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
    • 63. 发明授权
    • Camera data setting device
    • 相机数据设定装置
    • US5005047A
    • 1991-04-02
    • US489881
    • 1990-03-07
    • Akihiko FujinoManabu InoueTakanobu OmakiMasaaki NakaiAkira FujiiMinoru Sekida
    • Akihiko FujinoManabu InoueTakanobu OmakiMasaaki NakaiAkira FujiiMinoru Sekida
    • G03B7/091G03B17/18
    • G03B17/18G03B7/097
    • A camera exposure data setting device for setting exposure data in digital form in response to [on or off] of switches. A first switch actuating member is manually operable for changing mainly an exposure time value and is located at or about the position where a shutter speed setting dial is located in conventional cameras, and a second switch actuating member is manually operable for changing mainly a diaphragm aperture value and is located at a position of the camera opposite from the position of the first switch member with respect to the vertical plane passing through the optical axis of an objective lens. The first switch; actuating member is operated for changing the exposure time value in an exposure time priority automatic exposure control mode and a manual exposure control mode and changing the diaphragm aperture value in a diaphragm aperture priority automatic exposure control mode, and the second switch; actuating member is operated for changing the exposure time value in the exposure time priority automatic exposure control mode and the diaphragm aperture value in the exposure time priority automatic exposure control mode and the manual exposure control mode.
    • 照相机曝光数据设定装置,用于响应于开关的[开或关]设置数字形式的曝光数据。 第一开关致动构件可手动操作以主要改变曝光时间值并且位于常规照相机中位于快门速度设置拨盘位置处或周围的位置,并且第二开关致动构件可手动操作以主要改变光阑孔径 并且位于相机相对于通过物镜的光轴的垂直平面的相对于第一开关部件的位置的位置。 第一个开关; 操作用于在曝光时间优先自动曝光控制模式和手动曝光控制模式中改变曝光时间值并且改变光阑孔径优先自动曝光控制模式中的光阑孔径值和第二开关; 在曝光时间优先自动曝光控制模式和曝光时间优先自动曝光控制模式以及手动曝光控制模式下的光阑孔径值,操作驱动部件用于改变曝光时间值。
    • 65. 发明授权
    • Satellite communications system with random multiple access and time
slot reservation
    • 具有随机多路访问和时隙预留的卫星通信系统
    • US4736371A
    • 1988-04-05
    • US947097
    • 1986-12-29
    • Shunichiro TejimaAkira Fujii
    • Shunichiro TejimaAkira Fujii
    • H04B7/212H04L12/56H04J3/16
    • H04B7/2123H04W28/06H04W28/26H04W72/0406H04W74/02H04W74/04H04W74/08H04W84/06
    • A multiple access data communication system is disclosed wherein a communication channel is shared by a plurality of stations. The channel is divided into frames each being partitioned into time slots smaller in number than the number of stations of the system. A reservation status signal is constantly broadcast at frame intervals from a central station to all remote stations to indicate reserved status of the time slots. When a transmission request is made in a remote station, it discriminates a message signal shorter than the time slot length as a single packet having a time slot length and detects an idle time slot from the channel using the reservation status signal. If the message signal is longer than the time slot length, the station divides it into a series of packets of the time slot length and transmits a reservation request to the central station to receive from it a time-slot assignment signal and inserts the long-message packets to time slots specified by the time-slot assignment signal.
    • 公开了一种多址数据通信系统,其中通信信道由多个站共享。 信道被划分成每个被划分成数量小于系统的站数的时隙。 从中央站到所有远程站的帧间隔不断地广播预约状态信号,以指示时隙的保留状态。 当在远程站发送请求时,将具有时隙长度的单个分组短于时隙长度的消息信号区分开,并使用预约状态信号从信道检测空闲时隙。 如果消息信号长于时隙长度,则该站将其划分成一系列时隙长度的分组,并将预约请求发送到中心站以从其接收时隙分配信号, 消息包到由时隙分配信号指定的时隙。
    • 67. 发明授权
    • Apparatus for detecting discharge gap in electric discharge machining
    • 放电加工中放电间隙检测装置
    • US4728764A
    • 1988-03-01
    • US696780
    • 1985-01-31
    • Katsuhiro MatsumotoAkira Fujii
    • Katsuhiro MatsumotoAkira Fujii
    • B23H1/02B23H7/18
    • B23H7/18
    • A discharge gap measuring circuit measures the gap between a machining electrode and a workpiece in an electric discharge machining apparatus which uses a pulsed voltage as input. The circuit includes peak detecting means to measure the peak value of the voltage that develops between the machining electrode and the workpiece. Further, waiting time detecting means measure the time from the beginning of the input electrical pulse to the actual start of the discharge. An adder circuit combines the outputs of the two detecting circuits to produce a voltage representative of the actual gap. The output is used for controlling the position of the workpiece or the electrode to maintain the gap at a constant level so that a uniform workpiece finish and accelerated operation is obtained.
    • 在使用脉冲电压作为输入的放电加工装置中,放电间隙测量电路测量加工电极和工件之间的间隙。 该电路包括用于测量在加工电极和工件之间产生的电压的峰值的峰值检测装置。 此外,等待时间检测装置测量从输入电脉冲开始到放电实际开始的时间。 加法器电路组合两个检测电路的输出以产生代表实际间隙的电压。 输出用于控制工件或电极的位置以将间隙保持在恒定水平,从而获得均匀的工件完成和加速操作。
    • 69. 发明授权
    • Intervals timer for cameras
    • 相机间隔定时器
    • US4392733A
    • 1983-07-12
    • US279950
    • 1981-07-02
    • Norio BeppuAkira Fujii
    • Norio BeppuAkira Fujii
    • G03B17/38G03B17/18
    • G03B17/38
    • An interval timer periodically provides a release signal output to a camera for controlling photographic operation by carrying out one exposure cycle and a successive automatic film winding operation. The interval timer provides circuitry for setting the interval between the occurrence of the successive release signals and includes first and second terminals adapted to be connected with the camera, the release signal being transmitted to the camera through the first terminal. Circuitry within the interval timer is responsive to a first reply signal transmitted from the camera at the second terminal for examining the time of the arrival of the first reply signal at the second termial to determine whether or not the time falls into a predetermined condition for controlling the operation of the interval timer circuitry for periodically producing the release signal.
    • 间隔定时器通过执行一个曝光周期和连续的自动胶片卷绕操作来周期性地向照相机提供输出到控制摄影操作的释放信号。 间隔定时器提供用于设置连续释放信号发生之间的间隔的电路,并且包括适于与相机连接的第一和第二终端,释放信号通过第一终端发送到相机。 间隔定时器内的电路响应于从第二终端处的相机发送的第一应答信号,用于检查第一应答信号到达第二终端的时间,以确定该时间是否落入用于控制的预定条件 用于周期性地产生释放信号的间隔定时器电路的操作。
    • 70. 发明授权
    • Method of treating a water soluble capsule
    • 水溶性胶囊的处理方法
    • US4278633A
    • 1981-07-14
    • US101444
    • 1979-12-10
    • Akira Fujii
    • Akira Fujii
    • A61J1/06A61M3/00
    • A61J1/067
    • A gelatin capsule is formed with an elongated portion and a bulb portion with a medicinal material therein for supply to a body through inserting the elongated portion in a body orifice. The elongated portion is treated with a hardening agent which withdraws water and/or glycerin from the elongated portion of the capsule so that the elongated portion has sufficient rigidity for insertion within the body orifice. The hardening agent can be a polymer of a glycol, which is preferably polyethylene glycol, an inorganic drying agent such as silica gel or phosphorus pentoxide, an alcohol, or a ketone, such as acetone, for example. When a polymer of a glycol is utilized as the hardening agent, the polymer of a glycol can remain on the elongated portion to function as a lubricant when the elongated portion is inserted in the body orifice. Furthermore, the polymer of a glycol can include an anesthetic for deadening the nerves around the body orifice. To prevent the polymer of a glycol from flowing to the bulb portion to harden it when the polymer of a glycol remains on the elongated portion, the viscosity of the polymer of a glycol is preferably selected so that it will not flow at room temperature although the coating of the polymer of a glycol could be coated with paraffin or a mechanical barrier to prevent this or the bulb portion could be coated with paraffin to prevent the polymer of a glycol from affecting the soft bulb portion or a mechanical barrier could be provided between the elongated and bulb portions.
    • 明胶胶囊形成有细长部分和其中具有药用材料的灯泡部分,用于通过将细长部分插入体孔供给到身体。 细长部分用硬化剂处理,该固化剂从胶囊的细长部分中抽出水和/或甘油,使得细长部分具有足够的刚性以插入体孔内。 硬化剂可以是二醇的聚合物,其优选为聚乙二醇,无机干燥剂如硅胶或五氧化二磷,醇或酮如丙酮。 当使用二醇的聚合物作为硬化剂时,当细长部分插入体孔中时,二醇的聚合物可以保留在细长部分上起到润滑剂的作用。 此外,二醇的聚合物可以包括用于使身体孔周围的神经衰减的麻醉剂。 为了防止乙二醇的聚合物在二元醇的聚合物保留在细长部分时流向灯泡部分以使其硬化,优选选择二醇的聚合物的粘度,使得其不会在室温下流动,尽管 可以用石蜡或机械屏障涂覆二醇的聚合物涂层,以防止这种情况或灯泡部分可以用石蜡涂覆,以防止二醇的聚合物影响软泡部分,或者可以提供机械屏障 细长和灯泡部分。