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    • 1. 发明申请
    • SCANNING-TYPE DISTANCE MEASURING APPARATUS
    • 扫描式距离测量装置
    • US20110235018A1
    • 2011-09-29
    • US12731680
    • 2010-03-25
    • Toshihiro MORIShinichi Tsukuda
    • Toshihiro MORIShinichi Tsukuda
    • G01C3/08
    • G01C3/08G01S7/4813G01S7/4817G01S7/497G01S17/08G01S17/42
    • A scanning-type distance measuring apparatus includes: an optical system 9 having a first deflecting member 9a that deflects measurement light output from a light transmitting unit 3 toward a space to be measured via an optical window, a light receiving lens 9c that condenses reflection light from an object R to be measured existing in the space to be measured, and a second deflecting member 9b that deflects the reflection light passed through the light receiving lens toward a light receiving unit 5 disposed to oppose the light transmitting unit 3; a scanning mechanism 4 that rotates the optical system 9 about a predetermined axis P; and an optical member 90 that outputs the measurement light deflected by the first deflecting member 9a from an incident light path Lc of the reflection light to the second deflecting member 9b.
    • 扫描型距离测量装置包括:光学系统9,具有第一偏转构件9a,其经由光学窗口将从光发射单元3输出的测量光朝向待测量的空间偏转;光接收透镜9c,其将反射光 从待测空间中存在的待测物体R和将通过光接收透镜的反射光朝向与光发射单元3相对设置的光接收单元5偏转的第二偏转构件9b; 使光学系统9围绕预定轴线P旋转的扫描机构4; 以及光学构件90,其将由第一偏转构件9a偏转的测量光从反射光的入射光路Lc输出到第二偏转构件9b。
    • 2. 发明授权
    • Scanning-type distance measuring apparatus
    • 扫描式测距仪
    • US08305561B2
    • 2012-11-06
    • US12731680
    • 2010-03-25
    • Toshihiro MoriShinichi Tsukuda
    • Toshihiro MoriShinichi Tsukuda
    • G01C3/08
    • G01C3/08G01S7/4813G01S7/4817G01S7/497G01S17/08G01S17/42
    • A scanning-type distance measuring apparatus includes: an optical system 9 having a first deflecting member 9a that deflects measurement light output from a light transmitting unit 3 toward a space to be measured via an optical window, a light receiving lens 9c that condenses reflection light from an object R to be measured existing in the space to be measured, and a second deflecting member 9b that deflects the reflection light passed through the light receiving lens toward a light receiving unit 5 disposed to oppose the light transmitting unit 3; a scanning mechanism 4 that rotates the optical system 9 about a predetermined axis P; and an optical member 90 that outputs the measurement light deflected by the first deflecting member 9a from an incident light path Lc of the reflection light to the second deflecting member 9b.
    • 扫描型距离测量装置包括:光学系统9,具有第一偏转构件9a,其经由光学窗口将从光发射单元3输出的测量光朝向待测量的空间偏转;光接收透镜9c,其将反射光 从待测空间中存在的待测物体R和将通过光接收透镜的反射光朝向与光发射单元3相对设置的光接收单元5偏转的第二偏转构件9b; 使光学系统9围绕预定轴线P旋转的扫描机构4; 以及光学构件90,其将由第一偏转构件9a偏转的测量光从反射光的入射光路Lc输出到第二偏转构件9b。
    • 3. 发明授权
    • Scanning rangefinder
    • 扫描测距仪
    • US07403269B2
    • 2008-07-22
    • US10906135
    • 2005-02-04
    • Makoto YamashitaHiroshi KizukuriShinichi TsukudaToshihiro Mori
    • Makoto YamashitaHiroshi KizukuriShinichi TsukudaToshihiro Mori
    • G01C3/08G02B7/182
    • G01S17/42G01S7/4812G01S7/4813G01S7/4817G01S7/497G01S17/36
    • Scanning rangefinder of simple, compact construction. The rangefinder is furnished with: an outer cover (1) in which a transparent window (2) is formed; a cylindrical rotary unit (3) inside the outer cover (1); a scanning/receiving window (4) provided in the rotary unit (3); a dual scanning/receiving mirror (5) disposed, angled, along the rotational axis of the cylindrical rotary unit (3); a motor (6) for rotationally driving the rotary unit (3); a disk part (13) arranged in the cylindrical rotary unit (3), anchored in an inside region thereof; a beam projector (14) anchored in a location where it is disposed slightly spaced apart from the rotational axis of the rotary unit (3); and a light receiver (16) anchored to, arranged coincident with the rotational axis of, the disk part (13) in the inside region of the rotary unit (3), and connected to a distance computation circuit (19).
    • 扫描测距仪简单,结构紧凑。 测距仪配备有:外盖(1),其中形成有透明窗(2); 外罩(1)内的圆柱形旋转单元(3); 设置在所述旋转单元(3)中的扫描/接收窗(4); 沿着圆柱形旋转单元(3)的旋转轴线倾斜设置的双扫描/接收镜(5); 用于旋转地驱动旋转单元(3)的马达(6); 布置在所述圆筒形旋转单元(3)中的盘部分(13),其固定在其内部区域中; 锚定在其与旋转单元(3)的旋转轴线稍微间隔开的位置的光束投影仪(14); 以及与所述旋转单元(3)的内部区域中的所述盘部(13)的旋转轴线一致地配置的与所述距离计算电路(19)连接的光接收器(16)。