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    • 41. 发明申请
    • Reservation method offering an alternative event
    • 提供替代事件的预约方法
    • US20060287898A1
    • 2006-12-21
    • US11480442
    • 2006-07-05
    • Kimitaka MurashitaSatoshi IwataShoji Suzuki
    • Kimitaka MurashitaSatoshi IwataShoji Suzuki
    • G06Q10/00
    • G06Q10/02
    • The present invention relates to a reservation server which comprises a retaining section for retaining store/facility information including a reservation-needed service and a reservation situation, a network terminal for outputting alternative event substituting for the service, a receiving section for receiving a desired service, a reservation managing section for selectively reading out the store/facility information and the alternative event, and a transmitting section for transmitting the information and event. Accordingly, a service provider can notify a user of a service and reservation situation of a store near the user or the start/end time of the service, and the time to be taken for the service and can suggest an alternative event in a time zone convenient to the user.
    • 预约服务器技术领域本发明涉及一种预约服务器,其包括保留部分,用于保留包括预约所需服务和预约情况的存储/设施信息,用于输出替代事件替代服务的网络终端;接收部分,用于接收所需服务 ,用于选择性地读出存储/设施信息和替代事件的预约管理部分,以及用于发送信息和事件的发送部分。 因此,服务提供商可以向用户通知用户附近的商店的服务和预订情况,或服务的开始/结束时间,以及服务所用的时间,并且可以建议时区中的替代事件 方便用户。
    • 45. 发明授权
    • Printing method of thermal printer
    • 热敏打印机的打印方法
    • US5019836A
    • 1991-05-28
    • US208264
    • 1988-06-17
    • Satoshi IwataKiyoshige Ishiyama
    • Satoshi IwataKiyoshige Ishiyama
    • B41J2/325B41J2/38B41J35/00
    • B41J2/38
    • When a print line is printed on a printing paper by supplying a print current to a thermal head, heating elements within the thermal head and a transfer ribbon are easily adhered together due to melted ink on surface of the transfer ribbon. Due to such adhering between the heating elements and the transfer ribbon, a white line is easily formed on a printing paper. In order to prevent such white line from being formed, the heating elements must be prevented from being cooled down after printing each print line. More specifically, in a period between a first time when each print line is completely printed and a second time when a printing paper is to be transported forward to a next print line, the heating elements are heated by relatively small heating value which is sufficient to melt a adhering portion formed between the heating elements and the transfer ribbon but which is insufficient to perform the printing. Thus, the heating elements are prevented from being adhered to the transfer ribbon, so that each print line can be printed with accuracy and without forming the white line.
    • 46. 发明授权
    • Pattern inspection system
    • 图案检查系统
    • US4830497A
    • 1989-05-16
    • US47480
    • 1987-05-11
    • Satoshi IwataMoritoshi Ando
    • Satoshi IwataMoritoshi Ando
    • G01N21/956G06T7/00
    • G06T7/0006G01N21/95607G01N2021/95615G01N2021/95638G06T2207/30148G06T2207/30172
    • An improved pattern inspection system for automatically inspecting patterns on a printed circuit board, a semiconductor chip, etc. The pattern inspection system includes an optical sensor, a binary conversion circuit, a memory storing binary converted data in a matrix form, a length measurement circuit, a reference circuit and a determination circuit. The length measurement circuit includes a gate unit for picking-up the binary converted data array from the memory in radial directions with respect to an origin and for a predetermined length in each direction, a unit for measuring radii of the pattern in the radial directions from the origin in response to the picked-up binary converted data, a unit for determining a center line of the pattern in the picked-up binary converted data array by the measured length of the first directions, and a unit for encoding the measured length of the second directions to numerals each corresponding to one length of each of the second directions. The reference circuit receives the coded numerals for a reference pattern and forms a coded reference in response to the coded numerals. The determination circuit receives coded numerals for a inspection pattern, compares a code in response to the received coded numerals with the coded reference in the reference circuit, and determines a fault in the inspection pattern.
    • 一种用于自动检查印刷电路板,半导体芯片等上的图案的改进的图案检查系统。图案检查系统包括光学传感器,二进制转换电路,以矩阵形式存储二进制转换数据的存储器,长度测量电路 ,参考电路和确定电路。 长度测量电路包括一个门单元,用于从相对于原点的径向方向从存储器拾取二进制转换的数据阵列,并在每个方向上从一个预定的长度拾取二进制转换的数据阵列;一个单元,用于测量沿径向方向的图案的半径 响应于所拾取的二进制转换数据的原点,用于通过所测量的第一方向的长度来确定所拾取的二进制转换数据阵列中的图案的中心线的单元,以及用于对所测量的二进制转换数据的测量长度进行编码的单元 第二方向与每一个对应于每个第二方向的一个长度的数字相对应。 参考电路接收用于参考图案的编码数字,并且响应于编码的数字形成编码参考。 确定电路接收用于检查图案的编码数字,将接收到的编码数字的代码与参考电路中的编码参考进行比较,并确定检查图案中的故障。
    • 47. 发明授权
    • Method of performing thermal multicolor printing
    • 执行热色彩打印的方法
    • US4707703A
    • 1987-11-17
    • US883127
    • 1986-07-08
    • Akikazu ToidaSatoshi IwataFumio TakahashiTakanobu Mimura
    • Akikazu ToidaSatoshi IwataFumio TakahashiTakanobu Mimura
    • B41J35/18B41M5/34G01D15/10
    • B41M5/345B41J35/18
    • A method of thermally printing a multicolor image on a print paper is disclosed. With this method, a lengthy multicolor image can be printed on a paper over a plurality of pages of a length determined by a length of each ink zone of an ink ribbon. First, the ink ribbon is set over a platen roller with the paper being interposed therebetween, the ink ribbon having plural groups of ink zones, the ink zones of each group carrying a plurality of heat-dissolving inks of different colors, respectively. One of the ink zones is positioned at a printing position where a thermal head contacts with the platen roller through the ink ribbon and paper. The thermal head is then activated in accordance with image data stored in a memory, and the ink ribbon and paper are advanced to effect transfer of ink so that one of color component images of the image is printed on the paper. The ink ribbon and paper are then advanced by a predetermined distance to separate the paper from the ink ribbon. The paper is then backwardly moved by a distance equal in length to the total advance of the paper effected in the transferring of ink and the separation of paper. The above operation is cyclicly carried out with respect to the other ink zones to form the multicolor image on the paper without effecting the backward movement in the final cycle. If image data is still present in the memory or if a command for causing the print operation of the image to continue is received, the paper is backwardly moved by a distance substantially equal in length to the advance of paper in the final separation of the paper.
    • 公开了一种在打印纸上热打印多色图像的方法。 通过这种方法,可以在由墨带的每个墨水区域的长度确定的长度的多个页面上的纸张上打印冗长的多色图像。 首先,墨带被设置在压纸辊上,纸张介于其间,墨带具有多组墨区,每组的墨区分别带有多种不同颜色的热溶性油墨。 一个油墨区域位于打印位置,其中热敏头通过墨带和纸与压纸辊接触。 然后根据存储在存储器中的图像数据激活热敏头,并且墨带和纸张前进以实现墨的传送,使得图像的一个颜色分量图像被打印在纸上。 然后将墨带和纸张前进预定距离以将纸与墨带分开。 然后,纸张的长度相等于在转印墨水和纸张分离中纸张的总进给量的距离。 上述操作相对于其它油墨区循环地进行,以便在纸上形成多色图像,而不会在最后的循环中产生向后的移动。 如果图像数据仍然存在于存储器中,或者如果接收到用于使图像的打印操作继续的命令,纸张在纸张的最后分离中向后移动距离大致相等于纸张的距离 。