摘要:
A portable terminal wherein the amount of processing and power consumption when performing repair is reduced and video data can be reliably repaired, and video data repair method and program of the same. The portable terminal (110) is provided with a video data repair unit (117) that repairs video data in which video is poor by replacing it with a portion of video data acquired externally, said video data repair unit (117) saving, instead of deleting at the time of repairing, the blocks that are necessary for decoding the video data continuing after the video data that is to be repaired, and performing control so that only the portion of the video data that is repaired is reencoded.
摘要:
A portable terminal wherein the amount of processing and power consumption when performing repair is reduced and video data can be reliably repaired, and video data repair method and program of the same. The portable terminal is provided with a video data repairer that repairs video data in which video is poor by replacing it with a portion of video data acquired from an external source, said video data repairer saving, without deleting at the time of repairing, all of partial video data necessary to decode subsequent video data continuing after the video data to be repaired, and performing control so that only the portion of the video data that is repaired is re-encoded.
摘要:
Disclosed are a digital broadcast reception device and digital broadcast reception method which can quickly present a data broadcast presentation screen once a user instructs that data broadcast be presented. The digital broadcast reception device (100) is provided with a screen holding unit (114) which stores pictures (bitmaps) of data broadcast presentation screens created by a browser unit (112), and a video position information holding unit (115) which stores position information for displaying TV video on the data broadcast presentation screen generated by the browser unit (112). When a data broadcast presentation request is received from the user, a layout control unit (113) first displays a data broadcast presentation screen comprised of a combination of a bitmap of a data broadcast presentation screen stored in the screen holding unit (114) and position information stored in the video position information holding unit (115), then, the browser unit (112) switches the screen to a data broadcast presentation screen created after the data broadcast presentation request was received from the user.
摘要:
A video terminal and display image forming method are provided that enable power consumption to be reduced while maintaining a moving image display quality level sensed by a user, even if a variety of types of images are displayed superimposed on a moving image, and a method of representing such images is complicated. In a video output apparatus (100), an update rate adjustment section (104) decides a moving image update rate based on a “moving image exposure area.” Specifically, the update rate adjustment section (104) decides an update rate based on an update rate adjustment table in which moving image status pattern candidates are associated with update rate target values, and a moving image status pattern actually used in a display image forming section (103). A moving image status pattern candidate is a combination of “moving image exposure area,” presence or absence of special processing, and type of special processing.
摘要:
A video terminal and display image forming method are provided that enable power consumption to be reduced while maintaining a moving image display quality level sensed by a user, even if a variety of types of images are displayed superimposed on a moving image, and a method of representing such images is complicated. In a video output apparatus (100), an update rate adjustment section (104) decides a moving image update rate based on a “moving image exposure area.” Specifically, the update rate adjustment section (104) decides an update rate based on an update rate adjustment table in which moving image status pattern candidates are associated with update rate target values, and a moving image status pattern actually used in a display image forming section (103). A moving image status pattern candidate is a combination of “moving image exposure area,” presence or absence of special processing, and type of special processing.
摘要:
An air conditioning system utilizing outdoor air for cooling an indoor space wherein a rack is disposed, includes at least one rack disposed in the indoor space, the rack having the heating element, an air inlet face and an air discharge face; and at least one air conditioning device using outdoor air for cooling and unitized in accordance with the at least one rack, the air conditioning device having an air supply face and a cold air supply unit for generating cold air and being disposed in vicinity of the rack such that the air supply face faces the air inlet face to form a rack row and an air conditioning device row substantially parallel to the rack row, the rack row being formed of the at least one rack and the air conditioning device row being formed of the at least one air conditioning device.
摘要:
A removable device is removably attachable to an image forming apparatus main body. The removable device includes an information storage device, a holder, and a low frictional structure. The information storage device includes: an information storage unit that stores information to be communicated between the apparatus main body and the removable device; a terminal to be contacted with an apparatus main-body terminal, for communicating information with the apparatus main body; and a substrate that holds the information storage unit and the terminal and that includes a guide to be fitted to a protrusion provided on the apparatus main body. The holder holds the substrate such that the substrate can move, when the removable device approaches the apparatus main-body terminal, on a virtual plane intersecting with a moving direction of the removable device. The low frictional structure is arranged on a contact area between the substrate and the holder.
摘要:
A development device includes a development casing, a developer bearer, a first developer conveyance member to supply developer to the developer bearer, a second developer conveyance member to transport developer axially, and a partition dividing an interior of the development casing into a supply channel and a collecting channel via which developer received from a downstream end portion of the supply channel is forwarded to an upstream end portion of the supply channel. The supply channel includes a conveyance area and a buffer area disposed adjacent to the conveyance area in a direction perpendicular to an axial direction to temporarily retain developer and midway in the developer conveyance direction inside the supply channel, and an upstream end face defining an upstream end of the buffer area is inclined relative to the axial direction to draw away from the conveyance area downstream in the developer conveyance direction.
摘要:
An agent for selectively suppressing the expression of a dominant allele while allowing expression of wild-type or desired alleles and methods for using the agent are described. The RNAi agent has a structure obtained by assigning a dominant point mutation in the targeted allele as a standard point, setting a base length from the standard point to the 5′ end to a predetermined length, and introducing one mismatch base differing from the target sequence to a predetermined position downstream from the standard point.
摘要:
A development device includes a development casing, a developer bearer, a first developer conveyance member to supply developer to the developer bearer, a second developer conveyance member to transport developer axially, and a partition dividing an interior of the development casing into a supply channel and a collecting channel via which developer received from a downstream end portion of the supply channel is forwarded to an upstream end portion of the supply channel. The supply channel includes a conveyance area and a buffer area disposed adjacent to the conveyance area in a direction perpendicular to an axial direction to temporarily retain developer and midway in the developer conveyance direction inside the supply channel, and an upstream end face defining an upstream end of the buffer area is inclined relative to the axial direction to draw away from the conveyance area downstream in the developer conveyance direction.