WO2004055302A1 - 車載機器制御システム、車載機器制御装置、及び車載機器制御方法 - Google Patents
車載機器制御システム、車載機器制御装置、及び車載機器制御方法 Download PDFInfo
- Publication number
- WO2004055302A1 WO2004055302A1 PCT/JP2003/015825 JP0315825W WO2004055302A1 WO 2004055302 A1 WO2004055302 A1 WO 2004055302A1 JP 0315825 W JP0315825 W JP 0315825W WO 2004055302 A1 WO2004055302 A1 WO 2004055302A1
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- WO
- WIPO (PCT)
- Prior art keywords
- vehicle
- information
- authentication
- vehicle device
- user
- Prior art date
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Classifications
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B60—VEHICLES IN GENERAL
- B60R—VEHICLES, VEHICLE FITTINGS, OR VEHICLE PARTS, NOT OTHERWISE PROVIDED FOR
- B60R25/00—Fittings or systems for preventing or indicating unauthorised use or theft of vehicles
- B60R25/20—Means to switch the anti-theft system on or off
- B60R25/25—Means to switch the anti-theft system on or off using biometry
- B60R25/257—Voice recognition
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B60—VEHICLES IN GENERAL
- B60R—VEHICLES, VEHICLE FITTINGS, OR VEHICLE PARTS, NOT OTHERWISE PROVIDED FOR
- B60R25/00—Fittings or systems for preventing or indicating unauthorised use or theft of vehicles
- B60R25/01—Fittings or systems for preventing or indicating unauthorised use or theft of vehicles operating on vehicle systems or fittings, e.g. on doors, seats or windscreens
- B60R25/04—Fittings or systems for preventing or indicating unauthorised use or theft of vehicles operating on vehicle systems or fittings, e.g. on doors, seats or windscreens operating on the propulsion system, e.g. engine or drive motor
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B60—VEHICLES IN GENERAL
- B60R—VEHICLES, VEHICLE FITTINGS, OR VEHICLE PARTS, NOT OTHERWISE PROVIDED FOR
- B60R25/00—Fittings or systems for preventing or indicating unauthorised use or theft of vehicles
- B60R25/20—Means to switch the anti-theft system on or off
- B60R25/25—Means to switch the anti-theft system on or off using biometry
- B60R25/252—Fingerprint recognition
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B60—VEHICLES IN GENERAL
- B60R—VEHICLES, VEHICLE FITTINGS, OR VEHICLE PARTS, NOT OTHERWISE PROVIDED FOR
- B60R25/00—Fittings or systems for preventing or indicating unauthorised use or theft of vehicles
- B60R25/20—Means to switch the anti-theft system on or off
- B60R25/25—Means to switch the anti-theft system on or off using biometry
- B60R25/255—Eye recognition
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- G—PHYSICS
- G07—CHECKING-DEVICES
- G07C—TIME OR ATTENDANCE REGISTERS; REGISTERING OR INDICATING THE WORKING OF MACHINES; GENERATING RANDOM NUMBERS; VOTING OR LOTTERY APPARATUS; ARRANGEMENTS, SYSTEMS OR APPARATUS FOR CHECKING NOT PROVIDED FOR ELSEWHERE
- G07C9/00—Individual registration on entry or exit
- G07C9/00174—Electronically operated locks; Circuits therefor; Nonmechanical keys therefor, e.g. passive or active electrical keys or other data carriers without mechanical keys
- G07C9/00563—Electronically operated locks; Circuits therefor; Nonmechanical keys therefor, e.g. passive or active electrical keys or other data carriers without mechanical keys using personal physical data of the operator, e.g. finger prints, retinal images, voicepatterns
Definitions
- the present invention relates to an in-vehicle equipment control system, an in-vehicle equipment control device, and an in-vehicle equipment control method. More specifically, the present invention relates to user identification information including biometric information indicating a biological characteristic of a person who intends to use a vehicle and use of the vehicle.
- a door lock portion of a vehicle and a predetermined wave which can be recognized even at night from the light emitting portion on the face of an operator who attempts to unlock the door lock.
- An imaging unit that emits long light and receives light reflected from the face and returned by the light receiving unit, a registration unit that pre-registers the operator's face that allows unlocking, and a face registered by the registration unit
- a storage unit that stores the information, recognizes the operator's face based on the imaging signal from the imaging unit, compares and identifies the face with the face stored in the storage unit, and determines whether to allow unlocking of the door by outputting a permission signal.
- Parts, and the door lock can be released without using a mechanical key, etc., to ensure convenience, as well as operators other than the registered operator, such as a third party who stolen the mechanical key.
- Japanese Patent Application Laid-Open No. H11-43016 discloses an in-vehicle device control system designed to prevent theft of the door lock and prevent theft and enhance security. (Figure) is known.
- an authentication information input means 1960 composed of an IC card reader and a fingerprint collating device, and a storage device 196 which stores authentication information in advance. 1 and a control unit 1962 that identifies the driver based on the authentication information stored in the storage device 1961 and the authentication information input by the authentication information input means 1960.
- An engine control unit 19665 that switches whether or not to start the engine according to the identified driver, so that a pre-registered individual unlocks the door of the car, connects the power supply, and starts the engine.
- Japanese Patent Application Laid-open No. 2003- One disclosed in Japanese Patent Application Publication No. 2012-904 is known.
- FIG. 35 there is a vehicle unlocking system 204 that controls door lock devices of an automobile.
- This vehicle unlocking system The system 204 reads the IC card 2041 in which data is stored in advance and the data stored in the IC card 2041, which is installed near the handle of the door of the car.
- the card reader 2042, the storage device 2044 pre-stored with the data of the authorized person who permits the use of the car, the data read from the card reader 2042 and the storage device 2043.
- a control unit 204 that controls the door opening operation unit 44 when the data match with the stored data of the authorized user, and the card reader 200 4 2 Only when the data read from the password 204 and the data of the authorized user stored in the storage device 204 4 match, the unlocking is performed and the IC card is used to install it in the vehicle.
- Japanese Patent Application Laid-Open Publication No. 2003-2012-2004 discloses a vehicle-mounted device control system for controlling a vehicle-mounted device. The figure disclosed in (Fig.) Is known.
- the biometric features can be sufficiently obtained from the image data obtained by imaging the user's face due to a dirty lens or backlight. There was a problem that it was not possible to extract it, which rather hindered the opening of the door.
- the surrounding environment of the vehicle may not be able to read IC card information.
- the vehicle could not be unlocked normally if it was bad or the card reader was abnormal.
- electronic keys are limited to unlocking vehicle doors, starting engines, etc., and users can store electronic keys as needed. Since the contents cannot be changed, there is a problem that, for example, a device mounted on a vehicle cannot be operated by an electronic key.
- the present invention has been made to solve such a conventional problem, and an in-vehicle device control system and an in-vehicle device control device capable of performing authentication accurately and reliably without being affected by environmental conditions and the like. , And a method of controlling an in-vehicle device.
- an in-vehicle device that can easily unlock the lock while ensuring security by an easy unlocking operation It is an object of the present invention to provide a control system, an in-vehicle device control device, and an in-vehicle device control method.
- an on-vehicle device control system an on-vehicle device control device, and an on-vehicle device capable of notifying an authorized user of the vehicle that authentication information has been improperly registered or deleted by a person who is not permitted to use the vehicle.
- the purpose is to provide a control method.
- an on-vehicle device control system for controlling on-vehicle devices provided in the vehicle. It is intended to provide.
- the user can change the content stored in the electronic key.
- An in-vehicle device control system includes an in-vehicle device control device for controlling an in-vehicle device mounted on a vehicle, and a user identification including biometric information indicating a biological characteristic of a person who intends to use the in-vehicle device.
- a storage medium for storing information wherein the on-vehicle device control device includes: a bio-information acquisition unit configured to acquire bio-information indicating a bio-characteristic of a person who intends to use the on-vehicle device; and Storage means for storing authorized user identification information including biological information indicating the biological characteristics of the user, and the biological information acquired by the biological information acquisition means and the authorized person identification information stored in the storage means.
- a person who attempts to use the in-vehicle device based on the collation result is authenticated by an authentication means for authenticating that the user is authorized to use the vehicle, and a response is made to the result of the authentication by the authentication means.
- the biometric information acquisition unit is constituted by a camera, and the camera captures an image of a face of a person who intends to use the in-vehicle device;
- a configuration is provided in which image information of the face of a person who intends to use the in-vehicle device is acquired.
- the on-vehicle device control system has a configuration in which the storage medium is configured by an electronic driving license, and the biological information obtaining unit obtains the biological information from the electronic driving license. are doing.
- the biometric information acquired by the biometric information acquisition means cannot be used for authentication, the authentication is performed using the biometric information stored in the electronic driver's license, and a special storage medium for authentication is provided. There is no necessity, and convenience can be improved.
- the storage medium is constituted by a non-contact IC card electronic driving license
- the biometric information acquisition unit is configured to obtain the biometric information from the non-contact IC card electronic driving license. It is configured to acquire
- the biometric information acquired by the biometric information acquisition unit cannot be used for authentication, the biometric information can be read without contact, and the operability can be improved.
- the on-vehicle device control system includes a door lock control device for controlling a lock of a door of the vehicle, wherein the control unit responds to a result of the authentication by the authentication unit. It has a configuration to control the door opening control device.
- This configuration ensures accurate and accurate authentication without being affected by environmental and other conditions. Thus, unlocking can be permitted only to a preset person with high accuracy.
- a vehicle-mounted device control system wherein the vehicle device includes an engine starting device that starts an engine mounted on the vehicle, and the control means responds to a result of the authentication by the authentication unit.
- the engine start device is configured to be controlled.
- a vehicle-mounted device control system is configured such that the vehicle-mounted device includes a vehicle-mounted telephone device, and the control unit controls the vehicle-mounted telephone device in response to a result of authentication performed by the authentication unit. It has a configuration.
- An in-vehicle device control system wherein the in-vehicle device includes an in-vehicle audio device, and the control unit controls the audio device in response to a result of the authentication by the authentication unit. have.
- a vehicle-mounted device control system wherein the vehicle-mounted device includes a combination meter, and the control unit controls the combination meter in response to a result of authentication performed by the authentication unit.
- the vehicle-mounted device in the vehicle-mounted device control system, includes a vehicle-mounted emergency notification device, and the control unit controls the vehicle-mounted emergency notification device in response to a result of authentication performed by the authentication unit.
- the control unit controls the vehicle-mounted emergency notification device in response to a result of authentication performed by the authentication unit. It has the following configuration. With this configuration, authentication is performed accurately and reliably without being affected by conditions such as the environment, and the emergency call device can be operated only by a preset person with high accuracy.
- An on-vehicle device control system is configured such that the on-vehicle device includes a road-to-vehicle communication device, and the control unit controls the road-to-vehicle communication device in response to a result of authentication performed by the authentication unit. It has the following configuration.
- a vehicle-mounted device control system provides a vehicle-mounted device control device that controls a vehicle-mounted device mounted on a vehicle, and a storage medium that stores user identification information for identifying a person who intends to use the vehicle-mounted device.
- a portable terminal that communicates with the in-vehicle device, wherein the portable terminal reads out the user identification information stored in the storage medium, and reads a user who is permitted to use the vehicle.
- the in-vehicle device control device has a configuration including: a communication unit that receives a result of authentication performed by the authentication unit from the mobile terminal; and a control unit that controls the in-vehicle device in response to a result received by the reception unit. ing.
- the mobile terminal or the in-vehicle device control device reads the user identification information from the storage medium and reads the read user identification information. Authentication of the user identification information is performed based on the authentication information, and the in-vehicle device can be controlled based on the authentication result.
- an on-vehicle device control system for controlling an on-vehicle device mounted on a vehicle, and a storage medium for storing user identification information for identifying a person who intends to use the on-vehicle device.
- a portable terminal that communicates with the in-vehicle device, the portable terminal comprising: a reading unit that reads the user identification information stored in the storage medium; and a user that the reading unit reads from the storage medium.
- Communication means for transmitting identification information wherein the on-vehicle device control device has communication means for receiving user identification information transmitted by the communication means of the mobile terminal, and use of the vehicle is permitted.
- a storage unit for storing authorized user identification information for identifying a user; collating the user identification information received by the communication unit with the authorized user identification information stored in the storage unit; Authentication means for authenticating that the person who intends to use the in-vehicle device is a user who is permitted to use the vehicle; and control means for controlling the in-vehicle device in response to a result of the authentication by the authentication means. It has a configuration having
- the mobile terminal or the in-vehicle device control device reads the user identification information from the storage medium and reads the read user identification information. Based on Authentication of the user identification information, and the in-vehicle device can be controlled based on the authentication result.
- the user identification information stored in the storage medium includes biological information indicating a biological characteristic of a person who intends to use the vehicle-mounted device.
- the authorized user identification information stored in the biometric information includes biometric information indicating a biometric characteristic of a user who is permitted to use the vehicle, and the authentication unit includes biometric information included in the user identification information.
- the user who attempts to use the in-vehicle device based on the collation result with the biometric information included in the authorized user identification information is authenticated as a user authorized to use the vehicle. It has the following configuration.
- the mobile terminal or the in-vehicle device control device authenticates the user identification information based on the image information acquired by the mobile terminal. Then, the onboard equipment can be controlled based on the authentication result.
- the vehicle-mounted device control system has a configuration in which the storage medium is configured by an electronic driving license, and the reading unit is configured to acquire the biometric information from the electronic driving license. ing.
- the mobile terminal or the in-vehicle device control device authenticates the user identification information stored in the electronic driver's license.
- the in-vehicle device can be controlled based on the authentication result.
- the storage medium includes a non-contact IC card electronic driving license
- the reading unit acquires the biological information from the non-contact IC card electronic driving license. It has a configuration to make it work. With this configuration, even when the on-board device cannot read the information on the IC card normally, the mobile terminal or the on-board device control device can use the user identification information stored in the non-contact IC card electronic driver's license. The onboard equipment can be controlled based on the authentication result.
- An on-vehicle device control system provides the on-vehicle device, wherein the on-vehicle device includes a door lock control device that controls locking of a door of the vehicle, and the control unit responds to a result of the authentication by the authentication unit. Thus, the door opening control device is controlled.
- the mobile terminal or the in-vehicle device control device authenticates the user identification information stored in the IC card and performs the authentication.
- the door lock control device provided in the vehicle can be controlled.
- an in-vehicle device control system according to a eighteenth aspect of the present invention, wherein the in-vehicle device includes an engine starting device that starts an engine mounted on the vehicle, wherein the control unit responds to a result of the authentication by the authentication unit. It has a configuration to control the engine starter.
- the mobile terminal or the in-vehicle device control device authenticates the user identification information stored in the IC card and performs the authentication. Based on the result, the engine starting device provided in the vehicle can be controlled to control the engine starting device.
- the on-vehicle equipment control system is configured such that the on-vehicle equipment includes an on-vehicle telephone device, and the control unit controls the on-vehicle telephone device in response to a result of authentication by the authentication unit. have.
- the mobile terminal or the in-vehicle device control device authenticates the user identification information stored in the IC card, and performs the authentication. Since the vehicle-mounted telephone is controlled based on the authentication result, the vehicle-mounted telephone provided in the vehicle can be controlled.
- the vehicle-mounted device in the vehicle-mounted device control system, includes a vehicle-mounted audio device, and the control unit controls the audio device in response to a result of authentication performed by the authentication unit. It has the following configuration.
- the mobile terminal or the in-vehicle device control device authenticates the user identification information stored in the IC card. Based on the authentication result, the audio device provided in the vehicle can be controlled to control the audio device.
- An on-vehicle device control system is configured such that the on-vehicle device includes a combination meter, and the control unit controls the combination meter in response to a result of authentication by the authentication unit. Yes.
- the mobile terminal or the in-vehicle device control device authenticates the user identification information stored in the IC card and performs the authentication. Based on the result, a combination meter provided in the vehicle can be controlled to control the combination meter.
- a vehicle-mounted device control system is configured such that the vehicle-mounted device includes a vehicle-mounted emergency notification device, and the control unit controls the vehicle-mounted emergency notification device in response to a result of authentication performed by the authentication unit. It has the following configuration. With this configuration, even when the in-vehicle device cannot read the information of the IC card normally, the mobile terminal or the in-vehicle device control device authenticates the user identification information stored in the IC card and performs the authentication. In order to control the emergency notification device based on the result, the emergency notification device provided in the vehicle can be controlled.
- a vehicle-mounted device control system is characterized in that the vehicle-mounted device includes a road-vehicle communication device that communicates with a communication device disposed on a road, and the control unit responds to a result of the authentication by the authentication unit. To control the road-vehicle communication device.
- the mobile terminal or the in-vehicle device control device authenticates the user identification information stored in the IC card, and performs the authentication. Since the road-vehicle communication device is controlled based on the authentication result, the road-vehicle communication device provided in the vehicle can be controlled.
- An on-vehicle device control system provides an on-vehicle device control device for controlling an on-vehicle device mounted on a vehicle, and a portable device that is owned by a person who intends to use the on-vehicle device and communicates with the on-vehicle device control device.
- a mobile terminal wherein the mobile terminal is configured to obtain biological information indicating biological characteristics of a person who intends to use the in-vehicle device, and transmit the biological information obtained by the biological information obtaining unit.
- Communication means for receiving user identification information transmitted by the communication means of the portable terminal; and a biometric device of a user who is permitted to use the vehicle.
- Storage means for storing authorized user identification information including biometric information indicating characteristics; biometric information obtaining means for obtaining biometric information indicating biometric characteristics of a person who intends to use the in-vehicle device; Means stored in said storage means and the biometric data acquired Authentication means for comparing the biometric information included in the authorized user identification information with a person who intends to use the in-vehicle device based on a result of the comparison, and authenticates that the user is permitted to use the vehicle; Control means for controlling the in-vehicle device in response to a result of the authentication by the authentication means, wherein the authentication means includes the biometric information acquired by the biometric information acquisition means and the usage information stored in the storage means.
- the communication unit verifies the biometric information received from the mobile terminal with the biometric information included in the permitted user identification information stored in the storage unit.
- a person who intends to use the in-vehicle device is configured to authenticate as a user who is permitted to use the vehicle.
- the in-vehicle device control system is the vehicle-mounted device control system, wherein the biometric information acquisition unit of the mobile terminal and the biometric information acquisition unit of the in-vehicle device control device are of the same type from those who intend to use the in-vehicle device. It has a configuration to acquire biological information.
- the data amount of the biometric information registered in the biometric information registration unit can be reduced, and the capacity of a program for executing authentication by the authentication determination unit can be reduced.
- a vehicle equipment control system according to a twenty-sixth aspect, wherein the mobile terminal has a configuration including a mobile phone.
- the storage means of the vehicle equipment control means stores an identification code of the portable terminal owned by a user who is permitted to use the vehicle
- the portable terminal has a storage unit for storing an identification code of a portable terminal of a person who intends to use the in-vehicle device
- the communication unit of the portable terminal includes a biometric information acquired by the biometric information acquiring unit. Transmitting the information and the identification code stored in the storage means to the in-vehicle device control device, wherein the communication means of the in-vehicle device control device transmits the biometric information and the identification code from the portable terminal.
- the authentication means of the in-vehicle equipment control device compares the identification code received from the mobile terminal with the identification code stored in the storage means of the in-vehicle equipment control device, Equipment of control equipment If the authentication unit does not match the identification code received from the mobile terminal with the identification code stored in the storage unit of the in-vehicle device control device, the control unit transmits the in-vehicle device.
- the in-vehicle device is controlled so that a person who intends to use the in-vehicle device cannot operate the in-vehicle device, and the authentication unit of the in-vehicle device control device transmits the identification code received from the mobile terminal and the If the identification code matches the identification code stored in the storage unit, the control unit sets the biometric information received from the portable terminal by the communication unit of the in-vehicle device control device and the usage information stored in the storage unit.
- the biometric information included in the authorized person identification information is collated, and a person who intends to use the on-vehicle device is authenticated as a user who is permitted to use the vehicle based on the collation result. It has a configuration.
- the on-vehicle device control system according to a twenty-eighth aspect of the present invention, wherein the on-vehicle device is A lock control device for controlling the plurality of locks, wherein the storage means stores use-permitted spring identification information including biometric information indicating a biometric characteristic of a user who is permitted to unlock for each lock. It has the following configuration.
- Vehicle equipment control system of this configuration Ri by the can change the operator can unlock in response to different tablet, it is possible to vary the strength of security in accordance with the tablet (the invention of the second 9
- the vehicle has a configuration in which the lock and the in-vehicle device control device are mounted on a vehicle.
- the biological information acquisition unit of the mobile terminal is configured by a camera, and the camera of the mobile terminal captures an image of a person who intends to use the vehicle-mounted device;
- the image information of the face of the person who intends to use the in-vehicle device is obtained as the biological information, and the authorized user identification information stored in the storage unit of the in-vehicle device control device is determined by the use of the vehicle.
- the recognition means compares the image information acquired by the camera of the portable terminal with the image information stored in the storage means of the in-vehicle device control device. According to the collation result, a person who intends to use the in-vehicle device is configured to authenticate as a user who is permitted to use the vehicle.
- the biological information acquiring means of the mobile terminal is configured by a microphone, and the microphone of the mobile terminal collects a voice of a person who intends to use the vehicle-mounted device. And show the collected sound Voice information is acquired as the biological information, and the authorized user identification information stored in the storage means of the in-vehicle device control device is voice information indicating a voice of a user who is permitted to use the vehicle.
- the recognition unit collates the voice information acquired by the microphone of the portable terminal with the voice information stored in the storage unit of the on-vehicle device control device, and based on the result of the comparison, the on-vehicle device A user who intends to use the vehicle is configured to authenticate that the user is authorized to use the vehicle.
- the biometric information acquisition means of the portable terminal is constituted by a fingerprint sensor
- the fingerprint sensor of the portable terminal is a device for a person who intends to use the in-vehicle device.
- a fingerprint is detected, fingerprint information indicating the detected fingerprint is acquired as the biometric information, and the authorized user identification information stored in the storage means of the on-vehicle device control device is used for the vehicle.
- the recognition unit collates the fingerprint information detected by the fingerprint sensor of the portable terminal with the fingerprint information stored in the storage unit of the in-vehicle device control device. Then, a person who intends to use the in-vehicle device is authenticated as a user who is permitted to use the vehicle based on a result of the collation.
- the biological information acquisition unit of the mobile terminal is configured by a camera
- the camera of the mobile terminal includes: An image of the iris of the eye of the person who intends to use the in-vehicle device is acquired, and image information indicating the iris of the eye of the person who intends to use the in-vehicle device is obtained as the biological information.
- the user identification information stored in the storage unit includes image information indicating an iris of an eye of a user who is permitted to use the vehicle, and the recognition unit includes an image acquired by the camera of the mobile terminal.
- the image information and the image information stored in the storage means of the in-vehicle device control device are compared, and a person who intends to use the in-vehicle device based on the result of the comparison is a user who is permitted to use the vehicle. It has a configuration to authenticate that there is.
- An on-vehicle device control system includes an on-vehicle device control device for controlling an on-vehicle device mounted on a vehicle, and a mobile terminal possessed by a person who intends to use the on-vehicle device.
- a storage / reproducing unit that stores and reproduces user identification information of a person who intends to use the in-vehicle device and personal information relating to the in-vehicle device; and a communication unit that communicates with the in-vehicle device control device.
- the in-vehicle device control device includes: a communication unit configured to communicate with the mobile terminal; a storage unit configured to store user identification information of a user who is permitted to use the vehicle; and a user identification information received from the mobile terminal. Is compared with the authorized user identification information stored in the storage means, and based on the result of the comparison, the person who intends to use the in-vehicle device is a user who is permitted to use the vehicle.
- An authentication unit certifying the authentication unit has a configuration and a control means for controlling the vehicle equipment based on the personal information received from the result of the authentication and pre Symbol mobile terminal.
- the personal information storage / reproduction means stores and reproduces authentication information for authenticating a user and personal information relating to the device
- the control means stores the personal information stored in the storage means when operating the device. Since the in-vehicle device is controlled based on the electronic key, the user can change the content stored in the electronic key, and can operate the in-vehicle device with the electronic key.
- the in-vehicle device control system according to a thirty-fifth invention is characterized in that the in-vehicle device includes an in-vehicle telephone device, and the personal information includes information on the telephone device of the user when the user uses the in-vehicle telephone device.
- the control means of the on-vehicle equipment control device has a configuration in which the on-vehicle telephone device is controlled based on a result of authentication by the authentication means and personal information stored in the storage means. are doing.
- the user can edit the information about the telephone device protected by the authentication information, and can use the vehicle-mounted telephone device efficiently with this information.
- a vehicle-mounted device control system wherein the vehicle-mounted device includes a vehicle-mounted audiovisual device that reproduces a voice and an image from audio information and image information stored in a storage medium, and the personal information is an audiovisual device.
- the control means of the on-vehicle device control device includes information on the on-vehicle audio-visual device of the user, which is set when the user reproduces at least one of video and sound, and The vehicle-mounted audio-visual equipment is controlled based on the result and the personal information stored in the storage means.
- the vehicle-mounted device control system has a configuration in which the personal information includes information on the vehicle of the user when the user drives the vehicle.
- the user can accumulate and manage, for example, driving information of the vehicle, based on the information on the vehicle protected by the authentication information.
- the personal information includes information on the past and present health status of the user
- the vehicle-mounted device includes a vehicle-mounted emergency notification device
- the vehicle-mounted device control device has a configuration in which the in-vehicle emergency notification device is controlled based on a result of authentication by the authentication means and personal information stored in the storage means.
- the user can transmit information on the health condition to the emergency notification center and receive prompt treatment.
- the on-vehicle device control system is characterized in that the personal information includes information on purchase of a product of the user, and the on-vehicle device includes a road-to-vehicle communication device.
- the road-vehicle communication device is controlled based on the authentication result and the personal information stored in the storage means.
- the user can know the purchase information of the products purchased in the past, while the store salesperson can use the terminal equipment installed in the store. Services can be provided according to the requirements.
- the vehicle-mounted device control system has a configuration in which the storage / reproduction means includes a driver's license information storage unit that stores information on a vehicle license. are doing.
- the storage / reproduction means stores and reproduces personal information and vehicle license information, so that the user can operate the device with the electronic key and possess the driver's license information. can do.
- an on-vehicle equipment control system comprising: storage means for storing use-permitted user identification information of a user who is permitted to use the vehicle; A registration / deletion unit for executing at least one of deletion of the authorized user identification information stored in the storage unit; an identification information acquisition unit for acquiring the user identification information of a person who intends to use the in-vehicle device; The user identification information acquired by the identification information acquisition means is compared with the authorized user identification information stored in the storage means, and a person who intends to use the on-vehicle device based on the result of the comparison uses the vehicle.
- Authentication means for authenticating that the user is an authorized user control means for controlling the on-vehicle device based on the result of authentication by the authentication means, and the authentication means intending to use the on-vehicle device Has a structure and a notifying means for informing information related to the case where use of the vehicle have been authenticated as authorized users, use permission identification information which the registration deletion unit has registered or deleted.
- the information on the registered or deleted authentication information is reported to a legitimately authenticated user, so that the authentication information is incorrectly registered or deleted by a person who is not permitted to use the vehicle. This can be reported to a legitimate user of the vehicle.
- the user identification information includes image information of a face of a person who intends to use the vehicle-mounted device
- the use-permitted user identification information includes a use of the vehicle-mounted device.
- the identification information acquisition means is constituted by a camera, and the camera captures an image of a person who intends to use the in-vehicle device, and acquires image information of a face of the person who intends to use the in-vehicle device.
- the recognition unit compares the image information acquired by the power camera of the portable terminal with the image information stored in the storage unit of the on-vehicle device control device, and based on the result of the comparison, determines whether the vehicle is mounted on the vehicle.
- a person who intends to use the device is configured to authenticate as a user who is permitted to use the vehicle.
- the information about the registered or deleted authentication information is notified to the user who has been authenticated properly using the authentication information including the image information of the face, so that the authentication is performed by a person who is not permitted to use the vehicle. It is possible to notify the authorized user of the vehicle that the information has been incorrectly registered or deleted.
- the user identification information includes voice information indicating a voice of a person who intends to use the vehicle-mounted device, and the use-permitted user identification information includes the vehicle-mounted device.
- the identification information acquisition means is configured by a microphone, and the microphone collects a voice of a person who intends to use the on-vehicle device; Acquisition of audio information indicating the collected sound, the recognition unit compares the audio information acquired by the microphone with the audio information stored in the storage unit, and based on the result of the comparison, identifies the in-vehicle device.
- a person who intends to use the vehicle has a configuration in which the user is authenticated as a user authorized to use the vehicle.
- the user identification information is The fingerprint information includes fingerprint information indicating a fingerprint of a person who intends to use the in-vehicle device;
- the authorized user identification information includes fingerprint information indicating a fingerprint of a user who is permitted to use the in-vehicle device;
- the acquisition means is constituted by a fingerprint sensor, wherein the fingerprint sensor detects a fingerprint of a person who intends to use the in-vehicle device, acquires fingerprint information indicating the detected fingerprint, and the recognition means:
- the fingerprint information detected by the sensor is compared with the fingerprint information stored in the storage means, and based on the result of the comparison, a person who intends to use the on-vehicle device is a user who is permitted to use the vehicle. It has a configuration for authentication.
- the information about the registered or deleted authentication information is reported to a user who has been authenticated with the authentication information including the fingerprint information, so that the authentication information can be obtained by a person who is not permitted to use the vehicle. It is possible to notify the vehicle's legitimate user of the unauthorized registration or deletion.
- the user identification information includes iris information indicating an iris of an eye of a person who intends to use the vehicle-mounted device.
- the identification information acquisition means includes iris information indicating an iris of an eye of a user who is permitted to use the in-vehicle device. An iris of the eye is imaged, and iris information indicating an iris of the eye of a person who intends to use the in-vehicle device is obtained.
- the recognition unit stores the iris information obtained by the camera and the iris information stored in the storage unit. It has a configuration in which the iris information is collated, and a person who intends to use the on-vehicle device is authenticated as a user who is permitted to use the vehicle based on the collation result.
- a vehicle-mounted device control system is provided with an IC card in which the authentication information is stored, and wherein the input of the authentication information by the authentication information input means is performed by communicating with the IC card.
- the IC card has a configuration including an electronic driving license.
- the in-vehicle device control system can notify an authorized user of the vehicle that the authentication information has been illegally registered or deleted by a user.
- the authentication information for which the authentication information is prohibited is stored in the authentication information storage means, and the notification by the authentication information notification means is such that the authentication information input by the authentication information input means is not deleted by the authentication information registration deletion means. It is configured to be performed only when authentication is performed by the authentication means as the authentication information.
- the on-vehicle device control system includes an on-vehicle device use prohibition unit for prohibiting use of the on-vehicle device mounted on the vehicle, wherein the authentication information storage unit further stores the authentication information for each of the on-vehicle devices.
- the authentication means further authenticates the authentication information input by the authentication information input means for each of the on-vehicle devices, and prohibits the use of the on-vehicle equipment by the on-vehicle device use prohibition means by using the authentication information
- the authentication information input by the input unit is configured to be performed on the in-vehicle device not authenticated by the authentication unit.
- the on-vehicle device control system is configured such that the on-vehicle device includes an engine operation permission device for permitting operation of an engine of the vehicle.
- An in-vehicle device control system includes an activation signal input unit for inputting an activation signal for operating the authentication information input unit, wherein the authentication information input unit is activated by the activation signal input unit. It is configured to operate only for a predetermined time from when a signal is input.
- the in-vehicle device control device includes a biometric information acquisition unit that acquires biometric information indicating a biometric feature of a person who intends to use the in-vehicle device, and a biometric information acquisition unit that acquires a biometric information of a user who is permitted to use the vehicle.
- a person who intends to use the in-vehicle device based on the result of the authentication is an authentication unit for authenticating that the user is authorized to use the vehicle, and the in-vehicle device responds to the result of the authentication by the authentication unit.
- a reading unit that reads user identification information stored in the storage medium.
- the authentication unit stores the biometric information acquired by the biometric information acquisition unit in the storage unit.
- the reading unit collates the biometric information read from the storage medium with the authorized user identification information stored in the storage unit, and uses the in-vehicle device based on the result of the comparison.
- the person trying to authenticate is identified as a user who is authorized to use the vehicle.
- the authentication is performed by the biometric information stored in the storage medium, and the authentication is performed accurately and reliably without being affected by environmental conditions. Authentication can be performed at any time.
- the biometric information acquisition means is constituted by a camera, and the camera captures a face of a person who intends to use the in-vehicle device, as the biometric information. It has a configuration for acquiring image information of the face of a person who intends to use the in-vehicle device.
- the vehicle-mounted device control device has a configuration in which the storage medium is configured by an electronic driver's license, and the biological information obtaining unit obtains the biological information from the electronic driver's license. ing.
- the biometric information acquired by the biometric information acquisition means cannot be used for authentication, the authentication is performed using the biometric information stored in the electronic driver's license, and it is necessary to have a special storage medium for authentication. Therefore, convenience can be improved.
- the in-vehicle device control apparatus wherein the storage medium is non-contact.
- the biometric information acquisition means is configured by a card electronic driver's license, and the biometric information acquiring means acquires the biometric information from the non-contact IC card electronic driver's license.
- the biometric information acquired by the biometric information acquisition means cannot be used for authentication, the biometric information can be read without contact, and operability can be improved.
- a vehicle-mounted device control device according to a fifty-sixth aspect, wherein the vehicle-mounted device includes a door lock control device that controls a door lock of the vehicle, and the control unit responds to a result of the authentication by the authentication unit.
- the door opening control device is controlled.
- a vehicle-mounted device control device according to a fifty-seventh aspect, wherein the vehicle-mounted device includes an engine starting device that starts an engine mounted on the vehicle, and the control unit responds to a result of the authentication by the authentication unit. It has a configuration for controlling the engine starting device. With this configuration, authentication is performed accurately and reliably without being affected by conditions such as the environment, and it is possible to accurately permit only a preset person to start the engine.
- An in-vehicle device control apparatus according to a fifty-eighth aspect, wherein the in-vehicle device includes an in-vehicle telephone device, and the control means controls the in-vehicle telephone device in response to a result of authentication by the authentication means. have.
- the in-vehicle device control device is configured such that the in-vehicle device includes an in-vehicle audio device, and the control unit controls the audio device in response to a result of the authentication by the authentication unit. have.
- a vehicle-mounted device control apparatus is configured such that the vehicle-mounted device includes a combination meter, and the control unit controls the combination meter in response to a result of authentication performed by the authentication unit. have.
- a vehicle-mounted device control device wherein the vehicle-mounted device includes a vehicle-mounted emergency notification device, and the control unit controls the vehicle-mounted emergency notification device in response to a result of authentication performed by the authentication unit. It has the following configuration. With this configuration, authentication is performed accurately and reliably without being affected by conditions such as the environment, and the emergency notification device can be operated only by a preset person with high accuracy.
- a vehicle-mounted device control device according to a 62nd aspect of the present invention, wherein the vehicle-mounted device includes a road-vehicle communication device, and the control unit controls the road-vehicle communication device in response to a result of authentication performed by the authentication unit. It has a configuration.
- the authentication is performed accurately and reliably without being affected by the conditions such as the environment, and the road-to-vehicle communication device can be operated only by a preset person with high accuracy.
- a vehicle-mounted device control device includes a communication unit that receives a result of authentication performed by an authentication unit from a mobile terminal, and a control unit that controls the vehicle-mounted device in response to the result received by the reception unit. It has a configuration provided.
- the mobile terminal or the in-vehicle device control device reads the user identification information from the storage medium and reads the read user identification information. Authentication of the user identification information is performed based on the authentication information, and the in-vehicle device can be controlled based on the authentication result.
- an in-vehicle device control device comprising: a communication unit that receives user identification information from a mobile terminal; and a storage unit that stores authorized user identification information that identifies a user who is permitted to use the vehicle.
- the user identification information received by the communication means is compared with the authorized user identification information stored in the storage means, and a person who intends to use the vehicle-mounted device based on the result of the comparison is determined to use the vehicle.
- the mobile terminal or the in-vehicle device control device reads the user identification information from the storage medium and reads the read user identification information. Authentication of the user identification information is performed based on the authentication information, and the in-vehicle device can be controlled based on the authentication result.
- the user identification information stored in the storage medium includes biological information indicating a biological characteristic of a person who intends to use the vehicle-mounted device.
- the authorized user identification information stored in the means includes biological information indicating a biological characteristic of a user who is permitted to use the vehicle, and the authentication means includes biometric information included in the user identification information.
- the biometric information included in the licensee identification information is collated, and based on the collation result, a person who intends to use the in-vehicle device is authenticated as a user who is permitted to use the vehicle. It has a configuration.
- the mobile terminal or the in-vehicle device control device authenticates the user identification information based on the image information acquired by the mobile terminal. Then, the onboard equipment can be controlled based on the authentication result.
- a vehicle-mounted device control device is the vehicle-mounted device control device, wherein the storage medium is configured by an electronic driving license, and the reading unit is configured to acquire the biometric information from the electronic driving license. ing.
- the mobile terminal or the in-vehicle device control device authenticates the user identification information stored in the electronic driver's license, On-board equipment can be controlled based on the authentication result.
- the storage medium is a non-contact IC
- the reading means is configured to acquire the biometric information from the non-contact IC card electronic driving license.
- the mobile terminal or the on-board device control device can use the user identification information stored in the non-contact IC card electronic driver's license. Authenticates the information.
- the in-vehicle device can be controlled based on the authentication result.
- An in-vehicle device control device according to a sixty-eighth aspect of the present invention, wherein the in-vehicle device includes a door lock control device that controls a door lock of the vehicle, and the control unit responds to a result of the authentication by the authentication unit Thus, the door opening control device is controlled.
- the mobile terminal or the in-vehicle device control device authenticates the user identification information stored in the IC card and performs the authentication.
- the door lock control device provided in the vehicle can be controlled.
- a vehicle-mounted device control device is the vehicle-mounted device, wherein the vehicle-mounted device includes an engine starting device that starts an engine mounted on the vehicle, and the control unit responds to a result of the authentication by the authentication unit. It has a configuration for controlling the engine starting device.
- a vehicle-mounted device control apparatus configured such that the vehicle-mounted device includes a vehicle-mounted telephone device, and wherein the control means controls the vehicle-mounted telephone device in response to a result of authentication performed by the authentication means. have.
- the mobile terminal or the in-vehicle device control device authenticates the user identification information stored in the IC card and performs the authentication. Since the vehicle-mounted telephone is controlled based on the result, the vehicle-mounted telephone provided in the vehicle can be controlled.
- a vehicle-mounted device control device according to a seventy-first aspect, wherein the vehicle-mounted device includes a vehicle-mounted audio device, and the control unit controls the audio device in response to a result of authentication performed by the authentication unit. have.
- the mobile terminal or the in-vehicle device control device authenticates the user identification information stored in the IC card and performs the authentication. Based on the result, the audio device provided in the vehicle can be controlled to control the audio device.
- a vehicle-mounted device control apparatus according to a seventy-second aspect of the present invention, wherein the vehicle-mounted device includes a combination meter, and the control unit controls the combination meter in response to a result of authentication performed by the authentication unit. It has a configuration.
- a vehicle-mounted device control device configured such that the vehicle-mounted device includes a vehicle-mounted emergency notification device, and the control unit controls the vehicle-mounted emergency notification device in response to a result of authentication performed by the authentication unit. It has the following configuration.
- the mobile terminal or the in-vehicle device control device authenticates the user identification information stored in the IC card and performs the authentication. Based on the result, the emergency notification device provided in the vehicle can be controlled in order to control the emergency notification device.
- a vehicle-mounted device control device according to a seventy-fourth aspect, wherein the vehicle-mounted device includes a road-vehicle communication device that communicates with a communication device disposed on a road, and the control unit responds to a result of the authentication by the authentication unit.
- the road-vehicle communication device is controlled.
- the mobile terminal or the in-vehicle device control device authenticates the user identification information stored in the IC card and performs the authentication. Since the road-vehicle communication device is controlled based on the result, the road-vehicle communication device provided in the vehicle can be controlled.
- the in-vehicle device control device is a communication device that receives biometric information indicating a biological characteristic of a person who intends to use the in-vehicle device from a mobile phone possessed by the person who intends to use the in-vehicle device.
- a storage unit for storing authorized user identification information including biological information indicating a biological characteristic of a user who is permitted to use the vehicle; and a biological body indicating a biological characteristic of a person who intends to use the vehicle-mounted device.
- a biometric information acquisition unit for acquiring information; collating the biometric information acquired by the biometric information acquisition unit with biometric information included in the authorized user identification information stored in the storage unit; and based on the collation result.
- the person trying to authenticate the user is a user authorized to use the vehicle, and has control means for controlling the on-vehicle device in response to a result of the authentication by the authentication means. If the biometric information obtained by the biometric information obtaining means cannot be compared with the authorized user identification information stored in the storage means, the authentication means may determine the biometric information received from the mobile terminal by the communication means and the biometric information. A person who attempts to use the in-vehicle device based on the result of the collation with the biometric information included in the authorized user identification information stored in the storage means is a user authorized to use the vehicle. It has a configuration to authenticate that there is.
- the in-vehicle device control device is the vehicle-mounted device control device, wherein the receiving unit receives, from the portable terminal, the same type of biometric information that the biometric information obtaining unit has obtained from a person who intends to use the in-vehicle device.
- the configuration is such that
- the data amount of the biometric information registered in the biometric information registration unit can be reduced, and the capacity of a program for executing authentication by the authentication determination unit can be reduced.
- a vehicle-mounted device control apparatus is configured such that the mobile terminal includes a mobile phone.
- An in-vehicle equipment control device is the vehicle-mounted device control device, wherein the storage means uses the vehicle.
- An identification code of the portable terminal possessed by the authorized user is stored.
- the communication unit receives the biometric information and the identification code from the portable terminal, and the authentication unit of the on-vehicle device control device. Compares the identification code received from the mobile terminal with the identification code stored in the storage unit of the in-vehicle device control device, and the authentication unit of the in-vehicle device control device determines the identification received from the mobile terminal.
- the control means prevents a person who intends to use the on-vehicle device from operating the on-vehicle device.
- Controlling the in-vehicle device wherein the authentication means of the in-vehicle device control device stores the identification code received from the portable terminal and the storage means of the in-vehicle device control device.
- the control unit is included in the biometric information received from the portable terminal by the communication unit of the on-vehicle device control device and the authorized user identification information stored in the storage unit. It has a configuration in which a person who intends to use the in-vehicle device is authenticated as a user who is permitted to use the vehicle based on the result of collating the biometric information with the biometric information.
- An in-vehicle device control device is the vehicle-mounted device control device, wherein the on-vehicle device includes a lock control device that controls a plurality of locks of the vehicle. It is configured to store the authorized user identification information including the biological information indicating the biological characteristics of the user.
- An in-vehicle device control device has a configuration mounted on a vehicle.
- the biometric information acquiring means of the portable terminal is constituted by a camera, wherein the camera of the portable terminal images a person who intends to use the in-vehicle device;
- the image information of the face of the person who intends to use the on-vehicle device is obtained as the biological information, and the authorized user identification information stored in the storage means of the on-vehicle device control device is a user who is permitted to use the vehicle.
- the recognition means compares the image information acquired by the camera of the mobile terminal with the image information stored in the storage means of the in-vehicle device control device. On the basis of this, a person who intends to use the vehicle-mounted device has a configuration in which the user is authenticated as a user who is permitted to use the vehicle.
- An in-vehicle device control device is the vehicle-mounted device control device, wherein the biometric information acquisition unit of the mobile terminal is configured by a microphone, and the microphone of the mobile terminal collects a voice of a person who intends to use the in-vehicle device.
- Voice information indicating the collected voice is acquired as the biological information
- the licensee identification information stored in the storage means is voice information indicating a voice of a user who is permitted to use the vehicle.
- the recognition means compares the voice information acquired by the microphone of the portable terminal with the voice information stored in the storage means, and a person who intends to use the on-vehicle device based on the result of the verification. Use of the vehicle is permitted And that the user is authenticated.
- the biometric information acquiring unit of the mobile terminal is configured by a fingerprint sensor, and the fingerprint sensor of the mobile terminal is a fingerprint of a person who intends to use the in-vehicle device.
- Fingerprint information indicating the detected fingerprint is obtained as the biometric information
- the authorized user identification information stored in the storage means is a fingerprint indicating a fingerprint of a user who is permitted to use the vehicle.
- Information, wherein the recognizing means compares the fingerprint information detected by the fingerprint sensor of the portable terminal with the fingerprint information stored in the storage means, and uses the in-vehicle device based on the collation result.
- the user is configured to authenticate that the user is authorized to use the vehicle.
- An in-vehicle device control apparatus is the vehicle-mounted device control device, wherein the biometric information acquisition means at the portable end is constituted by a camera, and the camera of the portable terminal is configured to display an iris of an eye of a person who intends to use the in-vehicle device.
- Image information is obtained as the biometric information, which shows an iris of an eye of a person who intends to use the on-vehicle device, and the authorized user identification information stored in the storage means permits use of the vehicle.
- the recognition unit compares the image information acquired by the camera of the portable terminal with the image information stored in the storage unit, and a result of the comparison.
- a person who intends to use the in-vehicle device on the basis of the above shall authenticate as a user who is permitted to use the vehicle. It has a suitable configuration.
- An in-vehicle device control apparatus comprises: a communication unit that receives user identification information of a person who intends to use the in-vehicle device and personal information relating to the in-vehicle device from a mobile terminal; Storage means for storing the authorized user identification information of the authorized user; and collating and collating the user identification information received from the portable terminal with the authorized user identification information stored in the storage means.
- a person who intends to use the in-vehicle device based on the result is authenticating means for authenticating that the user is permitted to use the vehicle, and a result of the authentication by the authenticating means and an individual received from the portable terminal.
- Control means for controlling the in-vehicle device based on the information.
- the personal information storage / reproduction means stores and reproduces the authentication information for authenticating the user and the personal information relating to the device
- the control means stores the personal information stored in the storage means when operating the device. Since the in-vehicle device is controlled based on the electronic key, the user can change the contents stored in the electronic key, and can operate the in-vehicle device with the electronic key.
- An in-vehicle device control device according to an eighty-sixth aspect, wherein the in-vehicle device includes an in-vehicle telephone device, and the personal information includes information on the telephone device of the user when the user uses the in-vehicle telephone device.
- the control means has a configuration in which the vehicle-telephone device is controlled based on a result of authentication by the authentication means and personal information stored in the storage means.
- the user can edit information on the telephone device protected by the authentication information, and this information can be used to improve the efficiency of the vehicle-mounted telephone device. Can be used well.
- An on-vehicle device control device is the on-vehicle device control device, wherein the on-vehicle device includes an on-vehicle audio-visual device that reproduces a voice and an image from audio information and image information stored in a storage medium. Contains information on the in-vehicle audio-visual device of the user, which is set when at least one of video and audio is reproduced, and wherein the control unit stores the result authenticated by the authentication unit and the result stored in the storage unit. The vehicle-mounted audio-visual device is controlled based on the personal information.
- the user can edit the information related to the vehicle audiovisual device protected by the authentication information, and can use the onboard audiovisual device efficiently with this information.
- An in-vehicle device control device is configured such that the personal information includes information on the vehicle of the user when the user drives the vehicle.
- the user can accumulate and manage, for example, driving information of the vehicle, based on the information on the vehicle protected by the authentication information.
- the in-vehicle device control device is the vehicle-mounted device control device, wherein the personal information includes information on the past and current health conditions of the user, the on-vehicle device includes an in-vehicle emergency notification device, It has a configuration in which the in-vehicle emergency notification device is controlled based on the result of the authentication by the authentication means and the personal information stored in the storage means.
- the in-vehicle device control device is the vehicle-mounted device control device, wherein the personal information includes information on purchase of a product of the user, the on-vehicle device includes a road-to-vehicle communication device, and the control unit includes: The road-vehicle communication device is controlled based on the authentication result and the personal information stored in the storage means.
- the user can know the purchase information of the products purchased in the past, while the store salesperson can use the terminal equipment installed in the store. Services can be provided according to the requirements.
- the in-vehicle equipment control device is configured such that the storage / reproduction means includes a driver's license information storage unit that stores information on a vehicle license.
- the storage / reproduction means stores and reproduces personal information and information on the driver's license of the vehicle, so that the user can operate the device with the electronic key and also obtain the driver's license. Information can be possessed.
- an in-vehicle device control device comprising: storage means for storing user identification information of a user who is permitted to use a vehicle; registering new user identification information in the storage means; A registration / deletion means for executing at least one of deletion of the authorized user identification information stored in the storage means; an identification information acquisition means for acquiring user identification information of a person who intends to use the vehicle-mounted device; The user identification information acquired by the identification information acquisition means is compared with the authorized user identification information stored in the storage means, and a person who intends to use the in-vehicle device based on the result of the comparison uses the vehicle.
- the information about the registered or deleted authentication information is notified to a user who has been properly authenticated, so that the vehicle can be notified that the authentication information has been incorrectly registered or deleted by a person who is not permitted to use the vehicle. Can be notified to legitimate users.
- a vehicle-mounted device control device is characterized in that the user identification information includes image information of a face of a person who intends to use the vehicle-mounted device, and the use-permitted user identification information indicates that use of the vehicle-mounted device is permitted.
- the identification information acquiring means is constituted by a camera, the camera captures an image of a person who intends to use the in-vehicle device, and a person who intends to use the in-vehicle device.
- the recognition means collates the image information acquired by the camera of the portable terminal with the image information stored in the storage means, and based on the collation result, the in-vehicle device A user who intends to use the vehicle has a configuration in which the user is authenticated as a user who is permitted to use the vehicle.
- the user identification information includes voice information indicating a voice of a person who intends to use the in-vehicle device, and the use-permitted user identification information permits use of the in-vehicle device.
- the identification information acquisition means is constituted by a microphone, wherein the microphone collects voice of a person who intends to use the in-vehicle device, acquires voice information indicating the collected voice, and performs the recognition.
- the means compares the voice information obtained by the microphone with the voice information stored in the storage means, and a person who intends to use the on-vehicle device based on a result of the verification is permitted to use the vehicle. It has a configuration for authenticating the user.
- the user identification information includes fingerprint information indicating a fingerprint of a person who intends to use the vehicle-mounted device, and the use-permitted user identification information permits use of the vehicle-mounted device.
- Fingerprint information indicating the user's fingerprint obtained, the identification information acquiring means is constituted by a fingerprint sensor, and the fingerprint sensor detects a fingerprint of a person who intends to use the in-vehicle device.
- Fingerprint information indicated by the fingerprint sensor, and the recognition unit compares the fingerprint information detected by the fingerprint sensor with the fingerprint information stored in the storage unit. Based on the result of the comparison, the in-vehicle device is to be used.
- this configuration has a configuration which is adapted to authenticate that the user who used the vehicle is allowed, also registers the authentication information including the fingerprint information to the following connexion duly authenticated user
- I go-between authentication information to those who use of the vehicle is not permitted can be informed to the legitimate user of the vehicle that it has been illegally registered or deleted.
- the in-vehicle device control device wherein the user identification information includes iris information indicating an iris of an eye of a person who intends to use the in-vehicle device,
- the permitter identification information includes iris information indicating an iris of the eye of a user who is permitted to use the in-vehicle device,
- the identification information acquisition unit is configured by a camera, and the camera uses the in-vehicle device.
- the iris information indicating the iris of the person attempting to use the in-vehicle device, and the recognition means stores the iris information acquired by the camera and the iris information in the storage means.
- the iris information is compared with the obtained iris information, and a person who intends to use the in-vehicle device is authenticated as a user who is permitted to use the vehicle based on the result of the comparison.
- the information about the registered or deleted authentication information is reported to a user who is properly authenticated with the authentication information including the iris information, and the authentication information is illegally used by a person who is not permitted to use the vehicle.
- the registration or deletion can be notified to the authorized user of the vehicle.
- the in-vehicle equipment control device has a configuration in which the authentication information input means by the authentication information input means is performed by communicating with the IC card.
- the use of the vehicle is permitted in order to inform the user who has been authenticated correctly of the registered authentication information using the authentication information including the biometric information input by the mobile terminal. It is possible to notify the authorized user of the vehicle that the authentication information has been illegally registered or deleted by an unauthorized person.
- the in-vehicle device control device is the vehicle-mounted device control device, wherein the IC card includes an electronic driver's license, and the authentication information input unit by the authentication information input unit communicates with the electronic driver's license. ing.
- the authentication information prohibited to be deleted by the authentication information registration / deletion means is stored in the authentication information storage means, and the notification by the authentication information notification means is input by the authentication information input means.
- the authentication information is configured to be performed only when the authentication information is authenticated by the authentication means as authentication information prohibited from being deleted by the authentication information registration deletion means.
- the in-vehicle device control apparatus includes an on-vehicle device use prohibition unit for prohibiting use of the on-vehicle device mounted on the vehicle, and the authentication information storage unit includes the on-vehicle device.
- the authentication means further stores the authentication information input by the authentication information input means for each of the in-vehicle devices, and prohibits the use of the in-vehicle devices by the in-vehicle device use prohibition means. Has a configuration in which the authentication information input by the authentication information input means is performed on the in-vehicle device not authenticated by the authentication means. .
- An on-vehicle device control device is configured such that the on-vehicle device includes an engine operation permitting device for permitting operation of an engine of the vehicle.
- the in-vehicle equipment control device includes an activation signal input unit for inputting an activation signal for operating the authentication information input unit, and the authentication information input unit is configured to output an activation signal by the activation signal input unit.
- the system is configured to operate only for a predetermined period of time from when the vehicle is input. (This configuration allows the use of the on-vehicle equipment to be restricted according to the user. In the case of temporary lending, unnecessary use of onboard equipment can be prevented.
- the in-vehicle device control method is a vehicle-mounted device control method, wherein the biological information acquired by the biological information acquisition unit of the portable communication device is transmitted from a communication unit provided in the portable communication device, and the biological information received from the communication unit is converted to the biological information.
- the biometric information obtained by the biometric information acquisition means separately from the communication means is compared with the biometric information of an authorized person whose unlocking of the lock is registered in advance in the registration means, and is registered in the biometric information registration means in advance.
- the authentication determination means compares the biometric information of a person who has been authorized to unlock the lock with the biometric information, and unlocks the lock when the authentication determination means authenticates by any of the comparisons. are doing.
- FIG. 1 is a block diagram showing a configuration of a vehicle-mounted device control system and a vehicle-mounted device control device according to a first embodiment of the present invention.
- FIG. 2 is a sequence diagram showing operations of the on-vehicle device control system and the on-vehicle device control device according to the first embodiment of the present invention.
- FIG. 3 is a block diagram showing a configuration of a vehicle-mounted device control system and a vehicle-mounted device control device according to a second embodiment of the present invention.
- FIG. 4 is a block diagram showing a configuration of a vehicle-mounted device control system and a vehicle-mounted device control device according to a third embodiment of the present invention.
- FIG. 5 is a block diagram showing a configuration of a vehicle-mounted device control system and a vehicle-mounted device control device according to a fourth embodiment of the present invention.
- FIG. 6 is a block diagram showing a configuration of an in-vehicle device control system and an in-vehicle device control device according to a fifth embodiment of the present invention.
- FIG. 7 is a block diagram showing a configuration of a vehicle-mounted device control system and a vehicle-mounted device control device according to a sixth embodiment of the present invention.
- FIG. 8 is a block diagram showing a configuration of an in-vehicle device control system and an in-vehicle device control device according to a seventh embodiment of the present invention.
- FIG. 9 is a block diagram showing a configuration of an on-vehicle device control system and / or a vehicle / device control device according to an eighth embodiment of the present invention.
- FIG. 10 is a flowchart showing the operation of the vehicle-mounted device control system and the vehicle-mounted device control device according to the eighth embodiment of the present invention.
- FIG. 11 is a block diagram showing a configuration of a vehicle-mounted device control system and a vehicle-mounted device control device according to a ninth embodiment of the present invention.
- FIG. 12 shows a vehicle-mounted device control system according to a ninth embodiment of the present invention.
- 5 is a flowchart showing the operation of the vehicle-mounted device control device.
- FIG. 13 is a block diagram showing a configuration of an in-vehicle device control system and an in-vehicle device control device according to a tenth embodiment of the present invention.
- FIG. 14 is a flowchart showing the operation of the on-vehicle device control device of the on-vehicle device control system according to the tenth embodiment of the present invention.
- FIG. 15 is a flowchart showing the operation of the portable terminal of the vehicle-mounted device control system according to the tenth embodiment of the present invention.
- FIG. 16 is a block diagram showing a configuration of an in-vehicle device control system and an in-vehicle device control device according to the eleventh embodiment of the present invention.
- FIG. 17 is a flowchart showing the operation of the on-vehicle device control system and the on-vehicle device control device according to the eleventh embodiment of the present invention.
- FIG. 18 is a block diagram showing a configuration of an in-vehicle device control system and an in-vehicle device control device according to a 12th embodiment of the present invention.
- FIG. 19 is a flowchart showing the operation of the in-vehicle device control system and the in-vehicle device control device according to the 12th embodiment of the present invention.
- FIG. 20 is a flowchart showing the operation of the in-vehicle device control system and the in-vehicle device control device according to the 12th embodiment of the present invention.
- FIG. 21 is a block diagram showing a configuration of a vehicle equipment control device of an in-vehicle equipment control system according to a thirteenth embodiment of the present invention.
- FIG. 22 is a flowchart showing the operation of the portable terminal of the in-vehicle device control system according to the thirteenth embodiment of the present invention.
- FIG. 23 is a flowchart showing the operation of the in-vehicle device control system and the in-vehicle device control device according to the thirteenth embodiment of the present invention.
- FIG. 24 is a block diagram showing a configuration of an in-vehicle device control system and an in-vehicle device control device according to a 14th embodiment of the present invention.
- FIG. 25 is a flowchart showing the operation of the on-vehicle equipment control system and the on-vehicle equipment control device according to the fourteenth embodiment of the present invention.
- FIG. 26 is a block diagram showing a configuration of a vehicle-mounted device control system and a vehicle-mounted device control device according to a fifteenth embodiment of the present invention.
- FIG. 27 is a flowchart showing operations of the on-vehicle device control system and the on-vehicle device control device according to the fifteenth embodiment of the present invention.
- FIG. 28 is a block diagram showing a configuration of an in-vehicle device control system and an in-vehicle device control device according to a sixteenth embodiment of the present invention.
- FIG. 29 is a flowchart showing the operation of the in-vehicle device control system and the in-vehicle device control device according to the sixteenth embodiment of the present invention.
- FIG. 30 is a block diagram showing a configuration of an in-vehicle device control system and an in-vehicle device control device according to a seventeenth embodiment of the present invention.
- FIG. 31 is a flowchart showing the operation of the on-vehicle device control system and the on-vehicle device control device according to the seventeenth embodiment of the present invention.
- FIG. 32 is a block diagram showing a configuration of an in-vehicle device control system and an in-vehicle device control device according to an eighteenth embodiment of the present invention.
- FIG. 33 is a flowchart showing the operation of the in-vehicle device control system and the in-vehicle device control device according to the eighteenth embodiment of the present invention.
- FIG. 34 is a block diagram showing a configuration of a conventional in-vehicle device control system.
- FIG. 35 is a block diagram showing a configuration of a conventional in-vehicle device control system.
- FIGS. 1 to 33 an in-vehicle device control system according to an embodiment of the present invention will be described.
- the stem will be described.
- an on-vehicle device control system 100 includes an on-vehicle device control device 101 for controlling an on-vehicle device mounted on a vehicle; And a storage medium for storing user identification information including biological information indicating biological characteristics of a person who intends to use the information.
- the in-vehicle device control device 101 includes a biometric information acquisition unit that acquires biometric information indicating a biometric feature of a person who intends to use the in-vehicle device, and a biometric feature that indicates a biometric feature of a user who is permitted to use the vehicle.
- Storage means for storing the authorized user identification information including the information, the biometric information acquired by the biometric information acquisition means and the authorized user identification information stored in the storage means, and the on-board device based on the collation result.
- An authentication means 30 for authenticating a user who intends to use the vehicle as a user who is permitted to use the vehicle; a control means for controlling the in-vehicle device in response to a result of authentication by the authentication means 30; and a storage medium.
- reading means 20 for reading the user identification information stored in the storage device.
- the biometric information acquisition means includes a camera 10 for acquiring biometric information indicating biometric characteristics of a face of a person to be authenticated, that is, a person who intends to use an in-vehicle device.
- the storage medium includes an IC card (IntegratrateCircuit) card, and the reading means 20 reads biological information of a person who intends to use the vehicle-mounted device from the IC card.
- IC card IntegratrateCircuit
- the in-vehicle device includes a door lock control device 2 for controlling unlocking and locking of a vehicle door, and the control means controls the door lock control device 2 in response to a result of authentication by the authentication means 30. It has become.
- the authentication means 30 is provided with biometric information indicating the biometric characteristics of the face of the person who is permitted to unlock the base of the authentication, that is, biometric information indicating the biometric characteristics of the user who is permitted to use the vehicle.
- the storage unit 31 as storage means for storing authorized user identification information including the following information, and the biometric information indicating the biological characteristics of the face of the person who is permitted to unlock is registered and stored in the storage unit 31.
- the biometric information registration unit 32 to be deleted is compared with the biometric information read from the camera 10 or the IC card reading unit 20 against the biometric information stored in the storage unit 31 and unlocking is permitted.
- An authentication processing unit 33 for executing an authentication process of whether or not to authenticate a person.
- the authentication means 30 compares the biometric information obtained by the camera 10 with the authorized user identification information stored in the storage unit 31, and a person who intends to use the in-vehicle device based on the result of the comparison is a vehicle. It is designed to authenticate that the user is authorized for use. If the biometric information obtained by the camera 10 cannot be compared with the authorized user identification information stored in the storage unit 31, the authentication unit 30 reads the biometric information read from the IC card by the reading unit 20. The information is compared with the authorized user identification information stored in the storage unit 31, and based on the result of the comparison, a person who intends to use the vehicle-mounted device is authenticated as a user who is permitted to use the vehicle. It is like that.
- the biometric information registration unit 32 is configured to register biometric information indicating the biometric characteristics of the face of a person who is allowed to unlock the door in advance, that is, image data, in the storage unit 31.
- a person who is allowed to unlock the door has an IC card that stores biometric information that indicates the biometric features of his or her own face.
- the in-vehicle device control device includes reading means for reading the biological information stored in the IC card.
- the in-vehicle device control device may include reading means 20 for reading biological information stored in the electronic driving license.
- the door lock control device 2 detects whether or not the user has touched the vehicle's donubknob, and based on the detection result, the user unlocks the vehicle's door. If it is determined that the unlocking is requested, a use permission request signal (authentication trigger) is transmitted to the authentication means 30 so as to execute an authentication process as to whether or not to authenticate the unlocking person.
- a use permission request signal authentication trigger
- the authentication processing unit 33 of the authentication means 30 receives the use permission request signal from the door lock control device 2
- the authentication processing unit 33 transmits the biometric information of the person requesting the unlocking of the door. To obtain the information, a biometric information acquisition request signal is transmitted to the camera 10 (step S112).
- the camera 10 Upon receiving the biometric information acquisition request signal, the camera 10 images the face of the person requesting to unlock the door, and transmits the image data of the captured face to the authentication means 3 as biometric information. (Step S111).
- the camera 10 is set such that when a person touches the door knob of the vehicle or performs an action requesting unlocking of the door, the face image data can be captured well.
- the authentication processing unit 33 of the authentication means 30 acquires biometric information from the camera 10 and extracts characteristic parts such as eyes and nose from the acquired biometric information. In this process, it is determined whether or not the image data of the face is not clearly imaged due to the environment in which the face is imaged (weather, brightness, backlight, etc.) or the lens of the camera 10 being stained. It is determined whether the biometric information acquired from the camera 10 is biometric information that can be used for authentication (step S114).
- the authentication processing unit 33 analyzes the face direction and the like from the positional relationship of the extracted facial features, and stores the door stored in the storage unit 31. An authentication process is performed to calculate the degree of similarity with the biometric information of a person who is permitted to unlock (Step SI15), and the result of the determination as to whether the calculated degree of similarity is equal to or greater than a preset value is performed. Then, it is determined whether or not the authentication is normal (step S116).
- the person who is now requesting the door unlocking is the same as the person who permits the unlocking of the vehicle door stored in the storage unit 31. It is determined that they match (it is determined that the authentication is normal), and the use permission is transmitted to the door lock control device 2 (step S117).
- the door opening control device 2 determines that the unlocking has been permitted, and unlocks the vehicle door.
- the person who requests unlocking of the door does not match the person who permits unlocking of the vehicle door stored in the storage unit 31. Is determined (authentication is abnormal), and a denial of use is transmitted to the door lock control device 2 (step S118).
- the door opening control device 2 When the door opening control device 2 receives the refusal of use in response to the use permission request, it determines that the unlocking has been rejected and does not unlock the vehicle door.
- the authentication processing unit 33 sets the biometric information stored in the IC card. In order to acquire information, a biometric information acquisition request is transmitted to the IC card reading means 20 (step S119).
- the IC card reading means 20 Upon receiving the biometric information acquisition request, the IC card reading means 20 acquires biometric information from the connected or non-contact IC card, and transmits it to the authentication means 30 (step S120). Upon receiving the biometric information from the IC card reading means 20, the authentication processing section 33 of the authentication means 30 receives the received biometric information and the information of the person who permits the unlocking of the vehicle door stored in the storage section 31. The authentication processing for calculating the similarity with the biometric information is not performed (step S121), and it is determined whether the authentication is normal based on whether the calculated similarity is equal to or larger than a preset value (step S122). ).
- the person who is now requesting the door unlock is the same as the person who permits the unlocking of the vehicle door stored in the storage unit 31. It is determined that they match (it is determined that the authentication is normal), and the use permission is transmitted to the door lock control device 2 (step S123).
- the door lock control device 2 determines that the unlocking has been permitted, and unlocks the vehicle door.
- the person who requests unlocking of the door does not match the person who permits unlocking of the vehicle door stored in the storage unit 31. Is determined (authentication is abnormal), and a refusal of use is transmitted to the door lock control device 2 (step S124).
- the door opening control device 2 When the door opening control device 2 receives the refusal of use in response to the use permission request, it determines that the unlocking has been rejected and does not unlock the vehicle door.
- biometric information cannot be obtained from the camera 10 due to a failure of the camera 10 or the like
- authentication is performed using the biometric information stored in the IC card in the same manner as described above.
- the in-vehicle device control system and the in-vehicle device control device of the first embodiment of the present invention when the biometric information acquired by the camera 10 cannot be used for authentication, Since the biometric information stored in the IC card is acquired through the IC card reading means 20 and authentication is performed based on the acquired biometric information, environmental (weather, light, etc.) conditions and camera 10 Of the lens It is possible to remedy abnormalities in authentication due to dirt or failure of the force sensor 10, and to unlock the vehicle door only to those who have been registered in advance with high accuracy.
- biometric authentication is performed using biometric information indicating facial features as biometric information.
- biometric information indicating facial features as biometric information.
- the in-vehicle device control system may be configured to execute biometric authentication using biometric information indicating features such as fingerprints and voiceprints.
- an IC card is used as a storage medium for storing biological information.
- the present invention is not limited to the IC card.
- the in-vehicle device control system, the in-vehicle device control device, and the in-vehicle device control method according to the first embodiment of the present invention have been described, but the in-vehicle device control system and the in-vehicle device control device according to the present embodiment are as follows.
- the object of the present invention can also be achieved by replacing the in-vehicle device control system and the on-vehicle device control device of the second to eighteenth embodiments of the present invention described below.
- the configuration of the in-vehicle device control system 200 of the present embodiment is substantially the same as the configuration of the in-vehicle device control system 100 of the first embodiment.
- the same components as those of the system 100 are denoted by the same reference numerals, and description thereof is omitted.
- the on-vehicle device control system 200 of the present embodiment includes an engine start device 3 for controlling the start and stop of an engine mounted on a vehicle, and an on-vehicle device control device 201. ing.
- the in-vehicle device control device 201 performs an authentication process in response to a request from the engine start device 3 that controls the start and stop of the vehicle engine. Execute and return the executed result to the engine starter 3.
- the engine starter 3 controls the start and stop of the engine according to the result returned from the authentication processing section 33 of the authentication means 30. I will control it.
- the engine starting device 3 detects an operation of the engine starting switch or the like and determines that a person has requested the start of the vehicle engine, the engine starting device 3 performs the same operation as S111 in FIG. A use permission request is transmitted to the in-vehicle device controller 201.
- the in-vehicle device control device 201 first obtains biometric information by the camera 10 and uses the obtained biometric information for authentication, similarly to the operation of the in-vehicle device control system 100 of the first embodiment. Judgment is made as to whether or not the authentication is possible. If the authentication information can be used for authentication, authentication is performed based on the similarity between the acquired biometric information and the biometric information stored in the storage unit 31. Reply to engine starter 3. If authentication is abnormal, reject use to engine starter 3.
- the biometric information stored in the IC card is obtained by the IC card reading means 20 and stored in the obtained biometric information and the storage unit 31. Authentication is performed based on the degree of similarity with the biometric information, and if authentication is normal, use permission is returned to the engine starter 3. If authentication is abnormal, use rejection is returned to the engine starter 3.
- the engine starting device 3 starts the engine when receiving the use permission from the onboard device control device 201, and when receiving the refusal to use, starts the engine. Do not start.
- the in-vehicle device control system and the in-vehicle device control device according to the second embodiment of the present invention, when the biometric information acquired by the camera 10 cannot be used for authentication, Since authentication is performed based on the biometric information stored in the IC card obtained by the IC card reading means 20, the conditions of the environment (weather, light, etc.) and the contamination of the camera 10 lens and camera It is possible to remedy the abnormality of the authentication due to the failure of the vehicle 10 or the like, and to start the engine of the vehicle only to the registered person with high accuracy.
- the configuration of the in-vehicle device control system 300 according to the present embodiment is substantially the same as the configuration of the in-vehicle device control system 100 according to the first embodiment.
- the same components as those of the system 100 are denoted by the same reference numerals, and description thereof is omitted.
- the in-vehicle device control device 301 is controlled by a request from the in-vehicle telephone device 4 performing wireless telephone communication with the outside of the vehicle.
- the authentication processing section 33 of the authentication means 30 executes the authentication processing, and returns the execution result to the vehicle-mounted telephone device 4, and the vehicle-mounted telephone device 4 responds to the result returned from the vehicle-mounted device control device 301. To allow the use of car phone functions.
- the specific operation of the in-vehicle device control system 300 is as follows.
- a use permission request is transmitted to the authentication device 1 as in S111 of FIG.
- the authentication device 1 first obtains biometric information by the camera 10 and if the obtained biometric information can be used for authentication. 3 Perform authentication based on the similarity to the biometric information stored in 1. If authentication is successful, use permission is returned to vehicle-mounted telephone device 4. If authentication is abnormal, use rejection is returned to vehicle-mounted telephone device 4. I do.
- the biometric information stored in the IC card is acquired by the IC card reading means 20 and the acquired biometric information and the storage unit 3 are acquired. Authentication is performed based on the similarity to the biometric information stored in 1. If authentication is successful, use permission is returned to vehicle-mounted telephone device 4.If authentication is abnormal, use rejection is returned to vehicle-mounted telephone device 4. I do.
- the vehicle-mounted telephone device 4 turns on the power or performs a process requested by a key operation when receiving the use permission from the authentication device 1, and does not turn on the power or requests when the use rejection is received. Reject processing.
- the in-vehicle device control system and the in-vehicle device control device according to the third embodiment of the present invention when the biometric information acquired by the camera 10 cannot be used for authentication. , I.
- the configuration of the vehicle-mounted device control system 400 of the present embodiment is substantially the same as the configuration of the vehicle-mounted device control system 100 of the first embodiment.
- the same components as those of the embodiment are denoted by the same reference numerals, and description thereof is omitted.
- the authentication means 300 of the in-vehicle device control device 401 in response to a request from the in-vehicle audio device 5 which is an in-vehicle audio device.
- the authentication processing unit 33 performs authentication, returns a result to the in-vehicle audio device 5, and permits the in-vehicle audio device 5 to use the audio function based on the returned result.
- the in-vehicle audio device 5 detects power-on of the in-vehicle audio device 5 and a preset key operation of the in-vehicle audio device 5, and determines that a person has requested use of the in-vehicle audio device 5.
- a use permission request is transmitted to the authentication device 1 in the same manner as S111 in FIG.
- the authentication device 1 first obtains biometric information from the camera 10 and if the obtained biometric information can be used for authentication, the obtained biometric information and the storage unit 3 Authentication is performed based on the similarity with the biometric information stored in 1. If authentication is successful, use permission is returned to the in-vehicle audio device 5, and if authentication is abnormal, use rejection is returned to the in-vehicle audio device 5. c If the biometric information obtained by the camera 10 cannot be used for authentication, the biometric information stored in the IC card is obtained by the IC card reading means 20 and stored in the obtained biometric information and the storage unit 31. Authentication is performed based on the similarity to the biometric information that has been authenticated. If authentication is normal, use permission is returned to the in-vehicle audio device 5, and if authentication is abnormal, use rejection is returned to the in-vehicle audio device 5.
- the vehicle-mounted audio device 5 When the in-vehicle audio device 5 receives the use permission from the authentication device 1, the vehicle-mounted audio device 5 turns on the power or performs a process requested by a key operation, and refuses to use. If it receives no, it does not turn on the power or rejects the requested processing.
- the in-vehicle device control system and the in-vehicle device control device of the fourth embodiment of the present invention when the biometric information acquired by the camera 10 cannot be used for authentication, Since authentication is performed based on the biometric information stored in the IC card obtained by the IC card reading means 20, environmental (weather, light, etc.) conditions, contamination of the camera 10 lens, It is possible to remedy an abnormality in authentication due to a failure of the camera 10 or the like, and to allow only the registered person with high accuracy to use the in-vehicle audio device 5.
- the configuration of the in-vehicle device control system 500 according to the present embodiment is substantially the same as the configuration of the in-vehicle device control system 100 according to the first embodiment.
- the same components as those of the system 100 are denoted by the same reference numerals, and description thereof is omitted.
- the authentication processing unit of the authentication means 30 of the in-vehicle device control device 501 in response to a request from the combination meter device 6 3 3 performs authentication, returns a result to the combination meter device 6, and the combination meter device 6 starts operation of the combination meter device 6 based on the returned result.
- the combination meter device 6 transmits a use permission request to the on-vehicle device control device 501 as in S111 of FIG.
- the in-vehicle device control device 501 acquires the biometric information by the camera 10 first, similarly to the operation of the in-vehicle device control device 101 of the in-vehicle device control system 100 according to the first embodiment. If the acquired biometric information can be used for authentication, authentication is performed based on the similarity between the acquired biometric information and the biometric information stored in the storage unit 31. If the authentication is normal, the use permission is combined. It returns to the meter device 6 and, if the authentication is abnormal, returns the refusal of use to the combination meter device 6.
- the biometric information stored in the IC card is obtained by the IC card reading means 20 and stored in the obtained biometric information and the storage unit 31.
- the authentication is performed based on the similarity to the biometric information, and if the authentication is successful, the use permission is returned to the combination meter device 6. If the authentication is abnormal, the use is rejected to the combination meter device 6.
- the combination meter device 6 starts operation when receiving the use permission from the in-vehicle device control device 501, and does not operate when receiving the use rejection (as described above, the fifth embodiment of the present invention).
- the in-vehicle device control system and the in-vehicle device control device when the biometric information obtained by the camera 10 cannot be used for authentication, it is stored in the IC card obtained by the IC card reading means 20. Since authentication is performed based on the biometric information provided, abnormalities in authentication due to environmental (weather, light, etc.) conditions, dirt on the lens of the camera 10 or malfunction of the camera 10 can be relieved.
- the combination meter device 6 can be operated only by a person who has been registered in advance with high accuracy.
- the configuration of the in-vehicle device control system 600 of the present embodiment is substantially the same as the configuration of the in-vehicle device control system 100 of the first embodiment.
- the same components as those of the system 100 are denoted by the same reference numerals, and description thereof is omitted.
- an emergency call is made to the emergency call center, for example, when a collision occurs or when a driver's body becomes abnormal.
- the authentication processing unit 33 of the authentication means 30 of the in-vehicle device control device 601 performs authentication, returns the result to the emergency notification device 7, and the emergency notification device 7
- the operation of the emergency notification device 7 is started according to the result returned.
- the specific operation is as follows.
- the emergency notification device 7 is a sensor that detects that the driver is sitting in the driver's seat of the vehicle. When the detection is performed, a use permission request is transmitted to the in-vehicle device control device 601 similarly to S111 of FIG.
- the in-vehicle device control device 600 acquires the biometric information by the camera 10 first, similarly to the operation of the in-vehicle device control device 600 of the in-vehicle device control system 100 of the first embodiment. If the acquired biometric information can be used for authentication, authentication is performed based on the degree of similarity between the acquired biometric information and the biometric information stored in the storage unit 31. Reply to 7 If authentication is abnormal, refuse use is returned to emergency call device 7.
- the biometric information stored in the IC card is obtained by the IC card reading means 20 and the obtained biometric information and the stored biometric information are stored. Authentication is performed based on the similarity to the biometric information stored in section 31. If authentication is successful, use permission is returned to emergency notification device 7; if authentication is abnormal, use rejection is returned to emergency notification device 7 I do.
- Emergency call device 7 starts operation when it receives the use permission from authentication device 1. Start and receive a refusal to disable it.
- the in-vehicle device control system and the in-vehicle device control device according to the sixth embodiment of the present invention, when the biometric information acquired by the camera 10 cannot be used for authentication, Since authentication is performed based on the biometric information stored in the IC card acquired by the IC card reading means 20, the environmental (weather, light, etc.) conditions and the lens It is possible to remedy abnormalities in authentication due to dirt, malfunction of the camera 10 and the like, and to operate the emergency call device 7 only to those who have been registered in advance with high accuracy.
- the configuration of the vehicle-mounted device control system 700 according to the present embodiment is substantially the same as the configuration of the vehicle-mounted device control system 100 according to the first embodiment.
- the same components as those of the system 100 are denoted by the same reference numerals, and description thereof is omitted.
- the authentication processing of the authentication means 30 of the in-vehicle device control device 700 in response to a request from the road-to-vehicle communication device 8 The part 33 performs authentication, returns a result to the road-vehicle communication device 8, and starts the operation of the road-vehicle communication device 8 based on the returned result.
- the road-vehicle communication device 8 when the road-vehicle communication device 8 detects the start of the vehicle engine, it transmits a use permission request to the on-vehicle device control device 701, as in S111 in FIG. .
- the in-vehicle device control device 700 as in the operation of the in-vehicle device control device 101 of the in-vehicle device control system 100 of the first embodiment, first has a camera 10 If the acquired biometric information can be used for authentication, authentication is performed based on the similarity between the acquired biometric information and the biometric information stored in the storage unit 31. If so, the use permission is returned to the road-vehicle communication device 8. If the authentication is abnormal, the use rejection is returned to the road-vehicle communication device 8.
- the biometric information stored in the IC card is obtained by the IC card reading means 20 and the obtained biometric information and the stored biometric information are stored. Authentication is performed based on the similarity to the biological information stored in section 31. If authentication is successful, use permission is returned to road-to-vehicle communication device 8, and if authentication is abnormal, use is rejected. c road-to-vehicle communication device 8 to be returned to the apparatus 8, when you receive permission to use the vehicle-mounted device control unit 7 0 1 starts operation, upon receiving the use denial, so as not to operate.
- the in-vehicle device control system and the in-vehicle device control device of the seventh embodiment of the present invention when the biometric information acquired by the camera 10 cannot be used for authentication, Since authentication is performed based on the biometric information stored in the IC card acquired by the IC card reading means 20, the condition of the environment (weather, light, etc.) and the contamination of the lens It is possible to remedy an abnormality in authentication due to a failure of the camera 10 or the like, and to operate the roadside-to-vehicle communication device 8 on the vehicle only by a person who has been registered with high accuracy.
- the in-vehicle device control system 800 uses a mobile phone 802 as a mobile communication device, a lock 830 that can lock a vehicle door, and biometric information.
- An on-vehicle device control device 8101 provided with a locking / unlocking means 835 for unlocking the lock 8330.
- the mobile phone 8002 includes a video imaging unit 821 for obtaining a face image by capturing a face in order to obtain face data as biological information, and a face data obtained from the video imaging unit 821.
- storage means 822 for storing, and communication means 823 for transmitting the face data stored in the storage means 822 to the in-vehicle equipment control device 801.
- the video imaging means 8 21 a CCD camera integrally attached to the main body of the mobile phone 800 2 is used.
- the image pickup means 8 21 constitutes the biological information acquisition means of the present invention.
- the in-vehicle equipment control device 81 receives the lock 830 for locking and unlocking the vehicle door and the face data transmitted from the communication means 823 of the mobile phone 802.
- Communication means 831 and a CCD camera installed in the cabin are used to capture the operator trying to unlock the lock 830 outside the car and acquire face data as biological information
- the face data obtained in 2 is compared with the face data registered in the biometric information registration means 8 3 3 or the face data received in the communication means 8 3 1 and registered in the biometric information registration means 8 3 3 3
- Authentication judgment means 8 3 4 for making authentication judgment by comparing with face data, and face data obtained from any of these comparisons
- the identification code of the mobile phone for which the unlocking of the lock 830 has been permitted is also registered in the biometric information registration means 833 in advance.
- the operator who attempts to unlock the lock 830 for opening the door is imaged by the biometric information acquisition means 832 on the vehicle side.
- the face data is obtained, and the face data is output to the authentication determining means 834.
- the face data obtained from the biometric information obtaining means 832 and the operator's face obtained from the biometric information registering means 833 registered in advance so that unlocking is permitted are performed.
- the data is compared with the data to determine whether or not to authenticate. If it is determined that the operator is not a registered operator, the unlocking operation by the unlocking means 835 is not permitted. On the other hand, when it is determined that the operator is a registered operator, the lock 830 is unlocked by the unlocking means 835 so that the door can be opened.
- the in-vehicle device control system 800 cannot perform normal authentication using the biometric information acquisition means 832, that is, for example, when the door glass is severely contaminated if the backlight is strong at night.
- the unlocking process of the lock 830 is performed according to the flowchart shown in FIG. 10c.
- the face of the person using the image pickup means 8 Is imaged, face data as biological information is obtained, input to the storage means 822 (step S810), and stored in the storage means 822.
- the face data is transmitted from the communication means 8 23 to the communication means 8 31 of the vehicle, and the face data as biological information is transmitted from the mobile phone 8 02 to the on-board equipment control device 8 01. (Step S811).
- an identification code specifying the mobile phone 802 is also transmitted at the same time.
- the mobile phone In the in-vehicle device control device 801, when the face data and the identification code are received by the communication means 831, the mobile phone unlocks the lock in advance based on the received identification code. It is judged by the authentication judging means 834 whether or not the mobile phone is a permitted mobile phone (specific phone) (step S812). If it is determined that the received identification code is not the identification code of the specific telephone, the authentication judgment means 834 outputs an error signal to the notification means 836, and the error means such as a beep sound from the notification means 836. Is output (step S813).
- the authentication determining means 834 determines that the received identification code is for the specific telephone, then the unlocking of the lock 830 from outside the vehicle is refused. It is determined from the number of errors (error count) stored in the error counter 837 whether there is any error (step S814). In this process, the operator who is not permitted to unlock the lock 830 uses a high-speed processing device or the like and tries to unlock it many times. This is done to minimize the risk of unlocking.
- the authentication judging means 834 compares the face data received by the communication means 831 with the face data registered in the biometric information registering means 833. Then, the authentication operation is performed (step S815). Thus, it is determined whether or not the operator is the authorized person (step S816), and when the operator is confirmed, the unlocking signal is sent to the unlocking means 835. The output is output to unlock the vehicle's door lock 830 (step S817). Next, the error count in the error counter 837 due to an illegal unlocking operation is cleared to zero (step S818).
- the unlock request is memorized and stored as a history of unauthorized unlocking.
- the value is incremented (step S819) and stored in the error counter 837.
- the vehicle when the in-vehicle device control system 800 is functioning normally, the vehicle is controlled.
- An authentication operation is performed based on the face data obtained by the installed biometric information acquisition means 832, and the unlocking operator of the door lock 8330 is registered in the biometric information registration means 833 in advance.
- the door lock 830 can be unlocked by the locking / unlocking means 835 only when the operator is locked, so that the door lock 830 can be easily unlocked and is convenient.
- the image pickup means 821 of the mobile phone 8002 uses the authentication operation.
- the obtained face data is transmitted to the in-vehicle device control device 801 to authenticate the operator in the in-vehicle device control device 801. Only when the operator is registered in the biometric information registration means 833 in advance.
- the door lock 830 can be unlocked. Therefore, even if there is an abnormality in the biological information acquisition means 833 of the in-vehicle device control system 800, the image was obtained by imaging with the mobile phone 8002 registered in advance in the biological information registration means 833.
- authentication judgment means 8 3 Authentication by 4 and unlocking means 8 3 5 can unlock the door 8 3 It becomes possible.
- the biological information acquired by the image capturing means 8 21 as the biological information acquiring means, the biological information acquired by the biological information acquiring means 8 32, and the biological information registered by the biological information registering means 8 33 are the same type of biometric information as face data, so if the biometric information acquired by the video imaging means 8 21 as the biometric information acquisition means and the biometric information acquisition means 8 32 are different, As compared with the case where the authentication is performed, the amount of data to be registered by the biometric information registration means 833 is small, and the program for performing authentication by comparing with the authentication determination means 8334 is small.
- the biological information acquisition means 832 is installed in the vehicle interior, it may be installed outside the vehicle interior.
- step S821 after the unlocking from outside the vehicle is set to the rejected state, for example, a lock is inserted into the key cylinder to unlock, or a specific password is input. It is desirable to permit unlocking from outside the vehicle by a specific operation of the vehicle, and in this case, by storing in the storage unit or notifying the outside that the vehicle has been set to the rejected state. The history may be saved.
- the in-vehicle device control system 800 was applied to unlock the vehicle door lock 830, but instead of the door lock 830, or in addition to the engine hood, trunk hood lock, console box, etc. It may be applied to locks for vehicles, etc., and is not limited to locks for vehicles, but also for other fields such as locks for houses. May be applied to tablets.
- the unlocking permission may be made different for each lock.
- the number of persons who are allowed to unlock the console pots is limited to be less than the number of persons who are allowed to unlock the doors, the items stored in the console box are limited to the above. It is possible to keep it safer than when there is no security.
- the in-vehicle device control system 800 of the present embodiment the case where the in-vehicle device control device 8001 acquires biological information from the mobile phone 8002 has been described.
- a PDA or a communication device with a camera specially manufactured may be used.
- the in-vehicle device control device 8001 acquires biological information as biological information from the mobile phone 8002.
- a microphone or a fingerprint sensor may be used in addition to the image capturing means 8 21 in addition to the image capturing means 8 21, and in such a case, the biometric information is replaced with face data, or voice is added in addition to the face data. Data, fingerprint data, iris data, etc. may be used.
- the biological information acquiring means may be a microphone for acquiring voice
- the biological information of the microphone and the biological information registering means may be audio data.
- the recognition judging means compares the voice data with each other to make an authentication judgment.
- the biometric information acquisition means may be a fingerprint sensor for acquiring a fingerprint
- the biometric information of the fingerprint sensor and the biometric information registration means may be fingerprint data.
- the recognition determining means compares the fingerprint data with each other to make an authentication determination.
- the biological information acquisition means is a camera for capturing an image
- the biometric information of the biometric information registration means may be iris data.
- the recognition judgment means compares the iris data with each other for authentication judgment.
- the mobile phone 802 may be provided with an authentication unit and a biometric information storage unit separately from the authentication unit 8334 and the biometric information storage unit 833 of the in-vehicle device control device 81.
- the mobile phone 8002 acquires face data by capturing images and performs authentication.
- the lock 830 can be unlocked by the unlocking means 835.
- the in-vehicle device control system 900 includes storage means 9100 for storing authentication information for authenticating a user who is permitted to unlock a lock provided in the vehicle.
- a registration / deletion unit 911 for registering new authentication information in the storage unit 910 and at least one of deleting authentication information stored in the storage unit 910;
- Identification information acquiring means 912 for acquiring biometric information indicating a biological characteristic of a person who intends to use, and authentication information input by the identification information acquiring means 912 stored in the storage means 910 for authentication.
- Authentication means 913 for performing authentication based on the information, and control means 9 for unlocking the lock when the authentication information input by the identification information obtaining means 912 is authenticated by the authentication means 913 14 and the authentication information input by the identification information acquisition means 9 1 2
- the authentication information report that notifies the authentication information registered by the registration deletion means 9 11 1 and the information about the deleted authentication information. It has the knowledge means 9 15.
- the lock provided on the vehicle means a door lock that locks the door that allows the user of the vehicle to enter and exit the vehicle, a lock that locks the bonnet-trunk lid, and the opening / closing part of the console pox / glove box. Including locks, etc., door locks are described below as an example.
- the authentication information includes biological information.
- This biometric information includes one or more pieces of information obtained from a user's fingerprint, palm print, retina, iris, voice print, ear, hand vein, face, and the like.
- the identification information acquiring means 9 12 is constituted by a biological sensor for acquiring biological information of a user of the vehicle.
- the storage means 9110 is constituted by a non-volatile storage medium, and stores authentication information for authenticating a user who is permitted to unlock the door.
- the in-vehicle equipment control system 900 is designed to prevent the use of each in-vehicle equipment mounted on the vehicle from unauthorized use.
- Prohibition means 9 16 may be further provided.
- the storage means 910 stores, for each vehicle-mounted device, authentication information for authenticating a user who is permitted to use the vehicle-mounted device mounted on the vehicle.
- on-vehicle equipment includes engine operation permitting equipment that permits the operation of the vehicle's engine, on-vehicle telephones, on-vehicle audio equipment, combination meters, emergency call equipment, road-to-vehicle communication equipment used for automatic toll collection systems, etc. And car navigation equipment.
- the storage unit 9110 stores in advance authentication information that is prohibited from being deleted by the registration deletion unit 911.
- the vehicle owner authentication information may be registered or deleted by the vehicle owner in the vehicle.
- the registration / deletion means 911 registers new authentication information in the storage means 910 or stores the authentication information stored in the storage means 910 via a liquid crystal display device with a touch panel mounted on the vehicle. If the on-board equipment control system 900 is mounted on a vehicle and the identification information acquisition means 912 is always waiting for the input of biometric information, the standby power Waste of money. For this reason, as shown in FIG. 11, the on-vehicle device unlocking system 900 is provided with an input means 917 for inputting an operation signal for operating the identification information obtaining means 912 to the user of the vehicle. You may want to prepare further.
- the identification information acquiring means 912 is used only for a predetermined time from when the operation signal is input by the input means 917. Get it working.
- the authentication means 913 is stored in the storage means 910, and is inputted by the authentication information and the identification information obtaining means 912 for authenticating the user who is permitted to unlock the door lock.
- the authentication information is compared with the authentication information, and based on whether or not there is authentication information equal to the authentication information input by the identification information obtaining means 9 12, the authentication information input by the identification information obtaining means 9 12 is valid. It is designed to authenticate whether or not it is. If the authentication information input by the identification information acquisition means 912 is authenticated by the authentication means 913, the control means 914 unlocks the vehicle. I have.
- the authentication means 9 13 is stored in the storage means 9 10
- the authentication information for authenticating the user who is permitted to use the mounted device is compared with the authentication information input by the identification information obtaining means 912, and the authentication information input by the identification information obtaining means 912 Based on whether or not there is authentication information equal to or not, the authentication information input by the identification information acquisition means 912 is authenticated as to whether or not the use of the respective in-vehicle devices is permitted. I'm wearing If the authentication information input by the identification information acquisition means 912 is authenticated by the authentication means 913 as not valid for the user using each in-vehicle device, the in-vehicle device use prohibition means 9 16 has been activated to prohibit the use of in-vehicle devices that have not been certified.
- the authentication information notifying means 915 includes at least one of the above-described liquid crystal display device ⁇ speed device and light emitting device, and relates to the authentication information registered by the registration deleting means 911 and the authentication information deleted. Information is reported through images, text, voice, or light.
- the information notified by the authentication information notifying means 9 15 includes user identification information including the name and identification number registered together with the authentication information, and date and time information indicating the date and time when the authentication information was registered or deleted.
- user identification information including the name and identification number registered together with the authentication information, and date and time information indicating the date and time when the authentication information was registered or deleted.
- the image and the like captured by the identification information acquiring means 912 are included.
- the user identification information is input by the user of the vehicle by the registration deletion means 911 together with the authentication information and is registered in the storage means 910.
- the information notified by the authentication information notifying unit 915 may be related to all the authentication information stored in the storage unit 910.
- the registration / deletion means 911 is constituted by a light-emitting device
- the registration / deletion means 911 notifies, by emitting light, that the authentication information has been registered or deleted by the registration / deletion means 911. It is configured as follows.
- the notification by the authentication information notifying means 9 15 may be performed only when the user's authentication information is authenticated as the vehicle owner's authentication information.
- the registration may be performed a predetermined number of times only when the authentication information of the user is authenticated as the authentication information of the vehicle owner from the time of registration or deletion by the user.
- step S910 when an activation signal is input by the user of the vehicle via the input means 917 (step S910), the identification information acquisition means 912 is activated (step S920).
- the authentication means 913 determines whether or not the authentication information is for authenticating the user (step S904). If the authentication information has not been input to the identification information acquiring means 912 after a predetermined time has elapsed after the operation of the identification information acquiring means 912, the in-vehicle equipment control system 900 performs the processing. Stop (step S905).
- the in-vehicle device control system 900 stops the process.
- the door lock is controlled.
- the means is unlocked by the means 914 (step S906), and the information on the authentication information registered and deleted by the registration / deletion means 911 is notified (step S907).
- the authentication means 913 determines whether the authentication information input to the identification information acquisition means 912 is authentication information for authenticating a user who is permitted to use the in-vehicle device ( Step S908).
- the authentication information input to the identification information acquisition means 9 12 is authentication information for authenticating a user who is permitted to use the in-vehicle device. Use of the corresponding in-vehicle device is permitted. (Step S909).
- step S910 If it is determined that the authentication information input to the identification information acquisition means 9 12 is not authentication information for authenticating a user who is permitted to use the in-vehicle device, use the corresponding in-vehicle device. Is prohibited by the vehicle equipment use prohibition means 16 (step S910).
- step S908 to step S910 perform the authentication. Repeat as many times as the number of devices.
- the vehicle-mounted device control device 900 is registered or deleted by a properly authenticated user.
- the configuration of the vehicle-mounted device unlocking system 100 according to the tenth embodiment of the present invention is substantially the same as the configuration of the vehicle-mounted device unlocking system 900 according to the ninth embodiment of the present invention.
- the vehicle-mounted device according to the ninth embodiment of the present invention The same components as those of the unlocking system 900 are denoted by the same reference numerals, and description thereof will be omitted.
- the in-vehicle device control system 1000 includes a storage unit 910, a registration deletion unit 911, an authentication unit 913, a control unit 914, and an authentication information notification. Means 9 15.
- the in-vehicle device control system 100 further includes authentication information input means 102 for allowing a user of the vehicle to input authentication information.
- the on-board equipment control system 1000 is configured to input the biological information to the vehicle user by inputting the biological information and the biological information input by the biological information input means 103. It further includes a portable terminal 130 having a biometric information transmitting means 103 for transmitting to the authentication information input means 102.
- the mobile terminal 103 is configured by a communication device such as a mobile phone.
- the input of the authentication information by the authentication information input means 102 is performed by receiving the authentication information including the biometric information transmitted by the biometric information transmitting means 103 of the portable terminal 103. ing.
- the on-vehicle device control system 1000 is similar to the configuration of the on-vehicle device control system 900 according to the ninth embodiment of the present invention. 7 may be provided.
- step S 102 when an activation signal is input by the user of the vehicle via the input means 9 17 (step S 102), the authentication information input means 102 is activated (step S 102 1). ).
- step S 1 0 2 2 when the vehicle user inputs biometric information via the biometric information input means 103 of the portable terminal 103 (step S 1 0 2 2), the authentication information including the input biometric information is transmitted to the authentication information input means 1 0 2 2 by the biometric information transmitting means 1 0 3 2 of the portable terminal 1 0 3 0 (step S 1 0 2) 3).
- the authentication means 913 determines whether the received authentication information is authentication information for authenticating a user who is permitted to unlock the door lock (step S1025) ). Note that if no authentication information is received by the authentication information input means 1022 even after a predetermined time has elapsed after the activation of the authentication information input means 102, the in-vehicle equipment control system 100002. Stops the process (step S1026).
- the in-vehicle device control system 1 00 0 stops processing.
- the door lock is activated. The unlocking is performed by the control means 914 (step S1027), and the information on the authentication information registered by the registration deleting means 911 and the information on the deleted authentication information are notified (step S1028). .
- the authentication unit 913 determines whether the authentication information received by the authentication information input unit 102 is authentication information for authenticating a user who is permitted to use the onboard device. (Step S1029).
- the authentication information received by the authentication information input means 102 is authentication information for authenticating a user who is permitted to use the vehicle-mounted device.
- the use of the corresponding in-vehicle device is permitted (step S1030).
- step S 1031 if it is determined that the authentication information received by the authentication information input means 102 is not authentication information for authenticating a user who is permitted to use the on-board device, the corresponding on-board device is used. Are prohibited by the vehicle equipment use prohibition means 9 16 (step S 1031).
- Steps S1029 to S1029 are performed.
- the process up to 0 3 1 is repeated as many times as the number of onboard devices that perform authentication.
- the authentication information including the biological information input by the mobile terminal 103 is used.
- the in-vehicle device control system 1000 with authentication information notifying means 915 for notifying a properly authenticated user of information on registered or deleted authentication information, the use of vehicles can be improved. It is possible to notify the authorized user of the vehicle that the authentication information has been illegally registered or deleted by an unauthorized person.
- the configuration of the vehicle-mounted device unlocking system 110 according to the eleventh embodiment of the present invention is substantially the same as the configuration of the vehicle-mounted device unlocking system 900 according to the ninth embodiment of the present invention.
- the same components as those of the vehicle-mounted device unlocking system 900 according to the ninth embodiment of the present invention are denoted by the same reference numerals, and description thereof will be omitted.
- the in-vehicle device control system 1100 has storage means 9 10; registration / deletion means 9 1 1; authentication information input means 1 1 4 2 for allowing a vehicle user to input authentication information; authentication means 1 1 1 3; control means 9 1 4; authentication information notification means 9 1 and 5 are provided.
- in-vehicle device unlocking system In addition, in-vehicle device unlocking system
- 1100 further has an IC card 1150 in which authentication information is stored.
- the input of the authentication information by the authentication information input means 114 is performed by receiving the authentication information transmitted by the IC card 115.
- the IC card 1150 may be constituted by a non-contact type IC card.
- the authentication information input means 1 142 transmits an electromagnetic wave to supply driving power to the IC card 115, and the IC card 115 driven by the transmitted electromagnetic wave It is configured to transmit the stored authentication information to the authentication information input means 1 1 4 2.
- the IC card 1150 may be constituted by a driver's license. This allows the authentication information to include information about the driver's license, such as a grant number.
- on-vehicle device unlocking system 110 is similar to the on-vehicle device unlocking system 900 according to the ninth embodiment of the present invention. May be further provided.
- step S114 when an activation signal is input by the user of the vehicle via the input means 917 (step S114), the authentication information input means 1142 is activated (step S114). ).
- the user of the vehicle authenticates via the authentication information input means 1 1 4 2
- the information is received from the IC card 1150 (step S1142)
- it is determined whether or not the received authentication information is authentication information for authenticating a user who is permitted to unlock the door lock. Is determined by the authentication means 913 (step S1143). Note that if no authentication information is received by the authentication information input means 1142 even after a predetermined time has elapsed after the authentication information input means 1142 has been activated, the in-vehicle device control system 110100 will be activated. Then, the processing is stopped (step S114).
- the in-vehicle device control system 1100 stops the process. On the other hand, if it is determined that the authentication information received by the authentication information input means 1 1 4 2 is authentication information for authenticating a user who is permitted to unlock the door lock, the door lock is determined. Is unlocked by the control means 914 (step S114), and the authentication information registered by the registration and deletion means 911 and information about the deleted authentication information are notified (step S11). 4 6).
- the authentication unit 913 determines whether the authentication information received by the authentication information input unit 1 1 4 2 is authentication information for authenticating a user who is permitted to use the on-board device. (Step S 1 1 4 7).
- the authentication information received by the authentication information input means 1 1 4 2 is determined to be authentication information for authenticating a user who is permitted to use the in-vehicle device, use of the corresponding in-vehicle device is permitted (Steps S 1 1 4 8).
- the authentication information received by the authentication information input means 1 1 4 2 is not authentication information for authenticating a user who is permitted to use the on-board device.
- the use of the corresponding on-vehicle device is prohibited by the on-vehicle device use prohibition means 1 1 16 (step S 1 1 4 9).
- step S114 when user authentication is performed for each of a plurality of in-vehicle devices, the processing from step S114 to step S1149 is performed. This is repeated for the number of in-vehicle devices that perform authentication.
- the in-vehicle device control system 1100 of the first embodiment of the present invention uses the authentication information stored in the IC card 1150 A person who is not permitted to use the vehicle by providing an authentication information notification means 915 that notifies the authorized user of information on the registered or deleted authentication information in 1100 With this, it is possible to notify the authorized user of the vehicle that the authentication information has been registered or deleted improperly.
- the on-vehicle equipment control system 1 200 includes an on-vehicle equipment control apparatus 1 202 that controls the on-board equipment 1 210 provided in the vehicle, and an on-board equipment control apparatus 1 2 0 2 And a mobile phone 1203 constituting a mobile terminal that communicates with the mobile phone.
- the mobile phone 1203 includes a storage means 1204 for preliminarily storing use permitter information for identifying a user who is permitted to use the vehicle, and an IC in which user identification information for identifying the user is stored. Reading means for reading the user identification information from the card, authentication means for authenticating the user identification information based on the authorized user information and the user identification information, and authentication means for the authentication means. And a transmission means 1207 for transmitting the authentication result authenticated by the authentication unit 6.
- the in-vehicle device 1 210 is an unlocking device that locks a door for a user of the vehicle to enter or exit the vehicle.
- the unlocking device is a bonnet or trunk trunk.
- the lock may be unlocked, or the lock of the console box or glove box may be unlocked.
- the on-board equipment control device 122 constituting the on-vehicle equipment control system 122 has reading means for reading user identification information stored in an IC card. When the reading means included in the mobile phone cannot read, the reading means included in the mobile phone is operated. For this reason, it is assumed that the reading means included in the in-vehicle equipment control device 122 and the reading means 125 included in the mobile phone 1203 do not operate in parallel.
- the storage means 124 is composed of a non-volatile storage medium, and stores in advance use permitter information for identifying a user.
- the storage means 124 may store a plurality of authorized user information.
- the reading means 125 reads the user identification information from the IC card storing the user identification information.
- the IC card includes a contactless IC, and may constitute a driver's license.
- the authentication means 122 authenticates the user identification information based on the authorized user information stored in the storage means 124 and the user identification information stored in the IC card. That is, the authorized user information is compared with the user identification information, and if the authorized user information and the user identification information match, the user is authenticated as a valid user.
- the transmitting means 127 transmits the authentication result authenticated by the authenticating means 122 and the telephone number constituting the identifier of the mobile phone 123. Note that the authentication result includes the authentication result and the authentic user. ⁇ ⁇ Includes authentication results that are not valid users.
- the transmitting means 1207 transmits user identification information when transmitting an authentication result that is not a valid user.
- the in-vehicle device control device 1202 includes a receiving device 1208 that receives the authentication result transmitted by the transmitting device 1207, and an in-vehicle device 1 based on the authentication result received by the receiving device 1208. And control means for controlling 210.
- the receiving means 1208 has a reception-permitted telephone number set to allow reception, and has been transmitted by the transmission means 1207 of the mobile phone 1203 having a telephone number that matches the reception-permitted telephone number. Only the authentication result is received.
- the control means 1209 increments the error count stored in the storage means 122, which will be described later. Is to be set. Further, when the error count exceeds a certain value, the control means 1209 sets a refusal state in which the unlocking device constituting the onboard device 1210 does not unlock the door lock. ing.
- the control means 1209 controls the in-vehicle device 1210 based on the authentication result received by the receiving means 1208 when the state is not the rejection state.
- the unlocking device constituting the on-board device 1 210 controls the door lock to be unlocked, while in the case of the authentication result that is not a valid user, The unlocking device that makes up the on-board equipment 1 210 does not unlock the door lock.
- the in-vehicle device control device 122 outputs the error means indicating that the vehicle is in a rejected state, the output means 1221, and the authentication result that is not a valid user.
- the output means 1 211 outputs an error notification by a tape sound or the like when a rejection state occurs.
- the storage means 1 212 stores the number of times that the authentication result that is not a valid user has been received by the receiving means 128, that is, an error count.
- the receiving means 122 is not a valid user. If the authentication result is received, the error count is incremented by the control means 1209.
- step S12201 it is determined whether the IC card owned by the vehicle user has read the user identification information by the reading means 125.
- the user identification information is input to the authentication means 122, while when the reading is not performed, the user enters a waiting state.
- the authentication unit 122 performs authentication based on the user identification information read by the reading unit 125 and the authorized user information stored in the storage unit 124 (Step S).
- step S122 it is determined whether the user is a valid user.
- the transmitting means 1207 transmits the authentication result of the valid user (step S1204), On the other hand, when it is determined that the user is not a valid user by the authentication means 1206, the authentication result which is not a valid user is transmitted by the transmission means 1207 (step S1205).
- the authentication result is received by the receiving means 128. It is determined whether or not the authentication has been received (step S1210), and if it is determined that the authentication result has not been received, a wait state is set. On the other hand, if it is determined that the authentication result has been received by the
- step S12211 It is determined whether or not it is in the rejected state by 1209 (step S12211). If it is determined that the state is the rejected state, an error notification is output by the output means 1 2 1 1. (Step S 1 2 1 5). On the other hand, if it is determined that the user is not in the rejected state, the control means 1209 determines whether or not the user has been authenticated (step S1212), and the valid user If it is determined that the door lock has been authenticated, the unlocking device constituting the in-vehicle device 1 210 unlocks the door lock (step S 12 13), and the storage means 1 2 1 2 Is cleared (step S 1).
- step S122 determines whether or not the error count stored in the storage means 1 212 is equal to or more than a certain value (step S 1217), and determines that the error count is not less than a certain value. If the error is detected, it is rejected (step S122), while if it is determined that the error force is not equal to or more than the predetermined value, the on-vehicle device control system 1200 ends the operation. I do.
- the on-vehicle device 1 210 is a release device.
- the on-vehicle device 1 210 power engine operating device, on-vehicle telephone, audio device, It may be a combination meter, an emergency call device, and a road-vehicle communication device.
- the engine operating device operates the vehicle engine, and is controlled by the control means 1209 based on the authentication result. That is, when the authentication result received by the receiving means 122 is an authentication result of a valid user, the control means 1209 controls the engine operating device to permit the operation of the vehicle engine. I'm going to do it.
- the in-vehicle telephone is a telephone provided in the vehicle, and is controlled by the control means 1209 based on the authentication result. That is, when the authentication result received by the receiving means 122 is an authentication result of a valid user, the control means 1209 controls the on-vehicle telephone so as to permit use of the on-vehicle telephone. It has become.
- the audio device is controlled by the control means 1209 based on the authentication result. That is, when the authentication result received by the receiving means 128 is an authentication result of a valid user, the control means 1209 controls the audio device to permit use of the audio device. It has become.
- the combination meter is controlled by the control means 1209 based on the authentication result. That is, when the authentication result received by the receiving means 122 is an authentication result of a valid user, the control means 1209 controls the combination meter to permit the use of the combination meter. I'm going to do it.
- the emergency call device is for making an emergency call in an emergency such as a vehicle accident, and is controlled by the control means 1209 based on the authentication result. That is, if the authentication result received by the receiving means 122 is an authentication result of a valid user, the control means 1229 sets the emergency notification device so as to permit use of the emergency notification device. Is controlled.
- Road-to-vehicle communication devices use wireless communication to collect tolls on toll roads such as expressways.
- ETC on-board equipment automated toll collection equipment
- ETC Electronic Toll Co-Electron System, also called “ETC”
- control means 1209 sets the road-vehicle communication to permit use of the road-vehicle communication device. Controls the equipment.
- the above-described storage means 124 may store the user identification information read by the reading means 125.
- the storage means 1 204 is configured to discard the user identification information after a certain period of time has elapsed, and to prevent unauthorized use by a third party.
- the user identification information stored in the IC card is read by the mobile phone 1203. Since authentication is performed and the in-vehicle device is controlled based on the authentication result, the in-vehicle device installed in the vehicle is controlled even if the information on the IC card cannot be read normally. Can be.
- the in-vehicle device 120 provided in the vehicle without always carrying the IC card.
- the in-vehicle equipment control system 1300 is composed of an on-vehicle equipment control device 1 32 2 that controls the on-board equipment 1 330 mounted on the vehicle, and an on-vehicle equipment control device 1 3 2 2 Mobile phones that make up mobile terminals that communicate with And three.
- the mobile phone 1 3 2 3 stores user identification information that identifies the user.
- the reading means 1324 for reading the user identification information from the C card, and a transmission means 1325 for transmitting the user identification information read by the reading means 1324.
- the vehicle equipment control device 1 3 2 2 that constitutes the on-board equipment control system 1300 has a reading means for reading the user identification information stored in the IC card.
- the reading means of the portable telephone 1 3 2 2 cannot be read, the reading means 1 3 2 4 of the mobile phone 1 3 2 3 is operated. For this reason, the reading means of the in-vehicle equipment control device 1 3 2 2 and the reading means 1 3 of the mobile phone 1 3 2 3
- the reading means 1324 reads the user identification information from the IC card storing the user identification information.
- the IC card includes a contactless IC, and may constitute a driver's license.
- the transmitting means 13 25 transmits the user identification information read by the reading means 13 24 and the telephone number constituting the identifier of the mobile phone 13 23.
- the in-vehicle device control device 1 3 2 2 includes a storage unit 1 3 2 8 for storing in advance authorized user information for identifying a user who is permitted to use the vehicle, and a user transmitted by the transmitting unit 1 3 2 5 Reception means 1 3 2 6 for receiving identification information, authentication means 1 3 2 7 for authenticating user identification information based on authorized user information and user identification information, and authentication result of authentication means 1 3 2 7 And control means 1329 for controlling the in-vehicle device 1330 based on the information.
- the on-board equipment 1 3 3 0 is the door for the vehicle user
- the unlocking device is an unlocking device that unlocks a door lock. It may be the one that unlocks the lock.
- the storage means 1328 is constituted by a non-volatile storage medium, and stores in advance use permitter information for identifying a user. A plurality of authorized user information may be stored in the storage means 1328.
- the receiving means 1 3 2 6 is set with a reception-permitted telephone number that permits reception, and is transmitted by the transmission means 1 3 2 5 of the mobile phone 1 3 2 3 having a telephone number that matches the reception-permitted telephone number. Only user identification information is received.
- the authentication means 1327 authenticates the user identification information based on the authorized user information stored in the storage means 1328 and the user identification information received by the reception means 1326. Swelling. That is, the authorized user information is compared with the user identification information, and if the authorized user information and the user identification information match, the user is authenticated as a valid user.
- the control means 1329 causes the error count stored in the storage means 13228 to be incremented when an authentication result that is not a valid user is authenticated by the authentication means 1327. It has become. Further, the control means 1329 sets the unlocking device constituting the on-board device 1330 to a state in which the unlocking device does not unlock the door lock when the error count exceeds a certain value. I'm sorry.
- the control means 1329 controls the in-vehicle device 1330 based on the authentication result authenticated by the authentication means 1327 when it is not in the rejected state, and is a valid user. In the case of the authentication result, control is performed so that the unlocking device constituting the on-board device 133 unlocks the door lock.
- the unlocking device constituting the on-board device 1330 does not unlock the door lock.
- the authentication result includes an authentication result that is a valid user and an authentication result that is not a valid user.
- the in-vehicle device control device 1322 further includes an output unit 13331 that outputs an error notification indicating that the vehicle is in the rejected state.
- the output means 1331 outputs an error notification by a tape sound or the like when a rejection state occurs.
- the storage means 1328 stores user identification information when the authentication means 1327 detects that the user is not a valid user. The number of times that an authentication result that is not a valid user is received by the receiving means 1326, that is, an error count is stored, and the authentication result that is not a valid user is received by the receiving means 1326. In this case, the error force is incremented by the control means 1329.
- step S 1320 it is determined whether the IC card owned by the vehicle user has read the user identification information by the reading means 1324 (step S 1320). If it is determined that the image data is read by the reading means 1324, the user identification information is transmitted by the transmitting means 1325 (step S1321), while the reading means 1324 is used. If it is determined that the document has not been read, the device enters a waiting state.
- Step S1330 it is determined whether the user identification information transmitted by the transmitting means 13 25 is received by the receiving means 13 26.
- the control means 1329 determines whether or not it is in the rejected state (Step S1330). 3 31) On the other hand, if it is not determined that the data has been received by the receiving means 13 26, the state is a waiting state. If the control means 1329 determines that the state is the rejection state, the output means 1331 outputs an error notification (step S1336), while it is determined that the state is not the rejection state.
- authentication is performed by the authentication means 1327 based on the user identification information and the authorized user information (step S1332).
- the control means 1329 determines whether or not the user is a legitimate user (step S1333). If the user is determined to be a legitimate user, the in-vehicle device 1330 is configured. The unlocking device unlocks the door lock (step S1334), and the error count stored in the storage means 1328 is cleared by the control means 1329 (step S133). S 1 3 3 5) On the other hand, if it is determined that the user is a legitimate user, the error force stored in the storage means 13 28 is incremented by the control means 13 29. (Step S1 3 3 7).
- control means 1329 determines whether or not the error count stored in the storage means 1328 is equal to or more than a certain value (step S1338), and determines that the error count is not less than a certain value. In this case, the rejection state is set by the control means 1329 (step S1339). On the other hand, if it is determined that the error count is not equal to or more than the predetermined value, the in-vehicle device control system 1321 End the operation.
- the on-board device 133 0 is a release device. It may be an inter-vehicle communication device.
- Engine operating device is for operating a vehicle engine, t are controlled by the control unit 1 3 2 9 based on the authentication result that is, the control unit 1 3 2 9, the authentication unit 1
- the engine operating device is controlled to permit the operation of the vehicle engine.
- the in-vehicle telephone is a telephone provided in a vehicle, and is controlled by the control means 1329 based on the authentication result. That is, the control means 1329 controls the in-vehicle telephone to permit use of the in-vehicle telephone when the authentication result authenticated by the authentication means 1327 is an authentication result of a valid user. It has become.
- the audio device is controlled by the control means 1329 based on the authentication result. That is, the control unit 1329 controls the audio device to permit use of the audio device when the authentication result authenticated by the authentication unit 1327 is an authentication result of a valid user. It has become.
- the combination meter is controlled by the control means 1329 based on the authentication result. That is, the control means 1329 sets the combination meter to permit the use of the combination meter when the authentication result authenticated by the authentication means 1327 is an authentication result of a valid user. You are in control.
- the emergency call device is for making an emergency call in the event of an emergency such as a vehicle accident, and is controlled by the control means 1329 based on the authentication result. That is, if the authentication result authenticated by the authentication means 1327 is an authentication result of a valid user, the control means 1329 causes the emergency notification device to permit use of the emergency notification device. Come to control ing.
- Road-to-vehicle communication equipment is an on-board ETC device used in an automatic toll collection system (Electronic Toll Co llection System, also referred to as “ET Cj”) that collects tolls on expressways and the like by wireless communication.
- the control means 1329 is based on the authentication result, that is, the control means 1329 is an authentication means 1327. If the authentication result authenticated by is a valid user, the road-vehicle communication device is controlled to permit use of the road-vehicle communication device.
- the user identification information received from the mobile phone 1323 is authenticated. Since the onboard equipment 1330 is controlled based on the authentication result, the onboard equipment 1330 provided in the vehicle must be controlled even if the information on the IC card cannot be read normally. Can be. Also, by storing the information of the IC card in the mobile phone, it is possible to control the on-board equipment provided in the vehicle without always carrying the IC card.
- the in-vehicle device control system 1400 is connected to an electronic key 1441 and an in-vehicle telephone device (not shown), and controls the in-vehicle device 14 to control the in-vehicle device. 0 and 2.
- the electronic key 1401 is used for the first communication means 1443 for communicating with the on-board equipment control device 1442, the authentication information for authenticating the user, and when the user uses the on-board telephone device.
- Information related to the user's in-vehicle telephone device (hereinafter simply It is called talk management information. ) Is provided with personal information storage / reproduction means 1444 for storing and reproducing the information.
- the on-vehicle equipment control device 1442 comprises: a second communication means 1445 for communicating with the electronic key 144; It comprises authentication means 14406 for authenticating information, and equipment control means 14407 for controlling the in-vehicle telephone device based on personal information when operating the in-vehicle telephone device after successful authentication. You.
- the authentication information for authenticating a user is, for example, an ID (Identification) number assigned to each user to identify the user. It is stored in a memory provided in advance.
- the telephone management information includes, for example, telephone directory data, outgoing call history data, incoming call history data, and the like created by the user.
- the first communication means 1443 and the second communication means 14405 each include, for example, a transmission / reception circuit, an antenna, and the like, so that bidirectional communication can be performed by infrared rays, radio waves, or the like.
- the authentication means 1406 is constituted by a CPU, a semiconductor memory, and the like, and compares the authentication information obtained from the electronic key 1401 with authentication information stored in advance in the semiconductor memory, thereby obtaining an electronic key. The authentication information obtained from 1401 is authenticated.
- the personal information storage / reproduction means 14404 is authentication information for authenticating a user, for example, an authentication information storage section 144a for storing an ID number, and a telephone management information storage section 1 for storing telephone management information. 4 0 4 b.
- the personal information storage / reproduction means 144 is composed of a CPU, a semiconductor memory, and the like.- Authentication information and telephone management information are transmitted / received to / from the device control device 144 through the first communication means 144. I'm going to do it.
- the 4a and the telephone management information storage unit 144b are composed of, for example, a semiconductor memory.
- the device control means 14407 includes a telephone control section 1447a for controlling the vehicle-mounted telephone device based on the telephone management information when the user uses the vehicle-mounted telephone device, and a telephone management device for storing the telephone management information.
- the device control means 14407 is provided with a CPU, a semiconductor memory, an information input / output section, and the like, and is provided via a second communication means 14405.
- the telephone management information is transmitted / received to / from the electronic key 1401. Therefore, since telephone management information is transmitted and received by bidirectional communication using the CPU and semiconductor memory provided in the personal information storage / reproduction means 144 and the device control means 1447, the electronic key 14
- the in-vehicle telephone device operates by the cooperative control of the device control device 0 1 and the device control device 1 402.
- the telephone management information storage unit 1447b is configured by, for example, a semiconductor memory.
- the user can edit the telephone management information stored in the telephone management information storage unit 144 b by operating the information input / output unit (not shown) of the device control unit 144. It has become.
- the on-vehicle device control system 140 may have a configuration related to, for example, locking and unlocking of a vehicle door, starting and stopping of an engine, and the like. Good. Further, the devices connected to the device control device 1442 are not limited to the devices mounted on the vehicle. For example, the on-vehicle device control system 140 of the present embodiment may be configured to control the operation of devices such as a home telephone device, a television, and a stereo.
- the electronic key 1401 is not limited to a key used in a vehicle, and may be, for example, a key used in a door of a house, a safe, and the like.
- a personal information storage / reproduction means 144 0 4 is provided with a driver's license information storage unit for storing information of the user's driver's license, for example, as an electronic key 14 0 1 May be configured.
- the use request signal of the vehicle-mounted telephone device output from the vehicle telephone device is input to the telephone control unit 14407a of the device control means 1407 (step S14401). ).
- the use request signal is output from the vehicle-mounted telephone device to the device control means 14007 when the user picks up the receiver of the vehicle-mounted telephone device.
- the use request signal means whether or not the user can use the in-vehicle telephone device by cooperative control between the electronic key 1441 and the device control means 1447. A signal for causing the control means 1407 to investigate.
- step S1402 it is determined by the device control means 1407 whether or not the electronic key 1441 exists (step S1402). For example, when the device control device 1402 transmits a predetermined signal and then receives a response signal of the signal, the electronic key 1441 exists within a range where two-way communication is possible. Is determined. If it is determined in step S1402 that the electronic key 1441 exists, the authentication information is requested for the electronic key 1401 (step S1403). On the other hand, if it is not determined in step S1402 that the electronic key-1401 exists, the process of controlling the vehicle-mounted telephone device is terminated, and the electronic key 1441 and the device control device 1414 are terminated. No cooperative control of the in-vehicle telephone device according to 02 is performed.
- the authentication information stored in the authentication information storage section 144a of the personal information storage / reproduction means 144 of the electronic key 1441 is stored in the first communication means 14403. After that, it is received by the second communication means 144 (step S144) and inputted to the authentication means 144.
- the authentication means obtained from the electronic key 1401 is compared with the authentication information previously stored in the memory of the authentication means 1446 by the authentication means 1406 (step S1). 4 0 5).
- the authentication means is controlled by the device control means 1407.
- step S It is determined whether the authentication by 1406 has been completed normally (step S).
- step S 1406 If it is determined in step S 1406 that the authentication by the authentication means 1406 has been completed normally, the authentication means 1406 sends an authentication completion signal indicating that the authentication has been completed to the electronic key 1.
- a telephone use permission signal is transmitted to the telephone control unit 1401 (step S1407) and indicates that the user is permitted to control the vehicle-mounted telephone device with the electronic key 1401. 7 Output to a.
- that the authentication has been completed normally means that the authentication means obtained by the authentication means 1406 from the electronic key 1401 and the authentication information previously stored in the memory of the authentication means 1446. -It is determined that you have done so.
- the processing for controlling the in-vehicle telephone device is terminated, and the electronic key 1401 and the device control device 1442 are connected. No cooperative control of the in-vehicle telephone device will be performed.
- the telephone control unit 1447a outputs a telephone use permission signal of the vehicle-mounted telephone device to the vehicle-mounted telephone device.
- the user is set to be able to use the vehicle-mounted telephone device. For example, the user can easily dial the telephone number of the other party by searching the telephone directory data included in the telephone management information.
- step S14411 the acquisition of new telephone management information is started by the device control means 1447 (step S14411). For example, when a user dials a new phone number that is not included in the phonebook data, it is acquired as new phone management information. The acquired new telephone management information is stored in the telephone management information storage section 144b.
- step S1442 it is determined by the device control means 1447 whether or not the use of the vehicle-mounted telephone device has been completed. For example, a configuration may be adopted in which the time when the user stops the engine of the vehicle is regarded as the time when the use of the vehicle-mounted telephone device is terminated.
- the acquisition of new telephone management information is terminated by the device control means 144 7 (step S 14 13) ⁇ Next, the telephone management information storage unit 1
- the telephone management information is transmitted by the second communication means 1405 and received by the first communication means 1443. (Step S1 4 1 4). If there is telephone management information newly stored in the device control means 1407, only the new telephone management information may be transmitted and received.
- the telephone management information is stored in the telephone management information storage section 144b by the personal information storage / reproduction means 144 (step S1415). Then, when the telephone management information is stored in the telephone management information storage section 144b, the personal information storage / reproduction means 1444 outputs a first storage completion signal indicating that the storage has been completed. It is output to the communication means 144 and the first communication means 144 and the second communication means 144 (Step S 14 16), and the storage completion signal is input to the device control means 140 7, so that the electronic key 144 1 and the device control device 144 2 The cooperative control ends.
- the history of the user using the in-vehicle device control system 1400 is stored in the telephone management information storage unit 14407b by the device control means 1407.
- the configuration may be such that the in-vehicle device control system 1404 can be found to have been used improperly.
- the electronic key 1401 and the device control device 144 The system is configured to send and receive telephone management information that can be stored and played back, and perform cooperative control of the vehicle-mounted telephone device, so that the user can edit his or her own telephone management information protected by the authentication information.
- the on-board telephone device can be used efficiently by the telephone management information of FIG. 2.
- the configuration of the on-vehicle equipment control system 1500 of the present embodiment is substantially the same as the configuration of the on-vehicle equipment control system 140 of the fourteenth embodiment of the present invention.
- the same components as those of the in-vehicle device control system 140 of the fourteenth embodiment are denoted by the same reference numerals, and description thereof will be omitted.
- the in-vehicle device control system 1500 is a personal information storage / reproduction means 1440 and device control of the in-vehicle device control system 140 of the fourteenth embodiment of the present invention.
- the configuration is the same as that of the configuration including the personal information storage / reproduction means 1503 and the device control means 1504 connected to an in-vehicle CD (Compact Disc) player instead of the means 1407.
- CD Compact Disc
- the personal information storage / reproduction means 1503 is authentication information for authenticating a user, for example.
- an authentication information storage unit 1503a that stores an ID number and information related to the user's in-vehicle CD player that is set when the user plays a CD with the in-vehicle CD player (hereinafter, simply referred to as reproduction setting information). .) Is provided.
- the personal information storage / reproduction means 1503 comprises a CPU, a semiconductor memory, and the like, and transmits / receives authentication information and reproduction setting information to / from the device control device 1502 via the first communication means 1443. It is like that.
- the authentication information storage unit 1503a and the reproduction setting information storage unit 1503b are configured by, for example, a semiconductor memory.
- reproduction setting information is, for example, the user sets reproduction order data for setting the reproduction order of the audio signals stored on the CD, volume setting data for setting the output level of the sound, and setting of the spread of the sound. Refers to surround effect setting data.
- the device control means 1504 includes an in-vehicle CD player control unit 1504a for controlling the in-vehicle CD player based on the reproduction setting information when the user uses the in-vehicle CD player, and the reproduction setting information. And a playback setting information storage section 1504b for storing.
- the device control means 1504 comprises a CPU, a semiconductor memory, an information input / output unit, and the like.
- the reproduction setting information is transmitted to the electronic key 1501 via the second communication means 1405. It sends and receives.
- the reproduction setting information is transmitted and received by bidirectional communication by the CPU and the semiconductor memory provided in the personal information storage / reproduction means 1503 and the device control means 1504, the electronic key 1501
- the in-vehicle CD player is operated by cooperative control between the device and the device controller 1502.
- the reproduction setting information storage unit 1504b is, for example, a semiconductor memory. Is configured.
- the user operates the information input / output unit (not shown) of the device control unit 1504 to store the reproduction setting information storage unit 1503b of the personal information storage / reproduction unit 1503.
- the stored playback setting information can be edited.
- the in-vehicle CD player use request signal output from the in-vehicle CD player is input to the in-vehicle CD player control unit 1504 a of the device control means 1504 (Ste S1501).
- the use request signal is output from the in-vehicle CD player to the device control means 1504 when the user turns on the power of the in-vehicle CD player.
- the use request signal is determined by the in-vehicle CD player whether or not the user can use the in-vehicle CD player by cooperative control between the electronic key 1501 and the device control means 1504. A signal for causing the device control means 1504 to investigate.
- step S1402 to step S1407 are the same as the operations of the vehicle equipment control system 140 of the fourteenth embodiment, and a description thereof will be omitted.
- the reproduction setting information storage section 1503 of the personal information storage / reproduction means 1503 The playback setting information stored in b is transmitted by the first communication means 144 and received by the second communication means 144. (Step S1502). Next, it is stored in the playback setting information storage section 1504b of the device control means 1504 (step S1503). Next, the in-vehicle CD player control section 1504a outputs a use permission signal for the in-vehicle CD player to the in-vehicle CD player (step S1504). You. For example, the user can reproduce the audio signal stored on the CD according to the reproduction order data that sets the reproduction order of the audio signal stored on the CD.
- step S155 acquisition of new reproduction setting information is started by the device control means 1504 (step S155). For example, when the user sets a new CD playback order that is not stored in the playback setting information storage unit 1504b, it is acquired as new playback setting information. The obtained new reproduction setting information is stored in the reproduction setting information storage unit 1504b.
- the device control means 1504 determines whether or not the use of the vehicle CD player has been completed (step S1506). For example, a configuration may be adopted in which the time when the user stops the engine of the vehicle is regarded as the time when the use of the in-vehicle CD player ends. Next, the acquisition of new reproduction setting information is ended by the device control means 1504 (step S1507).
- the reproduction setting information stored in the reproduction setting information storage section 1504b is read out by the device control means 1504, the reproduction setting information is read out by the second communication means 144. It is transmitted and received by the first communication means 144 (step S1508). If the device control means 1504 has newly stored reproduction setting information, it may be configured to transmit and receive only the new reproduction setting information.
- personal information storage and playback means 15 According to 03, the reproduction setting information is stored in the reproduction setting information storage section 1503b (step S1509). Then, when the reproduction setting information is stored in the reproduction setting information storage section 1503b, the storage completion signal indicating that the storage is completed is output by the personal information storage / reproduction means 1503 to the first.
- step S1510 It is output to the communication means 1403, transmitted and received by the first communication means 1443 and the second communication means 1445 (step S1510), and the equipment control means 1504
- the storage completion signal is input to the, the cooperative control of the in-vehicle CD player by the electronic key 1501 and the device controller 1502 is terminated.
- the history of the user using the in-vehicle device control system 1500 is stored in the playback setting information storage unit 1504b by the device control means 1504.
- the configuration may be such that it can be found that the device control system 1500 has been used illegally.
- the device connected to the device control means 1504 is not limited to an in-vehicle CD player.
- an in-vehicle D VD Digital Versatile D isc
- the reproduction setting information set when the user reproduces at least one of the audio signals may be stored in the reproduction setting information storage unit 1503b.
- the on-board equipment control system 1500 may be configured to operate, for example, a home CD player or DVD player.
- the electronic key 1501 and the device control device 1502 communicate with each other by bidirectional communication.
- the system is configured to send and receive playback setting information that can be stored and played back, and to perform cooperative control of the in-vehicle CD player, so that the user can edit his or her own playback setting information protected by the authentication information.
- the configuration of the on-vehicle device control system 160 of the present embodiment is substantially the same as the configuration of the on-vehicle device control system 140 of the fourteenth embodiment of the present invention.
- the same components as those of the in-vehicle device control system 140 of the fourteenth embodiment are denoted by the same reference numerals, and description thereof will be omitted.
- the configuration of the on-vehicle device control system 160 of the present embodiment is the same as that of the personal information storage / reproduction means 140 of the on-vehicle device control system 140 of the fourteenth embodiment. This is the same as the configuration provided with the personal information storage / reproducing means 1603 and the equipment control means 1604 to which the combimeter is connected in place of 4 and the equipment control means 1407.
- a combimeter is a meter that combines a traveling speed meter of a moving object, a traveling distance meter, an engine rotation speed meter, a fuel remaining amount display meter, an indicator indicating a shift position of a transmission, and the like.
- moving objects include automobiles, motorcycles, ships, aircraft, and the like, and are hereinafter simply referred to as vehicles.
- the personal information storage / reproduction means 1603 is provided with authentication information for authenticating a user, for example, an authentication information storage section 1603a for storing an ID number and a user information when the user drives a vehicle.
- a vehicle operation information storage unit 1603b is provided for storing information on the vehicle (hereinafter, simply referred to as vehicle operation information).
- the personal information storage / reproduction means 1603 comprises a CPU, a semiconductor memory and the like, and transmits the authentication information and the vehicle driving information via the first communication means 1443 to the device control device 1602. To send and receive.
- the authentication information storage unit 1603a and the vehicle operation information storage unit 1603b are configured by, for example, semiconductor memories.
- the vehicle driving information refers to information obtained by the device control means 1604 when the user drives the vehicle. For example, it means information such as the traveling distance of the vehicle, the acceleration pattern and the deceleration pattern, the traveling start time and the traveling end time, the remaining fuel amount, and the shift position of the transmission.
- the device control means 1604 includes a combimeter control unit 1604a for controlling the combimeter based on the vehicle operation information when the user uses the combimeter, and a vehicle for storing the vehicle operation information.
- An operation information storage unit 1604b is provided.
- the device control means 1604 is composed of a CPU, a semiconductor memory, an information input / output unit, and the like.
- the vehicle operation information is transmitted to the electronic key 1601 via the second communication means 1405. To be sent and received. Therefore, the vehicle operation information is transmitted and received by the two-way communication by the CPU, the semiconductor memory, and the like provided in the personal information storage / reproduction means 166 and the equipment control means 164 described above.
- the combimeter operates by the cooperative control of the electronic key 1601 and the device control device 1602.
- the vehicle operation information storage section 1604b is constituted by, for example, a semiconductor memory.
- the user operates the information input / output unit (not shown) of the device control unit 164 to store the vehicle operation information storage unit 1603 b of the personal information storage / reproduction unit 1603.
- the stored vehicle driving information can be edited.
- the combimeter use request signal output from the combimeter is input to the combimeter control section 1604a of the device control means 1604 (step S1604). 1).
- the use request signal means whether or not the user can use the combimeter by the cooperative control between the electronic key 1601 and the device control means 1604. It is a signal to be asked by 164.
- Steps S 1602 to S 1607 are the same as the operations of the in-vehicle device control system 1400 of the fourteenth embodiment, and a description thereof will not be repeated.
- the vehicle operation information stored in b is transmitted by the first communication means 144 and received by the second communication means 144 (step S1602).
- the information is stored in the vehicle operation information storage section 1604b of the device control means 1604 (step S1663).
- the combimeter control section 1604a outputs a combimeter use permission signal to the combimeter (step S1604), and the user is set to use the combimeter. For example, when the user wants to know the past running record, the past running record can be displayed on the display by operating the keyboard of the information input / output unit of the device control means 1604.
- step S1665 acquisition of new vehicle operation information is started by the device control means 1604 (step S1665). For example, from start to end The driving record is obtained as new vehicle driving information. The obtained new vehicle operation information is stored in the vehicle operation information storage section 16604b ( then, the device control means 1604 determines whether or not the use of the combimeter has been completed. (Step S166) For example, when the user stops the engine of the vehicle, it can be regarded as when the use of the combimeter is finished. (4), the acquisition of new vehicle operation information is terminated (step S1607) ( continued). After the read vehicle operation information is read, the vehicle operation information is transmitted by the second communication means 1405 and received by the first communication means 144 (step S160).
- Step S 169 The newly stored vehicle operation information is stored in the device control means 1604. In this case, the vehicle information may be transmitted and received only by the new vehicle operation information.
- Step S 169 the storage is completed by the personal information storage / reproduction means 1603. Is output to the first communication means 1403, and transmitted and received by the first communication means 1443 and the second communication means 1445 (step S1610) ),
- step S1610 the storage completion signal is input to the device control means 1604, the cooperative control of the combimeter by the electronic key 1601 and the device control device 1602 is terminated.
- the history of the user using the in-vehicle device control system 1640 is stored in the vehicle operation information storage unit 1604b by the device control means 1604.
- the configuration may be such that the in-vehicle device control system 1650 can be found to have been used improperly. Also, by preparing a device for reading the vehicle driving information stored in the electronic key 1601, and reading the driving information included in the vehicle driving information, for example, the operation management of the transport truck can be easily performed. .
- the user's driving habit obtained from the vehicle driving information may be stored in the electronic key 1601, and the tuning control may be performed in consideration of the user's habit. For example, an announcement may be made to warn a user who tends to over-speed based on the vehicle speed information included in the vehicle driving information, to warn the user of over-speeding.
- the acceleration and deceleration patterns of the user are acquired based on the engine speed information included in the vehicle driving information. For example, for a user who tends to stop suddenly, a slip according to the road surface condition is obtained. It can be configured to give an advance warning of warning.
- the electronic key 1601 and the device Safe operation can be realized by cooperative control of the combimeter by the control device 1602.
- the electronic key 1601 and the device control Since the vehicle driving information that can be stored and reproduced is exchanged and cooperative control of the combimeter is performed, the user can edit his / her own vehicle driving information protected by the authentication information.
- the operation information allows the combimeter to be used efficiently.
- the configuration of the in-vehicle device control system 170 of the present embodiment is the same as that of the present invention.
- the configuration is substantially the same as the configuration of the on-vehicle equipment control system 140 of the fourteenth embodiment of the present invention, and includes the components of the on-vehicle equipment control system 140 of the fourteenth embodiment of the present invention.
- the same components are denoted by the same reference numerals and description thereof is omitted.
- the configuration of the vehicle-mounted device control system 170 of the present embodiment is the same as that of the personal information storage / reproduction means 140 of the vehicle-mounted device control system 140 of the fourteenth embodiment. This is the same as the configuration including the personal information storage / reproducing means 1703 and the device control means 1704 to which the emergency notification device is connected, instead of the device control means 4 and the device control means 1407.
- the emergency call device is, for example, a device that can notify the emergency call center when a user suddenly deteriorates.
- the personal information storage / reproduction means 1703 includes authentication information for authenticating a user, for example, an authentication information storage section 1703a for storing an ID number, and information on the past and present health of the user. (Hereinafter, simply referred to as health condition information).
- the personal information storage / reproduction means 1703 includes a CPU, a semiconductor memory, and the like, and transmits and receives authentication information and health condition information to / from the device control device 1702 via the first communication means 1443. It has become.
- the authentication information storage unit 1703a and the health condition information storage unit 1703b are configured by, for example, a semiconductor memory.
- the health condition information refers to, for example, information on the user's medical history, the name of the disease currently being treated and the hospital being visited, the name of the medicine being taken, and the blood type.
- the device control means 1704 includes an emergency notification device control unit 1704a for controlling the emergency notification device based on the health status information when the user uses the emergency notification device, and a health status information. And a health condition information storage unit 1704b.
- This device control means 1704 is a CPU, semiconductor memory, And an information input / output unit, and the like, and transmits and receives the health status information to and from the electronic key 1701 via the second communication means 1405. Therefore, the personal information storage / reproduction means 1704 and the device control means 17
- the emergency notification device operates by cooperative control with 1702.
- the health condition information storage section 1704b is constituted by, for example, a semiconductor memory.
- the emergency request device use request signal output from the emergency call device is input to the emergency call device control unit 1704a of the device control means 1704 (step S). 1 7 0 1).
- the use request signal is output from the emergency notification device to the device control means 1704 when the user starts the vehicle engine.
- the use request signal means whether or not the user can use the emergency call device by the cooperative control between the electronic key 1701 and the device control means 1704. A signal for causing the control means 1704 to investigate.
- step S1402 to step S1407 are the same as the operations of the vehicle-mounted device control system 1400 of the fourteenth embodiment, and a description thereof will be omitted.
- an authentication completion signal indicating that the authentication has been completed is transmitted to the electronic key 1701 by the authentication means 1406, the health condition information storage section 1703 of the personal information storage / reproduction means 1703.
- the health condition information stored in b is transmitted by the first communication means 1403 and received by the second communication means 144 (step S1702).
- step S1773 is stored in the health status information storage section 1704b of the device control means 1704 (step S1773).
- the device control means 1704 determines whether or not an emergency call is necessary (step S1704). If it is determined in step S1704 that an emergency call is necessary, for example, if the user operates the emergency call device and requests to call the emergency call center, the emergency call device control unit According to 1704a, the use permission signal of the emergency notification device is output to the emergency notification device (step S1755). Then, the health status information stored in the health status information storage unit 1703b is output to the emergency notification device (step S1706) and transmitted to the emergency notification center. Therefore, for example, when a user's physical condition suddenly deteriorates, he / she can send his / her own health condition information to the emergency notification center at the same time as arranging an ambulance. Can be received.
- step S174 is repeated.
- the vehicle is provided with an impact sensor for detecting an impact.
- the emergency notification device may be configured to notify the emergency notification center of the accident and transmit the health condition information.
- the vehicle-mounted device control system according to the seventeenth embodiment of the present invention is described.
- the electronic key 1701 and the device control device 1702 transmit and receive the health condition information that can be stored and reproduced by the two-way communication, and perform the cooperative control of the emergency notification device.
- the user can, for example, send health information to the emergency call center and receive prompt treatment when the user's physical condition suddenly deteriorates.
- the configuration of the on-vehicle device control system 1800 of the present embodiment is substantially the same as the configuration of the on-vehicle device control system 1400 of the 14th embodiment of the present invention.
- the same components as those of the in-vehicle device control system 140 of the fourteenth embodiment are denoted by the same reference numerals, and description thereof will be omitted.
- the configuration of the in-vehicle device control system 180 0 of the present embodiment is the same as that of the personal information storage / reproduction means 140 of the in-vehicle device control system 140 of the fourteenth embodiment.
- the configuration is the same as that of the configuration including the personal information storage / reproduction means 1803 and the equipment control means 1804 connected to the road-to-vehicle communication equipment in place of the equipment control means 4 and the equipment control means 1407.
- the road-to-vehicle communication device is a device that is mounted on a vehicle and transmits / receives information to / from a road-to-vehicle communication system (not shown).
- This road-to-vehicle communication system consists of terminal equipment installed in stores, road-to-vehicle communication equipment installed on the road (referred to as road-side road-to-vehicle communication equipment), and road-vehicle communication equipment (hereinafter referred to as “road-vehicle communication equipment”)
- the product purchase information input to the terminal device is transmitted to the vehicle-side road-to-vehicle communication device via the road-side road-to-vehicle communication device. .
- the product purchase information of the purchased product is transmitted from the terminal device provided at the store to the roadside road-to-vehicle communication device, and the roadside vehicle
- the inter-communication device transmits the information to the vehicle-side road-to-vehicle communication device.
- the vehicle-side road-to-vehicle communication device also sends product purchase information to the terminal device of the store, and the sales clerk at the store can use it when the user visits the store.
- Product purchase information on products purchased in the past can now be found on terminal devices.
- the personal information storage / reproduction means 1803 includes authentication information for authenticating a user, for example, an authentication information storage section 1803a for storing an ID number, and information on the purchase of a product by a user (hereinafter simply referred to as “ And a product purchase information storage unit 1803 b for storing product purchase information.
- the personal information storage / reproduction means 1803 comprises a CPU, a semiconductor memory, and the like, and transmits and receives authentication information and product purchase information to / from the device control device 1802 via the first communication means 1443. It is like that.
- the authentication information storage unit 1803a and the product purchase information storage unit 1803b are configured by, for example, semiconductor memories.
- the product purchase information refers to information on the product purchased by the user at the store equipped with the terminal device of the road-to-vehicle communication system, for example, information such as the product name, the number, the name of the purchased store, and the purchase date. .
- the product purchase information is not limited to the product purchase information, but also includes, for example, information such as a vehicle inspection fee paid when inspecting a vehicle, a vehicle failure history, and a vehicle maintenance status.
- the device control means 1804 is a road-to-vehicle communication device control unit that controls the vehicle-side road-to-vehicle communication device based on product purchase information when the user uses the vehicle-side road-to-vehicle communication device. And a product purchase information storage unit 1804b for storing product purchase information.
- the device control means 904 includes a CPU, a semiconductor memory, an information input / output unit, and the like, and transmits / receives product purchase information to / from the electronic key 1801 via the second communication means 144.
- the product purchase information is transmitted and received by bidirectional communication using the CPU and semiconductor memory provided in the personal information storage / reproduction means 1803 and the device control means 1804, the electronic key 180
- the vehicle-side road-to-vehicle communication device operates by the cooperative control between the device 1 and the device control device 1802.
- the product purchase information storage section 1804b is composed of, for example, a semiconductor memory.
- the roadside-to-vehicle communication device control unit 1804a of the device control means 1804a outputs the vehicle-side road-to-vehicle communication device output from the vehicle-side road-to-vehicle communication device.
- a use request signal is input (step S1801). For example, it is possible to configure so that a use request signal is output from the vehicle-side road-to-vehicle communication device to the device control means 1804 when the user starts the vehicle engine.
- the use request signal means whether or not the user can use the vehicle-side road-to-vehicle communication device by the cooperative control of the electronic key 1801 and the device control means 1804.
- a signal that the side-to-vehicle communication device causes the device control means 1804 to investigate.
- Steps S1402 to S1407 are the same as the operations of the in-vehicle device control system 1400 of the fourteenth embodiment, and a description thereof will not be repeated.
- the road-to-vehicle communication device control unit 1804a outputs a use permission signal for the vehicle-side road-to-vehicle communication device to the vehicle-side road-to-vehicle communication device (step S1804), and the user
- the side-to-side communication device is set to be usable.For example, when a user stops at a store that has drive-through equipment. Information on products purchased by the user in the past at this store is sent to the terminal device of the store. Will be done.
- step S1805 the acquisition of new merchandise purchase information is started by the device control means 1804 (step S185).
- the new product purchase information acquired here is stored in the product purchase information storage unit 1804b.
- step S1806 it is determined by the device control means 1804 whether or not the use of the vehicle-side road-to-vehicle communication device has been completed. For example, when the user stops the vehicle engine, the device control means 1804 determines that the use of the vehicle-side roadside-vehicle communication device has been completed. Next, the acquisition of new merchandise purchase information is terminated by the device control means 1804 (step S1807).
- the product purchase information stored in the product purchase information storage section 1804b is read by the device control means 1804, the product purchase information is read by the second communication means 144. It is transmitted and received by the first communication means 144 (step S1808). If the device control means 1804 has newly stored product purchase information, the new product purchase information It may be configured to transmit and receive only data.
- the merchandise purchase information is stored in the merchandise purchase information storage section 1803b by the personal information storage / reproduction means 1803 (step S1809).
- the storage completion signal indicating that the storage is completed is given by the personal information storage / reproduction means 1803.
- Step S1800 It is output to the communication means 1403, transmitted and received by the first communication means 1443 and the second communication means 144 (Step S1800), and stored in the device control means 1804.
- the completion signal is input, the cooperative control of the vehicle-side roadside-vehicle communication device by the electronic key 1801 and the device control device 1802 ends.
- the history of the user using the in-vehicle device control system 1800 is stored in the product purchase information storage unit 1804b by the device control means 1804.
- the configuration may be such that the in-vehicle device control system 1800 can be found to have been used improperly.
- the electronic key 1801 and the device control device 1802 can communicate with each other by bidirectional communication.
- the user can know the purchase information of previously purchased merchandise.
- Store salespeople can manage customer data and provide services according to customer preferences using terminal devices installed in the store.
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- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Human Computer Interaction (AREA)
- Physics & Mathematics (AREA)
- General Physics & Mathematics (AREA)
- Lock And Its Accessories (AREA)
- Fittings On The Vehicle Exterior For Carrying Loads, And Devices For Holding Or Mounting Articles (AREA)
Abstract
Description
Claims
Priority Applications (4)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
US10/538,945 US20060082437A1 (en) | 2002-12-13 | 2003-12-10 | Method system and apparatus for controlling in vehicle apparatus |
JP2005502485A JPWO2004055302A1 (ja) | 2002-12-13 | 2003-12-10 | 車載機器制御システム、車載機器制御装置、及び車載機器制御方法 |
AU2003289313A AU2003289313A1 (en) | 2002-12-13 | 2003-12-10 | Onboard device control system, onboard device controller, and onboard device control method |
EP03780710A EP1571278A1 (en) | 2002-12-13 | 2003-12-10 | Onboard device control system, onboard device controller, and onboard device control method |
Applications Claiming Priority (10)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
JP2002-362537 | 2002-12-13 | ||
JP2002362537 | 2002-12-13 | ||
JP2003287855 | 2003-08-06 | ||
JP2003-287855 | 2003-08-06 | ||
JP2003-308913 | 2003-09-01 | ||
JP2003-309289 | 2003-09-01 | ||
JP2003-308912 | 2003-09-01 | ||
JP2003308913 | 2003-09-01 | ||
JP2003309289 | 2003-09-01 | ||
JP2003308912 | 2003-09-01 |
Publications (1)
Publication Number | Publication Date |
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WO2004055302A1 true WO2004055302A1 (ja) | 2004-07-01 |
Family
ID=32601140
Family Applications (1)
Application Number | Title | Priority Date | Filing Date |
---|---|---|---|
PCT/JP2003/015825 WO2004055302A1 (ja) | 2002-12-13 | 2003-12-10 | 車載機器制御システム、車載機器制御装置、及び車載機器制御方法 |
Country Status (5)
Country | Link |
---|---|
US (1) | US20060082437A1 (ja) |
EP (1) | EP1571278A1 (ja) |
JP (1) | JPWO2004055302A1 (ja) |
AU (1) | AU2003289313A1 (ja) |
WO (1) | WO2004055302A1 (ja) |
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Also Published As
Publication number | Publication date |
---|---|
JPWO2004055302A1 (ja) | 2006-04-20 |
AU2003289313A1 (en) | 2004-07-09 |
US20060082437A1 (en) | 2006-04-20 |
EP1571278A1 (en) | 2005-09-07 |
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