Abstract: A connection box includes a wiring board. The box includes a control board connected to the wiring board. The control board including a control device and another device separated thereinto. Another device has generation heat greater than the control device.

Abstract: A junction box which includes a casing and a junction box body. The junction box body includes a first board with a conducting member forming a circuit thereon; second and third boards mounted on the first board, each with a circuit formed thereon to be connected to the circuit of the first board; and a cover for housing them. The third board includes a substrate, a terminal block fitted on the substrate, and a conductor which is connected to the circuit of the third board and provided with a pressure terminal extending out of the terminal block. The pressure terminal penetrates through the first board to be connected by solderless connection to the conducting member of the first board.

Abstract: An image coding apparatus inputs pixel data of a part image of high resolution. An upper layer coding portion (101), a second shape data generating portion (102), and a second shape data coding portion (103) perform coding of shape data and pixel data in the upper layer. A down sampling portion (104) generates pixel data of low resolution. A lower layer coding portion (105), a first shape data generating portion (106), and a first shape data coding portion (107) code shape data and pixel data in the lower layer.

Abstract: An image coding apparatus inputs pixel data of a part image of high resolution. An upper layer coding portion (101), a second shape data generating portion (102), and a second shape data coding portion (103) perform coding of shape data and pixel data in the upper layer. A down sampling portion (104) generates pixel data of low resolution. A lower layer coding portion (105), a first shape data generating portion (106), and a first shape data coding portion (107) code shape data and pixel data in the lower layer.

Abstract: A junction box (10) includes an upper case (13), a lower case (12) disposed under the upper case (13), and a junction box body (14) accommodated between the upper case (13) and the lower case (12). The junction box body (14) further includes an upper cover (16) having an embedding stage (24) provided thereon for externally connected electronic components, an under cover (15) fitting to the upper cover (16), a wiring plate (17) disposed between the under cover (15) and the upper cover (16), wiring boards (18) disposed between the wiring plate (17) and the upper cover (16), and a control board body (19) having a substrate (44). The junction box body (14) is accommodated between the upper case (13) and the lower case (12), so that the embedding stage (24) can be a front surface in an accommodation direction.

Abstract: If coding is carried out on the block basis on subband coding of an image, the hierarchical characteristic which a subband image inherently has would be lost. Thus, efficient coding is to be carried out while holding the hierarchical characteristic of the subband image. After the subband image is coded on the block basis, symbol information and coefficient information are decomposed and relocated for every subband before producing coded data.

Abstract: A junction box of the present invention includes a junction box body, and a casing for housing the junction box body in either an upright position or a horizontal position. On the junction box body, provided is first locking piece to be engaged with a first inner side face of the casing in a state of upright disposition of the junction box body. The first locking piece abuts on a second inner side face of the casing in a state of horizontal disposition of the junction box body. In addition, also provided is second locking piece to be engaged with the first inner side face of the casing in the state of horizontal disposition of the junction box body. The second locking piece abuts on the second inner side face of the casing in the state of upright disposition of the junction box body.

Abstract: When a background interpolation-judging section 107 judges that parts areas of a lower layer and an upper layer move significantly, and a visual effect can be obtained by the background interpolation, a controller 103 controls a switch 104 based on the area information of the parts area of the lower layer to perform the background interpolation. A weighted average section 106 takes an average by weighting to the upper layer and the lower layer by using the interpolated background to generate an interpolated image. By using this interpolated image, the prediction-encoding/decoding of the upper layer is performed. On the contrary, when the background interpolation-judging section 107 judges that parts areas do not move so significantly, and a visual effect cannot be obtained by the background interpolation, a background is synthesized by using the output of the interpolated image-forming section 105 to generate an interpolated image.

Abstract: A motion picture coding and decoding apparatus synthesizes a lower layer frame at a certain time by using first component area information of a lower layer preceding in the time and second component area information of a lower layer succeeding in the time. For an area where the first and second component areas overlapped, or for an area which is neither the first nor the second component area on the lower layer frame, lower layer frames preceding and succeeding in time are subjected to weighted average for synthetisization. For the area corresponding to the first component area only, the lower layer frame succeeding in time is used, and for the area corresponding to the second component area only on the synthesized lower layer frame, the lower layer frame preceding in time is used, for synthesizing the lower layer.

Abstract: An connection box includes a circuit board. The box includes a control board connected to the circuit board. The control board includes an insulation board. The box includes a radiative device mounted on the control board. The radiative device is spaced away from the insulation board. The radiative device includes a wire extending therefrom above the insulation board.

Abstract: A connection box includes a wiring board. The box includes a control board connected to the wiring board. The control board including a control device and another device separated thereinto. Another device has generation heat greater than the control device.

Abstract: A junction box which includes a casing and a junction box body. The junction box body includes a first board with a conducting member forming a circuit thereon; second and third boards mounted on the first board, each with a circuit formed thereon to be connected to the circuit of the first board; and a cover for housing them. The third board includes a substrate, a terminal block fitted on the substrate, and a conductor which is connected to the circuit of the third board and provided with a pressure terminal extending out of the terminal block. The pressure terminal penetrates through the first board to be connected by solderless connection to the conducting member of the first board.

Abstract: A junction box (10) includes an upper case (13), a lower case (12) disposed under the upper case (13), and a junction box body (14) accommodated between the upper case (13) and the lower case (12). The junction box body (14) further includes an upper cover (16) having an embedding stage (24) provided thereon for externally connected electronic components, an under cover (15) fitting to the upper cover (16), a wiring plate (17) disposed between the under cover (15) and the upper cover (16), wiring boards (18) disposed between the wiring plate (17) and the upper cover (16), and a control board body (19) having a substrate (44). The junction box body (14) is accommodated between the upper case (13) and the lower case (12), so that the embedding stage (24) can be a front surface in an accommodation direction.

Abstract: A junction box of the present invention includes a junction box body, and a casing for housing the junction box body in either an upright position or a horizontal position. On the junction box body, provided is first locking piece to be engaged with a first inner side face of the casing in a state of upright disposition of the junction box body. The first locking piece abuts on a second inner side face of the casing in a state of horizontal disposition of the junction box body. In addition, also provided is second locking piece to be engaged with the first inner side face of the casing in the state of horizontal disposition of the junction box body. The second locking piece abuts on the second inner side face of the casing in the state of upright disposition of the junction box body.

Abstract: A junction box (10) is constituted by a junction box body (14), on which a fuse outlet (11e) is formed, and a casing (18) for housing the junction box body (14). The casing (18) is formed by a lower case (17) for housing the junction box body (14), and an upper case (16) for detachably covering a housing hole (17i) of the lower case (17). A cutaway portion for exposing the fuse outlet (11e) is formed on the lower case (17). Moreover, a closing portion (16d) for covering the cutaway portion is provided on the upper case (16).

Abstract: A motion picture coding and decoding apparatus synthesizes a lower layer frame at a certain time by using first component area information of a lower layer preceding in the time and second component area information of a lower layer succeeding in the time. For an area where the first and second component areas overlapped, or for an area which is neither the first nor the second component area on the lower layer frame, lower layer frames preceding and succeeding in time are subjected to weighted average for synthetisization. For the area corresponding to the first component area only, the lower layer frame succeeding in time is used, and for the area corresponding to the second component area only on the synthesized lower layer frame, the lower layer frame preceding in time is used, for synthesizing the lower layer.

Abstract: An image coding apparatus inputs pixel data of a part image of high resolution. An upper layer coding portion (101), a second shape data generating portion (102), and a second shape data coding portion (103) perform coding of shape data and pixel data in the upper layer. A down sampling portion (104) generates pixel data of low resolution. A lower layer coding portion (105), a first shape data generating portion (106), and a first shape data coding portion (107) code shape data and pixel data in the lower layer.

Abstract: A motion picture coding and decoding apparatus synthesizes a lower layer frame at a certain time by using first component area information of a lower layer preceding in the time and second component area information of a lower layer succeeding in the time. For an area where the first and second component areas overlapped, or for an area which is neither the first nor the second component area on the lower layer frame, lower layer frames preceding and succeeding in time are subjected to weighted average for synthetisization. For the area corresponding to the first component area only, the lower layer frame succeeding in time is used, and for the area corresponding to the second component area only on the synthesized lower layer frame, the lower layer frame preceding in time is used, for synthesizing the lower layer.

Abstract: A motion picture coding and decoding apparatus synthesizes a lower layer frame at a certain time by using first component area information of a lower layer preceding in the time and second component area information of a lower layer succeeding in the time. For an area where the first and second component areas overlapped, or for an area which is neither the first nor the second component area on the lower layer frame, lower layer frames preceding and succeeding in time are subjected to weighted average for synthetisization. For the area corresponding to the first component area only, the lower layer frame succeeding in time is used, and for the area corresponding to the second component area only on the synthesized lower layer frame, the lower layer frame preceding in time is used, for synthesizing the lower layer.

Abstract: An image coding apparatus inputs pixel data of a part image of high resolution. An upper layer coding portion (101), a second shape data generating portion (102), and a second shape data coding portion (103) perform coding of shape data and pixel data in the upper layer. A down sampling portion (104) generates pixel data of low resolution. A lower layer coding portion (105), a first shape data generating portion (106), and a first shape data coding portion (107) code shape data and pixel data in the lower layer.