Abstract:
PROBLEM TO BE SOLVED: To make the size of a television receiver small, and the weight light, to enhance acoustic performance of the television receiver, and to facilitate recycling of a television console. SOLUTION: This television console 2 is formed as a box, including a ceiling board 4 and a bottom board 6, and a television receiver (not shown) is placed on the ceiling board 4. Then the television console 2 has two loud speaker boxes 8 formed by integral formation of synthetic resin and one each of the speaker boxes 8 is placed on both ends of the bottom board 6 and fixed to the bottom board 6. Furthermore, both ends of the ceiling board 4 are placed on the speaker boxes 8 and fixed to the speaker boxed 8. From such a constitution, respective outside plates 8A of the two speaker boxes 8 of the television console 2 act as side plates of the television console 2. A sound signal is fed to speakers 14 of the speaker boxes 8 from the television receiver placed on the television console 2.
Abstract:
PROBLEM TO BE SOLVED: To improve the strength of a display, to reduce its weight, and to decrease manufacturing costs.SOLUTION: A display device comprises: a display for displaying an image on a display surface; and a rectangular frame 6 which has a pair of first opposite side parts 7 that are placed on an outer peripheral side of the display and parallel to each other and a pair of second opposite side parts 8 that are orthogonal to the first opposite side parts and parallel to each other. At least either the pair of first opposite side parts 7 or the second opposite side parts 8 are curved in the direction in which central parts in a longitudinal direction are away from each other in the state that an external force is not imparted and the display device is provided with joint members 16 which join at least either the pair of first opposite side parts 7 or the pair of second opposite side parts 8 and put the curved state into a straight state.
Abstract:
PROBLEM TO BE SOLVED: To eliminate the need to perform transaction management during parallel processing performed by a plurality of processing units.SOLUTION: An arithmetic processing apparatus comprises a plurality of image processing units 10 to 12 which are bus connected in parallel with one another. Each of the image processing units 10 to 12 includes a limitation information setting section 32 where a time limit is set. Using a CELL 24, each of the image processing units 10 to 12 performs image processing as arithmetic processing on data in every arithmetic processing unit in accordance with the same program between the plurality of image processing units 10 to 12. Each of the image processing units 10 to 12 performs image processing on the data in every arithmetic processing unit in accordance with the time limit. Each of the image processing units 10 to 12 stores processed data subjected to the image processing in a memory 25. Each of the image processing units 10 to 12 is bus-connected to one another as input terminals and output terminals between the plurality of image processing units 10 to 12 are connected together.
Abstract:
PROBLEM TO BE SOLVED: To ensure that desired data is displayed when the number of data for display on an index screen is varied. SOLUTION: Two fingers are started to get close or make contact at a position A 41 and a position B 41 on an index screen 241, and when the two fingers are stopped from getting close or making contact after the distance between the two fingers is increased from a distance d 41 to a distance d 42 , ninth index data on a center C 41 of indications, i.e., the midpoint between the position A 41 and the position B 41 , is set as reference data. Based on the rate of increase in the distance between the two fingers, a maximum display number is changed, and an index screen 242 or 243 is displayed where the index data is rearranged to display the reference data in a line or row including the center C 41 of indications. Applicable to, e.g., digital cameras. COPYRIGHT: (C)2009,JPO&INPIT
Abstract:
PROBLEM TO BE SOLVED: To make a user obtain a recording mode quickly without impeding the function of a display as a finder. SOLUTION: Fig.5A through Fig.5C show recoding mode icons of a first slow recording mode for recording a predetermined period went back from the depression timing of a recording key, a second slow recording mode for recording a predetermined period before and after the depression timing of the recording key, and a third slow recording mode for recording a predetermined period subsequent to the depression timing of the recording key. They show patterns of a state that a golfer swings up a club, a state in the way of swinging up a club and a state after having fully swung a club, respectively, and since these patterns are easily associated with the first through third slow recording modes, the user can quickly obtain the set recording mode visually. The invention is applicable to a digital video camera which can also pick up a still picture. COPYRIGHT: (C)2007,JPO&INPIT
Abstract:
PROBLEM TO BE SOLVED: To provide an image display device which generates stable torque and is advantageous to cost reduction. SOLUTION: A first spring piece 42 is formed integrally with a washer member 40. The first spring piece 42 of the washer member 40 is in elastic contact with the lower face of a supporting wall 3202 of a base member 32 at all times through a thin plate 38, and the first spring piece 42 is arranged while being elastically deformed to generate torque when an image display section 10 turns. Then, even when the supporting wall 3202 of the base member 32 has variation in thickness, the variation in thickness can be absorbed in the elastic deformation of the first spring piece 42. Thus, stable torque can be generated with a simple configuration of providing the first spring piece 42, and that is advantageous to cost reduction. COPYRIGHT: (C)2007,JPO&INPIT
Abstract:
PROBLEM TO BE SOLVED: To provide a stand fixing mechanism requiring no particular equipment for disengaging a stopper of a slider making a tilting and a panning motion and causing unnecessity for the costs of the stock adjustment, management, etc., of stoppers. SOLUTION: To a stand table 1, a stopper 14 is consolidated by a hinge 15 rotatably in the vertical direction and fitted into an engaging hole 20 in a slider 7 by a stopper prejection 16 formed on the stopper part 14 so as to fix the slider 7 in its motion in the tilting and the panning direction. When the stopper part 14 is pulled down to disengage the slider 7, the stopper part 14 is accommodated in the opening 18 of the stand table 1 and a locking pawl 17 on the stopper part 14 is engaged with an engaging piece 19 at the opening 18 so that fixation is accomplished.
Abstract:
PROBLEM TO BE SOLVED: To realize high density integration such as multipins and narrow pitchs at a low manufacturing cost and with high efficiency, by arranging a plurality of terminals connected with a semiconductor chip terminals in such a manner that intervals between neighboring terminals are made equal. SOLUTION: Solder bumps (HB) 15 are arranged as I/O terminals of a BGA on the bottom surface of a PCB board in such a manner that intervals between the neighboring HB's 15 are made equal. Since the interval between the neighboring HB's 15 are equal, a line connecting the center line S of six HB 15b, 15c, 15g, 15j, 15e which are adjacent to an HB 15f forms a hexagon. As a result, density per unit area of the HB's 15 is increased as compared with conventional grid arrangement shown by a two-dod chain line, and a semiconductor device coping with high density integration such as multipins and narrow pitchs can be realized at a low manufacturing cost and with high efficiency.