1, wherein the GPS-equipped mobile phone and a radio provided in the rental car communicate with each other. 3. The rental car management system according to claim 2, wherein the position information recognized by the GPS mobile phone is stored together with the recognition time in a storage device included in the wireless device. 4. The rental car management system according to claim 2 or 3, wherein the mobile phone operates according to a command from the wireless device. 5. The rental car management system according to any one of claims 1 to 4, wherein the rental car door can be locked and unlocked by operating the GPS mobile phone. 6. The rental car management system according to any one of claims 1 to 5, wherein engine start operation is permitted when the GPS mobile phone is present in the rental car. 7. The rental car management system according to any one of claims 1 to 6, wherein the GPS mobile phone is located at a boundary portion where the GPS mobile phone moves from inside the car to outside the car.
A rental car management system characterized in that a mobile phone with PS recognizes a position and stores the position and time in a storage device built in the mobile phone. 8. The rental car management system according to claim 1, wherein a rental car can be reserved by operating the GPS mobile phone. 9. The rental car management system according to any one of claims 1 to 8, wherein the rental car borrower obtains a certain privilege in exchange for consent to use his / her own GPS mobile phone for car rental management. A rental car management system characterized by being operated. 10. The rental car management system according to any one of claims 1 to 9, wherein the rental car borrower can obtain a certain privilege according to the conditions of the return location and the return time of the rental car. 11. The rental car management system according to claim 1, wherein the rental car rental time is 3 hours.
A rental car management system characterized by being 0 minutes or less. 12. The rental car management system according to any one of claims 1 to 11, wherein the rental car rental location is different from the designated return location, and the rental cost of the rental car is higher than the fare of a route bus operating between the rental location and the return location. A rental car management system characterized by low prices. 13. The rental car management system according to any one of claims 1 to 12, wherein the rental car usage time is accumulated and the rental car borrower pays the cost on a monthly basis. 14. The rental car management system according to claim 1, wherein the rental car management system is a management system for renting a bicycle (rental cycle) or a motorcycle (rental bike) instead of the rental car. 15. The rental car management system according to claim 1, wherein the rental car management system is a leased car management system instead of the rental car.