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    • 2. 发明授权
    • Projector with heat radiating construction
    • 投影机散热结构
    • US08342692B2
    • 2013-01-01
    • US13232455
    • 2011-09-14
    • Shigeru HirosawaToshiyasu Tsubura
    • Shigeru HirosawaToshiyasu Tsubura
    • G03B21/26G03B21/16
    • G03B21/16
    • A projector includes a light source unit, a light source side optical system which includes a color wheel and a light guiding unit, a display device, a projection side optical system, a cooling fan, and a projector control unit. An interior of a projector casing is divided into an outlet side spatial compartment which is positioned on an outlet side of the cooling fan and in which the light source unit is disposed and an inlet side spatial compartment which is positioned on an inlet side of the cooling fan. The outlet side spatial compartment is covered thereabove by an upper division board, above which a heat conductive sheet which is formed of an aluminum sheet is disposed. The heat conductive sheet is electrically connected to the projector casing, so that electricity charged in the heat conductive sheet can be discharged.
    • 投影仪包括光源单元,包括色轮和导光单元的光源侧光学系统,显示装置,投影侧光学系统,冷却风扇和投影仪控制单元。 投影机壳体的内部被分成位于冷却风扇的出口侧并且其中设置有光源单元的出口侧空间隔室和位于冷却器的入口侧的入口侧空间隔室 风扇。 出口侧空间隔室由上分隔板覆盖在其上方,设置由铝板形成的导热片。 导热片电连接到投影机壳体,从而可以排出在导热片中充电的电力。
    • 4. 发明授权
    • Projector with heat radiating construction
    • 投影机散热结构
    • US08038301B2
    • 2011-10-18
    • US12495961
    • 2009-07-01
    • Shigeru HirosawaToshiyasu Tsubura
    • Shigeru HirosawaToshiyasu Tsubura
    • G03B21/26G03B21/16G03B21/18
    • G03B21/16
    • A projector includes a light source unit, a light source side optical system which includes a color wheel and a light guiding unit, a display device, a projection side optical system, a cooling fan, and a projector control unit. An interior of a projector casing is divided into an outlet side spatial compartment which is positioned on an outlet side of the cooling fan and in which the light source unit is disposed and an inlet side spatial compartment which is positioned on an inlet side of the cooling fan. The outlet side spatial compartment is covered thereabove by an upper division board, above which a heat conductive sheet which is formed of an aluminum sheet is disposed. The heat conductive sheet is electrically connected to the projector casing, so that electricity charged in the heat conductive sheet can be discharged.
    • 投影仪包括光源单元,包括色轮和导光单元的光源侧光学系统,显示装置,投影侧光学系统,冷却风扇和投影仪控制单元。 投影机壳体的内部被分成位于冷却风扇的出口侧并且其中设置有光源单元的出口侧空间隔室和位于冷却器的入口侧的入口侧空间隔室 风扇。 出口侧空间隔室由上分隔板覆盖在其上方,设置由铝板形成的导热片。 导热片电连接到投影机壳体,从而可以排出在导热片中充电的电力。
    • 6. 发明授权
    • Light source device, projector, and method of assembling light source device
    • 光源装置,投影仪以及组装光源装置的方法
    • US08801198B2
    • 2014-08-12
    • US13432541
    • 2012-03-28
    • Shigeru Hirosawa
    • Shigeru Hirosawa
    • G03B21/14G03B21/20
    • G03B21/2033G03B21/2086Y10T29/4978
    • The light source device includes: a first support that supports one of a light source and a collimator lens condensing; a second support that supports the other of the light source and the collimator lens; and a fixing member that fixes the first support to the second support. The first support includes a first protruding portion that protrudes from the first support toward the second support, the first protruding portion having a through hole therethrough. The second support includes a second protruding portion that protrudes from the second support toward the first support, the second protruding portion having: a receiving portion that receives the first protruding portion; and a receiving hole. A rod portion of a locking member is inserted into the through hole and the receiving hole, and a head portion of a locking member is sealed with a sealant.
    • 光源装置包括:支撑光源和准直透镜冷凝中的一个的第一支撑件; 支撑另一个光源和准直透镜的第二支撑件; 以及固定构件,其将所述第一支撑件固定到所述第二支撑件。 第一支撑件包括从第一支撑件朝向第二支撑件突出的第一突出部分,第一突出部分具有穿过其的通孔。 第二支撑件包括从第二支撑件朝向第一支撑件突出的第二突出部分,第二突出部分具有:容纳第一突出部分的接收部分; 和接收孔。 锁定构件的杆部插入到通孔和容纳孔中,并且用密封剂密封锁定构件的头部。
    • 8. 发明授权
    • Course guidance system with speeded-up display function
    • 课程指导系统具有加速显示功能
    • US4532514A
    • 1985-07-30
    • US407999
    • 1982-08-13
    • Itaru HatanoKenji TakahashiShigeru HirosawaMikio KandaShinichiro YasuiAkira IchikawaTeruo MimoriToshio SasakiTadashi MukaiThuneo Takahashi
    • Itaru HatanoKenji TakahashiShigeru HirosawaMikio KandaShinichiro YasuiAkira IchikawaTeruo MimoriToshio SasakiTadashi MukaiThuneo Takahashi
    • G01C21/00G01C21/36G01D7/00G05D1/02G08G1/0969G08G1/137G09B29/10G08G1/12
    • G01C21/367G08G1/0969G08G1/137G09B29/106
    • A course guidance system includes a direction sensor and a speed sensor both fitted to a moving body, a display mounted in the moving body and a map displayed in a manner corresponding to the display surface of the display and in which the present position of the moving body is derived by the direction sensor and the speed sensor and is plotted on the display in a manner corresponding to the map. The improvement comprises a locus memory for sequentially storing an X component value and a Y component value of the driving position based on a predetermined driving distance obtained from the speed sensor and on the driving position obtained from the direction sensor, a locus display memory for storing data in a manner corresponding to the display surface of the display, the data being obtained by reading the contents of the locus memory in a manner corresponding to the scale of reduction of the map, and a display for plotting the driving locus of the moving body on the display surface based on the contents of the locus display memory, wherein the data to be read when the contents of the locus memory is transferred to the locus display memory are divided into a plurality of groups each consisting of a data line to be read at a predetermined interval which are sequentially read and transferred, and the plotted line of the driving locus to be displayed is displayed sequentially and progressively from a rough display to a dense display.
    • 课程引导系统包括方向传感器和安装在移动体上的速度传感器,安装在移动体中的显示器和以与显示器的显示表面对应的方式显示的地图,并且其中移动的当前位置 身体由方向传感器和速度传感器导出,并以对应于地图的方式绘制在显示器上。 该改进包括轨迹存储器,用于基于从速度传感器获得的预定行驶距离和从方向传感器获得的驾驶位置顺序地存储驾驶位置的X分量值和Y分量值,轨迹显示存储器,用于存储 以对应于显示器的显示表面的方式的数据,通过以与地图的缩小比例相对应的方式读取轨迹存储器的内容而获得的数据,以及用于绘制移动体的驾驶轨迹的显示 基于轨迹显示存储器的内容,显示表面上的轨迹存储器的内容被传送到轨迹显示存储器时要读取的数据被划分为多个组,每组由要读取的数据线组成 按顺序读取和传送的预定间隔,顺序地显示要显示的驾驶轨迹的绘制线 从粗略显示到密集显示。