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    • 4. 发明授权
    • Transmit phase control system of synchronization burst for SDMA/TDMA
satellite communication system
    • SDMA / TDMA卫星通信系统同步脉冲串发射相位控制系统
    • US3995111A
    • 1976-11-30
    • US551676
    • 1975-02-21
    • Yoshikazu TsujiYoshiro Tada
    • Yoshikazu TsujiYoshiro Tada
    • H04J3/00H04B7/185H04B7/204H04J3/06
    • H04B7/2048
    • A transmit phase control system of synchronization burst is disclosed for use in a SDMA/TDMA satellite communication system in which a phase error between a synchronization burst transmitted from an earth station and a synchronization window, assigned as a time slot on a satellite for returning the synchronization burst, is measured and the transmit phase of the synchronization burst is controlled based on the measured value. Phase error measurement is achieved a plurality of times in connection with the received synchronization burst of each station, and a decided phase error is derived based on the measured value obtained by the plurality of measurements. The transmit phase of the synchronization burst is then controlled in accordance with the decided phase error. Further, the phase error decision is achieved at every 1/n (n being an integer larger than 1) round trip and the present synchronization burst is transmitted with its transmit phase corrected corresponding to a value that is the sum of the phase corrected value of the n preceding phase correction instants subtracted from the decided phase error at the present instant.
    • 公开了一种在SDMA / TDMA卫星通信系统中使用的同步突发的发射相位控制系统,其中从地球站发送的同步脉冲串与同步窗口之间的相位误差被指定为卫星上的时隙以返回 测量同步脉冲串,并根据测量值控制同步脉冲串的发射相位。 结合每个站的接收到的同步脉冲串实现多次相位误差测量,并且基于由多个测量获得的测量值导出所确定的相位误差。 然后根据所确定的相位误差来控制同步脉冲串的发射相位。 此外,在每1 / n(n是大于1的整数)往返行程中实现相位误差判定,并且发送当前同步脉冲串,其发射相位被校正,对应于作为相位校正值 在当前时刻从所确定的相位误差中减去n个前一相位校正时刻。
    • 6. 发明授权
    • Clothes
    • 衣服
    • US06301717B1
    • 2001-10-16
    • US09417185
    • 1999-10-12
    • Shingo MatsumotoYoshikazu Tsuji
    • Shingo MatsumotoYoshikazu Tsuji
    • A41D2700
    • A41D13/0015A41D3/02A41D27/10
    • This invention provides clothes, wherein a fabric wale of one of parts (a) and (b) destined to be rubbed against each other is arranged so that it satisfies at least one of the following alternatives (i) and (ii): (i) it crosses with the fabric wale of another part at an angle of 35 to 145 degrees when the respective parts are placed so that their axial lines are kept parallel. (ii) it crosses with its axial line at an angle of 55 to 125 degrees. This invention provides clothes which can manifest the basic functions of the fabric such as water repellence, water pressure resistance, and good look & taste, can respond to the diversification of needs without impairing the basic functions of clothes and can reduce the rubbing noise and friction noise of clothes.
    • 本发明提供了一种衣服,其中排列要彼此摩擦的部分(a)和(b)之一的织物纵行布置成使其满足以下替代(i)和(ii)中的至少一个:( i )当相应的部件被放置成使得它们的轴线保持平行时,它以35至145度的角度与另一部分的织物纵行交叉。(ii)它以其轴线与55至125度的角度交叉 本发明提供了能够表现出防水,耐水压,良好的外观和味道的织物的基本功能的衣物,能够在不损害衣物的基本功能的情况下对需要的多样化做出反应,并且可以减少摩擦噪音和 衣服的摩擦噪音。
    • 7. 发明授权
    • Device and method for controlling communication
    • 用于控制通信的设备和方法
    • US5832210A
    • 1998-11-03
    • US504079
    • 1995-07-19
    • Ryota AkiyamaYoshikazu Tsuji
    • Ryota AkiyamaYoshikazu Tsuji
    • H04L9/32H04L29/06G06F12/14G11B23/28H04K1/00
    • H04L63/0823H04L63/30
    • A transmission unit transmits the identical transmitting information including a communication number information. A communication number counting unit increments the communication number information every time the identical transmitting information is transmitted, sets the communication number information which is greater than the incremented last communication number information to an initial communication number information when a renewed transmitting information is transmitted, and increments the initial communication number every time the renewed transmitting information is transmitted. An information discrimination unit discriminates whether or not a receiving transmission information conforms with a registration transmitting information. A communication number information comparison unit compares a receiving communication number information with a registration communication number information. A control unit adds a predetermined value to the receiving communication number information when the receiving transmission information conforms with the registration transmitting information and the received communication number information is greater than the registration communication number information.
    • 发送单元发送包括通信号码信息的相同发送信息。 通信号码计数单元在每次发送相同的发送信息时递增通信号码信息,当发送更新的发送信息时,将通过增加的最后通信号码信息的通信号码信息设定为初始通信号码信息, 每次发送更新的发送信息时的初始通信号码。 信息鉴别单元鉴别接收发送信息是否符合注册发送信息。 通信号码信息比较单元将接收通信号码信息与登记通信号码信息进行比较。 当接收传输信息符合注册发送信息并且所接收的通信号码信息大于注册通信号码信息时,控制单元向接收通信号码信息添加预定值。
    • 10. 发明授权
    • Acquisition system for the SDMA/TDMA satellite communication system
    • SDMA / TDMA卫星通信系统采集系统
    • US3958083A
    • 1976-05-18
    • US551675
    • 1975-02-21
    • Takao HaraYoshikazu TsujiYasuhiko Sakamoto
    • Takao HaraYoshikazu TsujiYasuhiko Sakamoto
    • H04B7/204H04J3/06H04B7/20
    • H04B7/2048
    • An acquisition system for the SDMA/TDMA satellite communication system is disclosed in which a synchronization signal receiving time slot and a plurality of data signal receiving time slots, for communication between predetermined groups of earth stations and between the earth stations of each group, are sequentially provided at the satellite based on timing signal in the satellite. An acquisition signal having a plurality of signal burst portions is transmitted from the earth station, with its transmit time slot being shifted in a first sweep mode until one part of the acquisition signal is received by said transmitting earth station. At that time the transmit time slot is shifted in a second sweep mode, whereby a control is made to obtain synchronization of the earth station with the satellite so that the plurality of burst portions in the acquisition signal may be properly communicated to the predetermined groups.Further, an acquisition control is shown to be effectively achieved in the case where the SN ratio of the received acquisition signal is extremely deteriorated or where it is necessary to prevent disturbing another earth station of the same group of earth stations which has already accessed the satellite.
    • 公开了一种用于SDMA / TDMA卫星通信系统的采集系统,其中同步信号接收时隙和多个数据信号接收时隙用于在预定的地球站组之间和每个组的地球站之间进行通信, 基于卫星中的定时信号在卫星上提供。 具有多个信号突发部分的获取信号从地球站发射,其发射时隙以第一扫描模式移位,直到所述发射地球站接收到采集信号的一部分。 此时,发送时隙在第二扫描模式中移位,由此进行控制以获得地球站与卫星的同步,使得采集信号中的多个突发部分可以适当地传送到预定的组。