Abstract:
Picture data received in the order of DC components and AC components is stored in a frame memory 115. At this point, an ID number detecting portion 117 detects an ID of a sync block and sends the detected ID to an encoding portion 114. Corresponding to the ID, the encoding portion 114 determines whether or not data that is read from a frame memory 93 is a buffering unit that has been stored. Thus, when the read data is the buffering unit, the read data is output as it is. When the read data is not the buffering unit, gray data is output.
Abstract:
PROBLEM TO BE SOLVED: To more speedily sign up. SOLUTION: A network managing server receives a unit serial number from an information processor in a step S62. In a step S63, a database is referred to and the received unit serial number is retrieved. When the unit serial number cannot be detected, a system is advanced to a step S65 and a command starting manual setting is transmitted to the information processor. When the unit serial number is detected, the presence or absence of joining, which is recorded in the database in accordance with the received unit serial number, is decided in a step S81. When non-joining is decided, the system is advanced to a step S82. The network managing server transmits the command for starting automatic setting to the information processor.
Abstract:
PROBLEM TO BE SOLVED: To implement a lower cost AV data transmission/reception system. SOLUTION: A receive buffer monitor circuit 21 monitors the amount of data accumulated in a receive buffer 6, and when the amount of accumulated data exceeds a higher threshold, a reception clock generating circuit 8 sets the frequency of the generating reception clock to a higher frequency. When the accumulated amount becomes lower than a lower reference value, the reception clock frequency is set to a lower frequency. An AV decoder 7 decodes AV data supplied from the receive buffer 6, based on the receive clock supplied from the reception clock generating circuit 8.
Abstract:
PROBLEM TO BE SOLVED: To allow a terminal equipment to express the intention of a called party, including consent or refusal of call acceptance without making utterances to a telephone call from a 3rd party under the circumstance that even a low voice may cause trouble. SOLUTION: A plurality of reply messages, including consent or refusal of call acceptance, are respectively assigned to a plurality of dial number keys of a portable telephone set and stored in a voice memory. The portable telephone set is set to the 'key reply mode' during a conference or the like. When a phone call comes in from a 3rd party, a prescribed reply message is selectively read from the voice memory by opening a proper number key, and the read message is sent out to the 3rd party.
Abstract:
PURPOSE:To simplify the processing at the arrival of a call to a terminal equipment equipped with plural radio interfaces, to simplify a reply with incoming calls in duplicate and to prevent a call tone of the incoming calls in duplicate from giving disturbance on talking. CONSTITUTION:The terminal equipment is provided with two radio interfaces, a common control section 20 and a man-machine interface 21. An auxiliary key 23 includes a reply key 23b and the terminal equipment replies an incoming call by having only to depress the reply key 23b. Thus, it is not required to identify a radio interface receiving a call. Moreover, the two radio interfaces receive a call in duplicate, the reply key 23b is depressed and then a reply is implemented according to predetermined priority. Furthermore, when one incoming call is replied with priority, a call tone of the other incoming call is silenced. The control is implemented by the control section 20.
Abstract:
PURPOSE:To send various picture data with higher picture element density by compressing and transmitting all picture data stored in a 2nd video memory in time series serially in the unit of a prescribed picture element density for a 1st video memory so as to separate a memory section and a transmission section thereby using a standard picture transmitter. CONSTITUTION:Let the picture element density be a multiple of N (N is a natural number being 2 or over) of a prescribed picture element density of a 1st video memory 16, then the storage area of a 2nd video memory 23a is divided into N set of designated storage areas. Then the picture data of the 1st designated storage area is moved to the 1st video memory 16 and the picture data stored in the 1st video memory 16 is compression-coded and sent. Similarly, the picture data in 2nd-N-th designated storage areas in the 2nd video memory 23a is compressed and sent sequentially via the 1st video memory 16. Thus, a still picture transmission terminal equipment 8a having the 1st video memory 18 is used in common and the various picture data with high picture element density are sent.
Abstract:
PURPOSE:To increase a drawing speed and simplify circuit constitution by providing a video RAM having capacity corresponding to high-density display, and accessing and displaying display data only in a quarter area of the video RAM in normal display. CONSTITUTION:A flip-flop 35 is set with a command from a CPU in high-density mode, and a clock CK and a pulse HB are supplied from selectors 33 and 34 to horizontal and vertical address generating circuits 37 and 38. Consequently, display data is read out of the video RAM16, byte by byte, synchronizing with a horizontal and a vertical scan and supplied to a register 41 to obtain a luminance signal Y for high-density display. The flip-flop 35 is reset in normal display and pulses HCK and HHD which have frequencies a half as high as the clock CK and pulse HD are supplied to the generating circuits 37 and 38, so data only in a quarter area of the video RAM16 is read out and supplied to the register 41 to obtain a luminance signal Y for normal display.
Abstract:
PROBLEM TO BE SOLVED: To permit viewing of television broadcast program anywhere at home and permit connection to a network such as the Internet or the like, without being influenced by connection with an antenna cable or a communication line. SOLUTION: Channel selection device 1 and display device 2 are embodied as separate objects. Broadcasting signal is received and selected by the channel selection device 1. A transmission signal is formed from the signal whose channel is selected and wirelessly transmitted. A wireless signal from the channel selection device 1 is received by the display device 2 and an image in accordance with the image signal of the received signal is displayed by a display element or an LCD (liquid crystal display) 25. This technology can be applied to television receiver, for example. COPYRIGHT: (C)2010,JPO&INPIT
Abstract:
PROBLEM TO BE SOLVED: To prevent a user from erroneously recognizing a failure of an apparatus. SOLUTION: When a channel to be received is indicated, in a device for receiving digital television broadcast, a number of the channel is acquired in a step S11. In a step S12, it is determined whether the selected channel is set as a channel to be received and if set, an image of the channel is displayed in a step S14. If the selected channel is not set as a channel to be received, on the other hand, it is displayed in a step S15 that the channel cannot be viewed. COPYRIGHT: (C)2010,JPO&INPIT
Abstract:
PROBLEM TO BE SOLVED: To enable a sender to control an opposite-side device as the sender intends by receiving a text file generated on the basis of a specific word consisting of control information, and detecting the specific word and controlling the device according to the control information. SOLUTION: A computer network system sends an electronic mail generated in HTML file format by a computer to a 1st mail server 4 through an ISDN line 3. The 1st mail server 4 belongs to the sender who possesses a computer device 2 and sends the electronic mail to the 2nd mail server 6 that belongs to a recipient through an Internet 5. The 2nd mail server 6 temporarily stores the electronic mail from the sender and transfers the stored electronic mail through the ISDN line 3 at a transfer request from the computer device 7. Tags of an extended HTML file format can be transmitted with display specific words, so program size can be made small.