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    • 1. 发明授权
    • Assembly structure for injection molded substrate and for mounting component
    • 注塑基板和安装部件的组装结构
    • US09078358B2
    • 2015-07-07
    • US13526015
    • 2012-06-18
    • Tomoaki TorataniToshitaka HaraKyutaro AbeMotomu ShibamuraKyosuke Hashimoto
    • Tomoaki TorataniToshitaka HaraKyutaro AbeMotomu ShibamuraKyosuke Hashimoto
    • H05K1/16H05K1/02
    • H05K1/0263H05K1/0271H05K2201/09063H05K2201/09072
    • A substrate (1) includes conductive portions (7) formed by press working and a resin portion (11) integrally injection-molded with the conductive portions (7). The conductive portions (7) are formed from, for example, a copper alloy. The resin portion 11 is formed from, for example, PPS. A surface-mount component (3), which is an electronic surface-mount component, is mounted on the substrate (1). The surface-mount component (3) has electrodes (5) at its opposite sides, and the electrodes (5) and the respective conductive portions (7) are electrically connected by means of a solder (9). The substrate (1) has a hole (13), which functions as a stress relaxation mechanism, formed in the resin portion (11) (a portion extending therethrough) between connection portions (15) under the surface-mount component (3). The substrate (1) also has resin-exposed portions (13), which function as a stress relaxation mechanism, formed on opposite sides of the surface-mount component (3).
    • 基板(1)包括通过冲压加工形成的导电部分(7)和与导电部分(7)整体注模的树脂部分(11)。 导电部(7)例如由铜合金形成。 树脂部11由例如PPS形成。 作为电子表面安装部件的表面安装部件(3)安装在基板(1)上。 表面安装部件(3)在其相对侧具有电极(5),电极(5)和相应的导电部分(7)通过焊料(9)电连接。 基板(1)具有在表面安装部件(3)下方的连接部(15)之间形成在树脂部(11)(贯穿其中的部分)上的作为应力松弛机构的孔(13)。 基板(1)还具有形成在表面安装部件(3)的相对侧上的用作应力松弛机构的树脂暴露部分(13)。
    • 2. 发明申请
    • ASSEMBLY STRUCTURE FOR INJECTION MOLDED SUBSTRATE AND FOR MOUNTING COMPONENT
    • 注射成型基板和安装部件的组装结构
    • US20120255767A1
    • 2012-10-11
    • US13526015
    • 2012-06-18
    • Tomoaki TORATANIToshitaka HARAKyutaro ABEMotomu SHIBAMURAKyosuke HASHIMOTO
    • Tomoaki TORATANIToshitaka HARAKyutaro ABEMotomu SHIBAMURAKyosuke HASHIMOTO
    • H05K1/18
    • H05K1/0263H05K1/0271H05K2201/09063H05K2201/09072
    • A substrate (1) includes conductive portions (7) formed by press working and a resin portion (11) integrally injection-molded with the conductive portions (7). The conductive portions (7) are formed from, for example, a copper alloy. The resin portion 11 is formed from, for example, PPS. A surface-mount component (3), which is an electronic surface-mount component, is mounted on the substrate (1). The surface-mount component (3) has electrodes (5) at its opposite sides, and the electrodes (5) and the respective conductive portions (7) are electrically connected by means of a solder (9). The substrate (1) has a hole (13), which functions as a stress relaxation mechanism, formed in the resin portion (11) (a portion extending therethrough) between connection portions (15) under the surface-mount component (3). The substrate (1) also has resin-exposed portions (13), which function as a stress relaxation mechanism, formed on opposite sides of the surface-mount component (3).
    • 基板(1)包括通过冲压加工形成的导电部分(7)和与导电部分(7)整体注模的树脂部分(11)。 导电部(7)例如由铜合金形成。 树脂部11由例如PPS形成。 作为电子表面安装部件的表面安装部件(3)安装在基板(1)上。 表面安装部件(3)在其相对侧具有电极(5),电极(5)和相应的导电部分(7)通过焊料(9)电连接。 基板(1)具有在表面安装部件(3)下方的连接部(15)之间形成在树脂部(11)(贯穿其中的部分)上的作为应力松弛机构的孔(13)。 基板(1)还具有形成在表面安装部件(3)的相对侧上的用作应力松弛机构的树脂暴露部分(13)。
    • 3. 发明授权
    • Raster scan type CRT display system having an image rolling function
    • 具有图像滚动功能的光栅扫描型CRT显示系统
    • US4129859A
    • 1978-12-12
    • US766728
    • 1977-02-08
    • Masahiro IwamuraNagaharu HamadaToshitaka HaraNobuo Sato
    • Masahiro IwamuraNagaharu HamadaToshitaka HaraNobuo Sato
    • G09G5/32G09G5/34G06F3/14
    • G09G5/343
    • A raster scan type CRT display system is disclosed which has a randomly accessable refresh memory. The display system comprises column and row start address registers for defining a read start address for the refresh memory, column and row address counters for counting the contents of the column and row start address registers as start positions to generate a read address of the refresh memory for display, column and row cursor registors for defining a data entry position on a CRT screen, and column and row address generators for generating an entry address for the refresh memory based on the contents of the column and row start address registers and the contents of the column and row cursor registers, whereby a rolling or shifting of the image is effected and the refresh memory can be accessed by a processor for read/write operation without the need to monitor the image rolling.
    • 公开了一种具有随机存取的刷新存储器的光栅扫描型CRT显示系统。 显示系统包括用于定义刷新存储器的读起始地址的列和行起始地址寄存器,用于对列的内容进行计数的列和行地址计数器以及行起始地址寄存器作为起始位置,以生成刷新存储器的读地址 用于在CRT屏幕上定义数据输入位置的显示器,列和行光标注册器,以及用于根据列和行起始地址寄存器的内容产生刷新存储器的入口地址的列和行地址生成器, 列和行光标寄存器,从而影响图像的滚动或移位,并且可以由处理器访问刷新存储器以进行读/写操作,而不需要监视图像滚动。
    • 5. 发明授权
    • Multiplex transmission method and a synchronizing method in multiplex
transmission
    • 复用传输中的多路复用传输方法和同步方法
    • US5490143A
    • 1996-02-06
    • US240492
    • 1994-05-10
    • Toshitaka HaraYutaka MatsudaKyosuke HashimotoHiroo MoriueYoshikazu NobutokiHiroaki SakamotoKoji TerayamaHideki Nakazono
    • Toshitaka HaraYutaka MatsudaKyosuke HashimotoHiroo MoriueYoshikazu NobutokiHiroaki SakamotoKoji TerayamaHideki Nakazono
    • H04L12/413H04J3/06
    • H04J3/0605H04L12/4135
    • When a message is transmitted, frame by frame, from any one (10) of a plurality of multiplex nodes to a common multiplex bus (MB) to which the multiplex nodes are connected, each of the multiplex nodes (20 and 30) determines that transmission of a frame therefrom is allowed when it detects a transmission permission signal (b, b') added to the frame after detection of and idle state of the multiplex bus, and starts transmitting a message data frame. This makes it possible to properly implement priority-based control according to the priority levels of the data frames irrespectively of variations in the reference clocks of the multiplex nodes. Further, receiving multiplex nodes perform frame synchronization at the rise of a special code (a) of a start code (SOM) of a message data frame, and then perform re-synchronization at the rise of a special bit pattern (b") which includes a passive bit and a dominant bit. This prevents synchronization from being deviated and bit errors resulting from deviated synchronization, thus leading to higher reliability of multiplex transmission.
    • 当从多个多路复用节点中的任何一个(10)到多路复用节点连接的公共多路复用总线(MB)逐帧传输消息时,多路复用节点(20和30)中的每一个确定 当检测到多路复用总线的检测和空闲状态之后检测到添加到帧中的发送许可信号(b,b')时,允许发送帧,并开始发送消息数据帧。 这使得可以根据数据帧的优先级来适当地实现基于优先级的控制,而与多路复用节点的参考时钟的变化无关。 此外,接收多路复用节点在消息数据帧的起始码(SOM)的特殊码(a)的上升处执行帧同步,然后在特殊位模式(b“)的上升执行重新同步, 其中包括无源位和占位。 这防止了同步偏离和由偏差同步引起的位错误,从而导致更高的多路传输可靠性。
    • 6. 发明授权
    • Microprocessor controlled display system
    • 微处理器控制显示系统
    • US4237543A
    • 1980-12-02
    • US938954
    • 1978-09-01
    • Yoji NishioToshitaka HaraNagaharu Hamada
    • Yoji NishioToshitaka HaraNagaharu Hamada
    • G09G5/22G06F3/14G06F13/18G09G1/16G09G5/00
    • G09G5/001G06F13/18G09G5/399G09G2320/0252G09G2360/126
    • A display system for displaying information in response to an input video signal comprises a data control unit including a microprocessor and a microprogram memory for storing a program for the microprocessor, a refresh memory unit connected to the data control unit through an address bus and a data bus, and a video control unit for accessing display data stored in the refresh memory unit by a timing control unit to produce a video signal. The refresh memory unit comprises memories sectioned by byte, an I/O controller which receives a read/write control signal to indicate whether the access by the data control unit is read access or write access and an access memory specifying signal to indicate whether it is a one-byte memory access or a two-byte memory access to produce an I/O control signal, and a memory controller responsive to the I/O control signal to control data access to the two byte memories.
    • 用于响应于输入视频信号显示信息的显示系统包括数据控制单元,其包括微处理器和用于存储微处理器程序的微程序存储器,通过地址总线和数据连接到数据控制单元的刷新存储器单元 总线和视频控制单元,用于通过定时控制单元访问存储在刷新存储单元中的显示数据,以产生视频信号。 刷新存储器单元包括以字节为单位的存储器,I / O控制器,其接收读/写控制信号以指示数据控制单元的访问是读访问还是写访问,以及访问存储器指定信号以指示是否是 1字节存储器访问或2字节存储器访问以产生I / O控制信号,以及响应于I / O控制信号来控制对两个字节存储器的数据访问的存储器控​​制器。
    • 7. 发明授权
    • Variable accuracy trend graph display apparatus
    • 可变精度趋势图显示装置
    • US4231032A
    • 1980-10-28
    • US940367
    • 1978-09-07
    • Toshitaka HaraNagaharu Hamada
    • Toshitaka HaraNagaharu Hamada
    • G01R13/40G09G1/00G09G1/16G09G5/36G06F3/14
    • G09G1/162G01R13/408
    • A graph display apparatus using a CRT display unit of raster scanning type for displaying a graph with a high accuracy, that is, a high resolution. The apparatus comprises a raster counter for counting the number of rasters to identify the raster number of the scanning lines presently scanning the display screen of the CRT display unit, and a plurality of graph display units for displaying a graph with a standard accuracy. Each graph display unit comprises a memory having a capacity corresponding to the number of time points obtained by dividing the time axis extending in the scanning direction of the raster on the display screen by the number n of data plotting for storing the raster numbers corresponding to the levels of the quantities to be displayed at the individual time points, and a comparator comparing the output of the raster counter with the output of the memory read out sequentially in timing relation with the individual time points for providing a coincidence detection signal only when coincidence is reached between the output of the counter and the output of the memory at a time point. The display signal outputs of these graph display units are combined to display a graph with a desired resolution which is for example two or four times the standard resolution. To this end, a variable accuracy circuit is associated with each of the graph display units to receive the output of the associated graph display unit thereby providing a display signal output at the timing of scanning specific dots among a plurality of dots corresponding to one time point. The outputs of the variable accuracy circuits are applied to an OR circuit which applies an output signal representing the logical sum of these inputs to the CRT display unit.
    • 使用光栅扫描型的CRT显示单元的图形显示装置,用于高精度地显示图形,即高分辨率。 该装置包括:光栅计数器,用于对目前扫描CRT显示单元的显示屏幕的扫描行的光栅数进行计数,以及用于以标准精度显示图形的多个图形显示单元。 每个图形显示单元包括一个存储器,该存储器具有对应于通过将显示屏幕上的光栅的扫描方向上延伸的时间轴除以通过数字绘图的数量n获得的时间点的数量,用于存储对应于 在各个时间点显示的量的电平,以及比较器,其将光栅计数器的输出与存储器的输出顺序地按照与各个时间点相关的时间关系读取,以仅在符合时才提供符合检测信号 在时间点之间到达计数器的输出和存储器的输出之间。 这些图形显示单元的显示信号输出被组合以显示具有例如标准分辨率的两倍或四倍的期望分辨率的图形。 为此,可变精度电路与每个图形显示单元相关联,以接收相关联的图形显示单元的输出,从而在对应于一个时间点的多个点中扫描特定点的定时提供显示信号输出 。 可变精度电路的输出被施加到OR电路,其将表示这些输入的逻辑和的输出信号施加到CRT显示单元。