会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 11. 发明授权
    • FM multiplex broadcasting and receiving system
    • FM复用广播和接收系统
    • US5497372A
    • 1996-03-05
    • US207558
    • 1994-03-08
    • Mitsuo NankohAkio InoueHitoshi YokomizoYosikazu TomidaTohru Kawabata
    • Mitsuo NankohAkio InoueHitoshi YokomizoYosikazu TomidaTohru Kawabata
    • H04B1/16H04B1/20H04H20/00H04H20/28H04H60/13H04J1/14
    • H04H20/28H04H60/13
    • An FM multiplex broadcasting and receiving system has an FM multiplex broadcast apparatus and an FM multiplex receiving apparatus. The FM multiplex broadcast apparatus has a reproducing device for reproducing, from a recording medium, an audio signal and character data associated with the audio signal recorded in the recording medium. The FM multiplex broadcast apparatus also includes a multiplex device and a frequency modulation device. The multiplex device multiplexes the audio signal with additional information such as the character data to generate a multiplex signal. The frequency modulation device frequency modulates a carrier with the multiplex signal to provide an FM multiplex broadcasting signal. The FM multiplexing receiving apparatus has a frequency demodulating device for frequency demodulating the FM multiplex broadcast signal to provide an audio signal and an additional information data signal, a displaying device displaying the additional information data signal.
    • FM多路复用广播和接收系统具有FM多路广播装置和FM多路复用接收装置。 FM多路复用广播设备具有用于从记录介质再现与记录介质中记录的音频信号相关联的音频信号和字符数据的再现设备。 FM多路广播装置还包括多路复用装置和频率调制装置。 多路复用装置将音频信号与诸如字符数据的附加信息复用以产生多路复用信号。 频率调制装置利用多路复用信号对载波进行频率调制,以提供FM多路复用广播信号。 FM多路复用接收装置具有频率解调装置,用于频率解调FM多路广播信号以提供音频信号和附加信息数据信号,显示装置显示附加信息数据信号。
    • 12. 发明授权
    • Idling speed controlling system for internal combustion engine
    • 内燃机怠速控制系统
    • US4474153A
    • 1984-10-02
    • US433431
    • 1982-10-08
    • Masato HanamotoKoso IidaAkio InoueYukinari Imoto
    • Masato HanamotoKoso IidaAkio InoueYukinari Imoto
    • F02D41/16F02D29/00F02D31/00F02M3/07F02M3/00
    • F02M3/07F02D31/004Y10T477/68
    • Feedback control is carried out to maintain the rotational speed of an internal combustion engine during idling at a desirable speed determined according to the operating conditions of the engine by controlling an adjusting valve for controlling the amount of air to be fed to the engine. The actual rotational speed of the engine and the actual opening angle of the throttle valve are detected and when the actual rotational speed is lower than a predetermined value and at the same time the actual opening angle of the throttle valve is smaller than a predetermined value, the feedback control is carried out. Further, whether or not the driving power of the engine is operatively transmitted to the driving wheels is detected, and the predetermined value for the rotational speed of the engine is set at a higher value when the driving power is not transmitted to the driving wheels than when the driving power is transmitted to the driving wheels.
    • 进行反馈控制,以通过控制用于控制供给到发动机的空气量的调节阀,根据发动机的运行状态确定在怠速期间内燃机的转速。 检测发动机的实际旋转速度和节气门的实际打开角度,并且当实际旋转速度低于预定值,同时节气门的实际打开角度小于预定值时, 进行反馈控制。 此外,检测到发动机的驱动力是否可操作地传递到驱动轮,并且当驱动力不传递到驱动轮时,将发动机的转速的预定值设定为较高的值, 当驱动力传递到驱动轮时。
    • 13. 发明授权
    • Digital broadcast receiver
    • 数字广播接收机
    • US06904272B2
    • 2005-06-07
    • US09998779
    • 2001-12-03
    • Akihiko HitomiAkio InoueYoshikazu OtsuboTakayuki Hamabata
    • Akihiko HitomiAkio InoueYoshikazu OtsuboTakayuki Hamabata
    • H04B1/16H04H20/00H04H20/16H04H20/76H04H60/25H04H60/27H04N5/44H04B1/18
    • H04H20/40H04H20/16H04H20/28H04H20/76H04H60/25H04H60/27
    • The invention provides a digital broadcast receiver for receiving broadcast waves comprising multiplexed broadcast signals of a plurality of channels including a main channel and a subchannel. The receiver comprises demodulator circuits for demodulating received data of one of the channels selected and outputting the resulting data, a memory capable of storing received data as to a program transmitted on the subchannel, and a controller for writing the received data as to the program transmitted on the subchannel to the memory while updating the received data at all times, and reading the received data stored in the memory from the head of the program and feeding the read data to the demodulator circuits upon a changeover from the main channel to the subchannel. When the main channel is changed over to the subchannel, the program broadcast on the subchannel can be listened to always from the beginning.
    • 本发明提供了一种用于接收广播波的数字广播接收机,其包括包括主频道和子信道的多个频道的多路广播信号。 接收机包括解调器电路,用于解调所选择的一个信道的接收数据,并输出结果数据;存储器,其能够存储关于在子信道上发送的节目的接收数据;以及控制器,用于写入接收到的数据, 在一直更新接收到的数据的同时在子信道上存储到存储器中,并且从程序的头部读取存储在存储器中的接收数据,并且在从主通道切换到子通道时将读取的数据馈送到解调器电路。 当主通道切换到子通道时,可以始终从一开始就在子通道上广播程序。
    • 16. 发明授权
    • Cathode-ray tube
    • 阴极射线管
    • US5602443A
    • 1997-02-11
    • US499189
    • 1995-07-07
    • Shunichi IgetaAkira InoueMinoru HojoHiroo KobayashiShiro TakadaMasayuki MiyazakiAkio Inoue
    • Shunichi IgetaAkira InoueMinoru HojoHiroo KobayashiShiro TakadaMasayuki MiyazakiAkio Inoue
    • H01J29/86H01J31/12H01J31/00H01J1/62H01J29/00H01J29/70
    • H01J29/862H01J29/861H01J2229/862H01J2329/00
    • A thin flat cathode-ray tube can optimize stress which is generated in each part also when its screen size is increased and maintains high reliability particularly in connection strength in a joint portion between a front glass vessel and a back metal vessel, without deteriorating the joint portion in reliability also in working for mounting electric signal input terminals and an exhaust pipe on the back metal vessel. In the flat cathode-ray tube which is formed by joining side surface portions of the front glass vessel and the back metal vessel with each other, the back metal vessel has the side surface portion of a prescribed width extending along that of the front glass vessel and a bottom surface portion opposed to a fluorescent screen of the front glass vessel, while the bottom surface portion is depressed by a prescribed amount toward the fluorescent portion and a corner portion connecting the side surface portion with the bottom surface portion is at a prescribed radius of curvature.
    • 薄平面阴极射线管可以优化当其屏幕尺寸增加时在每个部件中产生的应力,并且特别是在前玻璃容器和后金属容器之间的接合部分中的连接强度下保持高可靠性,而不会使接头变坏 可靠性部分也用于在背面金属容器上安装电信号输入端子和排气管。 在通过将前玻璃容器和后金属容器的侧表面部彼此接合而形成的平面阴极射线管中,后金属容器的侧表面部分具有沿着前玻璃容器延伸的规定宽度 以及与前玻璃容器的荧光屏相对的底面部,同时底面部朝向荧光部压下规定量,并且将侧面部与底面部连接的角部为规定半径 的曲率。
    • 18. 发明授权
    • Card convey device
    • 卡片传送装置
    • US5421463A
    • 1995-06-06
    • US214857
    • 1994-03-18
    • Mitsuhiro OkazakiAkio InoueTakashi YoshiokaTosiaki WatanabeShinji Fukaya
    • Mitsuhiro OkazakiAkio InoueTakashi YoshiokaTosiaki WatanabeShinji Fukaya
    • B65H7/06B65H29/62G06K13/067B07C5/00B65H7/02
    • G06K13/067B65H29/62B65H2511/51B65H2511/52B65H2513/10B65H2557/352Y10S209/90
    • A card convey device includes a first convey path, a second convey path, a third convey path, jam detector, convey controller, and card sorter. The first convey path conveys a loaded card. The second convey path is branched from the first convey path and conveys a non-defective card distributed from cards conveyed from the first convey path. The third convey path is branched from the first convey path and conveys a defective card distributed from the cards conveyed from the first convey path. The jam detector detects jam of a card occurring in each of the first, second, and third convey paths. The convey controller conveys a card through each of the first, second, and third convey paths at a predetermined speed, stops a convey operation of the card when the jam detector detects jam of the card, and reconveys the card in response to a reconvey command. The card sorter distributes the card conveyed from the first convey path to one of the first and second convey paths on the basis of non-defective/defective information of the card, and forcibly distributes a reconveyed card from the first convey path to the third convey path.
    • 卡片传送装置包括第一传送路径,第二传送路径,第三传送路径,卡纸检测器,传送控制器和卡分配器。 第一个传送路径传送一个装载的卡。 第二传送路径从第一传送路径分支,并且传送从从第一传送路径传送的卡片分发的无缺陷卡。 第三传送路径从第一传送路径分支,并传送从从第一传送路径传送的卡片分发的有缺陷的卡。 卡纸检测器检测在第一,第二和第三传送路径中的每一个中出现的卡的卡纸。 传送控制器以预定速度传送卡片通过第一,第二和第三传送路径中的每一个,当卡纸检测器检测到卡的卡纸时停止卡的传送操作,并且响应于重新传送命令来重新检测卡 。 卡分拣机基于卡的无缺陷/缺陷信息将从第一传送路径传送的卡分配到第一和第二传送路径中的一个,并且将再传送的卡从第一传送路径强制分配到第三传送 路径。