Abstract: An information display device includes: a position acquisition unit configured to acquire a posting relevant location associated with posted information on a posting site; and an image display unit configured to display a posting relevant image that is an image associated with the posted information on the posting site and that includes an image indicating a type of the posting site. The image display unit is configured to display the posting relevant image at a location based on a remoteness and direction of the posting relevant location with respect to a current location within a predetermined display area about a location on a display screen, corresponding to the current location.

Abstract: In a balancer board for a back light device, a plurality of shunt coils configured to transfer power from an inverter to a plurality of fluorescent tubes arrayed in a line are arrayed in a line in a direction which is the same as the direction in which the fluorescent tubes are arrayed, and respective patterns formed on front and rear surfaces of the balancer board so as to supply the power from the inverter to each of the plurality of shunt coils are formed such that the pattern formed on one surface is located apart from the pattern formed on the other surface with a predetermined distance left therebetween while mutually intersecting three-dimensionally in respective planes.

Abstract: A wire harness includes a conductive member configured to connect electric members to each other for electric conduction; a covering member configured to enclose and cover the conductive member, the covering member being formed of a first insulating material; and a retaining member configured to enclose the covering member so as to define a space between the covering member and the retaining member, the retaining member being formed of a second insulating material.

Abstract: In a balancer board for a back light device, a plurality of shunt coils configured to transfer power from an inverter to a plurality of fluorescent tubes arrayed in a line are arrayed in a line in a direction which is the same as the direction in which the fluorescent tubes are arrayed, and respective patterns formed on front and rear surfaces of the balancer board so as to supply the power from the inverter to each of the plurality of shunt coils are formed such that the pattern formed on one surface is located apart from the pattern formed on the other surface with a predetermined distance left therebetween while mutually intersecting three-dimensionally in respective planes.

Abstract: A wire harness includes a conductive member configured to connect electric members to each other for electric conduction; a covering member configured to enclose and cover the conductive member, the covering member being formed of a first insulating material; and a retaining member configured to enclose the covering member so as to define a space between the covering member and the retaining member, the retaining member being formed of a second insulating material.

Abstract: A bulb for a color cathode ray tube having a face plate and a color selection member having a plurality of opening portions, wherein X is a nominal diagonal dimension of the bulb, P is a pitch of the opening portions along an electron beam sweep direction in the central portion of the bulb, GH is a distance between an inner surface of the face plate and the color selection member in the central portion of the bulb, and LT is a value obtained by dividing a size of the opening portion along the electron beam sweep direction in the central portion of the bulb by the pitch P and the expressions 0.0117X−0.0457<P<0.018X−0.0771 and 2.8×10−2<P×LT×GH−1/2<4.1×10−2 are satisfied.

Abstract: A bulb for a color cathode ray tube comprising a face plate and a color selection member having a plurality of opening portions, said bulb satisfying the following expressions (1) and (2), wherein X is a nominal diagonal inchage of the bulb, P (unit: mm) is a pitch of the opening portions along an electron beam sweep direction in the central portion of the bulb, GH (unit: mm) is a distance between an inner surface of the face plate and the color selection member in the central portion of the bulb, and LT is a value obtained by dividing a size (unit: mm) of the opening portion along the electron beam sweep direction in the central portion of the bulb by the pitch P (unit: mm).

Abstract: A car positioning system that permits a user to easily position a car with security. Information necessary for locating the car is sent from the car by authentication of the user at a terminal unit, and received by a terminal unit which sends positional information about the car to the user. Also, in response to an access made by the terminal unit having a unique identification code via a public telephone network, positional information about the car is sent from a main unit installed in the car to the terminal unit.

Abstract: A simply constructed car positioning system is provided which permits the user to easily position his or her car parked in a parking lot for example with a sufficient security. In this system, information necessary for locating the car is sent from the car by authentication of the user at a terminal unit, and received by a terminal unit which sends positional information about the car to the user. Also, in response to an access made by the terminal unit having a peculiar ID code via a public telephone network, positional information about the car is sent from a main unit installed on board in the car to the terminal unit.

Abstract: A bulb for a color cathode ray tube comprising a face plate and a color selection member having a plurality of opening portions, said bulb satisfying the following expressions (1) and (2), wherein X is a nominal diagonal inchage of the bulb, P (unit: mm) is a pitch of the opening portions along an electron beam sweep direction in the central portion of the bulb, GH (unit: mm) is a distance between an inner surface of the face plate and the color selection member in the central portion of the bulb, and LT is a value obtained by dividing a size (unit: mm) of the opening portion along the electron beam sweep direction in the central portion of the bulb by the pitch P (unit: mm).