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    • 1. 发明授权
    • Cathode ray tube for color display
    • 阴极射线管用于彩色显示
    • US4996459A
    • 1991-02-26
    • US29341
    • 1987-03-23
    • Hiroo Kobayashi
    • Hiroo Kobayashi
    • H01J29/20C03C3/095C03C4/08H01J29/86
    • H01J29/863
    • A color cathode-ray tube having a face glass (1) coated with a plurality of phosphors (6B, 6G, 6R) different in luminescent color, the face glass (1) containing a colorant imparting a selective characteristic for absorbing light in the wavelength regions between the luminescent wavelength regions of the phosphors, (6B, 6G, 6R) and a colorant suppressing the light transmittance in the visible region, wherein the light transmittances in the luminescent wavelength regions shorter than the highest-visibility wavelength region are at least about 5% lower than the light transmittance in the highest-visibility region, while the light transmittances in the luminescent wavelength regions longer than the highest-visibility wavelength region is higher than the light transmittance in the highest-visibility region.
    • 一种彩色阴极射线管,其具有涂覆有发光颜色不同的多种荧光体(6B,6G,6R)的面玻璃(1),所述面玻璃(1)含有赋予波长的光的选择性特性的着色剂 荧光体(6B,6G,6R)的发光波长区域和抑制可见光区域的透光率的着色剂之间的区域,其中比最高可见度波长区域短的发光波长区域中的透光率至少为约 而在最高可见度区域中的发光波长区域中的透光率比最高可见度区域的透光率高,比最高可见度区域的透光率低5%。
    • 2. 发明申请
    • Focus monitoring method, focus monitoring system, and device fabricating method
    • 聚焦监测方法,聚焦监测系统和器件制造方法
    • US20030031943A1
    • 2003-02-13
    • US10126607
    • 2002-04-22
    • Mitsubishi Denki Kabushiki Kaishi
    • Shuji NakaoYuki MiyamotoShinroku Maejima
    • G03B027/00G03C005/00
    • G02B7/28
    • A focus monitoring method of the invention is characterized by transferring the pattern of a photo mask for phase shift focus monitor onto a photoresist on a semiconductor substrate by using modified illumination. Photo mask for phase shift focus monitor has first and second light transmitting portions which are adjacent to each other while sandwiching a shielding pattern, and is constructed so that a phase difference other than 180 degrees occurs between exposure light passed through the first light transmitting portion and exposure light passed through the second light transmitting portion. Consequently, a focus monitoring method, a focus monitor system, and a semiconductor fabricating method with high detection sensitivity in the z direction and which do not require changing of an illumination aperture can be achieved.
    • 本发明的聚焦监视方法的特征在于通过使用改进的照明将用于相移聚焦监视器的光掩模的图案转移到半导体衬底上的光致抗蚀剂上。 用于相移焦点监视器的照相掩模具有彼此相邻的第一和第二透光部分,同时夹着屏蔽图案,并且被构造成使得在通过第一透光部分的曝光光与第一透光部分之间发生180度以外的相位差 曝光光通过第二透光部。 因此,可以实现在z方向上具有高检测灵敏度并且不需要改变照明孔径的聚焦监视方法,聚焦监视系统和半导体制造方法。
    • 3. 发明授权
    • System for speculatively executing instructions using multiple commit
condition code storages with instructions selecting a particular storage
    • 用于使用多个提交条件代码存储器推测性地执行指令的系统,其具有选择特定存储器的指令
    • US5771377A
    • 1998-06-23
    • US548374
    • 1995-11-01
    • Hideki Ando
    • Hideki Ando
    • G06F9/32G06F9/38G06F9/45
    • G06F9/3846G06F8/433G06F8/447G06F9/30072G06F9/3808G06F9/3842
    • A processing device executes an instruction speculatively, and execution result of the instruction becomes valid when all the predictions about true/false of branch condition are correct, and the instruction has a commit condition indicating the number of branch conditions. The processing device includes a commit condition decoder for decoding the commit condition; ALU's; a sequential register file for sequentially holding data obtained from ALU; a shadow register file for speculatively holding data obtained from the ALU; true/false register having determination entries, each of which holds undetermined information if true/false of the corresponding branch condition is not yet determined, holds true information if the corresponding branch condition is true, and holds false information if the corresponding branch condition is false; execution control circuit for comparing true/false of an instruction decode entry provided from the commit condition decoder with true/false of the determination entry and controlling the sequential register file to sequentially hold data if they correspond with each other or otherwise controlling the shadow register file to speculatively hold data; and a commit control circuit for comparing true/false of the instruction decode entry with true/false of the determination entry and transferring the data held in the shadow register file to the sequential register file if each true/false of the instruction decode entry coincides with true/false of the corresponding determination entry.
    • 处理装置推测性地执行指令,并且当关于分支条件的真/假的所有预测都是正确的时,指令的执行结果变为有效,并且该指令具有指示分支条件数量的提交条件。 处理装置包括用于对提交条件进行解码的提交条件解码器; ALU的 用于顺序保存从ALU获得的数据的顺序寄存器文件; 用于推测地保持从ALU获得的数据的影子寄存器文件; 具有确定条目的真/假寄存器,如果相应的分支条件的真/假还未确定,则其中的每一个保存未确定的信息,如果相应的分支条件为真,则保持真实信息,并且如果相应的分支条件为假,则保持虚假信息 ; 执行控制电路,用于将从提交条件解码器提供的指令解码条目的真/假与确定条目的真/假进行比较,并且如果它们彼此对应或者以其他方式控制影子寄存器文件,则控制顺序寄存器文件以顺序保存数据 推测持有数据; 以及提交控制电路,用于将指令解码条目的真/假与确定条目的真/假进行比较,并且将保存在影子寄存器文件中的数据传送到顺序寄存器文件,如果指令解码条目的每个真/假与 相应确定条目的真/假。
    • 4. 发明授权
    • Engine starter
    • 发动机起动器
    • US5081874A
    • 1992-01-21
    • US221245
    • 1988-08-09
    • Shuzoo Isozumi
    • Shuzoo Isozumi
    • F02N15/06
    • F02N15/066Y10T74/132Y10T74/137
    • An engine starter is equipped with a motor having a cylindrical armature rotating shaft (3), a clutch mechanism (15) which transmits the rotational force of the motor, an output rotating shaft (17) which is disposed so as to mesh with the clutch mechanism (15) and be movable in the axial direction, and a solenoid switch (25) which has a moving member (32) which pushes the output rotating shaft (17) in the axial direction by electromagnetic force, the switch also causing a movable contact to contact a stationary contact and supply current to the motor. The output rotating shaft and the front portion of the moving body (32) of the solenoid switch (25) are both inserted into the cylindrical bore of the armature rotating shaft (3) from opposite ends, a sleeve bearing (23) is fit into the cylindrical bore and journals the output rotating shaft (17), whereby a cylindrical engine starter is obtained having a short overall length.
    • PCT No.PCT / JP87 / 00729 Sec。 371日期1988年8月9日第 102(e)日期1988年8月9日PCT提交1987年10月1日PCT公布。 第WO88 / 02567号公报 日期:1988年4月7日。发动机起动器配备有具有圆柱形电枢旋转轴(3)的电动机,传递电动机的旋转力的离合器机构(15),设置有输出旋转轴 与离合器机构(15)啮合并能够沿轴向移动;以及电磁开关(25),其具有通过电磁力推动输出旋转轴(17)沿轴向方向的移动部件(32) 该开关还使可动触点接触固定触点并将电流提供给电动机。 螺线管开关25的输出旋转轴和移动体32的前部从相对端插入到电枢旋转轴3的圆柱孔中,套筒轴承23被装入 圆柱形孔并且输出旋转轴(17),从而获得具有短整体长度的圆柱形发动机起动器。
    • 6. 发明授权
    • Interface circuit for single-chip microprocessor
    • 单片微处理器的接口电路
    • US4839795A
    • 1989-06-13
    • US125151
    • 1987-11-25
    • Masahiko Iwaksaki
    • Masahiko Iwaksaki
    • G06F13/12G06F9/24G06F9/26G06F15/78
    • G06F9/24G06F15/7814G06F9/268
    • An interface circuit, having a single-chip microprocessor with program instructions in internal memory, includes switching devices between A-D (Analog to Digital) ports of the microprocessor and ports of the interface circuit for selectively connecting and disconnecting the microprocessor and interface ports. The interface circuit includes a connector through which address latch units and external memory having program instructions can be connected to the single-chip microprocessor. The connector provides for switch over of operation of the microprocessor from internal memory to external memory, and for operation of the switching devices. The connector provides for connection of an I/O (Input/Output) unit to provide input and output to ports of the interface circuit.
    • 具有在内部存储器中具有程序指令的单芯片微处理器的接口电路包括微处理器的A-D(模拟到数字)端口与接口电路的端口之间的切换装置,用于选择性地连接和断开微处理器和接口端口。 接口电路包括连接器,地址锁存单元和具有程序指令的外部存储器可通过该连接器连接到单片微处理器。 该连接器用于将微处理器的操作从内部存储器切换到外部存储器,以及用于开关装置的操作。 该连接器用于连接I / O(输入/输出)单元,以向接口电路的端口提供输入和输出。
    • 10. 发明授权
    • Overcurrent relay
    • 过电流继电器
    • US4516183A
    • 1985-05-07
    • US440603
    • 1982-11-10
    • Tadashi MatsuzakiKoji Sumi
    • Tadashi MatsuzakiKoji Sumi
    • H02H1/04H02H3/08H02H7/26
    • H02H1/046H02H3/08
    • An overcurrent relay comprises an input transformer (7), a rectifying circuit (8), a level detecting circuit (9) for providing an operation signal (S.sub.1) when a direct current signal voltage (E) exceeds a predetermined value, a determining means (10 to 15) for determining a time period of at least the positive and negative components of an ac signal voltage (V.sub.1) for providing a determination signal (S.sub.6) when the determined time period exceeds a predetermined time period, and a blocking means (16 and 17) responsive to the determination signal (S.sub.6) for blocking the operation signal (S.sub.1) from being output. In the case where the alternating current input current (I) and the ac signal voltage (V.sub.1) involve an attenuated direct current component due to magnetic saturation of a current transformer and the like, the reset time period of the operation signal (S.sub.1) is prolonged, while that time period of the ac signal voltage (V.sub.1) due to the attenuated direct current component becomes larger than a predetermined value, whereby a determination signal (S.sub. 6) is obtained. As a result, the blocking means (16 and 17) blocks the operation signal (S.sub.1) from being output, whereby a reset operation is performed. Therefore, the reset time period of the output signal (S.sub.7) is shortened.
    • 过电流继电器包括输入变压器(7),整流电路(8),电平检测电路(9),用于当直流信号电压(E)超过预定值时提供操作信号(S1);确定装置 (10至15),用于当所确定的时间段超过预定时间周期时,确定用于提供确定信号(S6)的交流信号电压(V1)的正和负分量的时间段;以及阻塞装置 响应于用于阻止所述操作信号(S1)的输出的所述确定信号(S6)响应于所述确定信号(S16)。 在交流输入电流(I)和交流信号电压(V1)由于电流互感器的磁饱和引起的衰减直流成分等的情况下,操作信号(S1)的复位时间周期为 延长,而由于衰减的直流分量导致的交流信号电压(V1)的时间段变得大于预定值,从而获得确定信号(S 6)。 结果,阻塞装置(16,17)阻止操作信号(S1)的输出,由此进行复位操作。 因此,输出信号(S7)的复位时间周期缩短。