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    • 85. 发明申请
    • LIGHTING DEVICE, DISPLAY DEVICE AND TELEVISION RECEIVER
    • 照明设备,显示设备和电视接收器
    • US20110298992A1
    • 2011-12-08
    • US13202113
    • 2009-12-15
    • Shinji Matsumoto
    • Shinji Matsumoto
    • H04N5/66G02F1/13357G02F1/1335F21V15/01
    • G02F1/133604G02F2001/133612
    • A backlight unit 12 of the present invention includes a light source 18, a chassis 14, a power supply board 20, and a relay connector 21. The chassis 14 houses the light source 18. The power supply board 20 is arranged on a side of the chassis 14 opposite from the light source 18. The power supply board 20 is configured to supply drive power to the light source 18. The relay connectors 21 is mounted to the chassis 14 so as to be movable between a non-connected position at which the power supply board 20 is disconnected from the relay connector 21 and a connected position at which the power supply board 20 is connected to the relay connector 21 along a surface of the chassis 14. A proximity restriction boss 30 projects from the power supply board 20 so as to be in contact with the chassis 14 with the power supply board 20 being at the non-connected position or the connected position. The proximity restriction boss 30 restricts proximity of the power supply board 20 to the chassis 14.
    • 本发明的背光单元12包括光源18,底座14,电源板20和中继连接器21.底座14容纳光源18.电源板20设置在 底架14与光源18相对。电源板20被配置为向光源18提供驱动电力。中继连接器21安装到底盘14,以便能够在非连接位置 电源板20与中继连接器21断开,并且连接位置,电源板20沿着底座14的表面连接到中继连接器21.接近限制凸台30从电源板20突出 以便与电源板20处于非连接位置或连接位置的情况下与底盘14接触。 接近限位凸台30限制电源板20与底座14的接近。
    • 86. 发明申请
    • BACKLIGHT DEVICE, DISPLAY DEVICE, AND TELEVISION RECEIVER
    • 背光装置,显示装置和电视接收器
    • US20110013090A1
    • 2011-01-20
    • US12920878
    • 2008-10-10
    • Shinji Matsumoto
    • Shinji Matsumoto
    • H04N5/44G09G5/10G02F1/13357
    • G02F1/133608G02F1/133604H01R33/0854
    • A backlight device in which falling of a light source from a connector member is suppressed. The backlight device (20) comprises hot-cathode fluorescent lamps (23) where connector parts (23a) having two terminals (23b) are provided at the both ends, a chassis (21) disposed on the back surface side of the hot-cathode fluorescent lamps, and fluorescent lamp sockets (24) which fix the hot-cathode fluorescent lamps to the chassis. At each fluorescent lamp socket, an insertion part (24c) for inserting a terminal of a hot-cathode fluorescent lamp is formed. The insertion part is formed so that the direction of removing the hot-cathode fluorescent lamp from the socket faces an upper side than the horizontal direction when the chassis is disposed vertically.
    • 抑制来自连接器构件的光源的落下的背光装置。 背光装置(20)包括热阴极荧光灯(23),其中在两端设置有两个端子(23b)的连接器部件(23a),设置在热阴极的背面侧的底架(21) 荧光灯和将热阴极荧光灯固定到底盘的荧光灯插座(24)。 在每个荧光灯插座处,形成用于插入热阴极荧光灯的端子的插入部分(24c)。 插入部形成为使得当底座垂直设置时,从插座移除热阴极荧光灯的方向面向水平方向上方。
    • 88. 发明申请
    • ROLLER MILL STRUCTURE
    • 滚子铣刀结构
    • US20100276525A1
    • 2010-11-04
    • US12746054
    • 2008-06-03
    • Shinji MatsumotoTsugio YamamotoKazuhiro TakeuchiMasahiko Taniguchi
    • Shinji MatsumotoTsugio YamamotoKazuhiro TakeuchiMasahiko Taniguchi
    • B02C23/30B02C15/00
    • B02C15/04B02C2015/002B07B7/083
    • A roller mill structure which achieves uniform distribution of fine particles passed through a rotary classifier to fine particle exits disposed at four points when conveying as pulverized coal milled in the roller mill on the air current is provided. A roller mill structure is configured to discharge pulverized coal obtained by milling a raw coal, which is loaded in a mill body (11), from fine particle exits (14) formed on the top of the mill body so as to be quartered in the circumferential direction to the outside by air current conveyance. The roller mill structure includes a table which rotates in the mill body (11), three rollers for rotating on the table and milling the raw coal, and a rotary classifier (20) disposed upstream of the fine particle exits (14), wherein a movable vane (21) for partly narrowing the cross-sectional area of a flow channel is provided at a midpoint of the flow channel for fine particle current flowing into the interior of the rotary classifier (20), and proceeding toward the fine particle exits (14).
    • 提供了一种辊磨机结构,其在通过旋转分级器的细颗粒均匀分布到精细颗粒出口处,当以在气流中在辊磨机中研磨的粉煤输送时设置在四点处。 辊磨机结构被配置成将从磨机主体(11)中装载的原料煤研磨得到的粉煤从形成在轧机主体顶部的微粒出口(14)排出, 通过气流输送到外部的圆周方向。 辊磨机结构包括在磨机主体(11)中旋转的工作台,用于在工作台上旋转并铣削原煤的三个辊以及设置在微粒出口(14)上游的旋转分级器(20),其中 在用于使流动到旋转分级器(20)的内部的微粒子流的流路的中点处设置用于使流路的横截面积部分变窄的活动叶片(21),并且朝向微粒出口 14)。