会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 1. 发明公开
    • Boring bar
    • 镗杆
    • EP0483807A3
    • 1992-09-02
    • EP91118529.6
    • 1991-10-30
    • Miyashita, KiyoshiMatsumura, YukioMiyashita, Hiroyuki
    • Miyashita, KiyoshiMatsumura, YukioMiyashita, Hiroyuki
    • B23B29/02
    • B23B29/03421Y10T408/85843Y10T408/8598
    • A boring bar has a body (1) formed with an axial cut (2) at the portion near its tip to define a pair of cut-apart portions (3). Insert mounting portions (6) are provided on mutually opposite ends of the cut-apart portions at a tip end of the cut. A dimension adjusting mechanism (8) is provided at an intermediate portion of the cut-apart portions to change a boring diameter between the tips of cutting edges of inserts (5) mounted on the insert mounting portions by moving the cut-apart portions along surfaces of the cut. A fixing screw (9) is provided between a tip of the cut-apart portions and the dimension adjusting mechanism to fix the cut-apart portions together after adjusting the dimensions. In another arrangement, another cut is formed in the bar body at its end opposite from the end on which the inserts are mounted. A covering member is mounted on the bar body to cover this cut. It carries adjusting screws on both sides of the cut to press the bar body in a diametric direction.
    • 镗杆具有在其尖端附近的部分处形成有轴向切口的主体,以限定一对切割部分。 插入安装部分设置在切口的尖端处的切割部分的相互相对的两端。 尺寸调节机构设置在切割部分的中间部分。 尺寸调节机构设置在切割部分的中间部分,以通过沿着切口的表面移动切割部分来改变安装在插入件安装部分上的插入件的切割刃的尖端之间的钻孔直径。 在切割部分的尖端和尺寸调节机构之间设置有固定螺钉,以在调整尺寸之后将切割部分固定在一起。 在另一种布置中,另一个切口形成在杆本体的与其上安装有插入件的端部相对的端部处。 覆盖构件安装在杆体上以覆盖该切口。 它在切割两侧承载调节螺钉,以沿直径方向按压杆体。
    • 2. 发明公开
    • Boring bar
    • Bohrstange。
    • EP0483807A2
    • 1992-05-06
    • EP91118529.6
    • 1991-10-30
    • Miyashita, KiyoshiMatsumura, YukioMiyashita, Hiroyuki
    • Miyashita, KiyoshiMatsumura, YukioMiyashita, Hiroyuki
    • B23B29/02
    • B23B29/03421Y10T408/85843Y10T408/8598
    • A boring bar has a body (1) formed with an axial cut (2) at the portion near its tip to define a pair of cut-apart portions (3). Insert mounting portions (6) are provided on mutually opposite ends of the cut-apart portions at a tip end of the cut. A dimension adjusting mechanism (8) is provided at an intermediate portion of the cut-apart portions to change a boring diameter between the tips of cutting edges of inserts (5) mounted on the insert mounting portions by moving the cut-apart portions along surfaces of the cut. A fixing screw (9) is provided between a tip of the cut-apart portions and the dimension adjusting mechanism to fix the cut-apart portions together after adjusting the dimensions.
      In another arrangement, another cut is formed in the bar body at its end opposite from the end on which the inserts are mounted. A covering member is mounted on the bar body to cover this cut. It carries adjusting screws on both sides of the cut to press the bar body in a diametric direction.
    • 镗杆具有在其尖端附近的部分处形成有轴向切口的主体,以限定一对切割部分。 插入安装部分设置在切口的尖端处的切割部分的相互相对的两端。 尺寸调节机构设置在切割部分的中间部分。 尺寸调节机构设置在切割部分的中间部分,以通过沿着切口的表面移动切割部分来改变安装在插入物安装部分上的插入件的切割刃的尖端之间的钻孔直径。 在切割部分的尖端和尺寸调节机构之间设置有固定螺钉,以在调整尺寸之后将切割部分固定在一起。 在另一种布置中,另一个切口形成在杆本体的与其上安装有插入件的端部相对的端部处。 覆盖构件安装在杆体上以覆盖该切口。 它在切割两侧承载调节螺钉,以沿直径方向按压杆体。
    • 6. 发明申请
    • A WELDING OPERATION LIQUID CRYSTAL PROTECTION MASK
    • 焊接操作液晶保护面板
    • WO0238095A3
    • 2003-01-23
    • PCT/US0146495
    • 2001-11-08
    • 3M INNOVATIVE PROPERTIES COMIYASHITA KIYOSHISUYAMA SHUNSUKE
    • MIYASHITA KIYOSHISUYAMA SHUNSUKE
    • B23K9/32A61F9/06F16P1/06
    • A61F9/067
    • A welding-operation, liquid crystal, protection mask for protecting the eyes of a human operator from an arc light generated during a welding operation, comprises a liquid crystal protection mask main body (1) adapted to be attached to the face of a human operator; a detecting means (2) disposed in the vicinity of the liquid crystal protection mask main body and capable of detecting an incident arc light generated during the welding operation and thus producing a detection result; a liquid crystal light blocking section (3) that is disposed in a position corresponding to the eyes of a human operator wearing the protection mask with the human face being covered by the protection mask main body (1) and that has a liquid crystal member (7) that is capable of blocking the incident light by instantaneously reducing the light transmittance of the liquid crystal in accordance with the detection result output from the detecting means and by means of a liquid crystal driving power source (6); and a polarizing plate (5) that is provided in front of the detecting means to cover up the detecting means (2) and that is capable of controlling the orientation of the incident light.
    • 一种用于保护操作人员的眼睛免受在焊接操作期间产生的电弧光的焊接操作液晶保护罩,包括适于安装在操作人员面部的液晶保护罩主体(1) ; 检测装置(2),设置在液晶保护罩主体附近,并且能够检测在焊接操作期间产生的入射电弧光,从而产生检测结果; 液面遮光部(3),其设置在与所述保护面罩的人的操作者的眼睛对应的位置,所述人脸由所述保护面罩主体(1)覆盖,并具有液晶部件 7),其能够根据从检测装置输出的检测结果并借助于液晶驱动电源(6)瞬时降低液晶的透光率来阻挡入射光; 以及偏振板(5),其设置在所述检测装置的前方以遮盖所述检测装置(2)并且能够控制所述入射光的取向。
    • 7. 发明申请
    • IMAGE DISPLAY APPARATUS
    • 图像显示设备
    • WO1997049080A1
    • 1997-12-24
    • PCT/JP1997002127
    • 1997-06-20
    • SEIKO EPSON CORPORATIONKOYAMA, FumioNAITO, KeijiroMIYASHITA, Kiyoshi
    • SEIKO EPSON CORPORATION
    • G09G03/36
    • G09G3/3648G09G3/2011G09G3/3614G09G2310/027G09G2310/0297G09G2320/0276
    • An image display apparatus in which the influence of difference in circuit characteristics can be dispersed among frames even if pixel data are phase-developed. The image display apparatus has a phase development circuit (380) which receives a first image signal (A1) having pixel data for driving pixels with a positive polarity voltage and a second image signal (A2) having pixel data for driving pixels with a negative polarity voltage, generates six phase development signals (V1-V6) which are obtained from the first and second image signals (A1 and A2) by developing the data lengths of the pixel data in units of a certain number of pixels into the expanded pixel data and outputs the six signals parallely to phase development signal output lines and a connection switching circuit (390) which switches the connection between the six phase development signal output lines (388a-388f) and the six signal supply lines (132a-132f). The order of developing the signals into the six phase development signal V1-V6 by a phase developing means and the combinations of the connection in the connection switching means corresponding to the development order are controlled and changed by a timing generating circuit block (200). The timing generating circuit block (200), in synchronism with vertical synchronization, changes the development order initially set in the previous frame to a different development order.
    • 即使像素数据相位显影,也可以在帧之间分散电路特性的影响的图像显示装置。 图像显示装置具有相位显现电路(380),其接收具有用于驱动具有正极性电压的像素的像素数据的第一图像信号(A1)和具有驱动具有负极性的像素的像素数据的第二图像信号(A2) 通过以一定数量的像素为单位将像素数据的数据长度展开为扩展像素数据,生成从第一和第二图像信号(A1和A2)获得的六相显影信号(V1-V6),以及 将六个信号平行地输出到相位显现信号输出线,以及切换六相显影信号输出线(388a-388f)和六条信号供给线(132a-132f)之间的连接的连接切换电路(390)。 通过相位显影装置将信号发展成六相显影信号V1-V6的顺序以及对应于显影顺序的连接切换装置中的连接的组合被定时产生电路块(200)控制和改变。 定时发生电路块(200)与垂直同步同步,将先前帧中初始设置的开发顺序改变为不同的开发顺序。
    • 9. 发明申请
    • LIGHT SOURCE LAMP UNIT, LIGHT SOURCE DEVICE, AND PROJECTION DISPLAY DEVICE
    • 光源灯单元,光源设备和投影显示设备
    • WO1997038560A1
    • 1997-10-16
    • PCT/JP1997001067
    • 1997-03-27
    • SEIKO EPSON CORPORATIONMIYASHITA, KiyoshiSHINOHARA, KazutoHABA, ShinjiYAJIMA, AkitakaUSHIYAMA, Tomiyoshi
    • SEIKO EPSON CORPORATION
    • H05B41/16
    • H04N9/315G03B21/2053G09G3/3406H04N9/3141H04N9/3155H05B37/03H05B41/36
    • A light source device (100) is provided with a light source lamp unit (1) which is detachably attached to the device (100) and a CPU (101) which constitutes the drive control means of the lamp unit. The CPU (101) detects the information about the electric power and service life of a lamp and whether the lamp is new or old carried by the lamp information carrying section (5) of the unit (1) and, when the lamp is turned on, counts the cumulative operating hour of the lamp. The CPU (101) compares the detected service life with the cumulative operating hour and, when the service life has expired, forcibly turns off the lamp. The CPU (101) also warns the user of the necessity of replacing the lamp by displaying a warning a fixed period of time short of the expiration of the service life. Since the information about the kind and characteristics of the lamp is carried by the lamp information carrying section (5) of the unit (1), the light source device (100) can appropriately discriminate and control the turning on/off and service life of a lamp even when a different kind of light source lamp unit is used.
    • 光源装置(100)设置有可拆卸地附接到装置(100)的光源灯单元(1)和构成灯单元的驱动控制装置的CPU(101)。 CPU(101)检测关于灯的电力和使用寿命的信息以及灯单元(1)的灯信息传送部分(5)是否是新的或旧的,并且当灯被接通时 ,计算灯的累积运行时间。 CPU(101)将检测到的使用寿命与累积运行时间进行比较,并且当使用寿命期满时,强制关闭灯。 CPU(101)还通过在比使用寿命期满的固定时间段内显示警告来警告用户更换灯的必要性。 由于关于灯的种类和特性的信息由单元(1)的灯信息传送部(5)承载,所以光源装置(100)可以适当地区分和控制打开/关闭和使用寿命 即使使用不同种类的光源灯单元也是一种灯。