Abstract: The storage device unit includes: a substrate having a main surface and having a plurality of wiring layers stacked together; and a storage device that has a plate shape having a first surface and is disposed on the substrate, the first surface facing the main surface. The plurality of wiring layers includes a heat-generating layer having a heat-generating circuit.

Abstract: In a liquid crystal display device in which a source board (56) connected to a liquid crystal panel by a flex circuit is mounted onto a rear surface of a lower metal frame (54), disconnection in the flex circuit or at a connection portion thereof is avoided. The source board (56) includes a conductor pattern (110) serving as a ground electrode held in contact with the rear surface of the frame (54). A support member (60) for supporting the circuit board (56) is fixed to the frame (54) and includes a cantilever (62) which extends above the source board (56), for pressing the source board (56) against the frame (54). The cantilever (62) enables displacement of the source board (56) along the rear surface of the frame (54) while maintaining a state in which the conductor pattern (110) is held in contact with the frame (54).

Abstract: A liquid crystal display device (1) comprises a liquid crystal panel (2) and a support frame (4) encompassing the edge of the liquid crystal panel (2). The lower side portion (41) of the support frame (4) includes a support portion (41b) on which the lower edge (2a) of the liquid crystal panel (2) is placed. The lower edge (2a) of the liquid crystal panel (2) is adhered on the upper surface of the support portion (41b). With the above, occurrence of irregular color due to distortion of the liquid crystal panel is able to be reduced.

Abstract: A cathode-ray tube control device displays data obtained from a personal computer on the screen of a television receiver in superimposing relation to the picture of a broadcast. Clock pulses are generated, and these are counted in synchronism with the horizontal and vertical synchronizing signals from the television receiver. Display timing signals including horizontal scanning display period signal, horizontal retrace period signal, vertical scanning display period signal, and vertical retrace period signal are delivered in response to the resultant counts. Then, read-out of data to be displayed is controlled in accordance with the produced timing signals, and the read data is displayed on the screen such that it is superimposed on the picture of a television broadcast. If desired, the frequency of the timing signals may be slightly varied so as to scroll said data across the television picture.

Abstract: A cathode-ray tube control device displays data obtained from a personal computer on the screen of a television receiver in superimposing relation to the picture of a broadcast. Clock pulses are generated, and these are counted in synchronism with the horizontal and vertical synchronizing signals from the television receiver. Display timing signals including horizontal scanning display period signal, horizontal retrace period signal, vertical scanning display period signal, and vertical retrace period signal are delivered in response to the resultant counts. Then, read-out of data to be displayed is controlled in accordance with the produced timing signals, and the read data is displayed on the screen such that it is superimposed on the picture of a television broadcast. If desired, the frequency of the timing signals may be slightly varied so as to scroll said data across the television picture.