Abstract: A display input device is comprised of a touch panel 1 for carrying out a display of information and an input of information, a proximity sensor 12 for detecting a movement of an object to be detected which is positioned opposite to the touch panel 1 in a noncontact manner, and a control unit 3 for, when the proximity sensor 12 detects an approach of the object to be detected to within a predetermined distance from the touch panel 1, moving a specific display object displayed on the touch panel 1 close to a stop position of the object to be detected to display the specific display object.

Abstract: A display input device is comprised of a touch panel 1 for carrying out a display of an image and an input of an image, a vibration sensor (a proximity sensor 12) for detecting a vibration of an object to be detected which is positioned opposite to the touch panel 1, a vibration correcting unit 304 for making a vibration correction when the vibration of the object to be detected which is detected by the vibration sensor has an amount equal to or larger than a predetermined amount, and a control unit 3 for carrying out a process of transforming an image in a display area having a fixed range displayed on the above-mentioned touch panel according to the position of the object to be detected to which the above-mentioned vibration correction has been made.

Abstract: In a vehicle-mounted control apparatus, a control unit 2 displays guidance on an operation of the vehicle-mounted control apparatus by voice input on a display device 6, and makes the user get training so that the user can master the techniques for operating the vehicle-mounted control apparatus (in step ST4). At this time, by using a voice which the user tries to input in order to master the techniques for operating the vehicle-mounted control apparatus, the voice recognition unit 5 learns the features of the user's voice in the background, and computes recognition parameters. Thereby, the user can know how to operate the vehicle-mounted control apparatus and can also register the features of the voice in the vehicle-mounted control apparatus.

Abstract: A navigation device includes a map database 5 that holds map data; a location and direction measurement unit 4 that measures the current location and direction of a vehicle; a route calculation unit 12 that, based on map data read from the map database 5, calculates a route from the current location measured by the location and direction measurement unit to a destination; a camera 7 that captures video images ahead of the vehicle; a video image acquisition unit 8 that acquires the video images ahead of the vehicle captured by the camera; a road width acquisition unit 16 that, based on road width data included in the map data read from the map database, calculates the width of a road segment that enters last into an intersection to which the vehicle is to be guided from among road segments that make up the route calculated by the route calculation unit; a video image composition processing unit 14 that limits the length of a portion that indicates a turning direction of a route guide arrow to the road width ca

Abstract: A navigation device includes a last shot determining unit 6 for, when a distance from the current position to a guidance object is equal to or shorter than a fixed distance and a distance from a current position calculated on the basis of map data to the guidance object is equal to or shorter than the fixed distance, determining to switch to a last shot mode, a video image storage unit 11 for storing, as a last shot video image, a video image acquired by a video image acquiring unit 10 at the time when it is determined to switch to the last shot mode, a video image composite processing unit 24 for superimposing a content existing in the stored last shot video image on the last shot video image to generate a composite video image, and a display unit 13 for displaying the composite video image.

Abstract: A navigation device includes: a map database 5 that holds map data; a location and direction measurement unit 4 that measures the current location and direction of a vehicle; a road data acquisition unit that 16 that acquires, from the map database, map data of the surroundings of the location measured by the location and direction measurement unit, and that gathers road data from the map data; a camera 7 that captures video images ahead of the vehicle; a video image acquisition unit 8 that acquires the video images ahead of the vehicle captured by the camera; a video image composition processing unit 14 that creates a video image in which a picture of a road denoted by road data gathered by the road data acquisition unit is superimposed on the video image acquired by the video image acquisition unit; and a display unit 10 that displays the video image created by the video image composition processing unit.

Abstract: A navigation device includes: a map database 5 that holds map data; a location and heading measurement unit 4 that measures the current location and heading of a vehicle; a route calculation unit 12 that, based on the map data read from the map database, calculates a guidance route from the current location measured by the location and heading measurement unit to a destination; a camera 7 that captures video images ahead of the vehicle; a video image acquisition unit 8 that acquires the video images ahead of the vehicle captured by the camera; a side road acquisition unit 16 that acquires a side road connected at a location between the current location on the guidance route calculated by the route calculation unit and a guidance waypoint; a video image composition processing unit 14 that composes a picture representing the side road acquired by the side road acquisition unit onto the video images acquired by the video image acquisition unit; and a display unit 10 that displays the video image composed by the

Abstract: A facility display unit three-dimensionally displays an image of the facilities identified by a facility identifying section 6 on a wide-area map according to a display mode set by a setting accepting section 1, and zooms in on the image of the facilities. The facility display unit also rotates the image of the facilities simultaneously with the zoom in or after completing the zoom in. This enables a user to roughly check the position of the facilities, and then to grasp an overall image of the facilities.

Abstract: A vehicle mounted control apparatus includes voice recognition section for recognizing a voice command input by an voice input device; and a control section that analyzes a cause of incapability of recognition of the voice command when the voice command cannot be recognized by the voice recognition section and gives a notice on result of the analysis.

Abstract: A facility display unit three-dimensionally displays an image of the facilities identified by a facility identifying section 6 on a wide-area map according to a display mode set by a setting accepting section 1, and zooms in on the image of the facilities. The facility display unit also rotates the image of the facilities simultaneously with the zoom in or after completing the zoom in. This enables a user to roughly check the position of the facilities, and then to grasp an overall image of the facilities.

Abstract: A system differentiates user controls by arranging a conductive surface in a close approximation to each control. A transmitter is connected to the conductive surfaces. The transmitter emits a unique signal to each conductive surface. Electrodes are arranged in close proximity to users of the controls, and a receiver is connected to each corresponding electrode. A particular user is associated with a particular control when the particular user is capacitively coupled to a particular conductive surface via the electrode, the receiver and the transmitter. Images are displayed to the users using display devices. The display devices present concurrently multiple images to multiple users. The controls may include virtual controls displayed as icons on a touch-sensitive surface displaying the images.

Abstract: A vehicular navigation device for presenting a navigation content by continuing a predetermined inputting operation for navigation till the last step even if the used state changes. The navigation device comprises a presentation unit (6) for presenting a navigation content, a manual input unit (3) for receiving a plurality of inputting operations, a speech input unit (4) for receiving a speech input operation substantially identical to that of the manual input unit (3), a database (5) stored with data necessary for navigation, and a control unit (2) for providing the navigation content to the presentation unit (6) by searching the database (5) according to the inputting operation from the manual input unit (3) or the speech input unit (4).

Abstract: A vehicle mounted control apparatus includes voice recognition section for recognizing a voice command input by an voice input device; and a control section that analyzes a cause of incapability of recognition of the voice command when the voice command cannot be recognized by the voice recognition section and gives a notice on result of the analysis.

Abstract: In a vehicle-mounted control apparatus, a control unit 2 displays guidance on an operation of the vehicle-mounted control apparatus by voice input on a display device 6, and makes the user get training so that the user can master the techniques for operating the vehicle-mounted control apparatus (in step ST4). At this time, by using a voice which the user tries to input in order to master the techniques for operating the vehicle-mounted control apparatus, the voice recognition unit 5 learns the features of the user's voice in the background, and computes recognition parameters. Thereby, the user can know how to operate the vehicle-mounted control apparatus and can also register the features of the voice in the vehicle-mounted control apparatus.

Abstract: A vehicular navigation device for presenting a navigation content by continuing a predetermined inputting operation for navigation till the last step even if the used state changes. The navigation device comprises a presentation unit (6) for presenting a navigation content, a manual input unit (3) for receiving a plurality of inputting operations, a speech input unit (4) for receiving a speech input operation substantially identical to that of the manual input unit (3), a database (5) stored with data necessary for navigation, and a control unit (2) for providing the navigation content to the presentation unit (6) by searching the database (5) according to the inputting operation from the manual input unit (3) or the speech input unit (4).

Abstract: An anti-crimping roll is fixed to a vehicle moving in a direction perpendicular to the moving trace of a piston by way of a cylinder extending/shrinking the piston in a linear direction, and they are disposed at a position capable of moving along a longitudinal direction of a steel sheet within a plane in which the anti-crimping roll is perpendicular to the axis of rotation of a tension reel. A control device calculates an aimed winding angle of the steel sheet to the anti-crimping roll capable of avoiding occurrence of crimps based on a thickness and a width of the steel sheet, and drives the cylinder and the vehicle such that the calculated angle is aligned with an actual wind-up angle calculated from the stroke amount of the piston, moving amount of the vehicle to adjust the position of the anti-crimping roll.

Abstract: A process for manufacturing a cold rolled stainless steel strip of high gloss with a high production efficiency by employing a high rolling speed. Mirror-finished work rolls having a Young's modulus exceeding 54,000 kgf/mm2 and a centerline average surface roughness, Ra, not exceeding 0.10 micron are employed for the last of a plurality of successive passes for cold rolling, while the steel to be drawn between the rolls for the last pass has a centerline average surface roughness, Ra, of 0.05 to 0.30 micron.

Abstract: A process for manufacturing a metal foil by effecting rolling with a high efficiency without making any defectively shaped product. A metal foil having a thickness of 0.2 mm or less is manufactured after a plurality of passes of cold rolling by using soft work rolls from the first pass to the pass preceding the kissing pass during which the kissing of rolls is likely to occur, using hard work rolls for carrying out the kissing pass with a reduction in thickness of over 30%, and using soft work rolls for carrying out the last, or the last two passes with a reduction of 20% or less. Judgment is made again as to the likelihood of any roll kissing when hard rolls are used, and the pressure to be applied for the kissing pass is controlled in accordance with the result of such judgment.

Abstract: A method of increasing the pressure-resistant strength and impart strength of a glass container, which comprises treating the surface of the glass container with a silane coupling agent, applying a coating material comprising a reactive compound having at least two (meth)acryloyl groups in the molecule to the treated glass container, and subjecting it to irradiation of an activated energy ray to cure the coating material applied; and a method of increasing the pressure-resistant strength and impact strength of a glass container, which comprises applying a coating material comprising a silane coupling agent and a reactive compound having at least two (meth)acryloyl groups in the molecule to the surface of the glass article, and then subjecting the coated glass container to irradiation of an activated energy ray to cure the coating.

Abstract: A method of increasing the pressure-resistant strength and impact strength of a glass container, which comprises treating the surface of the glass container with a silane coupling agent, applying a coating material comprising a reactive compound having at least two (meth)acryloyl groups in the molecule to the treated glass container, and subjecting it to irradiation of an activated energy ray to cure the coating material applied; and a method of increasing the pressure-resistant strength and impact strength of a glass container, which comprises applying a coating material comprising a silane coupling agent and a reactive compound having at least two (meth)acryloyl groups in the molecule to the surface of the glass article, and then subjecting the coated glass container to irradiation of an activated energy ray to cure the coating.