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    • 132. 发明授权
    • Node apparatus for communication network having multi-conjunction
architecture
    • 具有多连接架构的通信网络的节点装置
    • US4839887A
    • 1989-06-13
    • US96532
    • 1987-09-15
    • Takashi Yano
    • Takashi Yano
    • H04L12/44H04L12/56
    • H04L45/00H04L12/44
    • A node apparatus is used in a communication network having a multi-conjunction architecture. The communication network has a plurality of transmission paths each coupling one node apparatus to another node apparatus or a terminal device. The node apparatus generally comprises an input port, an output port, and a control part for controlling the coupling of input channels of the input port to output channels of the output port. The control part couples a first receiving input channel which receives a signal first out of the input channels to all of the output channels excluding an output channel having a channel number corresponding to that of the first receiving input channel, so as to broadcast the signal.
    • 在具有多连接架构的通信网络中使用节点装置。 通信网络具有多个传输路径,每个传输路径将一个节点设备耦合到另一个节点设备或终端设备。 节点设备通常包括输入端口,输出端口和控制部分,用于控制输入端口的输入通道与输出端口的输出通道的耦合。 控制部分将第一接收输入通道耦合到除了​​具有对应于第一接收输入通道的通道号的输出通道之外的所有输出通道的输入通道之前的信号,以便广播该信号。
    • 133. 发明授权
    • Communication network control system
    • 通信网络控制系统
    • US4794590A
    • 1988-12-27
    • US892146
    • 1986-07-30
    • Takashi Yano
    • Takashi Yano
    • H04L12/44H04Q11/04H04J3/24
    • H04Q11/04H04L12/44
    • A communication network includes a plurality of nodes, which are interconnected by transmission lines, and a plurality of terminals connected to selected ones of the plurality of nodes, each of the nodes includes a plurality of input channels, a plurality of output channels and a connection control unit for controlling connection between the input and output channels. When an input signal is received by one of the input channels, it is once supplied to all of the output channels. Then, an input channel which has received the input channel in the first place is detected and then all of the input channels excepting the one having received the input channel in the first place are disconnected from the output channels, thereby preventing the preamble of the signal from being lost partly. If the control means has a capability of storing information of one or more of the input channels, the node can be shared by two or more transmission lines, thereby allowing to carry out a multiple of communications through the same node.
    • 通信网络包括通过传输线互连的多个节点和连接到多个节点中的选定节点的多个终端,每个节点包括多个输入信道,多个输出信道和连接 控制单元,用于控制输入和输出通道之间的连接。 当一个输入通道接收输入信号时,它一旦被提供给所有的输出通道。 然后,检测到首先接收到输入信道的输入信道,然后除了首先接收到输入信道的所有输入信道与输出信道断开,从而防止信号的前导码 从部分失去。 如果控制装置具有存储一个或多个输入信道的信息的能力,则可以由两条或更多条传输线共享该节点,从而允许通过同一节点执行多个通信。
    • 134. 发明授权
    • Charge transfer type image pickup apparatus for producing
field-interlaced video signals
    • 用于产生场间隔视频信号的电荷转移型图像拾取装置
    • US4686573A
    • 1987-08-11
    • US824873
    • 1986-01-31
    • Jin MurayamaRyuji KondoHiroshi TamayamaTakashi YanoMakoto Shizukuishi
    • Jin MurayamaRyuji KondoHiroshi TamayamaTakashi YanoMakoto Shizukuishi
    • H04N5/335H04N5/341H04N5/347H04N5/351H04N5/357H04N5/369H04N5/3728H04N3/14
    • H04N3/1575Y10S348/91
    • A solid-state image pickup apparatus of a charge transfer type includes a solid-state imaging device having an array of photosensitive cells with charge divider paths provided for sequentially receiving charges generated in the cells of a horizontal line to divide the charges into two groups for each pixel. For one of the two fields subjected to interlace scanning, charges generated in the cells of odd-numbered lines are transferred to its output port, and one of the two groups of charges for even-numbered horizontal lines adjacent to odd-numbered horizontal lines are discharged. Then, the output port effects addition with weight on the charges from the cells of the odd- and even-numbered lines to produce video signals of the odd-numbered lines. For the other field, on the other hand, charges generated in the cells of even-numbered lines are transferred to the output port, and one of the two groups of charges for odd-numbered horizontal lines are discharged. The output port in turn effects addition with weight on the charges from the cells of the even-numbered lines thus obtained to those of odd-numbered lines previously received to produce video signals of the even-numbered lines. Field flickering is adequately reduced and horizontal resolution of a picture is improved.
    • 电荷转移型的固态摄像装置包括具有光电池阵列的固态成像装置,其具有电荷分配器路径,用于依次接收在水平线的单元中产生的电荷,以将电荷分成两组,用于 每个像素。 对于进行隔行扫描的两个场之一,奇数行的单元中产生的电荷被传送到其输出端口,与奇数水平行相邻的偶数水平线的两组电荷之一是 出院 然后,输出端口对来自奇数和偶数行的单元的电荷施加加权,以产生奇数行的视频信号。 另一方面,另一方面,在偶数行的单元中产生的电荷被传送到输出端口,并且对于奇数水平行的两组电荷中的一个被放电。 输出端口又对来自所获得的偶数行的单元格的电荷的重量加上与先前接收的奇数行的电荷的加权,以产生偶数行的视频信号。 充分减少了场闪烁,提高了图像的水平分辨率。
    • 135. 发明授权
    • Solid state imaging apparatus and solid state photosensor arrangement
    • 固态成像装置和固态光电传感器布置
    • US4668990A
    • 1987-05-26
    • US775306
    • 1985-09-12
    • Ryuji KondoJin MurayamaMakoto ShizukuishiHiroshi TamayamaTakashi Yano
    • Ryuji KondoJin MurayamaMakoto ShizukuishiHiroshi TamayamaTakashi Yano
    • H01L27/146H04N5/335H04N5/374H04N3/14
    • H04N3/1512
    • An imaging apparatus includes a solid state imaging device in which pixels are arranged in a matrix. Row transfer lines and column transfer lines are each sequentially scanned so that video signals are delivered time-serially from the respective pixels to an output terminal. The row transfer lines are selected by a CTD which is scanned by drive pulses to sequentially and cyclically transfer charges therethrough. Gates associated with the CTD select one of the row transfer lines at a time responsive to a potential which is developed by the charges. The column transfer lines are selected by a shift register which addresses selection gates associated with the respective columns one after another responsive to a clock. The CTD may be assigned to the column transfer lines and the shift register to the row transfer lines. The apparatus is applicable even to a solid state photosensor arrangement made up of an array of photosensor elements in which case only one of the row transfer lines will be used.
    • 一种成像装置包括其中以像素排列成矩阵的固态成像装置。 行传输线和列传输线被顺序地扫描,使得视频信号从各个像素时间顺序地传送到输出端。 行传输线由CTD选择,CTD通过驱动脉冲扫描以依次循环地传送电荷。 与CTD相关联的门响应于由费用开发的电位,一次选择行传输线之一。 列传输线由移位寄存器选择,该移位寄存器响应于时钟一个接一个寻址与各个列相关联的选择门。 可以将CTD分配给列传输线,并将移位寄存器分配给行传输线。 该装置甚至可应用于由光电传感器元件阵列组成的固态光电传感器布置,在这种情况下仅使用一行传输线。
    • 136. 发明授权
    • Electrostatic recording method and apparatus therefor
    • 静电记录方法及其设备
    • US4446471A
    • 1984-05-01
    • US102832
    • 1979-12-12
    • Takashi Yano
    • Takashi Yano
    • G03G15/04G03G15/22G03G15/34G01D15/06
    • G03G15/22G03G15/04018G03G15/348
    • A recording method and apparatus therefor make the recording of images by the following process: A powder-like toner having a high electric resistivity and a charge retention property is held on a donor and is brought into contact with a multi-stylus electrode. A pattern signal is applied to the multi-stylus electrode and the toner is electrically charged or quenched by the charge injection of the multi-stylus electrode and a charge distribution is formed in the toner on the donor, corresponding to the pattern signal. The charge distribution is used for the formation of a visible image. For example, by transferring the toner selectively to a recording sheet in accordance with the charge distribution, a visible pattern corresponding to the pattern signal is obtained on the recording sheet. The visible pattern can be recorded on an electrically conductive recording member or a recording member having uneven surface by utilizing an image transfer medium. By transferring toner to a latent image bearing member on which a latent electrostatic image is formed, a visible pattern modified by the pattern signal can be obtained.
    • 其记录方法和装置通过以下方法进行图像记录:具有高电阻率和电荷保持性的粉末状调色剂保持在供体上并与多触针电极接触。 图案信号施加到多触针电极,并且通过多触针电极的电荷注入使调色剂带电或淬火,并且对应于图案信号在供体上的调色剂中形成电荷分布。 电荷分布用于形成可见图像。 例如,通过根据电荷分布将调色剂选择性地转印到记录片材上,在记录片材上获得与图案信号相对应的可见图案。 可以通过利用图像转印介质将可见图案记录在具有凹凸表面的导电记录部件或记录部件上。 通过将调色剂转印到形成有静电潜像的潜像承载部件上,可以获得通过图案信号修改的可见图案。
    • 137. 发明授权
    • Variable magnification electrostatic copying machine
    • 可变放大静电复印机
    • US4277163A
    • 1981-07-07
    • US59082
    • 1979-07-19
    • Masumi IkesueTakashi YanoSusumu TatsumiHiroyuki IdenawaIsao NakamuraTatsuo Tani
    • Masumi IkesueTakashi YanoSusumu TatsumiHiroyuki IdenawaIsao NakamuraTatsuo Tani
    • G03G15/041G03G15/00G03B27/34G03B27/40
    • G03G15/041
    • The vertical and horizontal lengths of an original document (28) are automatically sensed and compared with the vertical and horizontal lengths of a copy sheet (38) and the reduction ratio of a variable magnification optical system (33) is automatically adjusted in accordance therewith so that the maximum length of the image of the document (28) is equal to the corresponding vertical or horizontal length of the copy sheet (38). The image may be selectively parallel to the vertical length or the horizontal length of the copy sheet (38) regardless of whether the image is parallel to the vertical or horizontal length of the document (28). In one form (21) of the invention the document (28) is placed on a platen (27) so that the image is parallel to the vertical length of the platen (27) regardless of whether the image is parallel to the vertical or horizontal length of the document (28). In another form (71) of the invention, the document (28) is placed on the platen (74) so that the vertical length of the document (28) is parallel to the vertical length of the platen (74) regardless of whether the image is parallel to the vertical or horizontal length of the document (28). In the latter form (71) a lever (76) or the like is manually changed over to indicate whether the image is parallel to the vertical or horizontal length of the document (28) and the optical axis of the light image is rotated to one of two positions angularly spaced 90.degree. from each other in accordance with the position of the lever (76).
    • 原稿(28)的垂直和水平长度被自动检测并与复印纸(38)的垂直和水平长度进行比较,并且可变倍率光学系统(33)的缩小率根据其自动调整 文件(28)的图像的最大长度等于复印纸(38)的对应的垂直或水平长度。 图像可以选择性地平行于复印纸(38)的垂直长度或水平长度,而不管图像是平行于文档(28)的垂直或水平长度。 在本发明的一种形式(21)中,文件(28)被放置在压板(27)上,使得图像平行于压板(27)的垂直长度,而不管图像是平行于垂直还是水平的 文件(28)的长度。 在本发明的另一形式(71)中,文件(28)被放置在压板(74)上,使得文件(28)的垂直长度与压板(74)的垂直长度平行,而不管 图像平行于文档(28)的垂直或水平长度。 在后一种形式(71)中,手动地切换杠杆(76)等以指示图像是平行于文档(28)的垂直或水平长度,并且光图像的光轴旋转到一个 根据杆(76)的位置彼此成角度地间隔90度的两个位置。
    • 138. 发明授权
    • Electrostatic copying system having monitoring devices
    • 具有监控装置的静电复印系统
    • US4167322A
    • 1979-09-11
    • US929273
    • 1978-07-31
    • Takashi YanoTatsuo TaniNachio SekoHiroyuki IdenawaIsao Nakamura
    • Takashi YanoTatsuo TaniNachio SekoHiroyuki IdenawaIsao Nakamura
    • G03G15/00
    • G03G15/5079
    • A plurality of electrostatic copying machines (12), (13), (14), (16) are interconnected by bus lines (19), (21), (22). Each copying machine (12), (13), (14), (16) is provided with a sensor unit (23) for sensing various status parameters of the copying machine (12), (13), (14), (16) such as whether the copying machine (12), (13), (14), (16) is available for use, the copy sheet size, the number of copies made, the number of copy sheets remaining, etc. Each copying machine (12), (13), (14), (16) is further provided with a display unit (17) for displaying the status parameters of all of the copying machines (12), (13), (14), (16). A microcomputer (31) is provided at one of the copying machines (12) for storing and processing the status parameters and producing a hard copy.
    • 多个静电复印机(12),(13),(14),(16)通过总线(19),(21),(22)相互连接。 每个复印机(12),(13),(14),(16)都设有用于检测复印机(12),(13),(14),(16)的各种状态参数的传感器单元 )可以使用复印机尺寸,复印数量,剩余的复印纸张数等。复印机(12),(13),(14),(16) (12),(13),(14),(16)还设置有显示单元(17),用于显示所有复印机(12),(13),(14), )。 在复印机(12)之一处设置微型计算机(31),用于存储和处理状态参数并产生硬拷贝。
    • 139. 发明授权
    • Electrophotographic exposure and development system
    • 电子照相曝光和开发系统
    • US4087171A
    • 1978-05-02
    • US624207
    • 1975-10-20
    • Takashi Yano
    • Takashi Yano
    • G03G13/10G03G15/00G03G15/04G03G15/043G03G15/06G03G21/00
    • G03G15/065G03G15/0435G03G15/043
    • Imaging means are provided to radiate a light image of an original document onto a photoconductive drum to produce an electrostatic image. A developing electrode is disposed adjacent to the drum and voltage source means apply a biasing voltage to the developing electrode. Sensing means sense the electrostatic potential of a background area of the electrostatic image and control the voltage source means in accordance therewith. Limiting means limit the biasing voltage to one of a first upper limit or a higher second upper limit. In order to improve the reproduction of low contrast documents, the exposure intensity is reduced to a value at which the difference in brightness of the light and dark areas of the document will produce a maximum difference in electrostatic potential on the drum. For normal documents, the biasing voltage is limited to the first upper limit. For low contrast, low density documents, the biasing voltage is limited to the second upper limit to prevent darkening of the light areas of the copy. For documents having low contrast and large dark areas, the biasing voltage is limited to the first upper limit so that the dark areas will be reproduced with high density.
    • 提供成像装置以将原稿的光图像辐射到感光鼓上以产生静电图像。 显影电极设置在与鼓相邻的位置处,电压源装置向显影电极施加偏置电压。 感测装置检测静电图像的背景区域的静电势,并根据其控制电压源装置。 限制装置将偏置电压限制为第一上限或更高的第二上限之一。 为了改善低对比度文件的再现,将曝光强度降低到文档的亮度和亮度区域的亮度差将产生鼓上静电势的最大差异的值。 对于正常文档,偏置电压限制在第一个上限。 对于低对比度,低密度文档,偏置电压限制在第二个上限,以防止复印件的光区变暗。 对于具有低对比度和大暗区的文档,偏置电压被限制到第一上限,使得暗区域将以高密度再现。