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    • 1. 发明授权
    • Panel unit capable of avoiding contact between electrically conductive bodies thereon
    • 能够避免其上的导电体接触的面板单元
    • US07605878B2
    • 2009-10-20
    • US10983054
    • 2004-11-08
    • Seiji Ohtake
    • Seiji Ohtake
    • G02F1/1333G02F1/1339
    • G06F3/045
    • A first electrically conductive body and a first solid body are located on the same side of a first base member. A second electrically conductive body is located on a second base member at a position opposed to the first electrically conductive body. A second solid body is located on the second base member at a position opposed to the first solid body. Even when a larger urging force is applied on the second base member, the panel unit allows the first and second solid bodies to receive the urging force. The first and second solid bodies serve to hold the urging force. A predetermined space can thus reliably be kept between the first and second electrically conductive bodies. Establishment of electric connection can be prevented between the first and second electrically conductive bodies. The panel unit keeps normally operating.
    • 第一导电体和第一固体位于第一基底的同一侧。 第二导电体位于与第一导电体相对的位置处的第二基底构件上。 第二固体位于与第一固体相对的位置处的第二基底构件上。 即使当在第二基座构件上施加较大的推动力时,面板单元允许第一和第二固体接受推动力。 第一和第二固体用于保持施力。 因此,可以可靠地在第一和第二导电体之间保持预定的空间。 可以防止在第一和第二导电体之间建立电连接。 面板单元保持正常工作。
    • 2. 发明授权
    • Panel unit capable of avoiding contact between electrically conductive bodies thereon
    • 能够避免其上的导电体接触的面板单元
    • US07369123B2
    • 2008-05-06
    • US10985904
    • 2004-11-12
    • Seiji Ohtake
    • Seiji Ohtake
    • G09G5/00
    • G06F1/1618G06F1/1637G06F3/045
    • A first electrically conductive stripe extends from a starting point to an end point on the front surface of a lower base member in a panel unit. An upper base member is designed to oppose its back surface to the front surface of the lower base member. A second electrically conductive stripe extends on the back surface of the upper base member from a corresponding starting point opposed to the starting point to a corresponding end point opposed to the end point. The second electrically conductive stripe intersects across the first electrically conductive stripe two or more times. When an urging force is applied on the upper base member, the second electrically conductive body is urged toward the first electrically conductive body. Contact is surely prevented between the first and second electrically conductive stripes. The panel unit is thus allowed to normally keep operating.
    • 第一导电条从面板单元中从起始点延伸到下基部构件的前表面上的终点。 上基座构件被设计成将其背面抵靠在下基座构件的前表面上。 第二导电条从相对于起始点的对应起始点延伸到相对于端点相对应的端点的上基部件的后表面上。 第二导电条纹跨越第一导电条纹两次或更多次。 当向上基座部件施加施力时,第二导电体向第一导电体施力。 在第一和第二导电条纹之间可靠地防止接触。 因此,允许面板单元正常保持操作。
    • 5. 发明授权
    • Synchronous rotating type scroll fluid machine
    • 同步旋转式涡旋流体机
    • US5295808A
    • 1994-03-22
    • US859860
    • 1992-03-30
    • Shigeru MachidaHiroshi IwataIsamu TsubonoKazutaka SuefujiSeiji OhtakeKenji Tojo
    • Shigeru MachidaHiroshi IwataIsamu TsubonoKazutaka SuefujiSeiji OhtakeKenji Tojo
    • F04C18/02F04C29/00F04B35/04F04B39/06F01C1/04F01C21/00
    • F04C18/023F04C29/0085
    • A synchronous rotating type scroll fluid machine has a first scroll member driven by a shaft of a first motor and having an end plate and a scroll wrap protruding from a surface of the scroll end plate, and a second scroll member driven by a shaft of a second motor and having a scroll end plate and a scroll wrap protruding from a surface of the scroll end plate. The machine further has a mounting structure for mounting the scroll members such that the axes of the scroll members are offset from each other and that said scroll wraps of the scroll members mesh with each other. Thrust balancing arrangements are provided for attaining a balance between the thrusting forces acting on each said scroll member, both at the mounting structure and said scroll members. The thrust balancing arrangement includes through-bores formed in the respective motor shafts and serving as passage bores for discharging a compressed gas. This arrangement also provides cooling effect as the compressed working gas functions as a cooling medium and, in addition, serves to suppress distortion of the scroll end plate of each scroll member.
    • 同步旋转式涡旋流体机具有由第一马达的轴驱动的第一涡旋构件,具有从涡旋端板的表面突出的端板和涡卷,以及由轴的驱动的第二涡旋构件 第二电动机并具有从涡旋端板的表面突出的涡旋端板和涡卷。 该机器还具有用于安装涡旋构件的安装结构,使得涡旋构件的轴线彼此偏移,并且涡旋构件的所述涡旋涡卷彼此啮合。 提供了推力平衡装置,用于在安装结构和所述涡旋构件两者之间实现作用在每个所述涡旋构件上的推力之间的平衡。 推力平衡装置包括形成在各个电动机轴中的通孔,并且用作排出压缩气体的通道孔。 这种布置还提供冷却效果,因为压缩的工作气体用作冷却介质,另外还用于抑制每个涡旋件的涡旋端板的变形。
    • 6. 发明授权
    • Backlight unit of liquid-crystal display module
    • 液晶显示模块背光单元
    • US07394960B2
    • 2008-07-01
    • US11211480
    • 2005-08-26
    • Seiji Ohtake
    • Seiji Ohtake
    • G02B6/00G02F1/1333G02F1/1335
    • G02B6/0031G02B6/0038G02B6/0053Y10S385/901
    • A backlight unit is disposed at a lower side of a liquid-crystal display module LCD, and has a case that accommodates a fluorescent tube, as a light source for light incident to the liquid-crystal display module, a lamp reflector that accommodates the fluorescent tube, and an optical waveguide having an approximately square shape in the surface that converts linear light generated by the fluorescent tube and light of the linear light reflected from the lamp reflector into planar light, and inputs the planar light to the liquid-crystal display module. The lamp reflector is made of metal, and has stoppers provided at first parts facing both ends of a side surface of the optical waveguide opposite to the fluorescent tube, at positions closer to the optical waveguide than to a second part facing the side surface of the optical waveguide excluding the first parts. With this arrangement, it is possible to provide a backlight unit of a liquid-crystal display device that can prevent the fluorescent tube from being damaged even when the optical waveguide drops due to shock or the like.
    • 背光单元设置在液晶显示模块LCD的下侧,并且具有容纳作为入射到液晶显示模块的光的光源的荧光管的壳体,容纳荧光体的灯反射器 并且在将由荧光管产生的线性光和从灯反射器反射的线状光的光转换为平面光的表面中具有近似正方形的光波导,并将平面光输入到液晶显示模块 。 灯反射器由金属制成,并且在靠近光波导的位置处设置有朝向与荧光管相对的光波导的侧表面的两端的第一部分处的挡块,而不是靠近与光波导的侧表面相对的第二部分 光波导不包括第一部分。 利用这种布置,可以提供即使当光波导由于冲击等而下降时也可以防止荧光管损坏的液晶显示装置的背光单元。
    • 7. 发明申请
    • Backlight unit of liquid-crystal display module
    • 液晶显示模块背光单元
    • US20060222311A1
    • 2006-10-05
    • US11211480
    • 2005-08-26
    • Seiji Ohtake
    • Seiji Ohtake
    • G02B6/10
    • G02B6/0031G02B6/0038G02B6/0053Y10S385/901
    • A backlight unit is disposed at a lower side of a liquid-crystal display module LCD, and has a case that accommodates a fluorescent tube, as a light source for light incident to the liquid-crystal display module, a lamp reflector that accommodates the fluorescent tube, and an optical waveguide having an approximately square shape in the surface that converts linear light generated by the fluorescent tube and light of the linear light reflected from the lamp reflector into planar light, and inputs the planar light to the liquid-crystal display module. The lamp reflector is made of metal, and has stoppers provided at first parts facing both ends of a side surface of the optical waveguide opposite to the fluorescent tube, at positions closer to the optical waveguide than to a second part facing the side surface of the optical waveguide excluding the first parts. With this arrangement, it is possible to provide a backlight unit of a liquid-crystal display device that can prevent the fluorescent tube from being damaged even when the optical waveguide drops due to shock or the like.
    • 背光单元设置在液晶显示模块LCD的下侧,并且具有容纳作为入射到液晶显示模块的光的光源的荧光管的壳体,容纳荧光体的灯反射器 并且在将由荧光管产生的线性光和从灯反射器反射的线状光的光转换为平面光的表面中具有近似正方形的光波导,并将平面光输入到液晶显示模块 。 灯反射器由金属制成,并且在靠近光波导的位置处设置有朝向与荧光管相对的光波导的侧表面的两端的第一部分处的挡块,而不是靠近与光波导的侧表面相对的第二部分 光波导不包括第一部分。 利用这种布置,可以提供即使当光波导由于冲击等而下降时也可以防止荧光管损坏的液晶显示装置的背光单元。
    • 8. 发明申请
    • Panel unit capable of avoiding contact between electrically conductive bodies thereon
    • 能够避免其上的导电体接触的面板单元
    • US20060012578A1
    • 2006-01-19
    • US10985904
    • 2004-11-12
    • Seiji Ohtake
    • Seiji Ohtake
    • G09G5/00
    • G06F1/1618G06F1/1637G06F3/045
    • A first electrically conductive stripe extends from a starting point to an end point on the front surface of a lower base member in a panel unit. An upper base member is designed to oppose its back surface to the front surface of the lower base member. A second electrically conductive stripe extends on the back surface of the upper base member from a corresponding starting point opposed to the starting point to a corresponding end point opposed to the end point. The second electrically conductive stripe intersects across the first electrically conductive stripe two or more times. When an urging force is applied on the upper base member, the second electrically conductive body is urged toward the first electrically conductive body. Contact is surely prevented between the first and second electrically conductive stripes. The panel unit is thus allowed to normally keep operating.
    • 第一导电条从面板单元中从起始点延伸到下基部构件的前表面上的终点。 上基座构件被设计成将其背面抵靠在下基座构件的前表面上。 第二导电条从相对于起始点的对应起始点延伸到相对于端点相对应的端点的上基部件的后表面上。 第二导电条纹跨越第一导电条纹两次或更多次。 当向上基座部件施加施力时,第二导电体向第一导电体施力。 在第一和第二导电条纹之间可靠地防止接触。 因此,允许面板单元正常保持操作。