JP2015021793A - Reciprocable spot display system and display processing program - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a reciprocable spot display system allowing a user to easily use an electric car.SOLUTION: The reciprocable spot display system includes: an acquisition part 62 used in an ICE vehicle and acquiring a visiting place visited by the ICE vehicle; a reciprocation determination part 63 for determining whether a predetermined electric car can reciprocate between an own home and the visiting place acquired by the acquisition part 62; a display part 50; and a display processing part 64 for allowing the visiting place determined to be reciprocable by the reciprocation determination part 63 to be displayed in the display part 50. The watching of the display of the display part 50 can facilitate the place reciprocable by the predetermined electric car to be recognized from among the visiting places actually reciprocated by the ICE vehicle with the own home as a departure point in the past. Thus, an actual feeling of the place reciprocable by the electric car can be easily obtained. As a result, an uneasiness felt for reciprocation between the own home and the visiting place by the electric car can be reduced, and this makes the electric car easy to be used.

Description

  The present invention relates to a reciprocable point display system that displays a point that can be reciprocated by a vehicle using a specific one or a plurality of energy as a power source, and a display processing program used in the system.

  The power source of the car is determined for each car. Widely known power sources include gasoline, light oil, and electricity. In addition, hydrogen, liquefied natural gas, alcohol, shale gas, biofuel, and the like are also known. The vehicle travels by consuming these power sources and operating a driving force generator such as an internal combustion engine or a motor.

  Since the vehicle travels by consuming the power source, the vehicle must replenish the power source at any time. Moreover, the ease of replenishment differs depending on the power source. For example, an electric vehicle that uses only electricity as a power source currently does not have as many charging facilities as a gas station. Moreover, the cruising distance is shorter than that of an internal combustion engine vehicle that uses the internal combustion engine as a driving force generator. For these reasons, it is more problematic for an electric vehicle than an internal combustion locomotive how far it can travel. Thus, an electric vehicle that displays a cruising range on a meter is known.

  Patent Document 1 discloses a technique for setting a travelable range based on a cruising range and presenting the travelable range to a user.

JP 2003-21522 A

  However, even if the travelable range set based on the cruising range is presented, it is difficult to obtain a sense that the user can go to a point included in the range. As a result, even if you want to use an electric car for a round trip to a certain point, you will not be worried about whether you can actually go back and forth between your starting point and that point with an electric car. Sometimes hesitated the use of.

  In addition, not only for electric vehicles, but for vehicles that run with a certain power source, if the driving range that is set based on the cruising range is only presented, the vehicle can be used to It may be possible to hesitate to use the car, as the anxiety about whether or not it can really go back and forth is not resolved.

  The present invention has been made based on this situation, and the object of the present invention is a reciprocable point display system that makes it easy for a user to use a vehicle that uses specific energy as a power source, and the system thereof. It is to provide a display processing program to be used.

  In order to achieve the object, the present invention is used in a first vehicle having a first energy as a power source, and obtains a visiting point visited by the first vehicle, and a predetermined departure place. A reciprocating determination device (63) for determining whether or not a predetermined second vehicle using a second energy different from the first energy as a power source can travel between the vehicle and the visit point acquired by the acquisition device A reciprocable point display system comprising: a display device (50); and a display processing device (64) for displaying on the display device a visit point determined to be reciprocable by the reciprocation determination device.

  In the present invention, it can be seen from the display contents of the display device whether or not a visit point that has been visited in the past by the first vehicle can be reciprocated by the predetermined second vehicle. Therefore, it is easy to get a sense of a point where the second vehicle can reciprocate. As a result, since the anxiety about going back and forth between the departure point and the visit point with the second vehicle is reduced, it becomes easier to use the second vehicle.

  As in claim 3, when the first vehicle is an internal combustion locomotive and the second vehicle is an electric vehicle, the following specific effects can be exemplified. For example, if the user already has both an internal combustion locomotive and an electric vehicle, and the predetermined electric vehicle is the same model as the electric vehicle owned by the user, the internal combustion locomotive owned by the user You can see if you can go back and forth with the electric car you own at the point you visited. Since the electric cost of an electric vehicle is lower than the fuel consumption of an internal combustion engine, there are many users who want to use an electric vehicle as much as possible. A user who wants to use an electric vehicle as much as possible can use more electric vehicles according to the present invention.

  The invention according to claim 3 is also useful for a user who owns an internal combustion locomotive but does not own an electric vehicle and wants to replace the internal combustion locomotive with an electric vehicle. That is, by knowing whether a point that has been visited by an internal combustion locomotive so far can be reciprocated by an electric vehicle, it can be determined whether or not the electric vehicle can cover its own action range. Therefore, it is easy to determine whether there is no inconvenience even if it is replaced with an electric vehicle.

  Needless to say, the first vehicle does not need to be an internal combustion locomotive and the second vehicle does not need to be an electric vehicle other than the inventions cited in claim 3 and claim 3.

  Another invention is a display processing program for causing a computer to function as a display processing device used in a reciprocable point display system.

Schematic of the external appearance of the portable terminal 1 having a function as a reciprocable display system The principal part block diagram of the smart phone 1 of FIG. Example of a round trip point screen Another example of reciprocating point screen Configuration diagram of modification 2-1

(Embodiment 1)
Hereinafter, embodiments of the present invention will be described with reference to the drawings. In the first embodiment, the smartphone 1 shown in FIG. 1 has a function as a reciprocable display system of the present invention. The smartphone 1 is used by being brought into an internal combustion locomotive (hereinafter referred to as an ICE vehicle) 100. It is also used outside the ICE car 100 such as at home. The ICE vehicle 100 includes an internal combustion engine (not shown) as a driving force generator, and the internal combustion engine uses gasoline or light oil as fuel. The ICE vehicle 100 corresponds to the first vehicle in the claims. Gasoline or light oil corresponds to the first energy in the claims.

  The ICE vehicle 100 according to the present embodiment is not limited to a vehicle that uses only the internal combustion engine as a driving force generator, but may be a hybrid vehicle that uses an internal combustion engine and a motor together as a driving force generator.

  In FIG. 2, the part relevant to Embodiment 1 among the structures of the smart phone 1 is shown. The smartphone 1 includes a storage unit 10, a communication unit 20, a GPS receiver 30, an input unit 40, a display unit 50, and a control unit 60.

  The storage unit 10 is a non-volatile memory, and stores various information acquired by the acquisition unit 62 described later, such as a visit point visited by the ICE car 100. The communication unit 20 can communicate data and voice with other communication devices via a public telephone line network. Further, short-range wireless communication such as Bluetooth (registered trademark) is also possible. The GPS receiver 30 receives a signal transmitted from a GPS artificial satellite and sends the received signal to the control unit 60.

  The input unit 40 includes what is generally called a software keyboard. In other words, the input unit 40 includes a touch panel that is used together with a key layout figure displayed on the display surface of the display unit 50 and is superimposed on the display surface of the display unit 50. The display unit 50 displays a reciprocable point map described later.

  The control unit 60 is a computer including a CPU, a ROM, a RAM, and the like, and the CPU executes a program stored in the ROM while using a temporary storage function of the RAM. As a result, the control unit 60 functions as a guidance processing unit 61, an acquisition unit 62, a round trip determination unit 63, and a display processing unit 64.

  The guidance processing unit 61 performs destination setting processing, guidance route setting processing to the destination, route guidance processing to the set destination, and the like. In these processes, map data is acquired from the outside via the communication unit 20. In the route guidance process, the current position is also calculated sequentially based on the radio wave received by the GPS receiver 30 from the GPS artificial satellite.

  The acquisition unit 62 sequentially acquires visit points visited by the ICE car 100 starting from a pre-registered home, and accumulates the acquired visit points in the storage unit 10. In addition, when the departure place is a home, after visiting a visit point, it will return to a home eventually. In other words, it goes back and forth between the home and the visit point.

  In the first embodiment, the visit point is acquired when the smartphone 1 is brought into the ICE car 100. It is detected that the smart phone 1 is brought into the ICE car 100 by communicating with a predetermined in-vehicle device included in the ICE car 100 via the communication unit 20, for example. Moreover, you may tell the smart phone 1 that the user is carrying in the ICE car 100 by predetermined operation.

  The method of acquiring the visit point when the smartphone 1 is brought into the ICE car 100 is, for example, a method of acquiring the destination from the guidance processing unit 61 when the guidance processing unit 61 determines that the destination has been reached. There is.

  Further, if the acquisition unit 62 sequentially determines the current position based on the radio wave received by the GPS receiver 30 and stays at a point that can be determined to be the same for a certain period of time, the point may be set as a visiting point. Alternatively, when the ICE vehicle 100 is equipped with a navigation device and the navigation device has a function of determining a visit point, the visit point is acquired by communicating with the navigation device via the communication unit 20. Also good.

  Furthermore, the acquisition unit 62 also acquires power consumption information when the ICE vehicle 100 makes a round trip between the home and the visit point. The power consumption information is information related to the power consumption of the electrical equipment for passengers mounted on the ICE vehicle 100. The occupant electric devices mounted on the ICE vehicle 100 include an air conditioner and audio. The information that affects the power consumption of these electrical devices includes the power consumption itself of those electrical devices. In addition, there is an on-time of those electric devices. The power consumption information for the air conditioner includes a set temperature, weather, and outside temperature. The acquisition unit 62 acquires part or all of the power consumption information when the ICE vehicle 100 makes a round trip between the home and the visit point, and stores the information in the storage unit 10 in association with the visit point.

  The acquisition unit 62 also acquires a travel route from the home to the visit point (outward route) and a travel route from the visit point to the home (return route). The outbound route and the inbound route are also stored in the storage unit 10 in association with the visited point.

  The round trip determination unit 63 determines whether a predetermined electric vehicle can make a round trip between the home and the visit point acquired by the acquisition unit 62. The home corresponds to the base in the claims. Moreover, this electric vehicle is equivalent to the 2nd vehicle of a claim. Therefore, electricity corresponds to the second energy of the claims. At present, there are far more gas stations than facilities that can supply electricity to electric cars. That is, the gasoline or light oil that the ICE vehicle 100 uses as a power source is energy that can be replenished more than the electricity that the electric vehicle uses as a power source.

  The vehicle type of a given electric vehicle is specified. Based on various parameters (for example, battery capacity) that affect the cruising range of the electric vehicle, a predetermined calculation formula or a map is used to calculate the home and visiting points. Judge whether the electric car can make a round trip between them.

  Also, is it possible to transmit the home and the visiting point to an external server via the communication unit 20, and the external server can reciprocate between the home and the visiting point with the electric vehicle from a preset calculation formula or map You may judge. In this case, the round trip determination unit 63 acquires a determination result from the server.

  It is preferable that the type of electric vehicle can be selected and set from a plurality of vehicle types, but it is not always necessary to select from a plurality of vehicle types, and may be limited to a specific vehicle type. This is because a reciprocable point display system dedicated to a specific vehicle type is provided, but a system may be prepared for each vehicle type.

  In the first embodiment, the power consumption information acquired by the acquisition unit 62 is also taken into consideration, and it is determined whether or not the electric vehicle can make a round trip between the home and the visit point. Therefore, the calculation formula or map can input the power consumption information as an input parameter.

  The display processing unit 64 displays on the display unit 50 the visit point determined to be reciprocable by the reciprocating determination unit 63. In the first embodiment, the display unit 50 displays a list of visit points on the map. You may provide the restriction | limiting (for example within the past one year etc.) of the time which visited the visited point with respect to the visited point made into display object.

  FIG. 3 is a display example displayed on the display unit 50 by the processing of the display processing unit 64. Although the road map is omitted in FIG. 3 for convenience of illustration, the home mark 70 and the flag 80 are actually displayed on the road map. The flag 80 indicates a visit point that the round trip determination unit 63 determines to be able to make a round trip, and the visit point names A to H are also displayed adjacently under the flag 80. Hereinafter, the screen illustrated in FIG. 3 and displaying the reciprocable points on the map is referred to as a reciprocable point screen.

  The display processing unit 64 displays a reciprocable point screen as illustrated in FIG. 3 when a predetermined display condition is satisfied. As the display condition, for example, there is a condition that a user performs a display instruction operation and a display instruction is input from the input unit 40.

(Effect of Embodiment 1)
As described above, according to the present embodiment described above, from the round trip possible point display screen (FIG. 3) displayed on the display unit 50, the electric vehicle out of the visited points that have traveled back and forth with the ICE car 100 from the home. A list of the visit points that are determined to be available for return is displayed.

  By looking at this reciprocable point display screen, it is possible to know a point where a person can actually reciprocate with a predetermined electric vehicle among visit points where the ICE vehicle 100 has actually reciprocated from his / her home in the past. . Therefore, it is easy to get a sense of where the electric vehicle can reciprocate. As a result, anxiety about going back and forth between the home and the visit point with the electric vehicle is reduced, so that the electric vehicle can be easily used.

  Moreover, in this embodiment, since the round trip possible point screen is displayed on the smart phone 1, the round trip possible point screen can be seen anywhere.

  In the first embodiment, the acquisition unit 62, the round-trip determination unit 63, the display unit 50, and the display processing unit 64 correspond to an acquisition device, a round-trip determination device, a display device, and a display processing device, respectively.

(Specific use example 1 of Embodiment 1)
As a specific usage example 1, an example in which a user who already owns an electric vehicle uses the smartphone 1 of the present embodiment in addition to the ICE vehicle 100 will be described.

  When the user moves in the ICE car 100 owned by the user, the user brings the smartphone 1 into the car, and accumulates the visiting points that depart from the home and return to the smartphone 1. Note that the user uses the electric vehicle after confirming that the reciprocating determination unit 63 determines whether or not the reciprocation is possible, the same vehicle type as the electric vehicle owned by the user. When the round-trip determination unit 63 can select one vehicle type from a plurality of vehicle types, it is set as the vehicle type of the electric vehicle that it owns.

  Then, for example, after the smartphone 1 is taken home, the display instruction operation is performed to display the reciprocable point screen on the display unit 50.

  By looking at the reciprocable point screen, it is possible to know whether or not the point where the user reciprocated with the ICE car 100 owned by the user can reciprocate with the electric vehicle owned by the user. Since the electric cost of an electric vehicle is cheaper than that of an ICE car 100, a person who owns both the ICE car 100 and the electric car often wants to use the electric car as much as possible. However, since there is concern about running out of the battery, the range in which the electric vehicle actually reciprocates is usually narrower than the reciprocable range determined by the capacity of the electric vehicle. For such a person, as in the present embodiment, if it is known whether the point where the vehicle circulated by the ICE vehicle 100 owned by the user can be reciprocated by the electric vehicle owned by the user, the next step is to use the electric vehicle at that point. Think about going. Therefore, it becomes possible to use more electric cars that you own.

(Specific use example 2 of Embodiment 1)
As a specific usage example 2, an example will be described in which a user who only owns the ICE car 100 and wants to replace the ICE car 100 with an electric car nearby uses the smartphone 1 of the present embodiment.

  Also in this usage example 2, when the user moves in the ICE car 100 owned by the user, the user brings the smartphone 1 into the car, and accumulates the visiting points that depart from the home and return to the smartphone 1.

  In the usage example 2, the user uses the electric vehicle after confirming that the electric vehicle for which the reciprocating determination unit 63 can reciprocate is the same model as the electric vehicle that is considered to be purchased. When the round-trip determination unit 63 can select one vehicle type from a plurality of vehicle types, it is set as the vehicle type of the electric vehicle that is considered for purchase.

  Then, for example, after the smartphone 1 is taken home, the display instruction operation is performed to display the reciprocable point screen on the display unit 50. Thus, it can be seen whether various points that have been reciprocated by the ICE vehicle 100 so far can be reciprocated by the electric vehicle. Therefore, since it is known whether or not the electric vehicle can cover the range of action, it is easy to determine whether or not there is no inconvenience even if the electric vehicle is replaced.

(Embodiment 2)
Next, Embodiment 2 will be described. In the following description of the second embodiment, elements having the same reference numerals as those used so far are the same as elements having the same reference numerals in the previous embodiments unless otherwise specified. In addition, when only a part of the configuration is described, the embodiment described above can be applied to other parts of the configuration.

  In the second embodiment, the reciprocable point screen shown in FIG. 4 is displayed instead of FIG. The same home mark 70 and flag 80 as in FIG. 3 are also displayed on the reciprocable point screen shown in FIG. In addition, a reciprocable range 90 determined based on a visit point determined to be reciprocable by the reciprocating determination unit 63 is indicated by a broken-line circle.

  A circle smaller than the circle of the reciprocable range 90 is a reciprocal track range 92, which indicates a range determined based on a point where the electric vehicle actually reciprocates. The round trip result range 92 is displayed when the acquisition unit 62 acquires a point where the electric vehicle has actually made a round trip. When the user owns the electric vehicle, the point where the user actually reciprocated can be acquired by bringing the smartphone 1 and using it, like the ICE vehicle 100. Moreover, you may acquire by communicating with the apparatus which memorize | stores movement histories, such as a navigation apparatus mounted in the electric vehicle.

  FIG. 4 also shows points J and K, which are visit points determined as a result of the determination by the round trip determination unit 63 that the departure from the home is impossible.

  These points J and K are indicated by a cross mark 82, and are distinguished from a flag 80 which is a mark indicating that the point is determined to be reciprocable.

  Furthermore, on the round trip possible point screen shown in FIG. 4, when a part of the visited points determined to be round trips (points A and D in FIG. 4) are actually visited to the visited points, The travel route is also displayed. The displayed travel route has two points D. These are the forward path and the return path, respectively, and it is possible to distinguish between the forward path and the return path by the direction of the arrow displayed along the travel path. There is only one traveling route for the point A. This is because the outbound path and the inbound path are the same.

  Furthermore, for points A and D, not only the travel route but also the date, weather, and outside temperature when traveling with the ICE vehicle 100 are shown. The weather and the outside temperature are power consumption information in the claims.

  In FIG. 4, the travel route, the weather, and the outside temperature are displayed only for some points A and D, but these may be displayed for other points.

(Effect of Embodiment 2)
In the second embodiment, a reciprocable range 90 is displayed on the reciprocable point screen. Further, of the visit points that have been reciprocated from home by the ICE car 100, the points that are determined not to be reciprocable by the electric vehicle are displayed with marks (× marks 82) that are different from the points that are determined to be reciprocable. By displaying the reciprocable range 90 and the x mark 82, it becomes easier to understand how far the electric vehicle can reciprocate than in the first embodiment.

  In addition, a round trip result range 92 is also displayed. When the flag 80 is displayed outside the round-trip performance range 92, it is possible to determine that the action range in the electric vehicle can be further expanded.

  Further, since a travel route, weather, and outside air temperature are displayed at some points where it is determined that the electric vehicle can reciprocate, the travel of the ICE vehicle 100 in any route and situation is determined based on the travel route, the weather, and the outside temperature. It is easy to see if it was determined that it was possible to make a round trip. This makes it easy to determine in what situation and how far to reach the point. Therefore, for those who are worried about running out of batteries in the electric vehicle, the electric vehicle can be used more safely.

(Embodiment 3)
In the third embodiment, the display condition for displaying the determination result by the round-trip determination unit 63 on the display unit 50 is set to the condition that a point that is the ICE car 100 is visited and returned to the home. In this way, when returning home, it is automatically determined whether or not the current visit point can be reciprocated by an electric vehicle. In the third embodiment, it is preferable that an in-vehicle device such as an in-vehicle navigation device has the functions of the above-described embodiment instead of the smartphone 1.

  As mentioned above, although embodiment of this invention was described, this invention is not limited to the above-mentioned embodiment, The following embodiment is also contained in the technical scope of this invention, and also the summary other than the following is also included. Various modifications can be made without departing from the scope.

(Modification 1)
For example, in the above-described embodiment, the visit point determined to be able to reciprocate with the electric vehicle is displayed on the map, but it is determined that the electric vehicle can reciprocate such as displaying the name of the visit point in a place other than the map. The visited site may be displayed other than on the map.

(Modification 2)
In the above-described embodiment, the smartphone 1 includes the acquisition unit 62, the round trip determination unit 63, the display processing unit 64, and the display unit 50. However, another device includes some of the elements. Also good. Also, other devices such as an in-vehicle navigation device may be provided entirely.

  As an aspect with which other devices are provided with some elements, there are the following aspects. For example, as shown in FIG. 5, the in-vehicle device 110 mounted on the ICE vehicle 100 such as an in-vehicle navigation device includes an acquisition unit 62, and the round trip determination unit 63 includes a predetermined server, a display processing unit 64, and a display unit 50. Are provided in the in-vehicle device 310 mounted on the electric vehicle 300 (Modification 2-1). In this example, the in-vehicle device 110, the server 200, and the in-vehicle device 310 each include a wireless transmission device 111, a wireless transmission / reception device 201, and a wireless reception device 311 in order to communicate with each other.

  Moreover, the smart phone 1 may be provided only with the function with which the vehicle equipment 310 of the electric vehicle 300 in the modification 2-1 is equipped (modification 2-2).

  The in-vehicle navigation device may include the acquisition unit 62, and the smart phone 1 may include the round trip determination unit 63, the display processing unit 64, and the display unit 50 (Modification 2-3).

  The acquisition unit 62 may be included in the smartphone 1, and the round-trip determination unit 63, the display processing unit 64, and the display unit 50 may be included in an in-vehicle device mounted on the electric vehicle (Modification 2-4).

  These are examples, and other embodiments may be used. In addition, when the acquisition part 62, the round-trip determination part 6, the display process part 64, and the display part 50 are disperse | distributed to several apparatus, a radio | wireless communication apparatus is suitably provided in order to communicate required information.

(Modification 3)
In the above-described embodiment, it is determined whether or not it is possible to make a round trip between the home and the visiting point in consideration of the power consumption information when visiting the visiting point with the ICE vehicle 100. However, it may be determined whether the power consumption information can be reciprocated between the home and the visited point without considering the actual power consumption information as a preset value.

(Modification 4)
In the above-described embodiment, it is determined whether or not it is possible to make a round trip between the home and the point by visiting an electric vehicle, but the point visited from a point other than the home. Also, it may be determined whether the electric vehicle can make a round trip between the home and the point (Modification 4-1). Moreover, you may set places other than a home as a base (modification 4-2).

(Modification 5)
Moreover, in the above-described embodiment, the points determined to be reciprocable by the electric vehicle are collectively displayed. However, the points may be displayed individually.

(Modification 6)
In the above-described embodiment, the first vehicle is described as an internal combustion locomotive, and the second vehicle is an electric vehicle. However, the present invention is not limited to this. The present invention can be applied if the first vehicle and the second vehicle use different energy as a power source. In addition, even if the power source of a 1st vehicle and a 2nd vehicle overlaps, if it does not correspond completely, suppose that mutually different energy is used as a power source. For example, a hybrid vehicle that uses gasoline and electricity as power sources and an electric vehicle that uses only electricity as power sources are vehicles that use different energy sources as power sources. The second vehicle may be a vehicle that uses a plurality of types of energy as a power source.

DESCRIPTION OF SYMBOLS 1 Smart phone (round trip possible point display system), 10 Memory | storage part, 20 Communication part, 30 GPS receiver, 40 Input part, 50 Display part (display apparatus), 60 Control part, 61 Guidance process part, 62 Acquisition part (acquisition apparatus) ), 63 reciprocating determination unit (reciprocating determination device), 64 display processing unit (display processing device), 70 home mark, 80 flag, 82 x mark, 90 reciprocating range, 92 reciprocating track range, 100 internal combustion locomotive, 110 in-vehicle Machine, 111 wireless transmission device, 200 server, 201 wireless transmission / reception device, 300 electric vehicle, 310 vehicle-mounted device, 311 wireless reception device

Claims (13)

An acquisition device (62) that is used in a first vehicle having the first energy as a power source and that acquires a visit point visited by the first vehicle;
A reciprocating determination device that determines whether a predetermined second vehicle using a second energy different from the first energy as a power source can reciprocate between a predetermined starting point and a visit point acquired by the acquiring device. (63)
A display device (50);
A reciprocating point display system, comprising: a display processing device (64) for displaying on the display device a visit point determined to be reciprocable by the reciprocation determining device. In claim 1,
The first energy is an energy that can be replenished more than the second energy, and is a reciprocable point display system. In claim 1,
The first vehicle is an internal combustion locomotive equipped with an internal combustion engine as a driving force generator, and the first energy is liquid fuel consumed by the internal combustion engine,
The reciprocable point display system, wherein the second vehicle is an electric vehicle including a motor as a driving force generator, and the second energy is electricity. In any one of Claims 1-3,
The display processing device displays a visit point determined to be reciprocable by the reciprocation determination device on a map displayed on the display device. In any one of Claims 1-4,
The display processing device displays a list of visit points determined to be reciprocable by the reciprocation determination device on the display device. In claim 3,
The predetermined departure point in the round trip determination device is a point preset as a base,
The acquisition device is power consumption information that is information related to power consumption of an electric device for passengers mounted on the internal combustion locomotive when the departure point is acquired from the base, Get information from leaving the base until returning to the base,
The display processing device displays the visit point determined to be reciprocable by the reciprocation determination device on the display device, and further, between the visit point determined to be reciprocable by the reciprocation determination device and the base. The reciprocable point display system, wherein the power consumption information when the internal combustion locomotive reciprocates is also displayed on the display device. In claim 6,
The round trip determination device uses the power consumption information acquired by the acquisition device to determine whether the predetermined electric vehicle can make a round trip between the base and the visit location. Display system. In any one of Claims 1-7,
The predetermined departure point in the round trip determination device is a point preset as a base,
The acquisition device acquires the visit point when starting from the base, and also acquires a travel route between the base and the visit point,
The display processing device displays a visit point determined to be reciprocable by the reciprocation determination device on the display device, and travels between the visit point determined to be reciprocal by the reciprocation determination device and the base. A route display system that displays a route on the display device. In any one of Claims 1-8,
The acquisition device is portable, and is used by being brought into the first vehicle to acquire the visited point, and a reciprocable point display system. In claim 9,
The reciprocable point display system, wherein the acquisition device that is portable includes the display device and the display processing device. In any one of Claims 1-6,
A reciprocable point display system, wherein the acquisition device is attached to the first vehicle. In claim 11,
A wireless transmission device (111) installed in the first vehicle and wirelessly transmitting the visited point;
A reciprocable point display system comprising: a wireless reception device (201) that receives the visited point transmitted by the wireless transmission device and outputs the received point to the round-trip determination device.   The display processing program for functioning a computer as the said display processing apparatus used with the reciprocating point display system of any one of Claims 1-12.

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