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    • 41. 发明公开
    • ROTATE SHIFT CODE DIVISION MULTIPLEX COMMUNICATION SYSTEM
    • KODE-MULTIPLEX-NACHRICHTENÜBERTRAGUNGSSYSTEMMIT VERSCHIEBUNGSROTATION
    • EP1237313A1
    • 2002-09-04
    • EP01965564.6
    • 2001-09-10
    • TOYO COMMUNICATION EQUIPMENT CO. LTD.Kuroyanagi, NoriyoshiSuehiro, Naoki
    • KUROYANAGI, NoriyoshiSUEHIRO, NaokiTAKAHASHI, Masakazu, Toyo Communication Equip Co L
    • H04J13/04H04B1/707
    • H04J13/105H04B2201/70701H04J13/0022H04L7/041
    • A system using a transmitter which comprises means of generating 4 extended sequences E A 0 , E A 1 , E B 0 and E B 1 using a set (A 0 ,A 1 ) of auto-complementary sequences with length L chips consisting of complete complementary sequences and another similar set (B 0 ,B 1 ), and means of generating a transmitting frame s P obtained by multiplying a cascaded sequence Ê A made of extended sequences E A 0 and E A 1 by a pilot information p̂ , generating a transmitting frame s D obtained by multiplying a cascaded sequence Ê B made of extended sequences E B 0 and E B 1 by data b, synchronously adding both the transmitting frames to produce a symbol frame, and transmitting a carrier wave modulated thereby, and a receiver which comprises means of applying a front portion r 0 of the synchronously received baseband frame demodulated by above described carrier wave to matched filters M ( A 0 ) and M ( B 0 ), and applying a rear portion r 1 of the synchronously received frame to matched filters M ( A 1 ) and M ( B 1 ), and means of generating a pilot-response-matrix { p } and a received data-response-matrix Φ, both made of the outputs of M ( A 0 ) and M ( A 1 ), and of the outputs of M ( B 0 ) and M ( B 1 ) respectively, and generating an estimate of transmitted data.
    • 一种使用发射机的系统,其包括使用具有由完全互补序列组成的长度为L个码片的自动互补序列的集合(A0,A1)和另一相似集合(B0,B1)生成4个扩展序列EA0,EA1,EB0和EB1的装置 ),以及通过将由扩展序列EA0和EA1构成的级联序列ΔA乘以导频信息p / 而生成发送帧sP的装置,生成通过将由扩展序列构成的级联序列ÊB相乘而获得的发送帧sD EB0和EB1,同步地将发送帧同时加上以产生符号帧,并发送由其调制的载波;以及接收机,包括应用由上述载波解调的同步接收的基带帧的前部r0的装置 波到匹配滤波器M(A0)和M(B0),并将同步接收的帧的后部r1应用于匹配滤波器M(A1)和M(B1),以及g 提供了由M(A0)和M(A1)的输出和M(B0)和M(B1)的输出分别构成的导频响应矩阵äpü和接收的数据 - 响应矩阵PHI, 并产生传输数据的估计。
    • 43. 发明公开
    • THRUST GENERATING DEVICE AND MOVING BODY
    • VORRICHTUNG ZUR ERZEUGUNG EINER SCHUBKRAFT UND BEWEGBARERKÖRPER
    • EP1114930A1
    • 2001-07-11
    • EP00944368.0
    • 2000-07-10
    • Komura, MitsuruTOYO COMMUNICATION EQUIPMENT CO. LTD.
    • Komura, MitsuruTOYO COMMUNICATION EQUIPMENT CO. LTD.
    • F03G3/00
    • F03H99/00F03G3/00
    • The invention relates to a propulsive force generation system with a new principle which is not on the basis of the conventional action/reaction force defined as the so-called Newton's third law, and provides a propulsive force generation system which is usable for a flying object such as a rocket and an airplane and for a vehicular object such as a ship and a car, or for a driving force for a construction machine or the like. The propulsive force generation system is provided with one or a plurality of rotational movement mechanism in the same object, and is structured such that a propulsive force in an optional direction is generated by controlling each rotational movement patterns. The rotational movement mechanism is structured such that a weight is engaged with another end portion of a rod having one end rotatably pivoted and a desired rotational movement pattern is generated by changing a distance between the pivoted portion and the weight in accordance with the rotation. Further, the invention provides a vehicular object in which the propulsive force generation system mentioned above is mounted.
    • 本发明涉及一种具有新原理的推进力产生系统,其不是基于所谓的牛顿第三定律所定义的常规作用/反作用力,而是提供一种可用于飞行物体的推进力产生系统 例如火箭和飞机,以及诸如船舶和汽车的车辆物体,或用于建筑机械等的驱动力。 推进力产生系统在相同的物体中设置有一个或多个旋转运动机构,并且被构造成使得通过控制每个旋转运动模式来产生沿任选方向的推进力。 旋转运动机构构造成使得重量与具有可旋转枢转的一端的杆的另一端部接合,并且通过根据旋转改变枢转部分和重物之间的距离来产生期望的旋转运动模式。 此外,本发明提供一种其中安装有上述推进力产生系统的车辆物体。
    • 45. 发明公开
    • LASER BEAM GENERATING CIRCUIT USING SEMICONDUCTOR LASER DEVICE
    • SCHALTUNG ZUR ERZEUGUNG EINES LASERSTRAHLS MIT HALBLEITERLASERVORRICHTUNG
    • EP0918322A1
    • 1999-05-26
    • EP98907188.1
    • 1998-03-12
    • TOYO COMMUNICATION EQUIPMENT CO. LTD.
    • ISHIKAWA, Masayuki, Toyo Communic. Equipmt Co.LtdSATOH, Tomio, Toyo Communic. Equipmt CO., LtdHASEGAWA, Shin, Toyo Communic. Equipmt Co., Ltd
    • G11B7/135
    • G11B7/126H01S5/042H01S5/06226
    • So as to provide a high-frequency oscillator which sufficiently satisfies standards for unnecessary radiation and to obtain a high-frequency oscillator in which the matching capacitance is definitively determined and the oscillation level of the oscillator is lowered so that unnecessary radiation is reduced, an inductor element L5 which has a high impedance at the frequency used is inserted into the ground line of a high-frequency oscillator CT1 which drives a semiconductor laser LD1, so that the ground line of the oscillator and the other ground line are isolated from each other in high-frequency terms. In addition, inductor elements L5 through L7 are also inserted into the power supply terminal Vcc of a high-frequency oscillator CT1, the power supply terminal LDD of a semiconductor laser LD1 and the terminal PD used to check the amount of beam emitted by the semiconductor laser; and these inductor elements are constructed from ferrite beads FB2 through FB5. The ferrite beads FB2 through FB5 are formed as integrated ferrite bead arrays. Furthermore, a laser beam generating device is constructed so as to be driven by superimposing high-frequency currents of at least two frequencies close to the semiconductor laser LD1 on a direct current.
    • 为了提供充分满足不必要的辐射的标准的高频振荡器,并且获得其中确定了匹配电容并且降低振荡器的振荡电平从而减少不必要的辐射的高频振荡器,电感器 在所使用的频率下具有高阻抗的元件L5被插入到驱动半导体激光器LD1的高频振荡器CT1的接地线中,使得振荡器的地线和另一个接地线彼此隔离 高频率。 此外,电感器元件L5至L7也插入到高频振荡器CT1的电源端子Vcc中,半导体激光器LD1的电源端子LDD和用于检查由半导体发射的光束的量的端子PD 激光; 这些电感元件由铁氧体磁珠FB2至FB5构成。 铁氧体磁珠FB2至FB5形成为一体的铁氧体磁珠阵列。 此外,激光束产生装置被构造成通过将至少两个接近半导体激光器LD1的至少两个频率的高频电流叠加在直流上来驱动。