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    • 81. 发明申请
    • BEAM IRRADIATION APPARATUS
    • 光束辐射装置
    • US20070195393A1
    • 2007-08-23
    • US11675852
    • 2007-02-16
    • Masato YamadaYoshihisa Suzuki
    • Masato YamadaYoshihisa Suzuki
    • G02B26/08
    • G02B26/101G01S7/4811G01S7/4817G01S17/936
    • An attachment lens is arranged in a stage subsequent to a scanning lens. After a laser beam is converged by the scanning lens, the laser beam is converted into a parallel beam by the attachment lens. When the scanning lens is displaced in a direction perpendicular to an optical axis of the laser beam, a traveling direction of the laser beam is bent by a predetermined angle immediately after the laser beam passes through the scanning lens. Then, the traveling direction of the laser beam is further bent by a predetermined angle in the same direction by the passage of the laser beam through the attachment lens. Accordingly, a final swing angle of the laser beam outgoing from an outgoing window is increased by a swing angle imparted by the attachment lens compared with the case where the attachment lens is not arranged. One of lens surfaces of the attachment lens is formed in a toroidal surface, which allows the laser beam to have a long outline in a vertical direction.
    • 附着透镜布置在扫描透镜之后的阶段中。 在激光束被扫描透镜会聚之后,激光束被附着透镜转换成平行光束。 当扫描透镜在与激光束的光轴垂直的方向上移位时,激光束的行进方向在激光束通过扫描透镜之后立即弯曲预定角度。 然后,激光束的行进方向通过激光束通过附着透镜而沿相同方向进一步弯曲预定角度。 因此,与未配置附件镜头的情况相比,从出射窗口射出的激光束的最终摆动角度增加了由附着镜头施加的摆动角度。 附着透镜的透镜表面之一形成在环形表面中,这允许激光束在垂直方向上具有长轮廓。
    • 83. 发明申请
    • Light emitting device and process for fabricating the same
    • 发光装置及其制造方法
    • US20060145177A1
    • 2006-07-06
    • US10546201
    • 2003-12-19
    • Kazunori HagimotoMasato Yamada
    • Kazunori HagimotoMasato Yamada
    • H01L33/00
    • H01L33/405H01L33/0079
    • A light emitting device 100 of the invention is the one using a first main surface of a compound semiconductor layer portion, having a light emitting layer section 24 therein, as a light extraction surface, and having, on the second main surface side of the compound semiconductor layer, a device-substrate 7 bonded thereto while placing, in between, a main metal layer 10 having a reflective surface reflecting light from the light emitting layer section 24 towards the light extraction surface side, and is characterized in that the device-substrate 7 is composed of a Si substrate having a conductivity type of p type, and that the device-substrate 7 has, as being formed on the main surface thereof on the main metal layer 10 side, a contact layer 31 having Al as a major component. With respect to light emitting devices configured as having a structure in which a light emitting layer section and a device-substrate are bonded while placing a metal layer in between, the invention is successful in providing a light emitting device having a desirable electro-conductivity, and a method of fabricating the same.
    • 本发明的发光装置100是使用化合物半导体层部的第一主表面,其中具有发光层部分24作为光提取表面的发光器件100,并且在化合物的第二主表面侧 半导体层,与其结合的器件基板7,同时在其间具有反射表面的主金属层10,反射表面反射来自发光层部分24的光朝向光提取表面侧,并且其特征在于,器件基板 7由具有导电类型为p型的Si衬底组成,器件衬底7在主金属层10侧的主表面上形成有以Al为主要成分的接触层31 。 对于配置为具有发光层部分和器件 - 衬底被结合在一起的结构的发光器件,在其间放置金属层的情况下,本发明成功地提供了具有期望的导电性的发光器件, 及其制造方法。
    • 84. 发明授权
    • System and method for preparation of tooling sheet, and program for preparation of tooling sheet
    • 制版工具的制作方法及制作工具的程序
    • US07035709B2
    • 2006-04-25
    • US10760459
    • 2004-01-21
    • Masato YamadaJun Oki
    • Masato YamadaJun Oki
    • G06F19/00
    • G05B19/40938G05B2219/36354Y02P90/265Y10T483/165
    • An optimum cutting tool is selected interactively in a cutting tools selection section, and a tooling sheet using the selected cutting tool is generated and output in a tooling sheet preparation section. The cutting tool selection section searches a cutting tool database using a unique order number for each cutting tool as a search key, and outputs a list of cutting tool search results, and when a declaration of intention to select an insert via the list is made, parameters indicating the recommended cutting conditions for the designated cutting tool are transferred to the tooling sheet preparation section. The tooling sheet preparation section generates and outputs tooling sheet item data for some items by computation with a prescribed formula, based on the transferred parameters. As a result, an accurate, interchangeable, and readily expandable system for the preparation of tooling sheets can be provided.
    • 在切削刀具选择部中交互地选择最佳切削刀具,并且生成使用所选择的切削刀具的加工工具,并将其输出到加工片材准备部。 切割工具选择部分使用针对每个切割工具的唯一订单号搜索切割工具数据库作为搜索关键字,并输出切割工具搜索结果的列表,并且当通过列表选择插入的意图声明时, 指示指定切削刀具的推荐切削条件的参数被转移到模具制备部分。 工装板准备部基于传送的参数,通过规定的公式计算生成并输出一些项目的工具表项目数据。 因此,可以提供用于准备工装片的精确,可互换和容易扩展的系统。
    • 85. 发明授权
    • Light emitting device and method of fabricating the same
    • 发光元件及其制造方法
    • US06995401B2
    • 2006-02-07
    • US10690479
    • 2003-10-22
    • Masato YamadaNobuhiko NotoMasanobu TakahashiKingo SuzukiShinji NozakiKazuo UchidaHiroshi Morisaki
    • Masato YamadaNobuhiko NotoMasanobu TakahashiKingo SuzukiShinji NozakiKazuo UchidaHiroshi Morisaki
    • H01L27/15
    • H01L33/14H01L33/20H01L33/42H01L2224/48091H01L2224/48247H01L2224/48465Y10S257/918H01L2924/00014H01L2924/00
    • A light emitting device having an oxide transparent electrode layer as an emission drive electrode, and designed so that damage possibly occurs during bonding of electrode wires to the bonding pads is less influential to a light emitting layer portion is disclosed. The light emitting device has the light emitting layer portion composed of a compound semiconductor and has a double heterostructure in which a first-conductivity-type cladding layer, an active layer and a second-conductivity-type cladding layer are stacked in this order; and the light emitting layer portion is applied with emission drive voltage through an oxide transparent electrode layer formed so as to cover the main surface of the second-conductivity-type cladding layer. A bonding pad composed of a metal is disposed on the oxide transparent electrode layer, and to the bonding pad an electrode wire for current supply is bonded. Between the second-conductivity cladding layer and the oxide transparent electrode layer, a cushion layer composed of a compound semiconductor having a dopant concentration lower than that of the second-conductivity-type cladding layer is disposed.
    • 公开了一种具有氧化物透明电极层作为发光驱动电极的发光元件,其设计成使得在电极线接合到接合焊盘时可能发生的损伤对于发光层部分影响较小。 发光器件具有由化合物半导体构成的发光层部分,并且具有双重异质结构,其中第一导电型包层,有源层和第二导电型包覆层依次层叠; 并且通过形成为覆盖第二导电型包层的主表面的氧化物透明电极层施加发光驱动电压。 在氧化物透明电极层上设置由金属构成的接合焊盘,并且接合用于电流供给用的电极线。 在第二导电率包层和氧化物透明电极层之间设置由掺杂剂浓度低于第二导电型包覆层的化合物半导体构成的缓冲层。
    • 86. 发明授权
    • Temperature sensitive fluid type fan coupling apparatus
    • 温敏型风机联轴器
    • US06814033B2
    • 2004-11-09
    • US10189069
    • 2002-07-02
    • Haruyasu ItoSatoshi KubotaMasato Yamada
    • Haruyasu ItoSatoshi KubotaMasato Yamada
    • F01P702
    • F16D35/025
    • A temperature sensitive fluid type fan coupling apparatus obtains linear characteristics without spoiling the drag performance. The fan coupling apparatus has a sealed case divided by a partition into an oil reservoir chamber and a torque transfer chamber. A valve is adapted to open and close an outflow regulating port in the partition in accordance with external ambient temperature. A driving disk is in the torque transfer chamber, and the transfer of torque is controlled by increasing and decreasing an effective contact surface of the oil with the driving disk. An idle oil reservoir chamber is formed in a hollow inner portion of the driving disk. A communication port is made in a side wall of the oil reservoir chamber and communicates with the torque transfer clearance. The communication port is closer to an inner circumference of the torque transfer chamber.
    • 温度敏感型风扇联轴器装置获得线性特性,而不会破坏阻力性能。 风扇联接装置具有由隔板分成储油室和转矩传递室的密封壳体。 阀适于根据外部环境温度打开和关闭分隔件中的流出调节口。 驱动盘位于转矩传递室中,通过增加和减少驱动盘的油的有效接触表面来控制转矩传递。 在驱动盘的中空内部形成有怠速储油室。 在储油室的侧壁形成有连通口,并与转矩间隙连通。 连通口靠近转矩传递室的内周。
    • 87. 发明授权
    • Light-emitting device and method for manufacturing the same
    • 发光装置及其制造方法
    • US06787383B2
    • 2004-09-07
    • US10255000
    • 2002-09-26
    • Shunichi IkedaMasato YamadaNobuhiko NotoShinji NozakiKazuo UchidaHiroshi Morisaki
    • Shunichi IkedaMasato YamadaNobuhiko NotoShinji NozakiKazuo UchidaHiroshi Morisaki
    • H01L2100
    • H01L33/38H01L33/14H01L33/20H01L33/387
    • The light-emitting device 100 has an ITO electrode layer 8 for applying drive voltage for light emission to a light emitting layer section 24, where the light from the light emitting layer section 24 is extracted as being passed through the ITO electrode layer 8. Between the light emitting layer section 24 and the ITO electrode layer 8, an electrode contact layer 7 composed of In-containing GaAs is located so as to contact with such ITO electrode layer 8, where occupied areas and unoccupied areas for the electrode contact layer 7 are arranged in a mixed manner on the contact interface with the transparent electrode layer 8. The electrode contact layer 7 can be obtained by annealing a stack 13, which comprises a GaAs layer 7″ formed on the light emitting layer section 24 and the ITO electrode layer 8 formed so as to contact with the GaAs layer 7″, to thereby allow In to diffuse from the ITO electrode layer to the GaAs layer 7″.
    • 发光装置100具有用于向发光层部分24施加用于发光的驱动电压的ITO电极层8,其中来自发光层部分24的光被提取通过ITO电极层8。 发光层部分24和ITO电极层8,由含In的GaAs组成的电极接触层7被定位成与ITO电极层8接触,其中用于电极接触层7的占据区域和未占用区域是 以与透明电极层8的接触界面上混合的方式配置。电极接触层7可以通过对包括形成在发光层部分24上的GaAs层7“和ITO电极的堆叠13进行退火而获得 形成为与GaAs层7“接触的层8,从而允许In从ITO电极层扩散到GaAs层7”。
    • 90. 发明授权
    • Apparatus for liquid-phase epitaxial growth
    • 液相外延生长装置
    • US5366552A
    • 1994-11-22
    • US897169
    • 1992-06-11
    • Masato YamadaTakao TakenakaMasahisa Endo
    • Masato YamadaTakao TakenakaMasahisa Endo
    • C30B19/06H01L21/208
    • C30B19/061
    • A method and an apparatus capable of efficiently producing an epitaxial layer grown at one time on a multiplicity of substrates with uniform thickness and quality are disclosed, in which a sealable growth chamber filled in a solution used to achieve liquid-phase epitaxial growth and holding therein at least one row of thin plate-like substrate is turned about the horizontal axis. The growth chamber is tilted or overturned so that the solution in the growth chamber is stirred homogeneously and the effect of gravity on the solution is excluded. A solution chamber for holding therein the solution is connected with the growth chamber via a gate valve. After the liquid-phase epitaxial growth, the growth chamber is overturned and then the gate valve is opened so that the solution in the growth chamber returns to the solution chamber. Thus, reuse of the solution is possible.
    • 公开了一种能够有效地制造在多个均匀厚度和质量的基板上一次生长的外延层的方法和装置,其中填充有用于实现液相外延生长和保持在其中的溶液的可密封的生长室 至少一排薄板状基板围绕水平轴转动。 生长室倾斜或翻转,使得生长室中的溶液均匀搅拌,排除重力对溶液的影响。 用于保持溶液的溶液室通过闸阀与生长室连接。 在液相外延生长之后,生长室被翻转,然后打开闸阀,使得生长室中的溶液返回溶液室。 因此,解决方案的重用是可能的。