JP4432577B2 - Keyless entry device, system and method - Google Patents

Description

  The present invention relates to a keyless entry device, system and method.

Conventionally, a keyless entry system that unlocks a door of a vehicle using a keyless transmitter is known (see, for example, Patent Document 1). This keyless entry system is provided to store, process, and search various data for unlocking the door and the keyless transmitter that the user of the vehicle possesses and unlocking the door of the vehicle. An information center and an in-vehicle unit mounted on the vehicle are provided. The keyless transmitter is capable of transmitting identification data to the information center. When the information center matches the identification data transmitted from the keyless transmitter and the registered data stored in advance, the information center transmits a door unlock signal to the in-vehicle unit. The registration data is data for collating with the identification data transmitted from the keyless transmitter. The in-vehicle unit unlocks the door when receiving the door unlock signal from the information center.
JP 2001-241229 A

  However, in the above keyless entry system, when a temporary user of the vehicle (for example, a service person who repairs the vehicle or the like) different from the user uses the vehicle, the user sends his / her keyless transmitter to the temporary user. It was necessary to rent them temporarily or teach their identification data. Thus, the above keyless entry system is inconvenient because the user must lend his / her keyless transmitter to the temporary user or teach his / her identification data. Since the door can be unlocked at any time by possessing a keyless transmitter or knowing the user's identification data, high security could not be secured. As described above, in the keyless entry system, the convenience when the temporary user uses the user's vehicle is bad and the security is deteriorated.

  The present invention has been made in view of such a point, and an object of the present invention is to collate stored data stored in advance with transmission data transmitted from a portable communication device, and based on the collation result. In a keyless entry device, a keyless entry system, and a keyless entry method for unlocking at least a door of a vehicle, a technique for maintaining security and improving convenience when a person other than the user unlocks the door is provided. It is in.

  The first invention is a keyless entry device for collating stored data stored in advance with transmission data transmitted from a portable communication device and unlocking at least a door of a vehicle based on the collation result, First storage means for storing first storage data for collating with the first transmission data transmitted from the dedicated portable communication device dedicated to the vehicle, and collation with the second transmission data transmitted from the general-purpose portable communication device Second storage means for storing second storage data to be received, arbitrary data is received when a predetermined condition is set in advance, and the received data is used as the second storage data. First registration means for storing the second transmission data from the general-purpose portable communication device together with the second transmission data when the second transmission data is transmitted from the general-purpose portable communication device. A third storage means for storing data specific to the general-purpose portable communication device; and data that is specific to the general-purpose portable communication device when a predetermined condition that is set in advance is satisfied; Second registration means for storing in the storage means, fourth storage means for storing unlocking restricting conditions for restricting unlocking of the door, first transmission data transmitted from the dedicated portable communication device, and the above The second transmission data transmitted from the general-purpose portable communication device and the data specific to the general-purpose portable communication device are received. When the first transmission data is received, the first transmission data and the When the door is unlocked only when collation with the first stored data is performed and the collation result is the same, while the second transmission data and the data specific to the general-purpose portable communication device are received , The verification of the second transmission data and the second storage data, the verification of the data specific to the general-purpose portable communication device and the determination of whether or not the unlocking regulation condition is satisfied, Control means for unlocking the door only when they are coincident and the determination result is unsatisfactory, and restricts the unlocking of the door regardless of the verification result when the determination result is satisfactory It is characterized by having.

  Thus, when the control means receives the second transmission data transmitted from the general-purpose portable communication device and the data specific to the general-purpose portable communication device, the control means checks the second transmission data and the second storage data together with the general-purpose portable data. The verification of the data unique to the communication device and the determination as to whether or not the unlocking regulation condition is satisfied are performed, and the door is unlocked only when the verification results are the same and the determination results are not satisfactory. That is, a person other than the owner of the dedicated portable communication device can unlock the door using the general-purpose portable communication device. Therefore, the owner of the dedicated portable communication device does not need to lend the dedicated portable communication device or teach the first storage data when a person other than the owner unlocks the door. Therefore, it is possible to improve convenience when a person other than the owner of the dedicated portable communication device unlocks the door.

  Further, the control means unlocks the door only when each verification result is coincident and the determination result is not satisfactory, and when the determination result is satisfactory, the control means unlocks the door regardless of the verification result. regulate. In this way, the door is unlocked only when the matching results are the same and the judgment result is unsatisfactory. Otherwise, the door unlocking is restricted. Security can be maintained when a person other than the person unlocks the door.

  From the above, it is possible to maintain security and improve convenience when a person other than the owner of the dedicated portable communication device unlocks the door.

  According to a second invention, in the first invention, the first registration means receives data arbitrarily set by an owner of the dedicated portable communication device, and the received data is stored in the second storage data. It is comprised so that it may memorize | store in said 2nd memory | storage means.

  Thus, the first registration means accepts data arbitrarily set by the owner of the dedicated portable communication device, and stores the received data as second storage data in the second storage means. The owner of the communication device can arbitrarily set the second stored data. Therefore, security when a person other than the owner of the dedicated portable communication device unlocks the door can be reliably maintained.

  According to a third invention, there is provided a predetermined data transmitting means for transmitting predetermined data to a general-purpose portable communication device owned by an owner of the dedicated portable communication device according to the first invention, wherein the first registration means includes: The same data as the predetermined data transmitted from the predetermined data transmitting means to the general-purpose portable communication device owned by the owner of the dedicated portable communication device is received from the general-purpose portable communication device. The second storage means stores the data as two stored data.

  Thereby, the first registration means receives from the general-purpose portable communication device the same data as the predetermined data transmitted from the predetermined data transmission means to the general-purpose portable communication device owned by the owner of the dedicated portable communication device, Since the received data is stored as second storage data in the second storage means, the owner of the dedicated portable communication device does not need to create data to be stored in the second storage means.

  The first registration means receives from the general-purpose portable communication device the same data as the predetermined data transmitted from the predetermined data transmission means to the general-purpose portable communication device owned by the owner of the dedicated portable communication device, Since the received data is stored in the second storage means as the second storage data, the owner of the dedicated portable communication device can check the predetermined data before the first registration means stores it as the second storage data.

  From the above, it is possible to reliably maintain security when a person other than the owner of the dedicated portable communication device unlocks the door and further improve convenience.

  According to a fourth invention, in any one of the first to third inventions, there is provided second storage data transmission means for transmitting the second storage data stored in the second storage means to the general-purpose portable communication device. It is characterized by that.

  As a result, the second stored data transmission means transmits the second stored data stored in the second storage means to the general-purpose portable communication device, so that the owner of the general-purpose portable communication device uses the second stored data as the second stored data. By transmitting as the second transmission data, the door can be unlocked. Therefore, the convenience when a person other than the owner of the dedicated portable communication device unlocks the door can be further improved.

  According to a fifth invention, in the first invention, the first registration means is arbitrarily set by an owner of the general-purpose portable communication device, and the general-purpose portable communication device owns the dedicated portable communication device. The same data as the data transmitted to the general-purpose portable communication device owned by the user is received from the general-purpose portable communication device, and the received data is stored in the second storage means as the second storage data It is characterized by being.

  Thereby, the first registration means is arbitrarily set by the owner of the general-purpose portable communication device and transmitted from the general-purpose portable communication device to the general-purpose portable communication device owned by the owner of the dedicated portable communication device. Since the same data as the data is received from the general-purpose portable communication device, and the received data is stored in the second storage means as the second storage data, the owner of the dedicated portable communication device first registers the data. It can be confirmed before the means is stored as the second stored data. Therefore, security when a person other than the owner of the dedicated portable communication device unlocks the door can be reliably maintained.

  According to a sixth invention, in the first invention, data arbitrarily set by the owner of the general-purpose portable communication device and data specific to the general-purpose portable communication device transmitted from the general-purpose portable communication device Receiving means and receiving data transmitting means for transmitting data received by the receiving means to a general-purpose portable communication device owned by the owner of the dedicated portable communication device, wherein the first registration means includes The same data as the data which is arbitrarily set by the owner of the general-purpose portable communication device and is transmitted from the received data transmission means to the general-purpose portable communication device owned by the owner of the dedicated portable communication device. It is configured to receive from the communication device and store the received data as the second storage data in the second storage means, and the second registration means The owner of the dedicated portable communication device owns the same data as the data unique to the universal portable communication device transmitted from the attached data transmission means to the universal portable communication device owned by the owner of the dedicated portable communication device. It is configured to receive from a general-purpose portable communication device and store the received data in the third storage means.

  As a result, the first registration means can be set arbitrarily by the owner of the general-purpose portable communication device and transmitted from the received data transmission means to the general-purpose portable communication device owned by the owner of the dedicated portable communication device. The same data is received from the general-purpose portable communication device, and the received data is stored as second storage data in the second storage means, and the second registration means is provided with the dedicated portable communication device from the received data transmission means. The same data as the data unique to the general-purpose portable communication device transmitted to the general-purpose portable communication device owned by the user is received from the general-purpose portable communication device owned by the owner of the dedicated portable communication device, and the received data Since the data is stored in the third storage means, the owner of the dedicated portable communication device can store the data in the first and second registration means in the second storage data and the general-purpose portable It can be confirmed prior to storage as a communication device-specific data. Therefore, security when a person other than the owner of the dedicated portable communication device unlocks the door can be reliably maintained.

  According to a seventh invention, in the fifth or sixth invention, when the second storage data is stored in the second storage means, there is provided a notification means for notifying the general-purpose portable communication device to that effect. It is characterized by that.

  Thereby, when the second storage data is stored in the second storage means, the notification means notifies the general-purpose portable communication device to that effect, so that the owner of the general-purpose portable communication apparatus It is possible to know that the second storage data has been stored. Therefore, the owner of the general-purpose portable communication device can easily know that the door can be unlocked.

  In an eighth aspect based on the first aspect, the second stored data is request data for requesting the general-purpose portable communication device to transmit data having a predetermined content as the second transmission data. Request data transmitting means for transmitting the request data stored in the second storage means to the general-purpose portable communication device, and the control means receives data of a predetermined content transmitted from the general-purpose portable communication device. The data of the predetermined contents is configured to collate with the request data.

  A ninth invention is a keyless entry system for collating stored data stored in advance with transmission data transmitted from a portable communication device and unlocking at least a door of a vehicle based on the collation result, A dedicated portable communication device dedicated to the vehicle, first storage means for storing first storage data for collation with first transmission data transmitted from the dedicated portable communication device, a general-purpose portable communication device, Second storage means for storing second storage data for collation with second transmission data transmitted from the general-purpose portable communication device, and receiving arbitrary data when a predetermined condition is satisfied, First registration means for storing the received data in the second storage means as the second storage data, and when the second transmission data is transmitted from the general-purpose portable communication device; A third storage means for storing data unique to the general-purpose portable communication device, which is transmitted together with the second transmission data from the portable communication device for use, and the general-purpose portable communication when a predetermined condition is set in advance. Second registration means for receiving device-specific data and storing the received data in the third storage means; and fourth storage means for storing unlocking restriction conditions for restricting unlocking of the door; The first transmission data transmitted from the dedicated portable communication device, the second transmission data transmitted from the general-purpose portable communication device, and the data specific to the general-purpose portable communication device are received, When the first transmission data is received, the first transmission data and the first storage data are collated, and the door is unlocked only when the collation result is coincident, while the second transmission data is When the data specific to the general-purpose portable communication device is received, the verification of the data specific to the general-purpose portable communication device and the unlocking restriction condition are satisfied together with the verification of the second transmission data and the second stored data. The door is unlocked only when each of the collation results are identical and the judgment result is not satisfactory, and when the judgment result is satisfactory, Regardless, it is provided with a control means for restricting the unlocking of the door.

  A tenth aspect of the present invention is a keyless entry method for collating stored data stored in advance with transmission data transmitted from a portable communication device and unlocking at least a door of a vehicle based on the collation result, First storage means for storing first storage data for collating with the first transmission data transmitted from the dedicated portable communication device dedicated to the vehicle, and collation with the second transmission data transmitted from the general-purpose portable communication device Second storage means for storing second storage data to be transmitted and when the second transmission data is transmitted from the general-purpose portable communication device, the second transmission data is transmitted together with the second transmission data from the general-purpose portable communication device. Third storage means for storing data unique to the general-purpose portable communication device and fourth storage means for storing unlocking restriction conditions for restricting unlocking of the door are provided in advance. A first registration step of receiving arbitrary data when the predetermined condition is satisfied and storing the received data in the second storage means as the second storage data; and a predetermined condition that is set in advance Sometimes receiving data specific to the general-purpose portable communication device and storing the received data in the third storage means, and receiving the first transmission data transmitted from the dedicated portable communication device When this is done, the first transmission data and the first stored data are collated, and the door is unlocked only when the collation result is coincident, while the second transmitted from the general-purpose portable communication device. When the transmission data and the data specific to the general-purpose portable communication device are received, the second transmission data and the second storage data are collated and the data specific to the general-purpose portable communication device is referred to. And whether or not the unlocking regulation condition is satisfied, the doors are unlocked only when the verification results are identical and the determination result is not satisfactory, and the determination result is And a control step for restricting the unlocking of the door regardless of the result of the collation when satisfied.

  In an eleventh aspect based on the tenth aspect, in the first registration step, data arbitrarily set by an owner of the dedicated portable communication device is received, and the received data is stored in the second stored data. The data is stored in the second storage means, and the data arbitrarily set by the owner of the dedicated portable communication device is transferred from the general portable communication device owned by the owner of the dedicated portable communication device to the general portable communication device. It is characterized by comprising a step of transmitting to a device.

  Thus, in the first registration step, data arbitrarily set by the owner of the dedicated portable communication device is received, and the received data is stored as second storage data in the second storage means, and the dedicated portable communication is performed. Since there is a step of transmitting data arbitrarily set by the owner of the device from the general-purpose portable communication device owned by the owner of the dedicated portable communication device to the general-purpose portable communication device, The owner can unlock the door by transmitting the data arbitrarily set by the owner of the dedicated portable communication device as the second transmission data. Therefore, the convenience when a person other than the owner of the dedicated portable communication device unlocks the door can be further improved.

  According to the present invention, when the control means receives the second transmission data transmitted from the general-purpose portable communication device and the general-purpose portable communication device, the control means performs verification of the second transmission data and the second storage data together with the general-purpose portable data. Type data communication device data verification and whether or not the unlocking restriction condition is satisfied, and the door is unlocked only when each verification result is identical and the determination result is unsatisfactory When the determination result is satisfactory, the unlocking of the door is restricted regardless of the result of the above collation, so that the owner of the dedicated portable communication device is dedicated when the person other than the owner unlocks the door. There is no need to lend a portable communication device or teach the first stored data, and thus maintain security and improve convenience when a person other than the owner of the dedicated portable communication device unlocks the door. thing It can be.

  Hereinafter, embodiments of the present invention will be described in detail with reference to the drawings.

(Embodiment 1)
As shown in FIG. 1, a keyless entry system 1 according to Embodiment 1 of the present invention includes a keyless transmitter 2 possessed by a user of a vehicle 9 and a mobile phone with a camera for a user possessed by the user of the vehicle 9 (hereinafter, 3), a mobile phone with camera for serviceman (hereinafter referred to as serviceman mobile phone) 4 possessed by serviceman A who repairs the vehicle 9 of the user, a server 5, and a public network 6 And the information center 7, base stations 8, 8,... Scattered in various places, and mounted on the user's vehicle 9 and using the keyless transmitter 2, the service person's mobile phone 4 and the like to solve at least the door of the vehicle 9. And an in-vehicle unit 10 that stores, processes, and searches various data and codes for remotely performing the lock. The server 5 and the in-vehicle unit 10 constitute a keyless entry device. Note that the dedicated portable communication device corresponds to the keyless transmitter 2, the general-purpose portable communication device corresponds to the serviceman mobile phone 4, and the general-purpose portable communication device owned by the owner of the dedicated portable communication device is a user's mobile phone. Corresponding to the telephone 3, the first and second registration means, the control means and the second stored data transmission means correspond to the in-vehicle unit 10.

  The keyless transmitter 2 is a transmitter dedicated to locking / unlocking the door of the vehicle 9 and has a function of remotely transmitting first identification data for collation with keyless registration data described later to the in-vehicle unit 10. . The first transmission data according to the present invention corresponds to the first identification data, and the first storage data corresponds to the keyless registration data.

  The user mobile phone 3 stores data to be stored in the in-vehicle unit 10 through the base station 8, the public network 6 and the server 5 as unlocking restriction condition data and data to be stored as temporary use registration data. It has a function of transmitting mail and a function of receiving report data from the in-vehicle unit 10 via the base station 8, the public line network 6 and the server 5.

  The unlocking regulation condition data and the temporary use registration data are arbitrarily set and registered by the user and can be set and changed remotely by the user. In the present embodiment, “setting / registration” means that the user creates / registers data created by himself / herself in the in-vehicle unit 10 as well as a person other than the user, for example, a temporary user of the vehicle 9 (In the present embodiment, it includes setting and registering in the in-vehicle unit 10 after the user confirms and approves the data created by the service person A) or the predetermined data stored in the in-vehicle unit 10 in advance. The unlocking regulation condition data is a condition for regulating the unlocking of the door of the vehicle 9. The temporary use registration data is data for collating with the second identification data transmitted from the service person mobile phone 4 by the service person A. The temporary use registration data is composed of image data created by the user and data specific to the service person mobile phone 4 (in this embodiment, data of the mail address of the service person mobile phone 4) (temporary use registration data). Details will be described later). The report data is data relating to the reason for the mismatch between the temporary use registration data and the second identification data transmitted from the service person mobile phone 4 or data relating to the reason satisfying the unlocking regulation condition. The second transmission data and the data specific to the general-purpose portable communication device according to the present invention correspond to the second identification data, and the second storage data and the data specific to the general-purpose portable communication device correspond to the temporary use registration data.

  In addition, the user mobile phone 3 has a GPS function using GPS (Global Positioning System), and a position (on the earth) of the user mobile phone 3 on the vehicle-mounted unit 10 via the base station 8, the public network 6 and the server 5. That is, it has a function of transmitting data on the position of the user on the earth. The user mobile phone 3 also has a function of transmitting an emergency invalidation request signal to the in-vehicle unit 10 via the base station 8, the public line network 6, and the server 5. The emergency invalidation request signal is a signal for requesting the temporary use registration data to be invalidated urgently. That is, the emergency invalidation request signal is a signal for urgently requesting that the unlocking of the door be restricted.

  The service person mobile phone 4 transmits the second identification data to the in-vehicle unit 10 via the base station 8, the public line network 6 and the server 5 by e-mail to the in-vehicle unit 10. The function of receiving report data by mail via the base station 8, the public line network 6 and the server 5, the GPS function, and the service person mobile phone 4 to the in-vehicle unit 10 via the base station 8, the public line network 6 and the server 5 And the function of transmitting data of the position on the earth (that is, the position of the service person A on the earth).

  The server 5 is configured to be able to access the database 5a, and performs data transmission / reception among the user mobile phone 3, the serviceman mobile phone 4, and the in-vehicle unit 10. The public line network 6 is connected to each of the server 5, the information center 7, and the base stations 8, 8,.

  The in-vehicle unit 10 performs a temporary use data registration process, a verification process, an unlocking regulation condition determination process, a notification process, and the like (see FIGS. 3 to 5. Details of these processes will be described later). As shown in FIG. 2, the in-vehicle unit 10 includes a telephone line transmission / reception device (hereinafter referred to as a transmission / reception device) 10 b including an interface 10 a, a keyless receiver 10 c, and an earth of a vehicle 9 transmitted from a GPS artificial satellite. A GPS receiver 10d having a function of receiving position data, a keyless database (hereinafter referred to as a database) 10e configured to be accessible from a controller 10g described later, and a door unlocking for unlocking the door. It includes a locking actuator 10f and a controller 10g that controls at least the door unlocking actuator 10f. The transceiver 10b, the keyless receiver 10c, the GPS receiver 10d, the database 10e, and the door unlocking actuator 10f are connected to the controller 10g, respectively.

  The transmission / reception device 10b receives the various data transmitted from the user mobile phone 3 via the base station 8, the public line network 6 and the server 5, and the second identification data transmitted from the serviceman mobile phone 4. The function of receiving mail via the base station 8, the public line network 6 and the server 5, and the image data of the temporary use registration data and the mail address data of the vehicle 9 registered in the database 10e The function of sending mail to the service person mobile phone 4 via the network 6 and the server 5 and the mail data to the user and service person mobile phones 3 and 4 via the base station 8, the public line network 6 and the server 5 Function and a function for transmitting a format for inputting data to be stored in the database 10e as temporary use registration data and unlocking restriction condition data The has.

  The keyless receiver 10 c has a function of receiving the first identification data transmitted from the keyless transmitter 2. The database 10e stores various data necessary for unlocking the door based on the first and second identification data transmitted from the keyless transmitter 2 and the serviceman mobile phone 4, respectively. The database 10e includes a user ID database that stores user ID data, user password data, and keyless registration data, an unlocking restriction condition database that stores unlocking restriction condition data, and a temporary use registration database that stores temporary use registration data. Is included. The temporary use registration database includes an image database that stores image data among the temporary use registration data, and a mail address database that stores mail address data among the temporary use registration data. The database 10e also stores the above format. The first storage means according to the present invention corresponds to the user ID database, the second storage means corresponds to the image database, the third storage means corresponds to the mail address database, and the fourth storage means corresponds to the unlocking restriction condition. Corresponds to the database.

  The controller 10g compares the keyless registration data registered in the database 10e with the first identification data transmitted from the keyless transmitter 2, or the temporary use registration data registered in the database 10e and the serviceman mobile phone 4. It has a function of collating with the second identification data and performing door unlocking based on the collation result.

-Operation of the keyless entry system when the user unlocks the door using a keyless transmitter-
Hereinafter, the operation of the keyless entry system 1 when the user unlocks the door using the keyless transmitter 2 will be described with reference to the flowchart shown in FIG. First, in step S1, the user transmits the first identification data from the keyless transmitter 2 to the in-vehicle unit 10. Next, the in-vehicle unit 10 receives the first identification data transmitted from the keyless transmitter 2, collates the first identification data with the keyless registration data (step S2), and whether or not they match. Is determined (step S3). When the determination result of step S3 is YES, that is, when the collation result is coincident, the process proceeds to step S4, where the controller 10g transmits a door unlock signal to the door unlocking actuator 10f, whereby the door is unlocked. In addition, the engine is also started. As a result, the user can use the vehicle 9. Then return to the start. On the other hand, when the determination result in step S3 is NO, the door is not unlocked and the process returns to the start.

-Operation of the keyless entry system when the serviceman unlocks the door using the serviceman's mobile phone-
Hereinafter, referring to the flowcharts shown in FIGS. 4 and 5, FIG. 6, and the like, when the user sets temporary use registration data and the like, and the service person A unlocks the door using the service person mobile phone 4. The operation of the keyless entry system 1 will be described. At this time, it is assumed that the user is at home away from the vehicle 9 while the serviceman A is near the vehicle 9 (see FIG. 1). Further, the user knows the mail address of the service person mobile phone 4 and the mail address of the vehicle 9.

  Here, (Y) and (SA) in FIG. 6 indicate the setters of each data, (Y) means that the data setter is a user, and (S) indicates that the data setter is a serviceman A. Means that. The same applies to FIGS. 17 to 19. Note that (center) in FIG. 19 means that the data setter is the in-vehicle unit 10 (server 5).

(Temporary use data registration process)
The operation of the keyless entry system 1 when setting temporary use registration data by the user will be described below. First, the user performs a format request operation on the user mobile phone 3 to request the in-vehicle unit 10 for format transmission (see (1) in FIG. 6). Next, the in-vehicle unit 10 transmits the format (see FIGS. 7 to 13) to the user mobile phone 3 (see (1) in FIG. 6). Then, as shown in FIG. 7, a login screen 20 is displayed on the display of the user mobile phone 3. The login screen 20 includes an ID column 21 for inputting a user ID, a password column 22 for inputting a user password, and a login button 23. When a user ID and a user password are entered in the ID field 21 and password field 22 of the login screen 20 and the login button 23 is pressed, the entered user ID and password are transmitted from the user mobile phone 3 to the in-vehicle unit 10.

  When it is determined that the user ID data and user password data transmitted from the user mobile phone 3 are matched with the user ID data and user password data registered in the database 10e, respectively, As shown in FIG. 8, a menu screen 30 is displayed on the display of the user mobile phone 3. The menu screen 30 includes a new registration button 31, a registration status confirmation button 32, and a setting change button 33. When the new registration button 31 is pressed, a new registration screen 40 is displayed on the display as shown in FIG. When the registration status confirmation button 32 is pressed, a registration status confirmation screen 60 is displayed on the display as shown in FIG. When the setting change button 33 is pressed, a setting change screen 80 is displayed on the display as shown in FIG.

  As shown in FIG. 9, the new registration screen 40 has a temporary user setting field 41, a system setting field 42, a return button 43, and a registration button 44. The temporary user setting column 41 includes a name column 41a for inputting the name of a temporary user of the vehicle 9 (in this embodiment, a serviceman A), and a mobile phone possessed by the temporary user (in this embodiment, a serviceman). The mail address field 41b for inputting the mail address of the mobile phone 4) and the purpose field 41c for inputting the purpose of temporary use of the vehicle 9 of the temporary user are included. The data input in the mail address column 41b constitutes a part of temporary use registration data.

  The system setting field 42 includes a “use permission period” field 42 a for inputting a period during which the temporary user permits the temporary use of the vehicle 9 (that is, the temporary user unlocks the door); Enter the range (specifically, the distance of the vehicle 9 from the user's home) in which the user is allowed to use the vehicle 9 temporarily (that is, the temporary user unlocks the door). It includes a “use permission range” column 42b and a detailed setting button 42c. When the detail setting button 42c is pressed, a detail setting screen 50 is displayed on the display as shown in FIG. When the return button 43 is pressed, the menu screen 30 is restored. When the registration button 44 is pressed, data input in the fields of the new registration screen 40 and the detailed setting screen 50 are transmitted from the user mobile phone 3 to the in-vehicle unit 10. These data are set as mail address data and unlocking restriction condition data of the service person mobile phone 4, and the set mail address data and unlocking restriction condition data are temporarily registered in the database 10e. The data input in the “use permission period” column 42 a and the data input in the “use permission range” column 42 b constitute a part of the unlocking regulation condition data.

  As shown in FIG. 10, the detailed setting screen 50 includes a detailed setting field 51, a return button 52, and a setting change button 53. The detailed setting column 51 includes an unlockable frequency column 51a for inputting the number of times that the temporary user can unlock the door, and a range in which the temporary user can unlock the door (specifically , The unlockable distance column 51b for inputting the distance of the serviceman A from the vehicle 9 when the serviceman A transmits the second identification data from the serviceman mobile phone 4, and the temporary user of the door It includes an unlocking permission time zone column 51c for inputting a time zone for permitting unlocking, an engine start prohibition check box 51d, and a “confirmation mail at unlocking” check box 51e. When the engine start prohibition check box 51d is checked and the temporary user unlocks the door, only the door is unlocked and the engine is not started. When the “unlocking confirmation mail” check box 51 e is checked and the temporary user unlocks the door, a confirmation mail is transmitted from the in-vehicle unit 10 to the user mobile phone 3. When the return button 52 is pressed, the screen returns to the new registration screen 40. When the setting change button 53 is pressed, a setting change screen 80 is displayed on the display. In FIG. 10, “within 30 times” is input in the number of unlockable times column 51 a, “within 5 m from the car” is input in the unlockable distance column 51 b, and “4” is input in the unlocking permitted time zone column 51 c. "00 to 24:00" is entered. Note that the data input to the unlockable number of times column 51a, the data input to the unlockable distance column 51b, and the data input to the unlocking permitted time zone column 51c are part of the unlocking regulation condition data. It is composed.

  As shown in FIG. 11, the registration status confirmation screen 60 is a registration status list display unit 61 that displays data set and registered by inputting to the temporary user setting column 41 and the system setting column 42 of the new registration screen 40, respectively. And a detail button 62 and a change button 63. When the detail button 62 is pressed, a detail screen 70 is displayed on the display. When the change button 63 is pressed, a setting change screen 80 is displayed on the display. The registration status list display unit 61 of FIG. 11 includes data “Serviceman A who repairs a car between October 9 and October 10” and “December 5 from 13:00 to 15:00. "Serviceman B who changes oil during the minute" is displayed.

  As shown in FIG. 12, the detail screen 70 displays data set and registered by inputting to the new registration screen 40 and the detail setting screen 50. In FIG. 12, data relating to the above-mentioned “serviceman A who repairs the car between October 9 and October 10” is displayed. When the return button 71 is pressed, the registration status confirmation screen 60 is displayed again.

  As shown in FIG. 13, the setting change screen 80 has substantially the same configuration as the new registration screen 40. In the setting change screen 80, the setting change of the data set and registered by inputting to the new registration screen 40 and the detailed setting screen 50 can be performed. When the return button 81 is pressed, the detailed setting screen 50 or the registration status confirmation screen 60 is displayed. When the registration button is pressed, the data input to the setting change screen 80 is transmitted from the user mobile phone 3 to the in-vehicle unit 10, and the mail address data and the unlocking restriction condition data temporarily registered in the database 10e are set in those data. The changed and changed data is temporarily registered in the database 10e.

  As described above, the user inputs the mail address data of the service person mobile phone 4 and the data to be stored as the unlocking restriction condition data to the respective screens 40, 50, and 80 shown in FIGS. To do.

  Further, the user uses a camera of the user mobile phone 3 to copy any one of a part of the vehicle 9 (for example, a license plate), a part of the human body (for example, part of the user's body), a landscape, and the like. , Make image data. The created image data constitutes a part of temporary use registration data.

  As shown in FIG. 4, in step S5, the user sends the user ID, the data to be stored as the unlocking restriction condition data, the image data and the mail address data to be stored as the temporary use registration data from the user mobile phone 3 to the in-vehicle unit. 10 (see (3) and (4) in FIG. 6). At this time, the user also remotely transmits the mail address data of the mobile phone of the service person B from the user mobile phone 3 to the in-vehicle unit 10.

  Next, the in-vehicle unit 10 collates the user ID transmitted from the user mobile phone 3 with the user ID registered in the database 10e (step S6), and determines whether they match (step S6). S7, see FIG. 6 (2))). When the determination result of step S7 is YES, the process proceeds to step S8, while when the determination result of step S7 is NO, the process returns to the start. Note that “when a predetermined condition set in advance” according to the present invention is satisfied corresponds to “when the determination result in step S7 is YES”.

  In step S8, the in-vehicle unit 10 receives the data transmitted from the user mobile phone 3, and temporarily registers the received data in the database 10e as unlocking regulation condition data and temporary use registration data. Next, in step S9, the in-vehicle unit 10 transmits the image data included in the temporary use registration data and the mail address data of the vehicle 9 to the service person mobile phone 4 (see (5) in FIG. 6). . Next, in step S10, the service person mobile phone 4 receives and temporarily registers the image data transmitted from the in-vehicle unit 10 and the mail address data of the vehicle 9. So far, the operation of the keyless entry system 1 when the user sets temporary use registration data and the like has been described.

(Verification process)
Hereinafter, the operation of the keyless entry system 1 when the door is unlocked by the service person A will be described. First, as shown in FIG. 5, in step S <b> 11, the service person A performs predetermined operations on the service person mobile phone 4, so that the image data temporarily registered in the service person mobile phone 4 and the mail of the service person mobile phone 4. Second identification data composed of address data is transmitted from the service person mobile phone 4 to the in-vehicle unit 10 (see (6) in FIG. 6). The mail address data of the service person mobile phone 4 is automatically and simultaneously transmitted together with the image data from the service person mobile phone 4 when the image data is sent from the service person mobile phone 4. Next, in step S <b> 12, the in-vehicle unit 10 receives the second identification data transmitted from the service person mobile phone 4. Next, in step S13, the in-vehicle unit 10 performs a verification process.

  Hereinafter, the verification processing of the in-vehicle unit 10 will be described in detail with reference to the flowchart shown in FIG. First, the mail address data included in the temporary use registration data and the mail address data included in the second identification data transmitted from the service person mobile phone 4 are collated (step 13a), and they match. It is determined whether or not (step 13b). If the decision result in the step S13b is YES, the process advances to a step S13c to collate the image data included in the temporary use registration data with the image data included in the second identification data transmitted from the service person mobile phone 4. Then, it is determined whether or not they match (step S13d). If the decision result in the step 13d is YES, the process advances to a step 13e, and it is determined that the temporary use registration data and the second identification data transmitted from the service person mobile phone 4 are coincident. Thereafter, the process returns to step S13 in FIG.

  On the other hand, when the determination result of step S13b or step S13d is NO, the process proceeds to step S13f, and notification data regarding the reason for the mismatch is notified (reported) to the user and the service person mobile phone 3 or 4, respectively. Thereafter, the process proceeds to step S13g, and it is determined that the temporary use registration data and the second identification data transmitted from the service person mobile phone 4 are inconsistent. At this time, the service person A cannot unlock the door. That is, the service person A cannot temporarily use the vehicle 9. Thereafter, the process returns to step S13 in FIG. So far, the verification process of the in-vehicle unit 10 has been described in detail.

  As shown in FIG. 5, in step S <b> 14, the in-vehicle unit 10 compares the temporarily registered temporary use registration data with the second identification data transmitted from the service person mobile phone 4, and whether they match. Determine whether or not. When the determination result of step S14 is YES, the process proceeds to step S15, and when the determination result of step S14 is NO, the process proceeds to step S18.

(Unlocking regulation condition discrimination process)
In step S15, the in-vehicle unit 10 performs an unlocking restriction condition determination process.

  Hereinafter, the unlocking restriction condition determination process of the in-vehicle unit 10 will be described in detail with reference to the flowcharts shown in FIGS. 15 and 16. First, in step S15a, each unlocking restriction condition data (specifically, “use permission period” data, “use permission range” data, unlockable number of times data, unlockable distance data, Read unlocking permission time zone data, etc.). Next, in step S15b, current vehicle state data (specifically, position data of the vehicle 9 and the number of times the serviceman A has unlocked the door using the serviceman mobile phone 4 so far). Data, etc.), position data of the service person A, and input time data are read. The input time is the time when the service person A transmits the second identification data from the service person mobile phone 4, in other words, the time when the in-vehicle unit 10 receives the second identification data.

  Next, in step S15c, it is determined whether an emergency invalidation request signal is received from the user mobile phone 3. If the decision result in the step S15c is NO, the process advances to a step S15d to decide whether or not the temporary use registration data and the second identification data transmitted from the service person mobile phone 4 are continuously inconsistent for a predetermined number of times. . When the determination result in step S15d is NO, the process proceeds to step S15e, and the number of times the service person A has received the second identification data transmitted from the service person mobile phone 4 so far, or the service person A has It is determined whether or not the number of times of unlocking the door using the mobile phone 4 is greater than the number of unlockable times (in this embodiment, 30 times). When the determination result of step S15e is NO, the process proceeds to step S15f, and it is determined whether or not a predetermined time has elapsed since the temporary use registration data is temporarily registered in the database 10e.

  When the determination result of step S15f is NO, the process proceeds to step S15g, and it is determined whether or not the distance between the user (in other words, the user mobile phone 3) and the vehicle 9 is a predetermined value or more. When the determination result of step S15g is NO, the process proceeds to step S15h, and it is determined whether or not the current position of the vehicle 9 is outside the “use permission range” (that is, outside the effective range). When the determination result in step S15h is NO, the process proceeds to step S15i, and it is determined whether or not the distance between the user and the service person A (in other words, the service person mobile phone 4) is a predetermined value or more. When the determination result of step S15i is NO, the process proceeds to step S15j, and the distance between the vehicle 9 and the serviceman A is calculated based on the position data of the vehicle 9 and the position data of the serviceman A. Next, in step S15k, it is determined whether or not the calculated distance between the vehicle 9 and the serviceman A is greater than the unlockable distance (5 m in this embodiment).

  When the determination result of step S15k is NO, the process proceeds to step S151, and whether or not the input time (that is, the current time) is outside the unlocking permission time zone (from 4:00 to 24:00 in the present embodiment). Determine whether. If the decision result in the step 15l is NO, the process advances to a step S15m to check whether or not the elapsed time since the serviceman A first unlocked the door using the serviceman mobile phone 4 is a predetermined time or more. Determine. When the determination result in step 15m is NO, the process proceeds to step S15n, and the input time is outside the “use permission period” (outside the valid period. In this embodiment, outside the period from October 9 to October 10). It is determined whether or not. When the determination result in step S15n is NO, the process proceeds to step S15o, and it is determined that the unlocking restriction condition is not satisfied (that is, the unlocking restriction condition is not satisfied). Next, in step S15p, it is determined whether or not the engine start prohibition check box 51d is checked, that is, whether or not an engine start restriction condition for restricting engine start is satisfied. If the decision result in the step S15p is YES, the process proceeds to a step S15q to restrict (inhibit) the engine start. Thereafter, the process returns to step S15 in FIG. On the other hand, when the determination result of step 15p is NO, the process returns to step S15.

  Further, when the determination results from step S15c to step S15i and from step S15l to step 15n are YES, the process proceeds to step S15r, and notification data regarding the reason for satisfying the unlocking restriction condition (that is, the reason why the unlocking restriction condition is satisfied). Is notified (reported) to the user and the serviceman mobile phones 3 and 4 respectively. When the determination result in step 15k is YES, that is, when the distance between the vehicle 9 and the service person A is greater than 5 m, only the service person mobile phone 4 is notified to that effect. Then, the process proceeds to step S15s, and it is determined that the unlocking restriction condition is satisfied (that is, the unlocking restriction condition is satisfied). At this time, the service person A cannot unlock the door. That is, the service person A cannot temporarily use the vehicle 9. Thereafter, the process returns to step S15 in FIG. Up to this point, the unlocking regulation condition determination process of the in-vehicle unit 10 has been described in detail. Note that the unlocking restriction conditions according to the present invention correspond to the conditions from step S15c to step S15i and from step S15k to step S15n.

  As shown in FIG. 5, in step S <b> 16, the in-vehicle unit 10 determines whether or not the unlocking regulation condition is satisfied. When the determination result of step S16 is NO, the process proceeds to step S17, and the controller 10g transmits a door unlocking signal to the door unlocking actuator 10f. Thereby, the door is unlocked. At this time, when the determination result of step S15p in FIG. 16 is NO, the controller 10g performs both unlocking the door and starting the engine, while when the determination result of step S15p is YES, the controller 10g Only unlock the door. On the other hand, as shown in FIG. 5, when the determination result of step S16 is YES, the process proceeds to step S18.

(Report processing)
In step S18, the in-vehicle unit 10 includes data indicating whether the door is locked or unlocked (that is, data indicating whether unlocking of the door is restricted or performed). Data is transmitted to the user mobile phone 3. In step S <b> 19, the user mobile phone 3 receives use state data of the vehicle 9. Thereby, the user can know the use state of the vehicle 9 such as whether the door is locked or unlocked. Then return to the start. So far, the operation of the keyless entry system 1 when the service person A uses the service person mobile phone 4 to unlock the door has been described.

-Effect-
As described above, according to the present embodiment, when the in-vehicle unit 10 receives the second identification data transmitted from the serviceman mobile phone 4 and configured by the image data and the mail address data of the serviceman mobile phone 4, The collation of the image data and the image data included in the temporary use registration data and the collation of the mail address data of the service person mobile phone 4 and the determination as to whether or not the unlocking regulation condition is satisfied are performed. The doors are unlocked only when they are coincident and the determination result is unsatisfactory. That is, a person other than the user, for example, the service person A can use the mobile phone 4 to unlock the door. Therefore, the user does not need to lend the keyless transmitter 2 or teach the keyless registration data when a person other than the user unlocks the door. Therefore, convenience when a person other than the user unlocks the door can be improved. The in-vehicle unit 10 unlocks the door only when each verification result is identical and the determination result is not satisfactory, and when the determination result is satisfactory, the door is unlocked regardless of the verification result. To regulate. In this way, the doors are unlocked only when the matching results are the same and the determination result is unsatisfactory. Otherwise, the door unlocking is restricted. Security can be maintained when unlocking. From the above, it is possible to maintain security when a person other than the user unlocks the door and improve convenience.

  Further, the in-vehicle unit 10 receives image data arbitrarily set by the user and stores the received data in the database 10e as image data of temporary use registration data. Can be set arbitrarily. Therefore, security when a person other than the user unlocks the door can be reliably maintained.

  Further, since the in-vehicle unit 10 transmits the image data included in the temporary use registration data stored in the database 10e to the serviceman mobile phone 4, the serviceman A uses the image data as one of the second identification data. By transmitting as a part, the door can be unlocked. Therefore, the convenience when a person other than the user unlocks the door can be further improved.

  In the present embodiment, the in-vehicle unit 10 transmits image data included in the temporary use registration data to the service person mobile phone 4 (see step S9 in FIG. 4 and (5) in FIG. 6). The user may directly transmit the image data from the user mobile phone 3 to the service person mobile phone 4.

(Embodiment 2)
In the present embodiment, the service person A knows the mail address of the user mobile phone 3 in advance. Then, the service person A copies a part of the vehicle 9, a part of the human body (for example, a part of the body of the service person A), a landscape, or the like by the camera of the service person mobile phone 4, Create image data. Next, the service person A transmits the created image data from the service person mobile phone 4 to the user mobile phone 3 (see (4) in FIG. 17). Next, after confirming and approving the image data, the user transmits the same data as the image data and the mail address data of the service person mobile phone 4 from the user mobile phone 3 to the in-vehicle unit 10 (FIG. 17). (See (5)). Next, the in-vehicle unit 10 temporarily registers these data in the database 10e as temporary use registration data. Next, the in-vehicle unit 10 notifies the service person mobile phone 4 that the temporary use registration data is registered in the database 10e (see (6) in FIG. 17). Next, the service person A transmits second identification data constituted by the image data and the mail address data of the service person mobile phone 4 from the service person mobile phone 4 to the in-vehicle unit 10 ((7 in FIG. 17). )). The other points including (1) format request / response, (2) user ID verification, and (3) unlocking regulation condition transmission in FIG. 17 are substantially the same as those in the first embodiment. The notification means according to the present invention corresponds to the in-vehicle unit 10.

-Effect-
As described above, according to the present embodiment, the in-vehicle unit 10 receives from the user mobile phone 3 the same data as the image data arbitrarily set by the serviceman A and transmitted from the serviceman mobile phone 4 to the user mobile phone 3. Since the received data is stored in the database 10e as image data of temporary use registration data, the user can check the image data before the in-vehicle unit 10 stores the image data as image data of temporary use registration data. Therefore, security when a person other than the user unlocks the door can be reliably maintained.

  Further, when the image data of the temporary use registration data is stored in the database 10e, the in-vehicle unit 10 notifies the service person mobile phone 4 to that effect, so that the service person A stores the temporary use registration data in the database 10e. It is possible to know that the image data has been stored. Therefore, the service person A can easily know that the door can be unlocked.

(Embodiment 3)
In this embodiment, the service person A knows the mail address of the vehicle 9 in advance. Then, the service person A copies a part of the vehicle 9, a part of the human body (for example, a part of the body of the service person A), a landscape, or the like by the camera of the service person mobile phone 4, Create image data. Next, the service person A transmits the created image data and the mail address data of the service person mobile phone 4 from the service person mobile phone 4 to the in-vehicle unit 10 (see (4) in FIG. 18). Next, the in-vehicle unit 10 transmits the data to the user mobile phone 3 (see (5) in FIG. 18). Next, after confirming and approving the data, the user transmits the same data as the data from the user mobile phone 3 to the in-vehicle unit 10 (see (6) in FIG. 18). Next, the in-vehicle unit 10 temporarily registers these data in the database 10e as temporary use registration data. Next, the in-vehicle unit 10 transmits to the serviceman mobile phone 4 that the temporary use registration data has been registered in the database 10e (see (7) in FIG. 18). Next, the service person A transmits second identification data constituted by the image data and the mail address data of the service person mobile phone 4 from the service person mobile phone 4 to the in-vehicle unit 10 ((8 in FIG. 18). )). The other points including (1) format request / response, (2) user ID verification, and (3) unlocking regulation condition transmission in FIG. 18 are substantially the same as those in the first embodiment. In addition, the reception unit and the reception data transmission unit according to the present invention correspond to the in-vehicle unit 10.

-Effect-
As described above, according to the present embodiment, the in-vehicle unit 10 receives from the user mobile phone 3 the same image data as the image data arbitrarily set by the service person A and transmitted from the in-vehicle unit 10 to the user mobile phone 3. Then, the received data is stored in the database 10e as image data of temporary use registration data, and the same mail address data as the mail address data of the service person mobile phone 3 transmitted from the in-vehicle unit 10 to the user mobile phone 3 is stored in the user. Since the data received from the mobile phone 3 is stored in the database 10e, the user can check the data before the in-vehicle unit 10 stores the data as temporary use registration data. Therefore, security when a person other than the user unlocks the door can be reliably maintained.

  Further, when the image data of the temporary use registration data is stored in the database 10e, the in-vehicle unit 10 notifies the service person mobile phone 4 to that effect, so that the service person A stores the temporary use registration data in the database 10e. It is possible to know that the image data has been stored. Therefore, the service person A can easily know that the door can be unlocked.

(Embodiment 4)
In the present embodiment, a rolling code is stored in advance in the database 10e of the in-vehicle unit 10 as predetermined data. The rolling code is to progressively change the value every time code information is transmitted. Then, the in-vehicle unit 10 transmits the rolling code to the user mobile phone 3 (see (4) in FIG. 19). Next, after confirming and approving the rolling code, the user transmits the same code as the rolling code and the mail address data of the service person mobile phone 4 from the user mobile phone 3 to the in-vehicle unit 10 (FIG. 19). (See (5)). Next, the in-vehicle unit 10 temporarily registers these data in the database 10e as temporary use registration data. Next, the in-vehicle unit 10 transmits the rolling code to the service person mobile phone 4 (see (6) in FIG. 19). Next, the service person A transmits the second identification data constituted by the rolling code transmitted from the in-vehicle unit 10 and the mail address data of the service person mobile phone 4 from the service person mobile phone 4 to the in-vehicle unit 10. (See (7) in FIG. 19). The other points including (1) format request / response, (2) user ID verification, and (3) unlocking regulation condition transmission in FIG. 19 are the same as those in the first embodiment. Moreover, the predetermined data transmission means according to the present invention corresponds to the in-vehicle unit 10.

-Effect-
As described above, according to the present embodiment, the in-vehicle unit 10 receives the same code as the rolling data transmitted from the in-vehicle unit 10 to the user mobile phone 3 from the user mobile phone 3, and temporarily uses the received data. Since it is stored in the database 10e as part of the registration data, the user does not need to create data to be stored in the database 10e. Furthermore, the in-vehicle unit 10 accepts the same code as the rolling data transmitted from the in-vehicle unit 10 to the user mobile phone 3 from the user mobile phone 3, and the received data is stored in the database 10e as a part of temporary use registration data. Since the data is stored, the user can check the rolling data before the in-vehicle unit 10 stores the rolling data as part of the temporary use registration data. From the above, it is possible to reliably maintain security when a person other than the user unlocks the door, and to further improve convenience.

  Further, since the in-vehicle unit 10 transmits the rolling code included in the temporary use registration data stored in the database 10e to the serviceman mobile phone 4, the serviceman A uses the rolling code as one of the second identification data. By transmitting as a part, the door can be unlocked. Therefore, the convenience when a person other than the user unlocks the door can be further improved.

  In this embodiment, a rolling code is registered in advance in the database 10e of the in-vehicle unit 10, but predetermined image data, predetermined character data, or the like may be registered in advance instead of the rolling code.

  In the present embodiment, the in-vehicle unit 10 transmits the rolling code temporarily registered in the database 10e to the service person mobile phone 4, but the user transmits the rolling code transmitted from the in-vehicle unit 10 to the user's mobile phone. It may be transmitted directly from the telephone 3 to the service person mobile phone 4.

(Embodiment 5)
In the present embodiment, the request data and the mail address data of the service person mobile phone 4 are temporarily registered in the database 10e of the in-vehicle unit 10 as temporary use registration data. The request data is image data having a predetermined content (for example, image data having a part of the vehicle 9, a part of the human body, or a landscape as a subject), and the created image data is used as the image data of the second identification data. This is data requesting the serviceman mobile phone 4 to transmit from the serviceman mobile phone 4. Then, the in-vehicle unit 10 transmits the request data temporarily registered in the database 10 e to the service person mobile phone 4. Next, the service person A uses the camera of the service person mobile phone 4 to copy the subject requested by the request data to create image data having a predetermined content. Next, the service person A transmits second identification data constituted by the created image data and the mail address data of the service person mobile phone 4 from the service person mobile phone 4 to the in-vehicle unit 10. Next, the in-vehicle unit 10 receives the second identification data transmitted from the service person mobile phone 4 and collates the image data and the request data together with the collation of the mail address data (see FIG. 14). Do. The other points are almost the same as in the first embodiment.

  According to the present embodiment, the same operation and effect as in the first embodiment can be obtained.

  In the present embodiment, the in-vehicle unit 10 transmits the request data temporarily registered in the database 10e to the serviceman mobile phone 4, but the user sends the request data from the user mobile phone 3 to the serviceman mobile phone 4. It may be sent directly.

(Other embodiments)
In each of the above embodiments, when the in-vehicle unit 10 compares the user ID transmitted from the user mobile phone 3 with the user ID stored in the database 10e and determines that they do not match (FIG. 4). The user mobile phone 3 may be notified of the mismatch.

  In each of the above embodiments, the temporary use registration data is composed of image data and mail address data of the service person mobile phone 4, but character data (for example, encrypted data or telephone number data) is used instead of the image data. Or mail address data, user ID data, rolling code, etc.), and instead of the mail address data of the service person mobile phone 4, the service person mobile phone 4 such as the telephone number or model number of the service person mobile phone 4 is used. When the image data is transmitted from the service person mobile phone 4, data specific to the service person mobile phone 4 other than the mail address data of the service person mobile phone 4 is automatically transmitted from the service person mobile phone 4 together with the image data. Also good. In other words, data that can identify the sender of the second identification data may be used.

  In each of the above embodiments, the door is unlocked after determining that the unlocking regulation condition is not satisfied (see Steps S16 and S17 in FIG. 5), but after determining that the unlocking regulation condition is not satisfied, The confirmation signal may be transmitted from the in-vehicle unit 10 to the user mobile phone 3, and the door may be unlocked after the user confirms and confirms the confirmation signal.

  Moreover, in each said embodiment, when it determines with the in-vehicle unit 10 and temporary use registration data and 2nd identification data agree | coinciding and it determines with not satisfy | filling unlocking | regulation regulation conditions, it will engine with door unlocking. First, the door is unlocked, and then the service person A transmits the second identification data again from the service person mobile phone 4 to the in-vehicle unit 10, and the second identification data and temporary use registration are performed. The engine may be started when the data matches. Furthermore, the door is unlocked first, and then a confirmation signal is transmitted from the in-vehicle unit 10 to the user mobile phone 3, and after the user confirms and approves the confirmation signal, the user receives the permission signal from the user mobile phone 3. The engine may be started when it is transmitted to the in-vehicle unit 10 and the in-vehicle unit 10 receives the permission signal.

  In each of the above embodiments, the general-purpose portable communication device according to the present invention includes the mobile phone 4, but the general-purpose portable communication device according to the present invention as long as it is versatile and can transmit the second identification data. May be constituted by any general-purpose portable communication device other than the mobile phone 4.

  Moreover, in each said embodiment, the general purpose portable communication apparatus which concerns on this invention is comprised so that 2nd identification data may be transmitted to the vehicle-mounted unit 10 via the base station 8, the public circuit network 6, and the server 5. FIG. However, the second identification data may be directly transmitted to the in-vehicle unit 10.

  As described above, the present invention is a keyless entry device that collates stored data stored in advance with transmission data transmitted from a portable communication device, and unlocks at least a door of the vehicle based on the collation result. Etc. are useful.

1 is a schematic configuration diagram of a keyless entry system according to an embodiment of the present invention. It is a schematic block diagram of a vehicle-mounted unit. It is a flowchart which shows a part of operation | movement of a keyless entry system. It is a flowchart which shows a part of operation | movement of a keyless entry system. It is a flowchart which shows a part of operation | movement of a keyless entry system. It is a figure which shows the condition of transmission / reception of the data between a user, the service person A, and a vehicle-mounted unit. It is a figure which shows a login screen. It is a figure which shows a menu screen. It is a figure which shows a new registration screen. It is a figure which shows a detailed setting screen. It is a figure which shows a registration status confirmation screen. It is a figure which shows a detailed screen. It is a figure which shows a setting change screen. It is a flowchart which shows a part of operation | movement of a keyless entry system. It is a flowchart which shows a part of operation | movement of a keyless entry system. It is a flowchart which shows a part of operation | movement of a keyless entry system. It is a figure which shows the condition of transmission / reception of the data between a user, the service person A, and a vehicle-mounted unit. It is a figure which shows the condition of transmission / reception of the data between a user, the service person A, and a vehicle-mounted unit. It is a figure which shows the condition of transmission / reception of the data between a user, the service person A, and a vehicle-mounted unit.

Explanation of symbols

1 Keyless entry system 2 Keyless transmitter (dedicated portable communication device)
3 User mobile phone 4 Serviceman mobile phone (general-purpose mobile communication device)
9 Vehicle 10 On-vehicle unit (first and second registration means, control means, predetermined data transmission means, second stored data transmission means, reception means, reception data transmission means, notification means)
10e Keyless database (first to fourth storage means)

Claims (11)

A keyless entry device for collating stored data stored in advance with transmission data transmitted from a portable communication device and unlocking at least a door of a vehicle based on the collation result,
First storage means for storing first storage data for collating with first transmission data transmitted from the dedicated mobile communication device dedicated to the vehicle;
Second storage means for storing second storage data for collation with second transmission data transmitted from the general-purpose portable communication device;
First registration means for receiving arbitrary data when a predetermined condition set in advance is satisfied, and storing the received data in the second storage means as the second storage data;
Third storage means for storing data unique to the general-purpose portable communication device transmitted together with the second transmission data from the general-purpose portable communication device when the second transmission data is transmitted from the general-purpose portable communication device When,
Second registration means for receiving data specific to the general-purpose portable communication device when a predetermined condition set in advance is satisfied, and storing the received data in the third storage means;
Fourth storage means for storing unlocking restriction conditions for restricting unlocking of the door;
The first transmission data transmitted from the dedicated portable communication device, the second transmission data transmitted from the general-purpose portable communication device, and the data specific to the general-purpose portable communication device are received,
When the first transmission data is received, the first transmission data and the first storage data are collated, and the door is unlocked only when the collation result is coincident,
When the second transmission data and the data specific to the general-purpose portable communication device are received, the verification of the data specific to the general-purpose portable communication device and the unlocking are performed together with the verification of the second transmission data and the second stored data. When the regulation condition is satisfied, the door is unlocked and the determination result is satisfied only when the matching results are identical and the determination result is unsatisfactory. And a control means for restricting the unlocking of the door regardless of the collation result. The keyless entry device according to claim 1,
The first registration unit is configured to receive data arbitrarily set by an owner of the dedicated portable communication device and store the received data in the second storage unit as the second storage data. A keyless entry device characterized by The keyless entry device according to claim 1,
A predetermined data transmitting means for transmitting predetermined data to a general-purpose portable communication device owned by the owner of the dedicated portable communication device;
The first registration means receives from the general-purpose portable communication device the same data as the predetermined data transmitted from the predetermined data transmission means to the general-purpose portable communication device owned by the owner of the dedicated portable communication device, A keyless entry device configured to store the received data as the second storage data in the second storage means. In the keyless entry device according to any one of claims 1 to 3,
A keyless entry device, comprising: second storage data transmission means for transmitting the second storage data stored in the second storage means to the general-purpose portable communication device. The keyless entry device according to claim 1,
The first registration means is arbitrarily set by the owner of the general-purpose portable communication device and transmitted from the general-purpose portable communication device to the general-purpose portable communication device owned by the owner of the dedicated portable communication device A keyless entry device configured to receive the same data as the data from the general-purpose portable communication device and store the received data as the second storage data in the second storage means. The keyless entry device according to claim 1,
Receiving means for receiving data arbitrarily set by the owner of the general-purpose portable communication device and data specific to the general-purpose portable communication device transmitted from the general-purpose portable communication device;
Receiving data transmitting means for transmitting data received by the receiving means to a general-purpose portable communication device owned by the owner of the dedicated portable communication device;
The first registration means is data set arbitrarily by the owner of the general-purpose portable communication device and transmitted from the received data transmission means to the general-purpose portable communication device owned by the owner of the dedicated portable communication device Is received from the general-purpose portable communication device, and the received data is stored in the second storage means as the second storage data,
The second registration means sends the same data as the data unique to the general-purpose portable communication device transmitted from the received data transmission means to the general-purpose portable communication device owned by the owner of the dedicated portable communication device. A keyless entry device configured to receive from the general-purpose portable communication device owned by the owner of the communication device and store the received data in the third storage means. The keyless entry device according to claim 5 or 6,
A keyless entry device, comprising: a notification means for notifying the general-purpose portable communication device when the second storage data is stored in the second storage means. The keyless entry device according to claim 1,
The second stored data is request data for requesting the general-purpose portable communication device to transmit data having a predetermined content as the second transmission data.
Request data transmission means for transmitting the request data stored in the second storage means to the general-purpose portable communication device;
The control means is configured to collate the predetermined content data with the request data when the predetermined content data transmitted from the general-purpose portable communication device is received. Entry device. A keyless entry system for collating stored data stored in advance with transmission data transmitted from a portable communication device and unlocking at least a door of a vehicle based on the collation result,
A dedicated mobile communication device dedicated to the vehicle;
First storage means for storing first storage data for collation with first transmission data transmitted from the dedicated portable communication device;
General-purpose portable communication devices;
Second storage means for storing second storage data for collation with second transmission data transmitted from the general-purpose portable communication device;
First registration means for receiving arbitrary data when a predetermined condition set in advance is satisfied, and storing the received data in the second storage means as the second storage data;
Third storage means for storing data unique to the general-purpose portable communication device transmitted together with the second transmission data from the general-purpose portable communication device when the second transmission data is transmitted from the general-purpose portable communication device When,
Second registration means for receiving data specific to the general-purpose portable communication device when a predetermined condition set in advance is satisfied, and storing the received data in the third storage means;
Fourth storage means for storing unlocking restriction conditions for restricting unlocking of the door;
The first transmission data transmitted from the dedicated portable communication device, the second transmission data transmitted from the general-purpose portable communication device, and the data specific to the general-purpose portable communication device are received,
When the first transmission data is received, the first transmission data and the first storage data are collated, and the door is unlocked only when the collation result is coincident,
When the second transmission data and the data specific to the general-purpose portable communication device are received, the verification of the data specific to the general-purpose portable communication device and the unlocking are performed together with the verification of the second transmission data and the second stored data. When the regulation condition is satisfied, the door is unlocked and the determination result is satisfied only when the matching results are identical and the determination result is unsatisfactory. And a control means for restricting the unlocking of the door regardless of the collation result. A keyless entry method for collating stored data stored in advance with transmission data transmitted from a portable communication device and unlocking at least a door of a vehicle based on the collation result,
First storage means for storing first storage data for collating with first transmission data transmitted from the dedicated mobile communication device dedicated to the vehicle;
Second storage means for storing second storage data for collation with second transmission data transmitted from the general-purpose portable communication device;
Third storage means for storing data unique to the general-purpose portable communication device, which is transmitted together with the second transmission data from the general-purpose portable communication device when the second transmission data is transmitted from the general-purpose portable communication device. When,
A fourth storage means for storing unlocking restricting conditions for restricting the unlocking of the door;
A first registration step of receiving arbitrary data when a predetermined condition set in advance is satisfied, and storing the received data in the second storage means as the second storage data;
A second registration step of receiving data specific to the general-purpose portable communication device when a predetermined condition set in advance is received, and storing the received data in the third storage unit;
When the first transmission data transmitted from the dedicated portable communication device is received, the first transmission data and the first stored data are collated, and only when the collation result is the same, the door is unlocked. While doing
When the second transmission data transmitted from the general-purpose portable communication device and the data specific to the general-purpose portable communication device are received, the second transmission data and the second storage data are collated and the unique to the general-purpose portable communication device. And the unlocking of the door only when the verification results are identical and the determination result is unsatisfactory. A keyless entry method comprising: a control step of restricting unlocking of the door regardless of the collation result when the determination result is satisfactory. The keyless entry method according to claim 10,
In the first registration step, data arbitrarily set by the owner of the dedicated portable communication device is received, and the received data is stored in the second storage means as the second storage data.
A step of transmitting data arbitrarily set by the owner of the dedicated portable communication device from the general-purpose portable communication device owned by the owner of the dedicated portable communication device to the general-purpose portable communication device. Keyless entry method that features.

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