会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 132. 发明授权
    • Information retrieval support method and information retrieval support system
    • 信息检索支持方法和信息检索支持系统
    • US06850954B2
    • 2005-02-01
    • US09905993
    • 2001-07-17
    • Noriaki KawamaeHiroshi YasudaTerumasa Aoki
    • Noriaki KawamaeHiroshi YasudaTerumasa Aoki
    • G06F12/00G06F17/30
    • G06F17/30867Y10S707/99945
    • A set of keyword candidates having orientation, with keywords input by a user as an origin, is appropriately presented. An information retrieval support system 10, for presenting candidate words to be subsequently input to input words, comprises a search sequence creation section 34 for creating a search sequence of a set of input words input by a user arranged in chronological order, a search sequence DB 36 for storing storage sequences, a hash creation section 38 for creating a hash that has keyed particular input words based on stored sequences, a hash DB 40 for storing created hashes, a hash acquisition section 44 for acquiring a hash for keying the input words from the hash database in response to input words supplied via a search engine 31, an index calculating section 46 for calculating an index relating to words contained in a hash, and a directory creation section 48 for creating a word directory by arranging the input words in a word directory for the keys roots when the words satisfy a specified condition, wherein the created word directory is output.
    • 适当地呈现由用户输入的关键字作为原点的具有取向的一组关键词候选者。 用于呈现随后输入到输入字的候选词的信息检索支持系统10包括:搜索序列创建部分34,用于创建由按照时间顺序排列的用户输入的一组输入字的搜索序列;搜索序列DB 36,用于存储存储序列;散列创建部分38,用于基于存储的序列创建具有键入的特定输入字的散列;用于存储创建的散列的散列DB 40;散列获取部分44,用于获取用于从 响应于通过搜索引擎31提供的输入字的哈希数据库,用于计算与散列中包含的词相关的索引的索引计算部分46,以及用于通过将输入词排列在一个目录中来创建词目录的目录创建部分48 当词满足指定条件时,键根的单词目录,其中输出所创建的单词目录。
    • 133. 发明授权
    • Horn switch for a steering wheel
    • 方向盘的喇叭开关
    • US06508485B2
    • 2003-01-21
    • US09852143
    • 2001-05-10
    • Mitsuhiro KikutaYoshiyuki FujitaHiroshi YasudaYuji SekitomiToshihiro Kimura
    • Mitsuhiro KikutaYoshiyuki FujitaHiroshi YasudaYuji SekitomiToshihiro Kimura
    • B60R2116
    • B60R21/2037B60Q5/003
    • A horn switch includes a stationary member, a movable member, a spring and a connecting bolt. The stationary member has a stationary contact and is supported on a steering wheel body The movable member has a movable contact and is arranged above the stationary member. The connecting bolt allows downward movements of the movable member and prescribes a distance of the movable contact from the stationary contact. The connecting bolt is provided with a head and a shank. The head abuts against an underside of the stationary member. The shank extends upward from the head to be fastened to a threaded hole in the movable member. Prior to fastening, the connecting bolt is temporarily fixed to the stationary member by latch legs. The latch legs latch a lower surface of the head in a manner to permit the connecting bolt to be fastened to the movable member.
    • 喇叭开关包括固定构件,可动构件,弹簧和连接螺栓。 固定构件具有固定接触件并且被支撑在方向盘主体上。可移动构件具有可动触头并且布置在固定构件上方。 连接螺栓允许可动构件的向下运动,并且规定可动触头与固定触点的距离。 连接螺栓设置有头部和柄部。 头部抵靠固定构件的下侧。 柄从头部向上延伸以被紧固到可动构件中的螺纹孔。 在紧固之前,连接螺栓通过闩锁腿临时固定到固定构件。 闩锁腿以允许连接螺栓紧固到可动构件的方式闩住头部的下表面。
    • 134. 发明授权
    • Electron gun used in an electron beam exposure apparatus
    • 用于电子束曝光装置的电子枪
    • US06252344B1
    • 2001-06-26
    • US09335398
    • 1999-06-17
    • Yoshihisa OoaeTakamasa SatohAkio YamadaHiroshi Yasuda
    • Yoshihisa OoaeTakamasa SatohAkio YamadaHiroshi Yasuda
    • H01J2976
    • H01J37/241H01J2237/3175
    • An electron gun, preferably a four-pole electron gun, used in an electron beam exposure apparatus is formed by: a cathode for emitting an electron beam when supplying a negative and high-accelerated voltage; a first grid provided downstream of the cathode for focusing a crossover image of the electron beam when supplying a voltage which becomes a reverse bias for the cathode, and the cathode and the first grid being arranged at a high voltage side of a high voltage insulator; an anode for collecting the electron beam which passes through the first grid, and being arranged at a low voltage side of the high voltage insulator; and a second grid provided at the high voltage side of the high voltage insulator and between the first grid and the anode, and having an aperture for limiting an amount of the electron beam passing therethrough. A voltage which becomes a forward bias for the cathode is supplied to the second grid, and the crossover image is focused at the aperture of the second grid.
    • 电子束曝光装置中使用的优选四极电子枪的电子枪是通过以下方式形成的:用于在提供负高和高加速电压时发射电子束的阴极; 设置在阴极的下游的第一栅极,用于在提供成为阴极的反向偏压的电压时使聚焦电子束的交叉图像,并且阴极和第一栅极布置在高压绝缘体的高压侧; 用于收集通过第一栅格的电子束并且布置在高压绝缘体的低电压侧的阳极; 以及设置在高压绝缘子的高压侧和第一栅极与阳极之间的第二栅极,并且具有用于限制通过其中的电子束的量的孔。 成为阴极的正向偏压的电压被提供给第二栅极,并且交叉图像聚焦在第二栅极的孔径处。
    • 137. 发明授权
    • Method and system for changed particle beam exposure
    • 带电粒子束曝光的方法和系统
    • US5910658A
    • 1999-06-08
    • US27470
    • 1998-02-20
    • Soichiro AraiKenichi MiyazawaHidefumi YabaraHiroshi YasudaTakayuki Nakatani
    • Soichiro AraiKenichi MiyazawaHidefumi YabaraHiroshi YasudaTakayuki Nakatani
    • H01J37/305G03F7/20H01J37/04H01J37/317H01L21/027H01J37/302
    • B82Y10/00B82Y40/00G03F7/2059H01J37/045H01J37/3174H01J2237/0435
    • Adjusting variable delay circuit 311, receiving signal S1, is connected to the input of drive circuit 312. A time point t1, when the output potential of drive circuit 312 traverses reference potential VA between the potential Va of traveling wave V1F of the output potential and 0 V, is detected by comparator 52 for detecting the front edge of V1F, detecting variable delay circuit 50 for delaying signal S1 and D flip-flop 51 for holding the output of comparator 52 at the timing of front edge of the signal outputted from delay circuit 50. A time point t2, when the output potential of drive circuit 312 traverses reference potential VB between the superimposed potential of traveling wave V1F and reflected wave V1B and VA, is detected by comparator 62 for detecting the front edge of V1B, detecting variable delay circuit 60 for delaying signal S1 and D flip-flop 61 for holding the output of comparator 62 at the timing of front edge of the signal outputted from delay circuit 60. The delay time of adjusting variable delay circuit 311 is set so that value {t1+(t2-t1)/2} becomes substantially same as to all the output potentials of drive circuit 31 and so on.
    • 调节可变延迟电路311,接收信号S1连接到驱动电路312的输入端。时间点t1,当驱动电路312的输出电位在输出电位的行波V1F的电位Va和 0 V被比较器52检测,用于检测V1F的前沿,检测可变延迟电路50用于延迟信号S1和D触发器51,用于保持比较器52的输出在从延迟输出的信号的前沿的定时 当驱动电路312的输出电位在行波V1F和反射波V1B与VA之间的叠加电位之间经过参考电位VB时,由比较器62检测V1B的前沿,检测变量 延迟电路60,用于在从延迟电路60输出的信号的前沿的定时处延迟用于保持比较器62的输出的信号S1和D触发器61.延迟时间 设定调节可变延迟电路311的e值使得值{t1 +(t2-t1)/ 2}与驱动电路31的所有输出电位等基本相同。
    • 140. 发明授权
    • Method of exhausting silicon oxide
    • 排出氧化硅的方法
    • US5573591A
    • 1996-11-12
    • US425444
    • 1995-04-20
    • Kazuhiro IkezawaHiroshi YasudaAkira TanikawaHiroyuki KojimaKoji HosodaYoshifumi Kobayashi
    • Kazuhiro IkezawaHiroshi YasudaAkira TanikawaHiroyuki KojimaKoji HosodaYoshifumi Kobayashi
    • C30B15/00C30B29/06H01L21/208C30B15/20
    • C30B29/06C30B15/00Y10T117/1068Y10T117/1072
    • A monocrystal pulling apparatus according to the Czochralski technique, provided with a flow controller which guides a carrier gas supplied from the top of a pulling cheer to the surface of a melt of a material forming the monocrystal and exhausts the silicon oxide vaporizing from the surface of the melt to the outside of the pulling chamber and which surrounds the pulled monocrystal near the surface of the melt and is provided partially inside a crucible, wherein the flow controller has a tubular portion which has an outer diameter smaller than the inner diameter of the crucible and extends substantially perpendicularly along the direction of downward flow of the carrier gas, a constricted diameter portion which constricts in diameter from the bottom end of the tubular portion and forms a bottom gap with the pulled monocrystal, and an engagement portion which projects out from the top of the tubular portion and forms a top gap at the outer circumference of the tubular portion of the flow controller by supporting the flow controller partially in the pulling chamber. As a result, a first flow path through which the carrier gas flows toward said bottom gap is defined between the inside of the tubular portion and the pulled monocrystal, a second flow path is defined comprised of a flow path of the carrier gas passing through the top gap and a flow path of the carrier gas passing from the first flow path through the bottom gap and then passing between the surface of the silicon melt and flow controller. The silicon oxide is exhausted together with the carrier gas through the second flow path to the outside of the pulling chamber.
    • 根据切克劳斯基技术的单晶拉制装置,其具有流量控制器,该流量控制器将从拉动振动器的顶部供给的载气引导到形成单晶的材料的熔体的表面,并从其表面蒸发氧化硅 熔化到拉动室的外部并且围绕熔融物表面附近的被拉取的单晶体并且部分地设置在坩埚内部,其中流量控制器具有管状部分,其外径小于坩埚的内径 并且沿着载气向下流动的方向基本上垂直地延伸,所述收缩直径部分从所述管状部分的底端直径收缩并与所述拉制的单晶形成底部间隙;以及接合部分, 在管状部分的顶部并且在f的管状部分的外圆周处形成顶部间隙 低控制器通过部分地在牵引室中支撑流量控制器。 结果,载体气体朝向所述底部间隙流动的第一流动路径被限定在管状部分和拉出的单晶体的内部之间,第二流动路径被限定为穿过载体气体的载气的流动路径 顶部间隙和从第一流动通过底部间隙的载气的流动路径,然后在硅熔体的表面和流量控制器之间通过。 氧化硅与载气一起通过第二流动路径排出到拉动室的外部。