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公开(公告)号：US09080317B2
公开(公告)日：2015-07-14
申请号：US13983099
申请日：2012-02-07
Applicant: Toru Matsuyama
Inventor： Toru Matsuyama
Abstract: An excavation control system includes a working unit, hydraulic cylinders, a prospective speed obtaining part, a speed limit selecting part and a hydraulic cylinder controlling art. The prospective speed part is configured to obtain a first prospective speed depending on a first distance between the bucket and a first designed surface, and a second prospective speed depending on a second distance between the bucket and a second designed surface. The speed limit selecting part is configured to select one of the first and second prospective speeds as a speed limit based on a relative relation between the first designed surface and the bucket and a relative relation between the second designed surface and the bucket. The hydraulic cylinder controlling part is configured to limit a relative speed of the bucket relative to one of the first and second designed surfaces to the speed limit.
Abstract translation: 挖掘控制系统包括工作单元，液压缸，预期速度获取部，限速选择部和液压缸控制技术。 预期速度部分被配置为根据铲斗和第一设计表面之间的第一距离获得第一预期速度，并且取决于铲斗和第二设计表面之间的第二距离的第二预期速度。 限速选择部被配置为基于第一设计表面和铲斗之间的相对关系以及第二设计表面和铲斗之间的相对关系来选择第一和第二预期速度中的一个作为速度限制。 液压缸控制部被配置为将铲斗相对于第一和第二设计表面之一的相对速度限制到速度限制。
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2.发明授权公开(公告)号：US08195050B2
公开(公告)日：2012-06-05
申请号：US12405832
申请日：2009-03-17
Applicant: Toru Matsuyama , Shinichi Sakuramoto
Inventor： Toru Matsuyama , Shinichi Sakuramoto
CPC classification number: H04B10/0795 , H04J3/0682 , H04J3/1694
Abstract: An optical transmission apparatus communicable with a plurality of subscriber including a delay measuring part for detecting a response delay time from each subscriber based on reception timing of the delay measurement response optical packet, a detection part for detecting a received optical level of the delay measurement response optical packet received by the reception part and a state determination part for determining quality of an optical transmission state between the optical transmission apparatus and each subscriber based on the received optical level of the delay measurement response optical packet of each of the plurality of subscribers.
Abstract translation: 一种光传输装置，可与多个用户通信，包括延迟测量部分，用于根据延迟测量响应光分组的接收定时检测每个用户的响应延迟时间;检测部分，用于检测延迟测量响应的接收光电平 基于接收部接收到的光分组，以及状态判定部，根据所述多个用户中的每一个的所述延迟测量响应光分组的接收光水平，确定所述光传输装置与各用户之间的光传输状态的质量。
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公开(公告)号：US07123845B2
公开(公告)日：2006-10-17
申请号：US10359142
申请日：2003-02-06
Applicant: Toru Matsuyama
Inventor： Toru Matsuyama
CPC classification number: H04B10/2513 , H04B10/2572
Abstract: A receiving apparatus comprises a first waveform degradation compensating unit, a second waveform degradation compensating unit, a received waveform measuring unit for measuring waveform data on a received signal, a control unit for controlling compensation characteristics of the first and second waveform degradation compensating units to minimize a difference between frequency data obtained by converting the obtained received waveform data into a frequency domain and frequency data on a reference waveform free from waveform degradation, and time-constant generating units for making a difference in compensation characteristic control speed between the first and second waveform degradation compensating units. This realizes high-accuracy compensation for waveform degradation of a received signal stemming from chromatic dispersion, polarization mode dispersion or the like without employing a dispersion compensation fiber or a polarization maintaining fiber.
Abstract translation: 接收装置包括第一波形劣化补偿单元，第二波形劣化补偿单元，用于测量接收信号的波形数据的接收波形测量单元，用于控制第一和第二波形降级补偿单元的补偿特性的控制单元，以最小化 通过将获得的接收波形数据转换成频域而获得的频率数据与不存在波形劣化的参考波形的频率数据之间的差异以及用于使第一和第二波形之间的补偿特性控制速度差的时间常数生成单元 退化补偿单位。 这样就可以实现对色散，偏振模色散等的接收信号的波形劣化的高精度补偿，而不使用色散补偿光纤或偏振保持光纤。
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公开(公告)号：US06282216B1
公开(公告)日：2001-08-28
申请号：US09471370
申请日：1999-12-23
Applicant: Tadashi Ikeuchi , Tadao Inoue , Toru Matsuyama , Toshiyuki Takauji , Norio Ueno
Inventor： Tadashi Ikeuchi , Tadao Inoue , Toru Matsuyama , Toshiyuki Takauji , Norio Ueno
IPC: H01S313
CPC classification number: H04B10/564 , H04B10/504
Abstract: A burst mode optical transmitter circuit comprises a semiconductor laser, a photodiode for monitoring the light output from the semiconductor laser, a current-voltage converting circuit for converting the current detected by the photodiode into a voltage, an APC amplifier, a holding circuit for holding, as a current control signal, the output signal from the APC amplifier, a driving circuit for supplying a driving current to the semiconductor laser according the current control signal from the holding circuit and the the data input in the burst mode, and a data interruption detecting circuit for detecting an interrupt period of the data input to the driving circuit to reset the holding circuit, in which the current control signal held in the hold circuit is reset by the reset signal, whereby a stable burst optical transmission can be performed stably with a simple construction.
Abstract translation: 突发模式光发射机电路包括半导体激光器，用于监测来自半导体激光器的光输出的光电二极管，用于将由光电二极管检测的电流转换为电压的电流 - 电压转换电路，APC放大器，用于保持的保持电路 作为电流控制信号，来自APC放大器的输出信号，用于根据来自保持电路的电流控制信号和在突发模式中输入的数据向半导体激光器提供驱动电流的驱动电路和数据中断 检测电路，用于检测输入到驱动电路的数据的中断周期以复位保持电路，其中保持在保持电路中的电流控制信号由复位信号复位，从而可以稳定地执行稳定的突发光传输， 一个简单的施工。
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公开(公告)号：US09020709B2
公开(公告)日：2015-04-28
申请号：US13983116
申请日：2012-02-07
Applicant: Toru Matsuyama
Inventor： Toru Matsuyama
Abstract: An excavation control system includes a working unit, hydraulic cylinders, a prospective speed obtaining part, a relative speed obtaining part, a speed limit selecting part and a hydraulic cylinder controlling part. The prospective speed obtaining part obtains first and second prospective speeds depending on first and second intervals between first and second monitoring points of the bucket and a designed surface, respectively. The relative speed obtaining part obtains first and second relative speeds of the first and second monitoring points relative to the designed surface, respectively. The speed limit selecting part selects one of the first and second prospective speeds as a speed limit based on relative relations between the first and second relative speeds and the first and second prospective speeds, respectively. The hydraulic cylinder controlling part limits a relative speed of one of the first and second monitoring points to the speed limit.
Abstract translation: 挖掘控制系统包括作业单元，液压缸，预期速度获取部，相对速度获取部，限速选择部和液压缸控制部。 预期速度获取部分分别根据铲斗的第一和第二监测点与设计的表面之间的第一和第二间隔获得第一和第二预期速度。 相对速度获得部分分别获得第一和第二监测点相对于设计表面的第一和第二相对速度。 速度限制选择部分分别基于第一和第二相对速度与第一和第二预期速度之间的相对关系来选择第一和第二预期速度中的一个作为速度限制。 液压缸控制部件将第一和第二监控点中的一个的相对速度限制到速度限制。
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Patent Agency Ranking
公开(公告)号：US08634721B2
公开(公告)日：2014-01-21
申请号：US12929135
申请日：2011-01-03
Applicant: Shinichi Sakuramoto , Toru Matsuyama
Inventor： Shinichi Sakuramoto , Toru Matsuyama
IPC: H04B10/00
CPC classification number: H04B10/673 , H04B10/564 , H04B10/695
Abstract: An optical communication method includes outputting an optical data signal in which a signal amplitude of a non-data area that is an area other than a data area is made higher than a signal amplitude of the data area, to a predetermined receiver, receiving an optical input including the optical data signal with the predetermined receiver, detecting each of the signal amplitude of the non-data area and the signal amplitude of the data area of the optical input, creating a threshold for encoding the data area based on the signal amplitude of the data area, determining whether the optical data signal is received, based on the signal amplitude of the non-data area, and outputting a data signal in which the data area is encoded by using the threshold of the optical data signal, when it is determined that the optical data signal is received.
Abstract translation: 一种光通信方法包括：输出光数据信号，其中将作为数据区以外的区域的非数据区的信号幅度设定得高于数据区的信号幅度;光接收机，接收光信号 输入包括光学数据信号与预定接收器，检测非数据区域的信号幅度和光输入的数据区域的信号幅度的每一个，创建基于信号幅度的数据区域的编码阈值 所述数据区域，基于所述非数据区域的信号幅度来确定是否接收到所述光数据信号，并且当其为所述数据区域时，通过使用所述光数据信号的阈值来输出所述数据区域被编码的数据信号 确定接收到光学数据信号。
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公开(公告)号：US20130315699A1
公开(公告)日：2013-11-28
申请号：US13983116
申请日：2012-02-07
Applicant: Toru Matsuyama
Inventor： Toru Matsuyama
Abstract: An excavation control system includes a working unit, hydraulic cylinders, a prospective speed obtaining part, a relative speed obtaining part, a speed limit selecting part and a hydraulic cylinder controlling part. The prospective speed obtaining part obtains first and second prospective speeds depending on first and second intervals between first and second monitoring points of the bucket and a designed surface, respectively. The relative speed obtaining part obtains first and second relative speeds of the first and second monitoring points relative to the designed surface, respectively. The speed limit selecting part selects one of the first and second prospective speeds as a speed limit based on relative relations between the first and second relative speeds and the first and second prospective speeds, respectively. The hydraulic cylinder controlling part limits a relative speed of one of the first and second monitoring points to the speed limit.
Abstract translation: 挖掘控制系统包括作业单元，液压缸，预期速度获取部，相对速度获取部，限速选择部和液压缸控制部。 预期速度获取部分分别根据铲斗的第一和第二监测点与设计的表面之间的第一和第二间隔获得第一和第二预期速度。 相对速度获得部分分别获得第一和第二监测点相对于设计表面的第一和第二相对速度。 速度限制选择部分分别基于第一和第二相对速度与第一和第二预期速度之间的相对关系来选择第一和第二预期速度中的一个作为速度限制。 液压缸控制部件将第一和第二监控点中的一个的相对速度限制到速度限制。
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8.发明授权公开(公告)号：US08559814B2
公开(公告)日：2013-10-15
申请号：US13328666
申请日：2011-12-16
Applicant: Masakazu Horishita , Toru Matsuyama
Inventor： Masakazu Horishita , Toru Matsuyama
IPC: H04B10/08
CPC classification number: H04L12/287 , H04L12/2861 , H04L12/2885 , H04Q11/0067 , H04Q2011/0079 , H04Q2011/0088
Abstract: A power-saving mode flag generating unit 101e sets a power-saving mode flag to active (non power-saving mode, turning on the power-source) when it receives a reset signal from a MAC unit 102. Furthermore, the power-saving mode flag generating unit 101e sets the power-saving mode flag to sleep (power-saving mode, turning off the power source) in accordance with a signal-interrupt detection signal obtained by the signal-interrupt detecting unit 101f1 of the packet monitoring unit 101f. Depending on the state of a packet, the power-saving mode flag generating unit 101e changes the power-saving mode flag to active or sleep for the data communication area of the packet; however, for the ranging area of the packet, the power-saving mode flag generating unit 101e always sets the power-saving mode flag to active. A pattern discriminating unit 101g discriminates between the data communication area and the ranging area of the packet.
Abstract translation: 省电模式标志产生单元101e在从MAC单元102接收到复位信号时将省电模式标志设置为有效（非功率省电模式，接通电源）。此外，省电 模式标志生成单元101e根据由分组监视单元101f的信号中断检测单元101f1获得的信号中断检测信号，将省电模式标志设置为睡眠（省电模式，关闭电源） 。 根据分组的状态，省电模式标志生成单元101e将分组的数据通信区域的省电模式标志变更为活动或休眠; 然而，对于分组的测距区域，省电模式标志生成单元101e总是将省电模式标志设置为有效。 模式识别单元101g识别数据通信区域和分组的测距区域。
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公开(公告)号：US20060024068A1
公开(公告)日：2006-02-02
申请号：US11203544
申请日：2005-08-15
Applicant: Tadao Inoue , Tadashi Ikeuchi , Hiroyuki Rokugawa , Masaaki Kawai , Norio Ueno , Norio Murakami , Toru Matsuyama , Makoto Miki , Toshiyuki Takauji
Inventor： Tadao Inoue , Tadashi Ikeuchi , Hiroyuki Rokugawa , Masaaki Kawai , Norio Ueno , Norio Murakami , Toru Matsuyama , Makoto Miki , Toshiyuki Takauji
CPC classification number: H01S5/0683 , H01S5/06825
Abstract: Using a switching signal from a coarse/fine switching and operation mode switching circuit, the width of change of a counter control value during power up is increased, and the width of change is reduced once a steady state is reached. In the steady state, the frequency of updating is limited by a control signal from an update permit control circuit. In the steady state, the frequency band of a current source in an LD driving circuit is reduced in width.
Abstract translation: 使用来自粗/精切换和动作模式切换电路的切换信号，上电期间的计数器控制值的变化幅度增大，一旦达到稳定状态，则变化幅度减小。 在稳定状态下，更新频率受来自更新许可控制电路的控制信号的限制。 在稳态中，LD驱动电路中的电流源的频带宽度减小。
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公开(公告)号：US06700423B1
公开(公告)日：2004-03-02
申请号：US10342251
申请日：2003-01-15
Applicant: Makoto Miki , Toru Matsuyama
Inventor： Makoto Miki , Toru Matsuyama
IPC: H03K3017
CPC classification number: H04B10/508 , H01S5/0428 , H03K5/04 , H04L25/03834
Abstract: A circuit for controlling pulse width of a signal for driving a light emitting element, includes a pulse width control circuit capable of responding to multi-bit rates in the same circuit structure. For this purpose, the pulse width control circuit has a Tr/Tf control section controlling at least one of a rise time Tr and a fall time Tf of an input signal according to the bit rate of the input signal; a waveform shaping section shaping a signal output from the Tr/Tf control section to generate an output signal; and a control signal generating section generating a control signal for controlling an operation of the Tr/Tf control section based on pulse width control information.
Abstract translation: 用于控制用于驱动发光元件的信号的脉冲宽度的电路包括能够以相同电路结构的多比特率响应的脉冲宽度控制电路。 为此，脉冲宽度控制电路具有根据输入信号的比特率控制输入信号的上升时间Tr和下降时间Tf中的至少一个的Tr / Tf控制部分; 波形整形部，对从Tr / Tf控制部输出的信号进行整形，生成输出信号; 以及控制信号生成部，其基于脉冲宽度控制信息生成用于控制Tr / Tf控制部的动作的控制信号。
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