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    • 22. 发明专利
    • Display output controller
    • 显示输出控制器
    • JPS61114364A
    • 1986-06-02
    • JP23428584
    • 1984-11-07
    • Toshiba Audio Video Eng CorpToshiba Corp
    • KACHI KOICHIARIGA TAKAOKOBAYASHI KENICHIROYAHIRO HIROSHI
    • G06F3/153G06F3/14G06F17/21
    • PURPOSE: To attain the inhibiting rule processing without increasing the number of digits of a display unit by detecting a line containing an inhibition mark at the head or end of the line, shifting the subsequent sentence containing the end character of the preceding line and performing an extend record display.
      CONSTITUTION: A line containing an inhibition mark at its head and end is detected by a detecting means 1. Then the subsequent sentence containing the end character of the line preceding the detected line is shifted by a shift means 3 so that said end character is set at the head of the next line. The preceding line where the end character is shifted to the head of the next line is extended by an extension processing means 5 with the same length as other lines and then recorded and displayed.
      COPYRIGHT: (C)1986,JPO&Japio
    • 目的:通过检测在线的头部或结尾处包含禁止标记的行来实现禁止规则处理而不增加显示单元的位数,将包含前一行的结束字符的后续句子移位,并执行 扩展记录显示。 构成:通过检测装置1检测包含其头部和末端的抑制标记的线。然后,将包含检测线之前的线的结束字符的后续句子移位移位装置3,使得所述结束字符被设置 在下一行的头上。 结束字符移动到下一行头部的前一行由与其他行长度相同的扩展处理装置5扩展,然后记录和显示。
    • 23. 发明专利
    • Aural information editing device
    • AURAL信息编辑设备
    • JPS54148307A
    • 1979-11-20
    • JP5650278
    • 1978-05-15
    • Toshiba Corp
    • GOTOU NORIYUKIYAHIRO HIROSHI
    • G10L11/00G10L13/04G10L15/00G11B27/02
    • PURPOSE: To secure a smooth editing of the aural information by combining the aural input signal and the control signal to obtain the composite signal at the mixer and then the output being recorded to the same medium in the form of the double- system information of the original signal and the editing information.
      CONSTITUTION: Voice input part 1 converts the aural signal into the electric signal, and the control signal is generated from keyboard 2. These two signals are combined through mixer 4 to obtain the composite signal. This composite signal is recorded 6 and 7 to the same medium in the form of the information of the double-system of the original and editing information to carry out reproduction through the medium. Here, the control signal forms part of the composite signal in the form of the signal showing the unit section of the aural information, the signal showing the insertion start, the signal showing the correction start and the signal showing the end of editing respectively. And the aural information to be edited is held between the signal showing the start of insertion or correction and the signal showning the end of editing to be recorded and reproduced as the editing information. In this way, a smooth editing is ensured for the aural information.
      COPYRIGHT: (C)1979,JPO&Japio
    • 目的:通过组合听觉输入信号和控制信号来确保听觉信息的平滑编辑,以在混音器处获得复合信号,然后将输出以双系统信息的形式记录在同一媒体上 原始信号和编辑信息。 构成:语音输入部分1将听觉信号转换成电信号,并且从键盘2产生控制信号。这两个信号通过混频器4组合以获得复合信号。 该复合信号以原始的双系统的信息和编辑信息的形式被记录在同一介质上,并通过介质进行再现。 这里,控制信号以表示听觉信息的单位部分的信号,表示插入开始的信号,表示校正开始的信号和表示编辑结束的信号的形式形成复合信号的一部分。 并且将要被编辑的听觉信息保持在表示插入或校正开始的信号与显示编辑结束的信号之间作为编辑信息进行记录和再现。 这样就可以保证听觉信息的平滑编辑。
    • 24. 发明专利
    • SPATIAL OPTICAL COMMUNICATION EQUIPMENT
    • JPH04111548A
    • 1992-04-13
    • JP22792790
    • 1990-08-31
    • TOSHIBA CORPTSUMURA TOSHIHIRO
    • YAHIRO HIROSHIUTSUNOMIYA KOICHIHORII SHIGEKATSUTSUMURA TOSHIHIRO
    • G02B26/08H04B10/00H04B10/11H04B10/112H04B10/524
    • PURPOSE:To eliminate the loss of reflected light and to perform modulation at a high speed by oscillating a reflection face to change the reflection direction of incident light and changing the going direction of light to a first communication means. CONSTITUTION:The optical signal subjected to pulse code modulation by a first modulating means 14 of a first communication means 11 is made incident on a reflector 21 of a second communication means 20, and a part of the incident light is photoelectrically converted by a half-reflection face formed with a photoelectric transducer and is subjected to pulse code demodulation by a second demodulating means 23 to detect an information signal of the other party, and meanwhile, the light reflected by the half-reflection face is reflected by a reflection face to which a piezoelectric element 26 is attached. A driving voltage based on the information signal is applied to the piezoelectric element 26 to oscillate the reflection face 21. Consequently, the going direction of the light reflected by the reflection face is changed by oscillation of the reflection face, and the optical pulse thrown to a light reception means 12 of the first communication means 1 is subjected to code modulation. Thus, the level loss of reflected light is not brought about when the light from the first communication means 11 is reflected by the second communication means 20, and high-speed modulation is possible.
    • 25. 发明专利
    • REMOTE SENSING DEVICE
    • JPH03179978A
    • 1991-08-05
    • JP31923489
    • 1989-12-08
    • TOSHIBA CORP
    • UTSUNOMIYA KOICHIYAHIRO HIROSHI
    • B64G1/36H04N5/335H04N5/349H04N5/369H04N5/378
    • PURPOSE:To make a remote sensing device compact and to simultaneously improve resolution and sensitivity by vibrating a line sensor or a lens at a fixed period, taking out picture data at the plural dividing positions of the vibration stroke and executing monitor display while executing weight addition. CONSTITUTION:A CCD line sensor 42 is arranged vertically to a satellite advancing direction. One end is fixed to a cushion material 43 and the other end is fixed to a bimorphe vibrator 44. By the vibrator 44, the CCD line sensor is vibrated in the arranging direction of a photodetector, namely, horizontally to the satellite advancing direction at the fixed period. When the line sensor 42 is parallelly moved and shifted at every 1/3 picture element, the picture element output is taken out and these picture data are successively transmitted through an antenna 5 for communication to a ground station and displayed on a monitor while executing a prescribed picture processing. Conventionally, one picture data is fetched by one picture element and however, the picture data are fetched while shifting for (n) part at (n) times concerning one picture element. Then, at each point, a weight addition processing is executed. Therefore, the resolution of the picture is extremely improved.
    • 27. 发明专利
    • MONITORING DEVICE
    • JPH02237288A
    • 1990-09-19
    • JP5720489
    • 1989-03-09
    • TOSHIBA CORP
    • YAHIRO HIROSHIUTSUNOMIYA KOICHI
    • H04N7/18
    • PURPOSE:To attain quick and sure monitor with simple constitution by extracting a difference picture of pictures picked up by a television camera so as to detect a fault, informing it to a central monitor station and outputting the differential picture. CONSTITUTION:A television camera 10 provided with a reflecting mirror 14 is arranged on a top of a building while being directed toward the zenith to fetch a picture data around the area including the building, a picture processing section 16 extracts a picture data at a prescribed time interval to extract a differential picture with a preceding picture. Then a control processing section 17 detects a fault when the differential picture reaches a prescribed level or over to inform the picture to a central monitor station, the differential picture is sent from an output terminal 20, the differential picture is displayed on a monitor 18 and recorded on a VTR 19. Thus, the fault state is automatically detected, the information of the fault and the transmission of the fault picture are attained and the fault is quickly recognized by a supervisor resident in the central monitor station, then unmanned monitor is progressed.
    • 28. 发明专利
    • ROOM ENTRY CONTROL SYSTEM
    • JPH02151996A
    • 1990-06-11
    • JP30665788
    • 1988-12-03
    • TOSHIBA CORP
    • YAHIRO HIROSHIMOCHIZUKI MITSUO
    • H04N7/18G06T1/00G06T7/60G07C9/00G08B15/00
    • PURPOSE:To prevent the generation of illegal invation by comparing an area value obtained from an image picked up by a monitoring camera through an image processing means with a previously determined reference value, and generating an alarm when the area value is more than the reference value. CONSTITUTION:When a registered person M1 stands in front of a door (a), infrared-ray interruptor 11 detects the person and generates a trigger signal and the signal is inputted to a rapid image processor 13. Then, the processor 13 inputs an image from the monitoring camera 12, finds out a difference between the inputted image and a previously stored reference image, calculates an area, and sends the calculated area to a controlling computer 15. The computer 15 identifies the registered person from code information inputted from a code input device 16 and sets up an area reference value based upon personal number information. If a person M2 having no entrance permission stands on the back of the person M1, and area calculation value from the processor 13 exceeds the reference value as a matter of course, so that the computer 15 detects the existence of an illegal invader M2 and an alarm generator 17 generates an alarm to prevent a door from being unlocked. Thus, illegal invasion can be previously suppressed.
    • 29. 发明专利
    • INTERACTION SYSTEM WITH ANIMAL
    • JPH0293861A
    • 1990-04-04
    • JP24590988
    • 1988-09-30
    • TOSHIBA CORP
    • YAHIRO HIROSHIOHARA MUTSURO
    • G01R23/16G06F17/28G10L13/00G10L15/00G10L15/10
    • PURPOSE:To execute analysis/synthesization at a real time and to attain satisfactory interaction by executing the FFT processing and reverse FFT processing of the voice of an animal. CONSTITUTION:The voice of the animal is recorded by a microphone 11 and amplified as a sound signal by a microamplifier 12. After that, the FFT processing is executed for the voise by a digital signal processor 13 and a frequency spectrum is analyzed. Such an analyzed result is collated with a frequency spectrum, which is registered in advance, and a correspondent mean is calculated. Then, a collated result is displayed on a display device 15 by a host operation processor 14. On the other hand, the data of the desired mean are sent to the digital signal processor 13 by a data input device 16 and the correspondent frequency spectrum is selected. Then, the reverse FFT processing is executed for this frequency spectrum and a sound synthesizing signal is obtained and amplified by a sound amplifier 17. After that, the acoustic reproducing of the signal is executed by a speaker 18 and the animal hears the sound. Thus, the voice of the animal is analyzed and synthesized at the real time and the satisfactory interaction can be executed with the animal.
    • 30. 发明专利
    • FREQUENCY ANALYZER
    • JPH01214720A
    • 1989-08-29
    • JP4010688
    • 1988-02-23
    • TOSHIBA CORP
    • YAHIRO HIROSHIOHARA MUTSURO
    • G01H3/08
    • PURPOSE:To enable the precise analysis of an acoustic signal emitted from a substance itself which is measured in the ordinary circumstances, by a method wherein the result of an analytical processing of a frequency stored in a first memory unit is subtracted from the result of the analytical processing of a frequency stored in a second memory unit. CONSTITUTION:A substance to be measured is put in a state of stoppage, the noise around it is collected by a microphone 11, and a minute signal thus obtained is amplified 12 and inputted to a digital signal processing circuit 13. The circuit 13 converts the input signal into a digital signal, subjects same to a frequency analysis by a high- speed Fourier transform and then to a sequential multiple addition and stores the result of its processing in a first memory unit. Next, the substance to be measured is put in a state of drive, a generated sound is subjected likewise to the frequency analysis and the multiple addition, and the result of the processing is stored in a second memory unit. According to this method, the electric noise superposed on a signal of a frequency to be measured is suppressed by the multiple addition, and by subtracting the result of processing stored in the first memory unit from that stored in the second memory unit, the result of analysis of the frequency of the sound generated from the substance to be measured itself can be extracted accurately.