Server device, vehicle control device, and electric vehicle

Abstract

A vehicle control device (20) is provided with: a vehicle characteristic information acquisition unit (201) that acquires vehicle characteristic information indicating vehicle characteristics of a vehicle model; a vehicle characteristic information storage unit (203) that stores vehicle characteristic information; a vehicle characteristic information setting unit (205) that sets the vehicle characteristic information in the host vehicle; and a sound generation unit (207) that generates sound. The vehicle characteristic information includes driving force characteristics of a driving device of the vehicle model and sound information of the driving device of the vehicle model. A vehicle characteristic information setting unit (205) sets driving force characteristics of a drive device in the host vehicle, and a sound generating unit (207) sets sound information of the drive device in the host vehicle.

Description

Technical Field

[0001] This invention relates to a server device, a vehicle control device, and an electric vehicle. Background Technology

[0002] To date, many vehicles have been sold in the automotive industry. Among them, certain models have a loyal following. Some of these vehicles have been discontinued, and many are no longer drivable, even if one wanted to.

[0003] In contrast, for example, Patent Documents 1 to 3 describe settings that allow vehicle characteristics to be changed to a user's preference. Furthermore, Patent Document 4 describes setting the vehicle characteristics of a first vehicle to those of a second vehicle that are different from the first vehicle.

[0004] Based on these technologies, it is possible to partially replicate previously sold vehicles by applying the vehicle characteristics of previously sold vehicles to other vehicles. In particular, battery-powered electric vehicles (hereinafter referred to as EV vehicles) have a tendency to have their vehicle characteristics easily altered.

[0005] Existing technical documents

[0006] Patent documents

[0007] Patent Document 1: International Publication No. 2003 / 084799

[0008] Patent Document 2: Japanese Patent Application Publication No. 2009-174879

[0009] Patent Document 3: US Patent No. 6941209

[0010] Patent Document 4: Japanese Patent Application Publication No. 2021-24294 Summary of the Invention

[0011] The problem that the invention aims to solve

[0012] However, while EVs typically offer quiet driving and cabin sounds and excellent performance, the lack of engine noise diminishes the auditory driving experience. Furthermore, the absence of sound also hinders the perception of speed, making them prone to becoming tiresome quickly.

[0013] On the other hand, vehicles with a loyal following often have distinctive engine sounds. Besides acceleration performance, users can also experience the feeling of driving a favorite car from the past through the engine sounds that accompany acceleration.

[0014] The present invention provides a server device, a vehicle control device, and an electric vehicle that can experience the feeling of driving another vehicle while driving one's own vehicle.

[0015] Solution for solving the problem

[0016] A server device according to the present invention comprises:

[0017] The image display control unit controls the display of images of multiple vehicle models that contain vehicle characteristic information representing vehicle characteristics;

[0018] Purchase receiving unit, which receives purchases of the vehicle models; and

[0019] The feature information providing unit provides vehicle feature information for the purchased vehicle model.

[0020] The vehicle characteristic information includes the driving force characteristics of the vehicle model's drive unit and the sound information of the vehicle model's drive unit.

[0021] In addition, a vehicle control device according to the present invention includes:

[0022] The vehicle characteristic information acquisition unit acquires vehicle characteristic information representing the vehicle characteristics of the vehicle model.

[0023] A vehicle characteristic information storage unit, which stores the vehicle characteristic information;

[0024] The vehicle characteristic information setting unit sets the vehicle characteristic information in the vehicle; and

[0025] The sound generation unit generates sound.

[0026] The vehicle characteristic information includes the driving force characteristics of the vehicle model's drive system and the sound information of the vehicle model's drive system.

[0027] The vehicle characteristic information setting unit sets the driving force characteristics of the drive device for the vehicle.

[0028] The sound generation unit sets the sound information of the drive device to the vehicle.

[0029] In addition, an electric vehicle according to the present invention includes:

[0030] A drive unit, comprising at least one of a front-wheel drive motor and a rear-wheel drive motor;

[0031] A storage battery that supplies power to the motor;

[0032] An audio system that transmits sound into the carriage; and

[0033] The vehicle control unit controls the drive unit and the audio system.

[0034] The vehicle control device has:

[0035] The vehicle characteristic information acquisition unit acquires vehicle characteristic information representing the vehicle characteristics of the vehicle model.

[0036] A vehicle characteristic information storage unit, which stores the vehicle characteristic information;

[0037] The vehicle characteristic information setting unit sets the vehicle characteristic information in the vehicle; and

[0038] The sound generation unit generates sound.

[0039] The vehicle characteristic information includes the driving force characteristics of the vehicle model's drive system and the sound information of the vehicle model's drive system.

[0040] The vehicle characteristic information setting unit sets the driving force characteristics of the drive device for the vehicle.

[0041] The sound generation unit sets the sound information of the drive device of the vehicle model onto the vehicle itself.

[0042] Invention Effects

[0043] According to the present invention, it is possible to feel as if one is driving another vehicle while driving one's own vehicle. Attached Figure Description

[0044] Figure 1 This is a diagram representing the structure of a vehicle characteristic information provision system.

[0045] Figure 2 This is a diagram showing the functional structure of server device 1.

[0046] Figure 3 This is a picture of the vehicle model overview screen G1.

[0047] Figure 4 This is a diagram showing the detailed view of the vehicle model, G11.

[0048] Figure 5 This is a diagram showing the detailed view of the vehicle model, G12.

[0049] Figure 6 This is a diagram showing the structure of the electric vehicle 2 and the functional structure of the vehicle control device 20.

[0050] Figure 7 This is a screenshot G2 showing the vehicle models VM1, VM3, VM4, and VM5 that the user has purchased.

[0051] Figure 8This is a diagram showing the driving mode selection screen for vehicle model VM3 when the user specifies vehicle model VM3.

[0052] Figure 9 This is a diagram representing the settings for personalized modes. Detailed Implementation

[0053] The following is for reference Figures 1 to 9 One embodiment of the present invention will be described.

[0054] [Vehicle Characteristic Information Provision System]

[0055] Figure 1 The vehicle characteristic information providing system shown includes: a server device 1 that provides vehicle characteristic information of a vehicle model; a portable terminal 3 such as a smartphone used by a user; an electric vehicle 2 (hereinafter, sometimes referred to as the vehicle itself), which purchases vehicle characteristic information of the vehicle model directly from the server device 1 or via the portable terminal 3 from the server device 1 and sets the purchased vehicle characteristic information as the object; and a network (not shown) that connects the server device 1, the electric vehicle 2 and the portable terminal 3 in a communicative manner.

[0056] Vehicle models include, for example, previously sold but currently unsold luxury cars, high-end cars, and sports cars (hereinafter collectively referred to as tribute vehicles). Vehicle characteristic information is used to reproduce the vehicle characteristics of the model, including the driving force characteristics of the vehicle model's drive system and the sound information of the vehicle model's drive system (engine sound, etc.). Additionally, the vehicle characteristic information preferably also includes the instrument panel display information of the vehicle model. Furthermore, the vehicle characteristic information preferably includes characteristics related to the vehicle's driving, stopping, and turning, other than driving force characteristics. Driving force characteristics may include steering characteristics such as the weight of the steering wheel and the feel of turning the steering wheel, and may also include braking characteristics such as the feel of the brakes, the weight of the brakes, and the effectiveness of the brakes.

[0057] Based on this vehicle characteristic information provision system, users can personally experience the driving characteristics, drive system sound information, and instrument display information of the purchased vehicle model. Thus, they can experience the feeling of driving other vehicles, such as tribute vehicles, while riding in their own vehicle. In particular, by utilizing the drive system sound information and instrument display information in addition to driving characteristics, the tribute vehicle can be reproduced more faithfully.

[0058] [Server device]

[0059] like Figure 2As shown, the server device 1 includes an image display control unit 110, a purchase receiving unit 120, a feature information providing unit 130, a vehicle information acquisition unit 140, and a sales determination unit 150, forming a functional structure that is achieved through the cooperation of hardware and software.

[0060] The image display control unit 110 causes the screen of the electric vehicle 2 or portable terminal 3 accessing the server device 1 to display a specified image, and controls the display of the image according to the user's operation. For example, the image display control unit 110 in this embodiment causes... Figure 3 The vehicle model overview screen shown is G1. Figure 4 and Figure 5 The detailed images of the vehicle model shown, G11 and G12, are displayed on the screen of electric vehicle 2 or portable terminal 3.

[0061] like Figure 3 As shown, the vehicle model overview screen G1 includes images of multiple vehicle models VM1 to VM8 with vehicle characteristic information. When the user selects any one of the vehicle models VM1 to VM8, the image display control unit 110 displays detailed vehicle model screens G11 and G12 of the selected vehicle model VM1 to VM8 on the screen of the electric vehicle 2 or the portable terminal 3. In addition to the vehicles shown, the vehicle model overview screen G1 may also include vehicle models whose vehicle characteristic information can be set by the user.

[0062] like Figure 4 and Figure 5 As shown, the detailed vehicle model images G11 and G12 include the vehicle model image VG, the performance characteristic image PG, and the instrument display image MG.

[0063] The vehicle model image VG is a panoramic image of the vehicle models VM1 to VM8 selected by the user. The image display control unit 110 displays the vehicle model image VG in a rotatable manner. For example, the image display control unit 110 can automatically rotate the vehicle model image VG, or it can be rotated by the user's operation, such as touching the rotation arrow Y. Thus, the user can view the panoramic view of the vehicle models VM1 to VM8 before purchasing, and select their preferred vehicle model VM1 to VM8. Especially when the vehicle models VM1 to VM8 are tribute vehicles, it can visually stimulate the desire to purchase.

[0064] The performance characteristic image PG represents the performance characteristics derived from the vehicle characteristic information of the vehicle models VM1 to VM8 selected by the user. For example, the image display control unit 110 derives performance characteristics such as acceleration performance, braking performance, vehicle height, vibration damping performance, vehicle weight, and steering performance based on the vehicle characteristic information of the vehicle models VM1 to VM8 selected by the user, and displays the derived performance characteristics using a radar chart or the like. By displaying the performance characteristics before purchasing vehicle models VM1 to VM8 using such a performance characteristic image PG, the user can easily identify the vehicle characteristics of each vehicle model VM1 to VM8.

[0065] The instrument display image MG represents the instrument display of the vehicle model VM1 to VM8 selected by the user. The instrument display image MG can be a static image or a dynamic image showing changes in vehicle speed and engine speed. Based on this instrument display image MG, users can select their preferred vehicle model VM1 to VM8, taking into account the instrument display.

[0066] Additionally, when displaying the detailed vehicle model screens G11 and G12, it is desirable to output the sound information of the drive unit of the selected vehicle model VM1 to VM8. Based on these detailed vehicle model screens G11 and G12, it is possible to select a preferred vehicle model VM1 to VM8 by taking into account the sound information of the drive unit.

[0067] Furthermore, the image display control unit 110 can also, through user selection, display at least one of the following in the image of vehicle models VM1 to VM8 in a changeable manner: body color, wheel appearance, and the presence or absence of optional part models. This expands the impression of the vehicle models VM1 to VM8 to be purchased.

[0068] Furthermore, when selling optional part models to purchased vehicle models VM1 to VM8, the image display control unit 110 can also display an image of vehicle models VM1 to VM8 with optional part models installed. This allows users to view images of vehicle models VM1 to VM8 with optional part models installed after purchasing vehicle models VM1 to VM8 but before purchasing additional optional part models.

[0069] Purchase receiving unit 120 receives purchases of vehicle models VM1 to VM8. For example, purchase buttons (not shown) are displayed on the vehicle model detail screens G11 and G12, and purchases of vehicle models VM1 to VM8 are received based on the user's click on the purchase button. When receiving purchases of vehicle models VM1 to VM8, purchase receiving unit 120 requests the input of user information, payment information, etc., and completes the purchase process.

[0070] The feature information providing unit 130 provides the user with vehicle feature information (including vehicle images) for the purchased vehicle models VM1 to VM8. For example, after the purchase procedure is completed, the feature information providing unit 130 displays a download screen for vehicle feature information, allowing the electric vehicle 2 or the portable terminal 3 to download the vehicle feature information.

[0071] The vehicle characteristic information provided by the characteristic information providing unit 130 sometimes includes multiple driving modes (sport mode, comfort mode, economy mode, etc.) that can be selectively switched. The driving force characteristics and sound information of the drive unit differ in each driving mode, and the vehicle characteristics can be switched according to the situation and preference. In addition, the multiple driving modes sometimes include personalized modes that allow for individual setting of vehicle characteristic information. Further details regarding the driving modes will be described later.

[0072] When optional component models are purchased, the characteristic information providing unit 130 provides the user with vehicle images of vehicle models VM1 to VM8 equipped with optional component models and vehicle characteristic information corresponding to the optional component models. In this way, when optional component models such as wing models and aerodynamic models are added, changes to the vehicle characteristic information, such as increasing downforce, can alter not only the appearance but also the vehicle's behavior.

[0073] Furthermore, when replacing the tires of vehicle models VM1 to VM8 that are available for sale, the characteristic information providing unit 130 preferably provides the user with vehicle characteristic information corresponding to the purchased tire model. In this way, when the tires are replaced, the vehicle behavior can be altered by modifying the vehicle characteristic information to improve tire grip.

[0074] The vehicle information acquisition unit 140 acquires vehicle information and vehicle status of the electric vehicle 2, which is based on the vehicle characteristic information of the set vehicle models VM1 to VM8. For example, the vehicle information acquisition unit 140 acquires the vehicle characteristics of the electric vehicle 2 and the degree of battery degradation.

[0075] The sales determination unit 150 determines whether to sell vehicle models VM1 to VM8 based on the vehicle information and vehicle status of the electric vehicle 2 acquired by the vehicle information acquisition unit 140. For example, if the vehicle characteristics of the electric vehicle 2 that sets the vehicle characteristic information for vehicle models VM1 to VM8 do not meet the vehicle characteristic information for vehicle models VM1 to VM8, the sales determination unit 150 prohibits the sale of vehicle models VM1 to VM8. That is, if the vehicle characteristics of the electric vehicle 2 that sets the vehicle characteristic information, such as the driving force characteristics, do not meet the vehicle characteristic information for vehicle models VM1 to VM8, the possibility of disappointment is high even if the vehicle characteristic information is purchased, so prohibiting purchase is to prevent disappointment. However, in determining whether the vehicle characteristic information is met, from the viewpoint of protecting the motor, etc., it is permissible to instantly increase the maximum output of the motor within a range that does not affect the motor, etc.

[0076] Furthermore, if the battery degradation of electric vehicle 2, which is configured with vehicle characteristic information for vehicle models VM1 to VM8, exceeds a predetermined value, the sales determination unit 150 prohibits the sale of vehicle characteristic information for vehicle models VM1 to VM8. That is, while the vehicle characteristics of electric vehicle 2, such as driving force characteristics, may initially meet the configured vehicle characteristic information, the battery degradation of electric vehicle 2 may sometimes prevent it from meeting the vehicle characteristic information for vehicle models VM1 to VM8. In such cases, even if the vehicle characteristic information is purchased, the likelihood of disappointment is high; therefore, prohibiting purchase is used to prevent disappointment.

[0077] Electric vehicles

[0078] like Figure 6 As shown, the electric vehicle 2 includes a vehicle status detection device 21, an audio device 22, an instrument panel 23, an interface device 24, a display device 25, a steering device 26, a drive device 27, a braking device 28, a suspension device 29, a battery BAT, and a vehicle control device 20.

[0079] The vehicle condition detection device 21 detects various conditions of the electric vehicle 2, such as the SOC of the battery BAT and the deterioration state of the brake pads of the braking device 28.

[0080] The sound device 22 outputs sound into the carriage. The sound output by the sound device 22 is set by the vehicle control device 20.

[0081] The instrument panel 23 displays various vehicle information such as vehicle speed and battery BAT's SOC. The instrument panel 23 consists of a display device, including an LCD panel, whose display format can be arbitrarily changed. The display format of the instrument panel 23 is set by the vehicle control unit 20.

[0082] The interface device 24 is able to communicate wirelessly with the server device 1 and the portable terminal 3 via OTA (Over The Air) technology.

[0083] Display device 25 displays various information when purchasing or selecting vehicle models VM1 to VM8, or individually setting vehicle characteristic information. In this embodiment, the display unit of the car navigation system is also used as display device 25. Furthermore, display device 25 is not limited to in-vehicle devices, but can also be a portable terminal 3 such as a smartphone or tablet computer.

[0084] Steering device 26 according to steering wheel SW (refer to) Figure 1 The steering mechanism 26 steers the front wheels (not shown) by operating the steering wheel SW. The steering force of the steering wheel SW is set by the vehicle control device 20.

[0085] The drive unit 27 includes a motor, which drives the electric vehicle 2 by driving the motor in response to the operation of the accelerator pedal (not shown). The motor may include only a front-wheel drive motor, only a rear-wheel drive motor, or both. Alternatively, a single motor may function as both a front-wheel drive motor and a rear-wheel drive motor. The number of front-wheel drive motors and / or rear-wheel drive motors may be one or two. The drive unit 27 has settings for accelerator pedal responsiveness, driving force relative to accelerator pedal travel, front-rear drive force distribution, and vehicle behavior stabilization control parameters, which are set by the vehicle control unit 20.

[0086] The braking device 28 brakes the electric vehicle 2 according to the operation of the brake pedal. The braking device 28 has settings such as reaction force relative to the travel of the brake pedal, braking force relative to the travel of the brake pedal, braking characteristics in single-pedal mode, activation / deactivation of the brake holding function, and activation / deactivation of the automatic deceleration mechanism in cooperation with the driver assistance system. These settings are made by the vehicle control device 20.

[0087] The suspension system 29 buffers impacts between the vehicle body and the wheels. The suspension system 29 has settings such as shock absorber damping force and air suspension height (vehicle height), which are set by the vehicle control unit 20.

[0088] The battery (BAT) supplies power to the motor and other components. Therefore, depending on the degree of degradation of the battery (BAT) and its state of charge (SOC), the original vehicle characteristics may not be obtained.

[0089] [Vehicle Control Device]

[0090] The vehicle control device 20 includes a vehicle characteristic information acquisition unit 201, a vehicle characteristic information storage unit 203, a vehicle characteristic information setting unit 205, a sound generation unit 207, an instrument display setting unit 209, a display content setting unit 211, a setting request receiving unit 212, a vehicle status acquisition unit 213, an external environment acquisition unit 215, a vehicle characteristic information modification unit 217, and a driving control unit 219, forming a functional structure that is realized through the cooperation of hardware and software.

[0091] The vehicle characteristic information acquisition unit 201 acquires vehicle characteristic information of vehicle models VM1 to VM8. For example, when a user purchases vehicle models VM1 to VM8 from server device 1 via interface device 24, the vehicle characteristic information acquisition unit 201 acquires the vehicle characteristic information and images of vehicle models VM1 to VM8 provided by server device 1. When a user purchases vehicle models VM1 to VM8 from server device 1 via portable terminal 3, the vehicle characteristic information acquisition unit 201 acquires the vehicle characteristic information and images of vehicle models VM1 to VM8 transmitted from portable terminal 3.

[0092] In addition, when a user purchases an optional component model from the server device 1, the vehicle characteristic information acquisition unit 201 acquires vehicle characteristic information of vehicle models VM1 to VM8 corresponding to the optional component model, as well as images of vehicle models VM1 to VM8 equipped with the optional component model.

[0093] The vehicle characteristic information storage unit 203 stores the vehicle characteristic information and images of vehicle models VM1 to VM8 acquired by the vehicle characteristic information acquisition unit 201. Because of this vehicle characteristic information storage unit 203, the images of purchased vehicle models VM1 to VM8 are stored together with the vehicle characteristic information, thus enabling the images of purchased vehicle models VM1 to VM8 to be displayed on a display device 25 or similar device for the user to see.

[0094] In addition, the vehicle characteristic information storage unit 203 stores not only the vehicle characteristic information of the purchased vehicle models VM1 to VM8, but also the original vehicle characteristic information preset for this vehicle. In this way, if the original vehicle characteristic information is also preset, the original vehicle characteristics can be restored even in emergency situations, without communication or setting changes.

[0095] The vehicle characteristic information setting unit 205 sets the driving force characteristics of the drive unit included in the vehicle characteristic information of the purchased vehicle models VM1 to VM8 to the current vehicle, thus reproducing the driving force characteristics of vehicle models VM1 to VM8. As a result, the user can personally experience the current vehicle using the driving force characteristics of the purchased vehicle models VM1 to VM8. For example, if vehicle models VM1 to VM8 are engine vehicles, the driving force characteristics of engine vehicles are applied; therefore, even though it is an electric vehicle 2, it can reproduce the characteristics of an engine vehicle. Furthermore, when the user purchases an optional component model, the vehicle characteristic information setting unit 205 sets the vehicle characteristic information corresponding to the optional component model to the current vehicle.

[0096] Furthermore, the vehicle characteristic information setting unit 205 is configured to allow users to preset, when the vehicle is started, whether to set the original vehicle characteristic information or continue with the vehicle characteristic information of the previously set vehicle models VM1 to VM8. This provides users with a degree of freedom of choice.

[0097] Furthermore, the vehicle characteristic information setting unit 205 prohibits changes to vehicle characteristic information related to the braking device 28 in vehicle behavior stabilization control, such as the skid protection mechanism (VSA), wheel slip prevention mechanism (TCS), and anti-lock braking system (ABS). In this way, by prohibiting changes to vehicle characteristic information related to the braking device 28 in vehicle behavior stabilization control, vehicle behavior stability can be prioritized.

[0098] Furthermore, the vehicle characteristic information setting unit 205 prohibits the setting of vehicle characteristic information for vehicle models VM1 to VM8 based on the vehicle's condition or external environment. For example, the vehicle characteristic information setting unit 205 prohibits the setting of vehicle characteristic information for vehicle models VM1 to VM8 when the battery BAT has insufficient SOC, when the brake pads of the braking system 28 are deteriorated, or when the performance of the battery BAT is reduced at extremely low temperatures. In this way, disappointment can be prevented by prohibiting the setting when the vehicle characteristic information of vehicle models VM1 to VM8 is not met due to the vehicle's condition or external environment.

[0099] The sound generation unit 207 sets the sound information contained in the vehicle characteristic information of the purchased vehicle models VM1 to VM8 onto the current vehicle, and generates (reproduces) the sound of the drive unit of vehicle models VM1 to VM8. Thus, the user can not only personally experience the driving characteristics of the purchased vehicle models VM1 to VM8, but also personally experience the current vehicle using the sound information of the drive unit. For example, if vehicle models VM1 to VM8 are engine vehicles, in addition to the driving characteristics of engine vehicles, sound information including engine sound is also applied, so even though it is an electric vehicle 2, engine vehicles can be reproduced more faithfully.

[0100] The instrument display setting unit 209 sets the instrument display information, which includes the vehicle characteristic information of the purchased vehicle models VM1 to VM8, onto this vehicle, thus reproducing the instrument display of vehicle models VM1 to VM8. Therefore, in addition to driving force characteristics and sound information, the instrument display information is also used, thereby enabling a more faithful reproduction of vehicle models VM1 to VM8.

[0101] The display content setting unit 211 controls the display content displayed on the display device 25. For example, the display content setting unit 211 displays a list of images of the purchased vehicle models VM1 to VM8 on the display device 25. In addition, when the user purchases optional part models from the server device 1, the display content setting unit 211 displays images of vehicle models VM1 to VM8 equipped with optional part models on the display device 25.

[0102] The setting request receiving unit 212 receives the user's designation of vehicle models VM1 to VM8 to be set on the vehicle itself from the user's image overview screen of the vehicle models VM1 to VM8 purchased by the user. The designation can be input from the display device 25, such as input from the touch panel of the car navigation system, or input from the user's portable terminal 3. Then, the vehicle characteristic information setting unit 205, the sound generation unit 207, and the instrument display setting unit 209 set the vehicle characteristic information (driving force characteristics, sound information, and instrument display information) of the designated vehicle models VM1 to VM8 to the vehicle itself based on the designation received by the setting request receiving unit 212. Therefore, the user can select vehicle models VM1 to VM8 from the purchased vehicle models VM1 to VM8 according to their mood and situation.

[0103] exist Figure 7 The example shows screen G2 displaying vehicle models VM1, VM3, VM4, and VM5 as the vehicle models purchased by the user. With the specified vehicle model VM3 having multiple driving modes (Sport, Comfort, Eco, and Individual), as shown... Figure 8 As shown, the display content setting unit 211 displays a driving mode selection screen G21, indicating multiple driving modes, on the display device 25. The setting request receiving unit 212 receives the user's specification of the driving mode to be set for the vehicle. Then, the vehicle characteristic information setting unit 205 and the sound generation unit 207, based on the driving mode specification received by the setting request receiving unit 212, set the vehicle characteristic information (driving force characteristics and sound information) of the specified driving mode for the vehicle. As a result, the vehicle model VM3 with multiple driving modes can be reproduced more faithfully.

[0104] Furthermore, if multiple driving modes include a personalized mode that allows for individual setting of vehicle characteristic information, and the user selects the personalized mode, the display content setting unit 211 causes the display screen of the display device 25 to change from the driving mode selection screen G21 (refer to...) which indicates the selected driving mode. Figure 8 The screen will be converted into a separate settings screen for vehicle characteristics (see G22). Figure 9 It can receive individual settings for vehicle characteristics from users.

[0105] Therefore, users can individually set information such as steering force of steering device 26, damping force of suspension device 29, air pressure of suspension device 29, responsiveness of accelerator pedal (AP), driving force relative to the travel of accelerator pedal, reaction force relative to the travel of brake pedal, braking force relative to the travel of brake pedal, front and rear drive force distribution, and vehicle behavior stabilization control (VSA, etc.) settings.

[0106] Additionally, when the personalization mode is selected, users can set the weight of the VM3 vehicle model. Moreover, when the weight of the VM3 vehicle model is changed, the corresponding driving force characteristics are applied, altering the vehicle's behavior. For example, by setting the weight to be lighter, users can experience a more agile driving experience.

[0107] Furthermore, when the personalized mode is selected, users can set the strength of the deceleration after releasing the accelerator pedal. And, when the deceleration after releasing the accelerator pedal is changed, the corresponding driving force characteristics are applied, altering the vehicle's behavior. Thus, users can obtain vehicle behavior tailored to their preferences.

[0108] The vehicle status acquisition unit 213 acquires the status of the vehicle (such as the SOC of the battery BAT, the deterioration status of the brake pads, etc.) and notifies the vehicle characteristic information setting unit 205.

[0109] The external environment acquisition unit 215 acquires the external environment (external temperature, etc.) and notifies the vehicle characteristic information setting unit 205.

[0110] The vehicle characteristic information modification unit 217 modifies the vehicle characteristic information of the purchased vehicle models VM1 to VM8 according to user requests. For example, the vehicle characteristic information modification unit 217 can modify the sound information according to user requests. In this way, user-created sounds can be assigned to the vehicle. In addition, by providing an environment where users can create, edit, submit, distribute, and download sound sources, and providing an environment (application) for collaborative sound creation, such as obtaining a wide range of user requests such as previous VTEC (Variable Valve Timing and Lift Electric Control system) sounds, sounds to reduce accidents, sounds to lull children to sleep, and sounds to enhance the sense of quietness.

[0111] Furthermore, the vehicle characteristic information modification unit 217 is configured to extract modified vehicle characteristic information and audio information. This allows the modified vehicle characteristic information and audio information to be sold to others.

[0112] The driving control unit 219 controls the driving of the vehicle based on the set driving force characteristics and the user's operation. For example, when the selected vehicle models VM1 to VM8 are manual transmission vehicles, the driving control unit 219 simulates and reproduces the graded transmission of the manual transmission vehicle based on the graded transmission information included in the vehicle characteristic information. The graded transmission can be reproduced, for example, by setting the driving force line diagram of vehicle models VM1 to VM8, which is corrected based on the vehicle weight divided by the vehicle weight of the vehicle model VM1 to VM8, to each gear shift.

[0113] Furthermore, when the vehicle is equipped with paddle shifters, the driving control unit 219 performs graded gear changes based on the operation of the paddle shifters. Thus, although it is an electric vehicle 2, it allows for a user-initiated gear shifting experience.

[0114] When the purchased vehicle models VM1 to VM8 have a one-pedal mode, the driving control unit 219 reproduces the one-pedal mode based on the one-pedal mode information included in the vehicle characteristic information. This allows for a more faithful reproduction of vehicle models VM1 to VM8 with a one-pedal mode.

[0115] Various embodiments have been described above with reference to the accompanying drawings, but the present invention is not limited to these examples. It is obvious that those skilled in the art will conceive of various modifications or alterations within the scope of the technical solutions described, and it should be understood that these modifications and alterations also fall within the technical scope of the present invention. Furthermore, the constituent elements of the above embodiments can be combined arbitrarily without departing from the spirit of the invention.

[0116] For example, in the above embodiment, the sound information is exemplified as the engine sound of a vehicle, but it can also be the sound information of a jet aircraft that includes acceleration and takeoff sounds, the sound information of a ship that includes engine sounds and wave sounds, the sound information of a two-wheeled vehicle's engine, etc.

[0117] At least the following items are described in this specification. Furthermore, although the corresponding components in the above embodiments are shown in parentheses, this is not a limitation.

[0118] (1) A server device, wherein,

[0119] The server device includes:

[0120] The image display control unit (image display control unit 110) controls the display of images of multiple vehicle models having vehicle characteristic information representing vehicle characteristics;

[0121] Purchase receiving unit (purchase receiving unit 120), which receives the purchase of the vehicle model; and

[0122] The feature information providing unit (feature information providing unit 130) provides the vehicle feature information of the purchased vehicle model.

[0123] The vehicle characteristic information includes the driving force characteristics of the vehicle model's drive unit and the sound information of the vehicle model's drive unit.

[0124] According to (1), users can personally experience the driving characteristics and sound information of the drive unit of the purchased vehicle model. Thus, while riding in this vehicle, one can experience the feeling of driving other vehicles, such as tribute vehicles. In particular, in addition to the driving characteristics, the sound information of the drive unit is also applied, thereby enabling a more faithful reproduction of the tribute vehicle.

[0125] (2) The server apparatus according to (1), wherein,

[0126] The image display control unit displays the image of the vehicle model in a rotatable manner.

[0127] According to (2), users can view a panoramic view of the vehicle model before purchasing and can choose their favorite vehicle. For example, in the case of a vehicle model that is a tribute to a car, it can visually stimulate the desire to purchase.

[0128] (3) The server apparatus according to (1) or (2), wherein,

[0129] The image display control unit displays the performance characteristics derived from the vehicle characteristic information together with the image of the vehicle model.

[0130] According to (3), performance characteristics are displayed before purchasing a vehicle model, making it easy to imagine the vehicle's characteristics.

[0131] (4) The server apparatus according to (2) or (3), wherein,

[0132] The image display control unit displays at least one of the following in a changeable manner in the image of the vehicle model: body color, wheel appearance, and presence or absence of optional component models, according to the user's selection.

[0133] According to (4), one can expand the impression of the vehicle model to be purchased.

[0134] (5) The server apparatus according to any one of (1) to (4), wherein,

[0135] When the image display control unit sells an optional component model to the purchased vehicle model, it displays an image of the vehicle model with the optional component model installed.

[0136] According to (5), users can view images of a vehicle model with optional parts installed before purchasing optional parts models after purchasing the vehicle model.

[0137] (6) The server apparatus according to (5), wherein,

[0138] When the optional component model is purchased, the feature information providing unit provides an image of the vehicle model with the optional component model installed, as well as the vehicle feature information corresponding to the optional component model.

[0139] According to (6), when optional component models such as wing model and aerodynamic model are added, the vehicle behavior can be changed in addition to the appearance by changing the downforce by modifying the vehicle characteristic information.

[0140] (7) The server apparatus according to any one of (1) to (6), wherein,

[0141] It is capable of changing the tires on the sold vehicle models.

[0142] When a tire model is purchased, the characteristic information providing unit provides vehicle characteristic information corresponding to the tire model.

[0143] According to (7), when tires are replaced, the vehicle behavior can be changed by modifying the vehicle characteristic information to improve the tire grip.

[0144] (8) The server apparatus according to any one of (1) to (7), wherein,

[0145] The server device also includes:

[0146] The vehicle information acquisition unit (vehicle information acquisition unit 140) acquires vehicle information of the vehicle for which the vehicle characteristic information of the vehicle model is set; and

[0147] The sales determination department (sales determination department 150) determines, based on the vehicle information, whether to sell the vehicle model and the vehicle characteristic information.

[0148] If the vehicle characteristics of the vehicle do not meet the vehicle characteristic information of the vehicle model, the sales determination unit prohibits the sale of the vehicle model.

[0149] According to (8), if the vehicle characteristics of a vehicle, such as driving force characteristics, do not meet the vehicle characteristic information of the vehicle model, disappointment can be prevented by prohibiting purchase.

[0150] (9) The server apparatus according to (8), wherein,

[0151] The system includes a vehicle status acquisition unit (vehicle information acquisition unit 140), which acquires the vehicle status of the vehicle based on the vehicle characteristic information of the vehicle model.

[0152] The vehicle condition includes the degree of battery degradation.

[0153] If the battery degradation of the vehicle in the vehicle model is above a predetermined value, the sales determination unit prohibits the sale of the vehicle model based on the vehicle characteristic information.

[0154] According to (9), the vehicle characteristics, such as driving force characteristics, that were originally intended to meet the vehicle characteristic information may sometimes fail to meet the vehicle model's characteristics due to the deterioration of the vehicle's battery. By prohibiting the purchase of vehicle models in such cases, disappointing situations can be prevented.

[0155] (10) The server apparatus according to any one of (1) to (9), wherein,

[0156] The vehicle characteristic information includes the instrument display information of the vehicle model.

[0157] According to (10), in addition to driving force characteristics and sound information, instrument display information is also applied, thereby enabling a more faithful reproduction of the tribute vehicle.

[0158] (11) The server apparatus according to any one of (1) to (10), wherein,

[0159] The vehicle model is a model of a vehicle that was sold in the past but is not currently being sold.

[0160] According to (11), one can personally experience the famous cars of the past that are currently difficult to purchase.

[0161] (12) The server apparatus according to any one of (1) to (10), wherein,

[0162] The vehicle model includes:

[0163] Models of vehicles that were sold in the past but are not currently sold; and

[0164] Users can set the vehicle model based on the vehicle characteristic information.

[0165] According to (12), by preparing a vehicle model that the user can set in advance, the user can generate their preferred vehicle characteristics.

[0166] (13) A vehicle control device, wherein,

[0167] The vehicle control device includes:

[0168] The vehicle characteristic information acquisition unit (vehicle characteristic information acquisition unit 201) acquires vehicle characteristic information representing the vehicle characteristics of the vehicle model.

[0169] A vehicle characteristic information storage unit (vehicle characteristic information storage unit 203) stores the vehicle characteristic information;

[0170] The vehicle characteristic information setting unit (vehicle characteristic information setting unit 205) sets the vehicle characteristic information in the vehicle; and

[0171] The sound generation unit (sound generation unit 207) generates sound.

[0172] The vehicle characteristic information includes the driving force characteristics of the vehicle model's drive system and the sound information of the vehicle model's drive system.

[0173] The vehicle characteristic information setting unit sets the driving force characteristics of the drive device for the vehicle.

[0174] The sound generation unit sets the sound information of the drive device to the vehicle.

[0175] According to (13), users can personally experience the driving characteristics and sound information of the drive unit of the purchased vehicle model. Thus, they can experience the feeling of driving other vehicles, such as tribute vehicles, while riding in this vehicle. In particular, in addition to the driving characteristics, the sound information of the drive unit is also applied, thereby enabling a more faithful reproduction of the tribute vehicle.

[0176] (14) The vehicle control device according to (13), wherein,

[0177] The drive unit of this vehicle includes a motor.

[0178] The drive unit of the vehicle model includes an engine.

[0179] According to (14), even though it is an electric vehicle, it is possible to reproduce an engine vehicle.

[0180] (15) The vehicle control device according to (13) or (14), wherein,

[0181] The vehicle control device includes an instrument display setting unit (instrument display setting unit 209), which generates an instrument display shown on the instrument panel (instrument panel 23).

[0182] The vehicle characteristic information includes instrument display information.

[0183] The instrument display setting unit sets the instrument display information of the vehicle model to the vehicle itself.

[0184] According to (15), in addition to driving force characteristics and sound information, instrument display information is also applied, thereby enabling a more faithful reproduction of the tribute vehicle.

[0185] (16) The vehicle control device according to any one of (13) to (15), wherein,

[0186] The vehicle control device is connected to an interface device (interface device 24) that is capable of wireless communication with the server device (server device 1).

[0187] When a user purchases the vehicle model from the server device, the vehicle characteristic information of the vehicle model is provided from the server device and stored in the vehicle characteristic information storage unit.

[0188] According to (16), vehicle characteristic information is provided through OTA (Over The Air) technology, i.e., wireless communication, so vehicle characteristic information can be easily updated.

[0189] (17) The vehicle control device according to (16), wherein,

[0190] The vehicle characteristic information, together with an image of the vehicle model containing the vehicle characteristic information, is provided from the server device and stored in the vehicle characteristic information storage unit.

[0191] According to (17), the image of the purchased vehicle model is provided along with vehicle characteristic information, so the purchased vehicle model can be viewed through terminal devices such as smartphones and car navigation systems.

[0192] (18) The vehicle control device according to (17), wherein,

[0193] It is equipped with a display device (display device 25) capable of displaying an image of the vehicle model.

[0194] The vehicle control device also includes:

[0195] Display content setting unit (display content setting unit 211), which controls the display content displayed on the display device; and

[0196] The setting request receiving unit (setting request receiving unit 212) receives setting requests from users.

[0197] The display content setting unit displays a view of the vehicle model with the vehicle characteristic information on the display device.

[0198] The setting request receiving unit receives the vehicle model specified by the user from the list.

[0199] The vehicle characteristic information setting unit sets the vehicle characteristic information of the specified vehicle model to the vehicle itself.

[0200] According to (18), the vehicle model can be selected based on the user's mood and condition.

[0201] (19) The vehicle control device according to (18), wherein,

[0202] When a user purchases an optional component model from the server device, an image of the vehicle model equipped with the optional component model and the vehicle characteristic information corresponding to the optional component model are provided from the server device and stored in the vehicle characteristic information storage unit.

[0203] The display content setting unit displays an image of the vehicle model equipped with the optional component model on the display device.

[0204] The vehicle characteristic information setting unit sets the vehicle characteristic information corresponding to the optional component model in the vehicle.

[0205] According to (19), when optional component models such as wing models and aerodynamic models are added, users can view images of vehicle models equipped with optional component models. In addition, by changing the vehicle characteristic information to increase downforce, in addition to changes in appearance, changes in vehicle behavior can also be made.

[0206] (20) The vehicle control device according to any one of (13) to (19), wherein,

[0207] The vehicle characteristic information storage unit stores the original vehicle characteristic information preset for the vehicle itself, as well as the vehicle characteristic information of the purchased vehicle model.

[0208] According to (20), the original vehicle characteristic information has been stored in the vehicle characteristic information storage unit, so even in emergency situations, the original vehicle characteristics can be returned even without communication or setting changes.

[0209] (21) The vehicle control device according to (20), wherein,

[0210] The vehicle control device is configured to, when the vehicle is started, be able to preset whether to set the original vehicle characteristic information or continue with the previously set vehicle characteristic information.

[0211] According to (21), it can provide users with a degree of freedom of choice.

[0212] (22) The vehicle control device according to any one of (13) to (21), wherein,

[0213] The vehicle characteristic information setting unit prohibits changes to the vehicle characteristic information related to the braking device in vehicle behavior stabilization control.

[0214] According to (22), by prohibiting changes to vehicle characteristic information related to braking devices in vehicle behavior stabilization control such as sideslip prevention mechanism (VSA), wheel slip prevention mechanism (TCS), and anti-lock braking system (ABS), vehicle behavior stability can be prioritized.

[0215] (23) The vehicle control device according to any one of (13) to (22), wherein,

[0216] The vehicle control device includes a vehicle status acquisition unit (vehicle status acquisition unit 213) for acquiring the status of the vehicle or an external environment acquisition unit (external environment acquisition unit 215) for determining the external environment.

[0217] The vehicle characteristic information setting unit prohibits the setting of vehicle characteristic information for purchased vehicle models based on the status of the vehicle itself or the external environment.

[0218] According to (23), if the vehicle characteristic information of the vehicle model is not satisfied due to the state of the vehicle or the external environment, disappointment can be prevented by prohibiting the setting.

[0219] (24) The vehicle control device according to (23), wherein,

[0220] The condition of the vehicle includes at least one of the state of charge (SOC) of the battery (battery BAT) and the deterioration of the brake pads of the braking device (braking device 28).

[0221] According to (24), by taking into account the SOC of the battery, it is possible to avoid a situation where the driving force characteristics of the drive device do not meet the requirements of the vehicle model. By taking into account the deterioration state of the brake pads of the braking device, it is possible to avoid a situation where the braking characteristics of the vehicle model do not meet the requirements of the vehicle model.

[0222] (25) The vehicle control device according to (23), wherein,

[0223] The external environment includes the external temperature.

[0224] According to (25), it is possible to avoid the situation where the performance of the battery is reduced due to extremely low temperature conditions, which would prevent the driving force characteristics of the vehicle model's drive unit from being met.

[0225] (26) The vehicle control device according to any one of (13) to (25), wherein,

[0226] The vehicle control device includes a vehicle characteristic information modification unit (vehicle characteristic information modification unit 217) that modifies the vehicle characteristic information of the purchased vehicle model.

[0227] The vehicle characteristic information modification unit allows users to modify the sound information.

[0228] According to (26), it is possible to give users the ability to create their own sounds. By providing an environment in which users can create, edit, submit, distribute, and download sound sources, and providing an environment (application) for collaborative sound creation, such as the ability to obtain a wide range of user preferences, such as previous VTEC (Variable Valve Timing and Lift Electric Control system) sounds, sounds to reduce accidents, sounds to lull children to sleep, and sounds to enhance the sense of quietness.

[0229] (27) The vehicle control device according to (26), wherein,

[0230] The vehicle control device is configured to extract the modified vehicle characteristic information and the sound information.

[0231] According to (27), it is possible to sell the user's modified vehicle characteristics information and voice information to others.

[0232] (28) The vehicle control device according to any one of (13) to (27), wherein,

[0233] In the case where the vehicle is an EV and the vehicle model is a manual transmission vehicle.

[0234] The vehicle characteristic information has a graded gear system.

[0235] The graded gear shifter sets the driving force line diagram of the vehicle model, which is corrected based on the vehicle weight ratio obtained by dividing the vehicle weight of the vehicle model by the vehicle weight, in each gear shifter.

[0236] According to (28), although it is an EV vehicle, users can experience simulated gear shifting like a manual transmission vehicle.

[0237] (29) The vehicle control device according to (28), wherein,

[0238] The vehicle control device includes a driving control unit (driving control unit 219) for controlling the driving of the vehicle.

[0239] When the vehicle is equipped with paddle shifters, gear shifting is performed in stages according to the operation of the paddle shifters.

[0240] According to (29), users can experience speed-changing operations based on their own intentions.

[0241] (30) The vehicle control device according to any one of (13) to (29), wherein,

[0242] If the purchased vehicle model has a one-pedal mode, the user can select the one-pedal mode.

[0243] According to (30), it is possible to more faithfully reproduce the tribute vehicle.

[0244] (31) The vehicle control device according to any one of (13) to (30), wherein,

[0245] If the purchased vehicle model has multiple driving modes, the user can select any of the multiple driving modes.

[0246] According to (31), it is possible to more faithfully reproduce the tribute vehicle.

[0247] (32) The vehicle control device according to (31), wherein,

[0248] In the case where the multiple driving modes include a personalized mode that allows for individual setting of the vehicle characteristic information,

[0249] Users can set at least one of the following settings: steering force information of the steering device, damping force information of the suspension device, air pressure information of the suspension device, responsiveness of the accelerator pedal, driving force relative to the travel of the accelerator pedal, reaction force relative to the travel of the brake pedal, braking force relative to the travel of the brake pedal, front and rear drive force distribution, and vehicle behavior stabilization control settings.

[0250] According to (32), users can freely set the driving force characteristics.

[0251] (33) The vehicle control device according to (31) or (32), wherein,

[0252] In the case of a personalized mode that allows individual setting of vehicle characteristic information among the multiple driving modes, the user can set the weight of the vehicle model.

[0253] According to (33), the vehicle behavior can be changed by altering the vehicle weight of the vehicle model. For example, by setting the vehicle weight to be lighter, a lighter vehicle behavior can be set.

[0254] (34) The vehicle control device according to any one of (31) to (33), wherein,

[0255] In the case of the multiple driving modes including a personalized mode that allows for individual setting of the vehicle characteristic information, the user can set the strength of the deceleration after releasing the accelerator pedal.

[0256] According to (34), the deceleration after releasing the accelerator pedal can be changed, thereby changing the vehicle's behavior.

[0257] (35) An electric vehicle (electric vehicle 2), wherein,

[0258] The electric vehicle has the following features:

[0259] The drive unit (drive unit 27) includes at least one motor selected from a front-wheel drive motor and a rear-wheel drive motor;

[0260] A storage battery (battery BAT) supplies power to the motor;

[0261] An audio device (sound device 22) that transmits sound into the carriage; and

[0262] A vehicle control unit (vehicle control unit 20) controls the drive unit and the audio system.

[0263] The vehicle control device has:

[0264] The vehicle characteristic information acquisition unit (vehicle characteristic information acquisition unit 201) acquires vehicle characteristic information representing the vehicle characteristics of the vehicle model.

[0265] A vehicle characteristic information storage unit (vehicle characteristic information storage unit 203) stores the vehicle characteristic information;

[0266] The vehicle characteristic information setting unit (vehicle characteristic information setting unit 205) sets the vehicle characteristic information in the vehicle; and

[0267] The sound generation unit (sound generation unit 207) generates sound.

[0268] The vehicle characteristic information includes the driving force characteristics of the vehicle model's drive system and the sound information of the vehicle model's drive system.

[0269] The vehicle characteristic information setting unit sets the driving force characteristics of the drive device for the vehicle.

[0270] The sound generation unit sets the sound information of the drive device of the vehicle model onto the vehicle itself.

[0271] According to (35), users can personally experience the driving characteristics and sound information of the drive unit of the purchased vehicle model. Thus, they can experience the feeling of driving other vehicles, such as tribute vehicles, while riding in their own vehicle. In particular, in addition to the driving characteristics, the sound information of the drive unit is also used, thereby more faithfully reproducing the tribute vehicle.

[0272] Explanation of reference numerals in the attached figures:

[0273] 1 Server device

[0274] 110 Image Display Control Unit

[0275] 120 Purchase Receiving Department

[0276] 130 Feature Information Provision Department

[0277] 140 Vehicle Information Acquisition Department

[0278] Sales Judgment Department 150

[0279] 2 Electric vehicles

[0280] 20 Vehicle control devices

[0281] 201 Vehicle Characteristic Information Acquisition Department

[0282] 203 Vehicle Characteristic Information Storage Department

[0283] 205 Vehicle Characteristic Information Setting Department

[0284] 207 Sound Generation Department

[0285] 209 Instrument Display Setting Section

[0286] 211 Display Content Setting Department

[0287] 212 Setting up the request receiving unit

[0288] 213 Vehicle Status Acquisition Department

[0289] 215 External Environment Acquisition Department

[0290] 217 Vehicle Characteristic Information Change Department

[0291] 219 Driving Control Department

[0292] 22. Sound apparatus (audio system)

[0293] 23. Dashboard

[0294] 24 Interface devices

[0295] 25 Display devices

[0296] 26. Steering mechanism

[0297] 27. Drive unit

[0298] 28 Braking device

[0299] 29. Suspension system.

Claims

1. A server device, wherein, The server device includes: The image display control unit controls the display of images of multiple vehicle models that contain vehicle characteristic information representing vehicle characteristics; Purchase receiving unit, which receives the purchase of the vehicle model; as well as The feature information providing unit provides vehicle feature information for the purchased vehicle model. The vehicle characteristic information includes the driving force characteristics of the vehicle model's drive unit and the sound information of the vehicle model's drive unit.

2. The server apparatus according to claim 1, wherein, The image display control unit displays the image of the vehicle model in a rotatable manner.

3. The server apparatus according to claim 1 or 2, wherein, The image display control unit displays the performance characteristics derived from the vehicle characteristic information together with the image of the vehicle model.

4. The server apparatus according to claim 2 or 3, wherein, The image display control unit displays at least one of the following in a changeable manner in the image of the vehicle model: body color, wheel appearance, and presence or absence of optional component models, according to the user's selection.

5. The server apparatus according to any one of claims 1 to 4, wherein, When the image display control unit sells an optional component model to the purchased vehicle model, it displays an image of the vehicle model with the optional component model installed.

6. The server apparatus according to claim 5, wherein, When the optional component model is purchased, the feature information providing unit provides an image of the vehicle model with the optional component model installed, as well as the vehicle feature information corresponding to the optional component model.

7. The server apparatus according to any one of claims 1 to 6, wherein, It is capable of changing the tires on the sold vehicle models. When a tire model is purchased, the characteristic information providing unit provides vehicle characteristic information corresponding to the tire model.

8. The server apparatus according to any one of claims 1 to 7, wherein, The server device also includes: The vehicle information acquisition unit acquires vehicle information of the vehicle for which the vehicle characteristic information of the vehicle model is set. as well as The sales determination department, based on the vehicle information, determines whether to proceed with the sale of the vehicle model based on its vehicle characteristic information. If the vehicle characteristics of the vehicle do not meet the vehicle characteristic information of the vehicle model, the sales determination unit prohibits the sale of the vehicle model.

9. The server apparatus according to claim 8, wherein, The system includes a vehicle status acquisition unit that acquires the vehicle status of a vehicle for which vehicle characteristic information of the vehicle model is set. The vehicle condition includes the degree of battery degradation. If the battery degradation of the vehicle in the vehicle model is above a predetermined value, the sales determination unit prohibits the sale of the vehicle model based on the vehicle characteristic information.

10. The server apparatus according to any one of claims 1 to 9, wherein, The vehicle characteristic information includes the instrument display information of the vehicle model.

11. The server apparatus according to any one of claims 1 to 10, wherein, The vehicle model refers to a model of a vehicle that was sold in the past but is not currently being sold.

12. The server apparatus according to any one of claims 1 to 10, wherein, The vehicle model includes: Models of vehicles that have been sold in the past and are not currently sold; and Users can set the vehicle model based on the vehicle characteristic information.

13. A vehicle control device, wherein, The vehicle control device includes: The vehicle characteristic information acquisition unit acquires vehicle characteristic information representing the vehicle characteristics of the vehicle model. A vehicle characteristic information storage unit, which stores the vehicle characteristic information; The vehicle characteristic information setting unit sets the vehicle characteristic information in the vehicle. as well as The sound generation unit generates sound. The vehicle characteristic information includes the driving force characteristics of the vehicle model's drive system and the sound information of the vehicle model's drive system. The vehicle characteristic information setting unit sets the driving force characteristics of the drive device for the vehicle. The sound generation unit sets the sound information of the drive device to the vehicle.

14. The vehicle control device according to claim 13, wherein, The drive unit of this vehicle includes a motor. The drive unit of the vehicle model includes an engine.

15. The vehicle control device according to claim 13 or 14, wherein, The vehicle control device includes an instrument display setting unit, which generates an instrument display shown on the instrument panel. The vehicle characteristic information includes instrument display information. The instrument display setting unit sets the instrument display information of the vehicle model to the vehicle itself.

16. The vehicle control device according to any one of claims 13 to 15, wherein, The vehicle control device is connected to an interface device capable of wireless communication with the server device. When a user purchases the vehicle model from the server device, the vehicle characteristic information of the vehicle model is provided from the server device and stored in the vehicle characteristic information storage unit.

17. The vehicle control device according to claim 16, wherein, The vehicle characteristic information, together with an image of the vehicle model containing the vehicle characteristic information, is provided from the server device and stored in the vehicle characteristic information storage unit.

18. The vehicle control device according to claim 17, wherein, It is equipped with a display device capable of displaying an image of the vehicle model. The vehicle control device also includes: A display content setting unit controls the display content displayed on the display device; and The configuration request receiving unit receives configuration requests from users. The display content setting unit displays a view of the vehicle model with the vehicle characteristic information on the display device. The setting request receiving unit receives the vehicle model specified by the user from the list. The vehicle characteristic information setting unit sets the vehicle characteristic information of the specified vehicle model to the vehicle itself.

19. The vehicle control device according to claim 18, wherein, When a user purchases an optional component model from the server device, an image of the vehicle model equipped with the optional component model and the vehicle characteristic information corresponding to the optional component model are provided from the server device and stored in the vehicle characteristic information storage unit. The display content setting unit displays an image of the vehicle model equipped with the optional component model on the display device. The vehicle characteristic information setting unit sets the vehicle characteristic information corresponding to the optional component model in the vehicle.

20. The vehicle control device according to any one of claims 13 to 19, wherein, The vehicle characteristic information storage unit stores the original vehicle characteristic information preset for the vehicle itself, as well as the vehicle characteristic information of the purchased vehicle model.

21. The vehicle control device according to claim 20, wherein, The vehicle control device is configured to, when the vehicle is started, be able to preset whether to set the original vehicle characteristic information or continue with the previously set vehicle characteristic information.

22. The vehicle control device according to any one of claims 13 to 21, wherein, The vehicle characteristic information setting unit prohibits changes to the vehicle characteristic information related to the braking device in vehicle behavior stabilization control.

23. The vehicle control device according to any one of claims 13 to 22, wherein, The vehicle control device includes a vehicle status acquisition unit for acquiring the status of the vehicle or an external environment acquisition unit for determining the external environment. The vehicle characteristic information setting unit prohibits the setting of vehicle characteristic information for purchased vehicle models based on the status of the vehicle itself or the external environment.

24. The vehicle control device according to claim 23, wherein, The condition of the vehicle includes at least one of the state of charge (SOC) of the battery and the deterioration of the brake pads of the braking system.

25. The vehicle control device according to claim 23, wherein, The external environment includes the external temperature.

26. The vehicle control device according to any one of claims 13 to 25, wherein, The vehicle control device includes a vehicle characteristic information modification unit that modifies the vehicle characteristic information of the purchased vehicle model. The vehicle characteristic information modification unit allows users to modify the sound information.

27. The vehicle control device according to claim 26, wherein, The vehicle control device is configured to extract the modified vehicle characteristic information and the sound information.

28. The vehicle control device according to any one of claims 13 to 27, wherein, In the case where the vehicle is an EV and the vehicle model is a manual transmission vehicle. The vehicle characteristic information has a graded gear system. The graded gear shifter sets the driving force line diagram of the vehicle model, which is corrected based on the vehicle weight ratio obtained by dividing the vehicle weight of the vehicle model by the vehicle weight, in each gear shifter.

29. The vehicle control device according to claim 28, wherein, The vehicle control device includes a driving control unit for controlling the movement of the vehicle. When the vehicle is equipped with paddle shifters, gear shifting is performed in stages according to the operation of the paddle shifters.

30. The vehicle control device according to any one of claims 13 to 29, wherein, If the purchased vehicle model has a one-pedal mode, the user can select the one-pedal mode.

31. The vehicle control device according to any one of claims 13 to 30, wherein, If the purchased vehicle model has multiple driving modes, the user can select any of the multiple driving modes.

32. The vehicle control device according to claim 31, wherein, In the case where the multiple driving modes include a personalized mode that allows for individual setting of the vehicle characteristic information, Users can set at least one of the following settings: steering force information of the steering device, damping force information of the suspension device, air pressure information of the suspension device, responsiveness of the accelerator pedal, driving force relative to the travel of the accelerator pedal, reaction force relative to the travel of the brake pedal, braking force relative to the travel of the brake pedal, front and rear drive force distribution, and vehicle behavior stabilization control settings.

33. The vehicle control device according to claim 31 or 32, wherein, In the case of a personalized mode that allows individual setting of vehicle characteristic information among the multiple driving modes, the user can set the weight of the vehicle model.

34. The vehicle control device according to any one of claims 31 to 33, wherein, In the case of the multiple driving modes including a personalized mode that allows for individual setting of the vehicle characteristic information, the user can set the strength of the deceleration after releasing the accelerator pedal.

35. An electric vehicle, wherein, The electric vehicles include: A drive unit, comprising at least one of a front-wheel drive motor and a rear-wheel drive motor; A storage battery that supplies power to the motor; An audio system that transmits sound into the carriage; and The vehicle control unit controls the drive unit and the audio system. The vehicle control device includes: The vehicle characteristic information acquisition unit acquires vehicle characteristic information representing the vehicle characteristics of the vehicle model. A vehicle characteristic information storage unit, which stores the vehicle characteristic information; The vehicle characteristic information setting unit sets the vehicle characteristic information in the vehicle; and The sound generation unit generates sound. The vehicle characteristic information includes the driving force characteristics of the vehicle model's drive system and the sound information of the vehicle model's drive system. The vehicle characteristic information setting unit sets the driving force characteristics of the drive device for the vehicle. The sound generation unit sets the sound information of the drive device of the vehicle model onto the vehicle itself.

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