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    • 1. 发明授权
    • Integral transmitter-receiver optical communication apparatus and a crosstalk preventive device therefor
    • 一体化发射机 - 接收机光通信装置及其串扰防止装置
    • US06701093B1
    • 2004-03-02
    • US09354732
    • 1999-07-16
    • Tatsuo GotohHomu TakayamaYoichi KojimaMasakazu YamagataShunichiro Wakamiya
    • Tatsuo GotohHomu TakayamaYoichi KojimaMasakazu YamagataShunichiro Wakamiya
    • H04B1000
    • H04B10/1125
    • An integral transmitter-receiver optical communication apparatus, including: a transmitter-receiver device including: a transmitter having a laser source for emitting a laser beam modulated in accordance with a transmission information signal, a receiver having a position detecting sensor and a light receiving element each of which receives a complementing modulated laser beam transmitted from a complementing transmitter, and a beam splitting device for splitting the modulated laser beam and the complementing modulated laser beam into two separate laser beams; a telescopic optical system for transmitting the modulated laser beam emitted by the laser source, and for receiving the complementing modulated laser beam transmitted from the complementing transmitter, the telescopic optical system including a first afocal optical system; a light beam deflecting device positioned between the telescopic optical system and the transmitter-receiver device, wherein the light beam deflecting device is controlled in accordance with a signal output from the position detecting sensor; and a second afocal optical system positioned between the light deflecting device and the transmitter-receiver device.
    • 一种集成发射机 - 接收机光通信设备,包括:发射机 - 接收机设备,包括:发射机,具有用于发射根据传输信息信号调制的激光束的激光源,具有位置检测传感器和光接收元件的接收机 每个接收从互补发射机发送的互补调制激光束,以及分束装置,用于将调制的激光束和补充调制的激光束分成两个分开的激光束; 用于传送由激光源发射的调制激光束并用于接收从补充发射器发送的补充调制激光束的伸缩光学系统,所述伸缩光学系统包括第一远焦光学系统; 位于所述伸缩光学系统和所述发射机 - 接收机设备之间的光束偏转装置,其中所述光束偏转装置根据从所述位置检测传感器输出的信号来控制; 以及位于光偏转装置和发射机 - 接收机装置之间的第二无焦光学系统。
    • 2. 发明授权
    • Integral transmitter-receiver optical communication apparatus
    • 集成发射机 - 接收机光通信装置
    • US06384944B1
    • 2002-05-07
    • US09356456
    • 1999-07-19
    • Homu TakayamaTatsuo GotohYoichi KojimaMasakazu YamagataShunichiro Wakamiya
    • Homu TakayamaTatsuo GotohYoichi KojimaMasakazu YamagataShunichiro Wakamiya
    • H04B1000
    • H04B10/1125
    • Disclosed is an integral transmitter-receiver optical communication apparatus, including: a transmitter-receiver device which includes: a transmitter having a laser source for emitting a laser beam modulated in accordance with a transmission information signal, a receiver having a position detecting sensor and a light receiving element which receive a complementing modulated laser beam transmitted from a complementing transmitter, and a beam splitting device for splitting the modulated laser beam and the complementing modulated laser beam which are incident thereon as two separate laser beams; a telescopic optical system for transmitting the modulated laser beam emitted by the laser source and for receiving the complementing modulated laser beam transmitted from the complementing transmitter; and a light beam deflecting device positioned between the telescopic optical system and the transmitter-receiver device, wherein the light beam deflecting device is controlled in accordance with a signal output from the position detecting sensor.
    • 公开了一种集成的发射机 - 接收机光通信设备,包括:发射机 - 接收机设备,包括:发射机,具有用于发射根据传输信息信号调制的激光束的激光源,具有位置检测传感器和 光接收元件,其接收从互补发射器发送的补码调制激光束;以及分束装置,用于将入射在其上的调制激光束和互补调制激光束分离为两个分离的激光束; 用于发送由激光源发射的调制激光束并用于接收从补充发射机发射的补码调制激光束的伸缩光学系统; 以及定位在伸缩光学系统和发射机 - 接收机设备之间的光束偏转装置,其中根据从位置检测传感器输出的信号来控制光束偏转装置。
    • 4. 发明授权
    • Automatic surveying system
    • 自动测量系统
    • US06907133B2
    • 2005-06-14
    • US09900013
    • 2001-07-09
    • Tatsuo Gotoh
    • Tatsuo Gotoh
    • G01C5/00G01C15/00G01C15/06G06K9/00G06K9/20
    • G06K9/209G06K9/00
    • An automatic surveying system includes a telescopic optical system; an image pickup device for picking up an image of a graduated face of a level rod, to which the telescopic optical system is to be collimated, and converting the image into image data; a memory which stores therein recognition data of at least one of a pattern, numbers, and scale calibrations, provided on the graduated face of the level rod; and an analyzing device for analyzing and recognizing the picked-up image of the at least one of the pattern, numbers, and scale calibrations of the level rod, based on the image data of the level rod picked up by the image pickup device and the recognition data of the pattern, numbers, and scale calibrations, read from the memory, to obtain a measurement.
    • 一种自动测量系统,包括一个伸缩光学系统; 拾取装置,用于拾取水平杆的刻度面的图像,望远镜系统将被准直到其上,并将图像转换为图像数据; 存储器,其存储提供在所述液位杆的刻度面上的图案,数字和刻度校准中的至少一个的识别数据; 以及分析装置,用于基于由图像拾取装置拾取的液位杆的图像数据和用于分析并识别水平杆的图案,数字和刻度校准中的至少一个的拾取图像, 从存储器中读取的图案,数字和刻度校准的识别数据,以获得测量。
    • 6. 发明授权
    • Leveling pole
    • 调平杆
    • US6076267A
    • 2000-06-20
    • US803524
    • 1997-02-20
    • Tatsuo Gotoh
    • Tatsuo Gotoh
    • G01C15/06G01C15/00
    • G01C15/06
    • A leveling pole which includes a scale visibly provided on a front surface of the leveling pole and at least two colored divisions formed on the front surface of the leveling pole. A border between two adjacent colored divisions of the at least two colored divisions extends in a longitudinal direction of the leveling pole. One of the two adjacent colored divisions and the other of the two adjacent colored divisions are painted a first color and a second color, respectively. A brightness of the first color is different from a brightness of the second color.
    • 平层杆,其包括可视地设置在调平杆的前表面上的刻度和形成在调平杆的前表面上的至少两个有色分隔。 所述至少两个有色分隔部的两个相邻的分色部分之间的边界在所述平整杆的纵向方向上延伸。 两个相邻颜色分隔中的一个和两个相邻的彩色分割中的另一个分别被绘制为第一颜色和第二颜色。 第一颜色的亮度与第二颜色的亮度不同。