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    • 4. 发明授权
    • Pattern position detecting system
    • 图案位置检测系统
    • US4091394A
    • 1978-05-23
    • US762717
    • 1977-01-26
    • Seiji KashiokaMasakazu EjiriMichihiro MeseTakafumi MiyatakeToshimitsu HamadaIsamu Yamazaki
    • Seiji KashiokaMasakazu EjiriMichihiro MeseTakafumi MiyatakeToshimitsu HamadaIsamu Yamazaki
    • G01B11/00G06K9/00G06K9/60G06T1/00G06T7/60G06K9/04
    • G06K9/60G06K9/00
    • A pattern position detecting system comprising first means to sequentially fetch local images in a two-dimensionally arrayed form from a video signal in accordance with the scanning of an image and at sampling intervals which are variably instructed independently in the vertical and horizontal directions, second means to hold two-dimensional patterns having the same array as the local images, third means to evaluate the degree of non-coincidence between the image of the first means and the pattern of the second means, fourth means to store the position of an image scanning point at the time when the degree of non-coincidence becomes the minimum in a predetermined range within a picture frame, fifth means to calculate the position of an object from the position obtained by the fourth means, and sixth means to store the vertical and horizontal sampling intervals necessary for the operation of the first means, the two-dimensional patterns for use in the second means and numerical values necessary for the positional calculation of the fifth means, and to select required ones and send them to the first, second and fifth means.
    • 一种图案位置检测系统,包括根据图像的扫描和在垂直和水平方向上独立地可变地指示的采样间隔从视频信号以二维排列的形式顺序地取出局部图像的第一装置,第二装置 保持具有与本地图像相同的阵列的二维图案,第三装置用于评估第一装置的图像与第二装置的图案之间的不一致程度,第四装置,用于存储图像扫描的位置 第五装置根据由第四装置获得的位置计算物体的位置;以及第六装置,用于存储垂直和水平的第一装置, 用于第一装置的操作所需的采样间隔,用于第二装置的二维图案和数值n 用于第五装置的位置计算,并选择所需要的并将其发送到第一,第二和第五装置。
    • 7. 发明授权
    • Index limited continuous operation vector processor
    • 指数有限连续运算矢量处理器
    • US4823258A
    • 1989-04-18
    • US98313
    • 1987-09-18
    • Isamu Yamazaki
    • Isamu Yamazaki
    • G06F17/16G06F15/78G06F1/00
    • G06F15/8061
    • The vector processor of the present invention is designed to have a first function for classifying, generating and storing in advance a separate index set by judging the attribute of specified data and a second function for continuously performing operand access only for the index value belonging to the specified index set out of the index sets generated by the first function, thus avoiding the deterioration of the efficiency of pipeline processing even when the calculation of array data has different operation content according to the attributes of the specified data. Accordingly it can perform continuous calculation of a plurality of different conditioned expressions at high speed by arranging it to operate the first and the second functions concurrently with the value resulting from the operation by the second function being used by the first function as a data for discriminating the attribute of the data.
    • 本发明的向量处理器被设计成具有第一功能,用于通过判断指定数据的属性来预先分类,生成和存储单独的索引集合,以及用于仅对属于该属性的索引值连续执行操作数访问的第二功能 由第一功能生成的索引集中指定的索引,即使当根据指定数据的属性计算阵列数据具有不同的操作内容时,也避免了流水线处理的效率的劣化。 因此,通过将第一功能所使用的第二功能的操作所产生的值与第一功能和第二功能同时运行,可以高速执行多个不同的条件表达式的连续计算,作为用于区别的数据 数据的属性。
    • 9. 发明授权
    • Manufacturing method
    • 制造方法
    • US4763827A
    • 1988-08-16
    • US38939
    • 1987-04-16
    • Kenji WatanabeIsamu YamazakiRyuichi KyomasuNobuhiro TakasugiTsutomu MimataOsamu Kakutani
    • Kenji WatanabeIsamu YamazakiRyuichi KyomasuNobuhiro TakasugiTsutomu MimataOsamu Kakutani
    • B23K20/00H01L21/00B23K31/00
    • H01L24/78B23K20/005H01L21/67144H01L21/67248H01L21/67259H01L2224/78H01L2924/00014H01L2924/01033H01L2924/01039H01L2924/01082
    • The invention relates to a manufacturing apparatus which comprises moving means which continuously moves the works that are transferred along a frame chute, and detector means which detects at least a portion of the work that is moved. The moving means is controlled by kind-of-work data and by a work position signal from the detector means, and the work is set to a predetermined position. Hence, even a work of a different kind can be set to an optimum bonding position without the need of exchanging the unit, making it possible to perform the operation fully automatically and to meet general purposes.Further, provision is made of means which moves the frame chute in a direction at right angles with the direction in which the work is moved, so that even that work that has different widths and shapes in the widthwise direction can be placed in position and subjected to the bonding fully automatically.The detector means can be provided not only at the bonding position but also at a position on the upstream side having a relation relative to the bonding position.The invention can be adapted particularly effectively to a wire bonder and a pellet bonder.
    • 本发明涉及一种制造装置,其包括连续地移动沿着框架槽传送的工件的移动装置和检测至少一部分被移动的工件的检测器装置。 移动装置由工作数据和来自检测装置的工作位置信号控制,工件被设定到预定位置。 因此,即使不同种类的工作也可以被设定为最佳的结合位置,而不需要更换单元,使得可以完全自动地执行操作并且达到一般目的。 此外,提供了使框架滑槽沿与工件移动方向成直角的方向移动的装置,使得即使在宽度方向上具有不同宽度和形状的工件也可以被放置就位 完全自动粘接。 检测器装置不仅可以在接合位置处设置,而且还可以设置在上游侧的位置,具有相对于接合位置的关系。 本发明可以特别有效地适用于引线接合机和颗粒接合机。
    • 10. 发明授权
    • Information processing system consisting of an arithmetic control unit
formed into a one-chip typed by application of a highly-integrated
semiconductor device
    • 信息处理系统由通过应用高度集成的半导体器件形成为单片的算术控制单元构成
    • US4616331A
    • 1986-10-07
    • US236116
    • 1981-02-19
    • Tsuneo KinoshitaFumitaka SatoIsamu Yamazaki
    • Tsuneo KinoshitaFumitaka SatoIsamu Yamazaki
    • G06F9/38G06F9/30G06F13/00
    • G06F9/3812G06F9/3802G06F9/3804
    • In a one-chip high density arithmetic control unit capable of prefetching user's instructions from main memory, an arithmetic logic unit (ALU) subtracts the contents of a location counter holding the address of the next instruction to be executed, from the contents of a memory address register holding an address into which data will be written. The difference is fed through the gates connected to the ALU for determining whether or not prefetched instructions will have to be refetched. An address matching mechanism provided outside the one-chip arithmetic control unit includes a comparator for comparing memory addresses to a preset execution stop address. The output signal of the comparator is stored in a memory section which is provided to correspond to the prefetched instruction buffer, and when an instruction stored in the prefetched instruction buffer is transferred to an instruction register, the signal stored in the corresponding memory section is also read out and used to determine whether to stop execution. Further, whenever access is made to main memory a signal indicating whether the access is legal is externally generated and may be stored in a second memory section. Like the address matching signal, this signal is read out when the corresponding instruction from the prefetched instruction buffer is transferred to the instruction register. An illegal address interruption is produced when this signal indicates that the address was illegal.
    • 在能够从主存储器预取用户指令的单芯片高密度算术控制单元中,算术逻辑单元(ALU)从存储器的内容中减去保持要执行的下一个指令的地址的位置计数器的内容 地址寄存器保存写入数据的地址。 差异通过连接到ALU的门馈送,以确定是否必须重新获取预取指令。 在单芯片运算控制单元外提供的地址匹配机构包括比较器,用于将存储器地址与预设的执行停止地址进行比较。 比较器的输出信号存储在与预取指令缓冲器相对应的存储器部分中,并且当存储在预取指令缓冲器中的指令被传送到指令寄存器时,存储在相应存储器部分中的信号也是 读出并用于确定是否停止执行。 此外,每当访问主存储器时,指示是否合法的信号是外部生成的,并且可以存储在第二存储器部分中。 类似地址匹配信号,当来自预取指令缓冲器的相应指令被传送到指令寄存器时,该信号被读出。 当该信号表示该地址是非法的时,产生非法地址中断。