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    • 32. 发明申请
    • Apparatus and method for processing wafer
    • 晶圆处理装置及方法
    • US20060191482A1
    • 2006-08-31
    • US11074717
    • 2005-03-09
    • Seiichiro KannoJunichi TanakaGo MiyaTsunehiko TsuboneAkitaka MakinoToshio Masuda
    • Seiichiro KannoJunichi TanakaGo MiyaTsunehiko TsuboneAkitaka MakinoToshio Masuda
    • C23C16/00
    • H01L21/32137H01J37/32935H01J37/3299H01J2237/2001H01L21/67069H01L21/67109
    • A wafer processing apparatus capable of obtaining a uniform CD distribution within a wafer is provided. The wafer processing apparatus comprises at least two separate circuits of temperature regulating means provided in a wafer stage, a plurality of cooling gas pressure regulating means for feeding cooling gas between the semiconductor wafer and the wafer stage, means for regulating heater input power, and a control computer. The control computer receives input of line width dimensions resulting from processes in an arbitrary plurality of temperature conditions obtained by changing at least one of the conditions of the temperature of the temperature regulating agent, the cooling gas pressure, and the input power of the heater. The line width dimensions are used to calculate, and control, at least one of the temperature of the temperature regulating agent, the cooling gas pressure, and the input power of the heater for obtaining an arbitrary etching line width dimension.
    • 提供能够在晶片内获得均匀的CD分布的晶片处理装置。 晶片处理装置包括设置在晶片台中的温度调节装置的至少两个分离电路,用于在半导体晶片和晶片台之间供给冷却气体的多个冷却气体压力调节装置,用于调节加热器输入功率的装置和 控制电脑。 控制计算机接收由通过改变温度调节剂的温度,冷却气体压力和加热器的输入功率的至少一个条件而获得的任意多个温度条件下的处理产生的线宽尺寸的输入。 线宽尺寸用于计算和控制温度调节剂的温度,冷却气体压力和加热器的输入功率中的至少一个,以获得任意的蚀刻线宽度尺寸。
    • 36. 发明授权
    • Apparatus and method for monitoring plasma processing apparatus
    • 用于监测等离子体处理装置的装置和方法
    • US06796269B2
    • 2004-09-28
    • US10229027
    • 2002-08-28
    • Ichiro SasakiToshio MasudaMuneo FuruseHideyuki Yamamoto
    • Ichiro SasakiToshio MasudaMuneo FuruseHideyuki Yamamoto
    • C23C16509
    • H01J37/32009H01J37/32935
    • The present apparatus comprises a vacuum process chamber 100 that contains an upper electrode 110 having a conductive plate 115 with gas supply holes for supplying a process gas and a lower electrode 130 having a platform on which a sample is to be mounted; process gas supply means 117 for supplying the process gas to the gas supply holes in the upper electrode 110 and exhaust means 106 for exhausting the vacuum process chamber; a high frequency power supply 121 for applying a high frequency power to the upper electrode to generate a plasma between the upper and lower electrodes; a high frequency bias power supply 122 for applying a high frequency power to the upper electrode to generate a direct current bias potential in the upper electrode; and abnormal discharge determination means 152 for determining whether an abnormal discharge has occurred or not based on the direct current bias potential generated in the upper electrode.
    • 本装置包括真空处理室100,其包含具有导电板115的上电极110,该导电板115具有用于供应处理气体的气体供应孔和具有其上将要安装样品的平台的下电极130; 用于将处理气体供给到上电极110中的气体供给孔和用于排出真空处理室的排气装置106的处理气体供给装置117; 用于向上部电极施加高频电力以在上部电极和下部电极之间产生等离子体的高频电源121; 用于向上部电极施加高频电力以在上部电极中产生直流偏置电位的高频偏置电源122; 以及异常放电判定单元152,用于根据在上部电极中产生的直流偏置电位来判定是否发生异常放电。
    • 39. 发明授权
    • Elevator group supervisory control system for processing hall call information
    • 电梯组监控系统,用于处理门厅通话信息
    • US06533075B2
    • 2003-03-18
    • US09958278
    • 2001-10-09
    • Toshio Masuda
    • Toshio Masuda
    • B66B118
    • B66B1/3453B66B1/18B66B1/34B66B1/3415B66B1/3423B66B1/3446B66B2201/4623B66B2201/463
    • An elevator group supervisory control system includes individual car control units which individually control elevator units, hall control units which control hall equipment including hall call buttons provided on each floor, a group supervisory control unit which processes assignment of elevators based on hall information transmitted from the plurality of hall control units, and a communication control unit having an independent power supply for each individual car control unit, the communication control unit being connected with a corresponding individual car control unit, a corresponding hall control unit, and the group a supervisory control unit for, data communications. The transmission paths of the communication control units and the group supervisory control unit are connected with each other through buses to constitute the elevator group supervisory control system. Thus, communications between the hall control units and the group supervisory control unit become effective even if the individual car control units are down, as a result of which it becomes unnecessary to connect the hall call buttons with the hall control units for backup purposes, simplifying arrangement of connections.
    • 电梯组管理控制系统包括单独控制电梯单元的单独的轿厢控制单元,控制每个楼层上设置的门厅呼叫按钮的厅厅设备的门厅控制单元,基于从所述电梯单元发送的门厅信息来处理电梯的分配的组管理控制单元 多个门厅控制单元和具有用于每个单独的轿厢控制单元的独立电源的通信控制单元,所述通信控制单元与相应的单独的轿厢控制单元,相应的门厅控制单元连接,并且所述组是监视控制单元 数据通信。 通信控制单元和组监控单元的传输路径通过总线相互连接,构成电梯组监控系统。 因此,即使各个轿厢控制单元关闭,霍尔控制单元和群组管理单元之间的通信变得有效,结果不需要将门厅呼叫按钮与门厅控制单元连接起来用于备份,简化 安排连接。