Pioneer Corporation

Pioneer Electronic Corporation

Ube Industries, Inc.

Pioneer Electronics Corporation

Poineer Corporation

Kenichiro Yano

Motoyuki Yamashita

Seiji Goto

Koji Koga

Motohiko Takayanagi

Katsuyoshi Hayashi

Daisaku Kita

Keiichi Yamauchi

Seiichirou Takabayashi

Tomo Watanabe

Makoto Hijikata

Chihiro Hirose

Ryoichi Sato

Satoshi Saitoh

Kazuaki Mii

Ippei Nambata

Yoshihide Hamaguchi

Kiyonori Myochin

Shigetoshi Ohshima

Daisuke Sakata

Shuuji Watanabe

Akira Ishida

In a position registering apparatus, an acquiring unit acquires traveling state information indicating a traveling state of a mobile object and a position identifying unit specifies the current position of the mobile object, based on the traveling state information and map information. After the current position of the mobile object is identified to be on a road within a predetermined range from a destination set by a destination setting unit and is then identified to be at a place other than the road, if the parking determining unit determines that the mobile object is parked, a registering unit registers, into a storage unit, a deviation point from the road as an entrance point of a parking lot of the destination.

Position registering apparatus, route retrieving apparatus, position registering method, position registering program, and recording medium

A position registering apparatus includes an acquiring unit that acquires traveling state information concerning a mobile object; a position identifying unit that identifies a current position of the mobile object based on the traveling state information and map information; a parking determining unit that determines whether the mobile object is parked when the current position is identified not be on a road; and a registering unit that registers a point of deviation from the road by the mobile object as an entrance point to a parking lot when the current position that has been identified to be on the road is identified to be not on the road and the mobile object is determined to be parked. The registering unit further registers the current position identified upon the parking determining unit determining that the mobile object is parked, as a parking lot position correlated with the entrance point.

Position registration device, route search device, position registration method, position registration program, and recording medium

A navigation apparatus having a hard disk (called HD below) recording and reproduction unit and comprising: a password memory unit that stores a unique first password for each individual navigation apparatus, and that is used when recording data on or reproducing data from a first HD; the HD recording and reproduction unit that performs recording or reproduction by the first password; and a system control unit, which determines whether or not it is possible to use a second password for recording data on or reproducing data from a second HD that is used for updating the data on the first HD, and when it determines that it is possible to do, it updates the data on the first HD with one on the second HD, then it changes the second password to the first password.

Data processing apparatus, a data processing method, a data recording medium on which data processing program that is readable by a computer are recorded, and a recording medium

An upgrade method for navigation data is provided with: a memory status of a memory device that is removed from a navigation apparatus is checked and it is determined whether there are the navigation data to be upgraded and the user data to be saved. The user data is saved in a backup memory device. The navigation data is written over with upgraded navigation data. Then, the saved data is read from the backup memory device and rewritten in the memory device as the user data.

Upgrade for navigation data based on usage data or initialization of navigation data

A route provision apparatus includes: a veering detecting unit for employing the current positioning data obtained by a position acquisition unit and route data for an originally determined travel route to detect whether a vehicle has veered away from a determined travel route; and a travel route determination unit for determining a new travel route when the vehicle has veered away from the determined travel route, wherein the travel route determination unit employs the detection results obtained by the veering detecting unitto determine a new travel route in accordance with one or more of route determination conditions.

Route provision apparatus, route provision method, navigation system, and computer program for route provision apparatus or navigation system

A road traffic information processing apparatus determines the continuity of road conditions of a traffic jam, control, etc., in a traffic information link (v, v) received by road traffic information reception section and the continuity of road conditions of a traffic jam, control, etc., existing in traffic information links of different roads.

Road traffic information processing apparatus, road traffic information processing method, computer program, and information record medium

An navigation apparatus records a deviation point as a new search point for activating a rerouting function during a route guidance process. When the deviation point exists along or near a set route, it is predicted that a vehicle will travel away from the set route at the deviation point. When a current location is within a predetermined distance from the deviation point, the rerouting function is activated to automatically search for a new route starting from the deviation point.

Navigation apparatus and rerouting method

A navigation system is provided that allows an appropriate destination point to be set when a vehicle begins to travel without an operator setting a destination point. A navigation system is provided with a system control section and, if a vehicle begins to travel without an operator setting a destination point, destination point information is retrieved. This destination point information is stored in a travel information database on the basis of information about the position of the vehicle, the direction in which the vehicle is progressing and information about the road. The road is which the vehicle is traveling along that was calculated based on the respective signals input from a GPS receiving section and various sensor sections. In addition, if there are candidates for the relevant destination point, candidate destination points are displayed on a display section as predicted destination points.

Navigation system, server system for a navigation system, and computer-readable information recorded medium in which destination prediction program is recorded

A recording medium and an information reproducing apparatus capable of quickly reading navigation information are offered. The recording medium has a plurality of recording layers, on each of which navigation information is recorded. Navigation information having a same attribute is recorded in same one of the plurality of recording layers.

Recording medium on which navigation information is recorded and information reproducing apparatus therefor

A navigation system is provided with: an operation section that selects a scheduled route along which a vehicle is scheduled to move; a system controller that searches for a different route while the vehicle is moving along the scheduled route, the different route serving to reach a destination for which the mobile unit moves along the scheduled route, and compares the searched different route with the scheduled route for movement of the vehicle from a current position of the vehicle onward; and a display section that gives notice of a comparison result obtained by the controller.

Navigation system and computer-readable information recorded medium in which navigation control program is recorded

In a map information display device, the map data extracting unit extracts character data corresponding to characters from map data corresponding to the map, and the map data converting unit converts the map data including no character data to a bird's-eye-view map data. The character data converting unit selects designated character data from the extracted character data and converts the character data other than the designated character data to bird's-eye-view character data. Then, the combining unit combines the bird's-eye-view character data, the bird's-eye-view map data and the designated character data to produce combined bird's-eye-view data. Then, the display unit displays the map of bird's-eye-view using the combined bird's-eye-view data.

Map information display device for navigation apparatus

A target method for use in a navigation system for navigating a movable body is provided with: a selection process of selecting a target attribute which is an attribute of a reach target, to which the movable body is to reach; an extraction process of extracting one of a pularity of reach targets, which has the selected target attribute; and a calculation process of giving a degree of priority to the extracted one of the reach targets in correspondence with a moving condition of the movable body, and of calculating a priority coefficient which indicates the degree of priority for the extracted one of the reach targets. The target searching process is also provided with a display process of displaying the extracted one of the reach targets on the basis of the calculated priority coefficient.

Vehicle navigation with priority target display

A navigation apparatus which can preferentially recognize important information on a map hidden by buildings, mountains, etc. Which were stereoscopically displayed and enables a set route or a present position of a vehicle to be easily recognized. A navigation apparatus has: a recording medium on which at least map data having a road and shape data which is included in the map data and serves as a main landmark object to recognize a feature of a map have been recorded; an image forming unit for forming image information when the map data is seen from a desired sight point position on the basis of the map data and the shape data; a display unit for displaying on the basis of the image information formed by the image forming unit; and a control unit for controlling the recording medium, image forming unit, and display unit. The control unit controls a shape data changing unit to change at least a part of the shape data on the basis of at least the map data and also controls the image forming unit to form the image information on the basis of the map data, the shape data, and shape data changed by the shape data changing unit.

Navigation apparatus with shape change display function

A process for preparing a metallized polyimide film, comprising the steps of: forming a solidified film containing 100 parts by weight of an aromatic polyamic acid in the form of a solution obtained by polymerizing approximately equal moles of an aromatic tetracarboxylic acid component and an aromatic diamine component and 5 to 150 parts by weight of an organic polar solvent; applying a surface treatment solution containing a heat-resistant surface treating agent to the surface of the solidified film; heating the solidified film to a high temperature to imidize the polyamic acid, while drying the film to prepare a polyimide film; forming a thin metal vapor-deposited layer by a vapor deposition of a metal on the treated surface of the polyimide film with the heat-resistant surface treatment agent; and applying metal plating onto the metal vapor deposited layer to form a metal plated layer thereon.

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Tokyo, Japan

Kenichiro Yano