Abstract:
PROBLEM TO BE SOLVED: To accurately specify the portions of an objective of various contents data and to process, replace and use the specified portions. SOLUTION: Delimiter information for the contents data of a process object (a utilization object) stored in a recording medium 32 is obtained through an external I/F41 and Internet, for example. Based on the obtained delimiter information and instruction input from a user received through an input I/F42, a process is performed for the data of the objective delimiter interval, deleting and replacing of the data of the delimeter interval are performed from the contents data of the process object and new contents data are generated and reproduced in a control section 10. COPYRIGHT: (C)2006,JPO&NCIPI
Abstract:
PROBLEM TO BE SOLVED: To enable a material such as a musical piece or an image to be appreciated in various states. SOLUTION: A read-out means 31 is provided for reading out from a CD-R 11 contents data such as a musical piece or an image recorded in the CD-R 11, meta-data for arranging the contents data, and information for specifying the contents data. Also a circuit 35 is provided for integrally outputting the contents data read out by that read out means and the data arranged by the meta-data. COPYRIGHT: (C)2006,JPO&NCIPI
Abstract:
PROBLEM TO BE SOLVED: To realize sound reproduction at a sufficient level with good quality by enlarging the size of a diaphragm. SOLUTION: This device comprises an image display part, a diaphragm 4 which has an optical transparency and is arranged facing the display surface 2a of the image display part, and a driver unit 5 where a reproduction input signal is supplied and the diaphragm 4 is driven and vibrated. COPYRIGHT: (C)2005,JPO&NCIPI
Abstract:
PROBLEM TO BE SOLVED: To provide a film sticking method and machine capable of simply and surely sticking a film. SOLUTION: In the film sticking method for sticking a film 3 on a substrate 2, the film 3 is mounted on a film holding substrate 37 making one end of the film 3 protrude, and is disposed diagonally to the substrate 2 which is made to diagonally move upward toward the tip end of the protruding film 3 to hold the tip end between the pressuring roll 73 and the substrate 2. The substrate 2 is moved horizontally to slide the film 3 on the film holding substrate 37, sticking the film 3 on the substrate 2 in order from the tip end using the pressuring roll 73. COPYRIGHT: (C)2003,JPO
Abstract:
PROBLEM TO BE SOLVED: To allow a user to receive distribution of information from a distribution server device and to enjoy profits of use of the received information without minding free capacity of a memory for data of a portable information terminal and capacity of distributed information. SOLUTION: An information distribution request including identification information of a distribution requesting origin, distributed information identification information for identifying information the distribution of which is requested and the free capacity of a storage area for storing the distributed data of the memory for data at the point of time is transmitted from the portable information terminal to the information distribution server device. The information distribution server device generates transmitted information classifications to the portable information terminal by sectioning the distributed information to be specified by the distributed information identification information from the portable information terminal so that it conforms to the free capacity and transmits the transmitted information classifications to the portable information terminal. COPYRIGHT: (C)2003,JPO
Abstract:
PROBLEM TO BE SOLVED: To provide drying equipment to prevent the occurrence of a shift of a wide sheet and nozzle contact. SOLUTION: A magnetic tape is a wide sheet 3. An upper nozzle 6 blows hot air against an upper surface 3a of the wide sheet 3. A lower nozzle 7 blows hot air against an under surface 3b of the wide sheet 3. A lower nozzle 7 blows hot air against an under surface 3b of the side sheet 3. A guide roll 8 is situated below the upper nozzle 6. The guide roll 8 makes contact with the under surface 3b of the wide sheet 3. Further, impellers are situated at the two ends of the guide roll 8. By blowing hot air supplied through the nozzle 6 against the impeller, the guide roll 8 is rotationally driven. Further, the guide roll 8 has conductivity.
Abstract:
PROBLEM TO BE SOLVED: To provide a speaker system that has an excellent directivity and an excellent frequency response characteristic over a wide sound frequency range from a low sound frequency to a high sound frequency and sounds a reproduced output with a clear sound image localization. SOLUTION: A sounding face 2a of a 1st diaphragm 2 is in contact with a bottom 10a of a yoke 10 in the driver unit 2 while a mount hole 2a made to the 1st diaphragm 2 is communicated with a mount hole 10c of the bottom 10a. The yoke 10 of the driver unit 3 is tightly fitted to the sound face 2a of the 1st diaphragm 2 by screwing screws 15a, 15b from a rear side 2b to the hole 2e up to the hole 10c respectively. A low sound frequency reproduced output is sounded by driving the 1st diaphragm 2 formed as a panel made of a material that is hard and has a high mechanical strength characteristic with a reaction force of the driver unit 3 vibrated based on the reproduced input signal. A voice coil 6 of the driver unit 3 directly drives a 2nd diaphragm 5 to sound a high frequency reproduced output similarly to a conventional speaker.
Abstract:
PROBLEM TO BE SOLVED: To extend the valid band of reproduced output, to improve a frequency response characteristic and to extend factions matched to various needs. SOLUTION: This loudspeaker system is provided with a diaphragm 2 which is formed in a rigid panel form, whose one main face is set to be a sound radiation face 2a, the other main face is set to be a face to be driven 2b and an outer peripheral part 2c is supported in an almost non-restricted state and at least one driver unit 3 fitted to the face to be driven 2b of the diaphragm 2. A rising peripheral wall 5 is formed for the diaphragm 2 along the outer peripheral part 2c. In the diaphragm 2, the driver unit 3 generates a partial bending action so as to sound-radiate reproduced output, however the bending strength of the outer peripheral part 2c is increased by the rising peripheral wall 5, and division vibration on the reproduced input signal in the low frequency band is suppressed and the frequency response characteristic which is uniformly flat can be provided.
Abstract:
PROBLEM TO BE SOLVED: To make the temperature distribution uniform on a substrate in terms of space and time, by a method wherein, in order to solder multiple element chips on a junction surfaces of respective substrates, a heat transfer board made of a material in high heat capacity having a larger capacity than that of the substrate and the plane configuration also larger than that of the substrate is provided on a heater. SOLUTION: A heater of a furnace main body as an positioning stopper of a heat transfer board 32 forms the same cavity as that thereof 32 so as to provide an positioning board 34. The heat transfer board 32 formed of a material in high heat capacity is made of a thin disc in larger plane configulation than that of a substrate, and also the thermal capacity of a work 10 is larger than that of the substrate. In order to solder LD chips on the work 10, the LD chips are aligned to be tacked on a several thousands of base parts formed on the wafer so as to form the work 10. Next, the work 10 is mounted on the heat transfer board 32 further to be mounted on the heater 12 in the furnace main body. In such a constitution, the heat from the heater 12 is transferred to the heat transfer board 32, thereby enabling the temperature distribution on the surface of the heat transfer board 32 to be made uniform.
Abstract:
PROBLEM TO BE SOLVED: To obtain a natural sound field by applying an audio signal whose level, phase or a delay time is corrected to each of plural speaker units and installing the speaker units around a ceiling. SOLUTION: A speaker array SA is made up of 8 speaker units SP1-SP8, which are arranged so that their front axes Y are in parallel in this paper. In this case, the speaker units SP1-SP8 arranged linearly at an equal interval at an interval (a) so that cones are at an equal position in the direction of the front axes Y. Then an audio signal is fed to the speaker units SP1-SP8 from an input terminal Tin via delay circuits DL1-DL8 and level control circuits W1-W8. In this case, the circuits DL1-DL8 delay the input signal or shift the phase of the input signal and the circuits W1-W8 attenuate or amplify the level of the input signal.