Abstract: To provide a liquid crystal display device that can be realized at lower cost, there are provided a liquid crystal panel 2, a liquid crystal shutter 3 and a light guide plate 4 placed behind the liquid crystal panel 2 in the order named, a lamp set 6a facing an end face of the light guide plate 4, a frame body 8 that supports edge portions of the liquid crystal panel 2, the liquid crystal shutter 3, and the light guide plate 4, a fixing plate 7 having a flat portion behind the light guide plate 4 and a side face that supports the lamp set 6a, a supporting plate 40 that is located behind the fixing plate 7 at a first distance away therefrom and that is partially supported by the fixing plate 7, a circuit board 20 placed behind the supporting plate 40, and a flexible circuit board 36 having one end connected to the edge portion of the liquid crystal panel 2 and the other end connected to an edge portion of the circuit board 20.

Abstract: The invention offers the equipment for an in-pipe running water activation method that is simple to operate and provides long-term stable performance while being beneficial to humans and to the environment. The invention relates to an in-pipe running water activation method and equipment characterized in that use is made of the action of the infrared radiation that is emitted from germanium-including biotite placed in the vicinity of a repulsive magnetic field generated by permanent magnet north poles arranged in mutually opposing positions.

Abstract: The liquid crystal display device of the present invention is a liquid crystal display device where a light source (160) is disposed on the inner periphery of a liquid crystal module (100), which has a metal front frame (110) and a metal back cover (120), which constitute the housing of the liquid crystal module (100), and a conductive upper case (140) which is laid between a liquid crystal panel (130) and the light source (160) and has a frame having approximately the same shape as that of the front frame 110, in which perforated joints, which are bent vertically and integrally formed on the outer end portions of the front frame, the outer end portions of the upper case (140) and the outer end portions of the back cover (120) are severally provided at positions overlapping with each other when the liquid crystal module (100) is assembled, and the joints (143) of the upper case (140) are sandwiched between the joints (112) of the front frame and the joints (123) of the back cover (120) in order to make the jo

Abstract: To provide a liquid crystal display device that can be realized at lower cost, there are provided a liquid crystal panel 2, a liquid crystal shutter 3 and a light guide plate 4 placed behind the liquid crystal panel 2 in the order named, a lamp set 6a facing an end face of the light guide plate 4, a frame body 8 that supports edge portions of the liquid crystal panel 2, the liquid crystal shutter 3, and the light guide plate 4, a fixing plate 7 having a flat portion behind the light guide plate 4 and a side face that supports the lamp set 6a, a supporting plate 40 that is located behind the fixing plate 7 at a first distance away therefrom and that is partially supported by the fixing plate 7, a circuit board 20 placed behind the supporting plate 40, and a flexible circuit board 36 having one end connected to the edge portion of the liquid crystal panel 2 and the other end connected to an edge portion of the circuit board 20.

Abstract: A display comprises a casing (40) having a first lower air hole (36) and a first upper air hole (38), a liquid crystal display unit (12) arranged on the front side in the casing, a first power supply unit (15) arranged on the back side in the casing for supplying power to the backlight of the liquid crystal display unit, and a first cooling fan (23) so arranged on the back side in the casing that it is in the vicinity of the first upper air hole. A first circuit board (25) constituting the first power supply unit is so arranged that it is inclined to a first lateral face (42) of the casing. With this structure, reliability of the built-in power supply is improved and its temperature increase is suppressed.

Abstract: The liquid crystal display device of the present invention is a liquid crystal display device where a light source (160) is disposed on the inner periphery of a liquid crystal module (100), which has a metal front frame (110) and a metal back cover (120), which constitute the housing of the liquid crystal module (100), and a conductive upper case (140) which is laid between a liquid crystal panel (130) and the light source (160) and has a frame having approximately the same shape as that of the front frame 110, in which perforated joints, which are bent vertically and integrally formed on the outer end portions of the front frame, the outer end portions of the upper case (140) and the outer end portions of the back cover (120) are severally provided at positions overlapping with each other when the liquid crystal module (100) is assembled, and the joints (143) of the upper case (140) are sandwiched between the joints (112) of the front frame and the joints (123) of the back cover (120) in order to make the jo

Abstract: When an electronic device (e.g., a notebook personal computer) (5) is mounted on an accessory (1), functions of the electronic device (5) are added. To detach the electronic device 85) from the accessory (1), operation levers (37) provided at the rear portions of both sides of the accessory (1) are operated. Since any force necessary to detach the electronic device (5) is not applied until the operation levers (37) are opened to a predetermined angle, the operability of the operation levers (37) does not deteriorate even if the operation levers (37) are so designed as not to project from the accessory (1) in view of the appearance of the accessory (1). To prevent the electronic device from being stolen, a control plate provided in the accessory (1) is set in a predetermined position, and a key (10) is inserted into a lock part (9) fitted to the accessory (1) and rotated so as not to allow the operation levers (37) to be opened.

Abstract: The function of an electronic device (e.g., a portable personal computer) (5) is extended when the electronic device is mounted on an accessory (1). An operation lever (37) attached to the accessory (1) is operated to separate the electronic device (5) from the accessory (1). Operation parts (30, 31) are operated to take out mechanical equipment (8, 15) housed in the accessory (1). There is a setting which enables both the operation lever (37) and the operation parts (30, 31) to be operated, a setting which enables the operation lever (37) to be operated and unables the operation parts (30, 31) to be operated, and a setting which unables both the operation lever (37) and the operation parts (30, 31) to be operated. The user can select a desired setting by position operation of a lock object selecting part (46). The position operation of the lock object selecting part (46) is inhibited by inserting a key (10) into a locking part (9) attached to the accessory (1) and by turning the key (10).

Abstract: A separation type feature expanding device comprises an attachment device comprising a bottom supporting flat portion on which a notebook personal computer is mounted, and a port replicator portion provided in a rear end of the bottom supporting flat portion and having a terminal portion to which a terminal portion provided on the back surface of the notebook personal computer is removably connected, and a feature expanding unit containing one or more feature expanding devices of the notebook personal computer, having its upper end surface on which the bottom supporting flat portion in the attachment device is mounted, and having a terminal portion to which the terminal portion of the port replicator portion in the attachment device is removably connected.

Abstract: Disclosed is an image receiving monitor using a liquid crystal display constructed by attaching a liquid crystal display panel (1) to a stand (2), in which the stand (2) includes a pedestal (3), a surface plate (4) in a semi-cylindrical shape provided on the pedestal (3), a cover (6) attached to the surface plate (4) so as to be detachable and constituting a space (5) in an approximately cylindrical shape together with the surface plate (4) when the cover is attached to the surface plate (4), and a hinge (10) fixed to the upper part of the base (7) and having one end projecting outward from the space (5), and the liquid crystal display panel (1) is attached to the one end of the hinge (10) so as to be detachable.

Abstract: A separation type feature expanding device comprises an attachment device with a bottom supporting flat portion on which a notebook personal computer is mounted, and a port replicator portion provided in a rear end of the bottom supporting flat portion and having a terminal portion to which a terminal portion provided on the back surface of the notebook personal computer is removably connected, and a feature expanding unit of the notebook personal computer, having its upper end surface on which the bottom supporting flat portion in the attachment device is mounted, and having a terminal portion to which the terminal portion of the port replicator portion in the attachment device is removably connected.