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    • 51. 发明专利
    • LIGHTING DEVICE FOR METAL VAPOR DISCHARGE LAMP
    • JPS6081758A
    • 1985-05-09
    • JP18841083
    • 1983-10-11
    • HITACHI LTD
    • ARAI YOUJIYAMADA FUJIOUENO YUUKICHINOGAMI TAROUWATANABE MAKOTO
    • H01J61/54
    • PURPOSE:To reduce voltage of a power source for starting electric discharge by providing an auxiliary electrode for starting electric discharge on an outer wall of a luminous tube or an outer wall of an outer tube. CONSTITUTION:A changeover switch 11 connected with a metal vapor discharge tube so as to turn on a high tension power source 12 side of the discharge tube for starting electric discharge. The aforesaid high tension power source supplies 600V, 1A for the electric discharge tube. When high tension is supplied from a triggering power source 13 for generating high tension due to a piezo-electric element, etc., to an auxiliary electrode 14 for starting discharge wound ring-shaped around the outside of the discharge tube, xenon gas contained in the luminous tube 1 causes instantaneous discharge to be effected. Then, glow discharge is started from the power source 12 for starting discharge. When the discharge changes to arcing, a changeover switch 11 is changed over to a normally discharging power souce 10 side providing DC 200V, 1A. The changeover switch 11 uses a timer for 2 to 10sec.
    • 52. 发明专利
    • Multisensing ion selection fet
    • 多功能离子选择FET
    • JPS59217149A
    • 1984-12-07
    • JP9072983
    • 1983-05-25
    • Hitachi Ltd
    • AKAE TSUTOMUWATANABE MAKOTO
    • G01N27/00G01N27/414G01N27/30
    • G01N27/414
    • PURPOSE:To elevate the integration without degrading characteristics such as sensitivity and S/N ratio by arranging one source in common to a plurality of ion selection sensitive film to increase the integration of an ISFET with a reduced ratio of the source area to the total area. CONSTITUTION:A common source 2 and drains 11-14 are formed on a P type Si substrate and an SiO2 film 3 and an Si3N4 film 4 are attached thereon to make an insulator, on which Na selection sensitive film 31, a K selection sensitive film 32, a Co selection sensitive film 33 and a Cl selection sensitive film 34 are formed. In other words, the source 3 is arranged in common to reduce the ratio thereof 2 to the total area thereby elevating the sensitivity with an higher area ratio of the sensitive films 31-34. In addition, drains 11-14 of individual sesitive sections are arranged between a part of the common source 2 to improve the shield effect and the S/N ratio.
    • 目的:通过将多个离子选择敏感膜共同设置一个源来提高集成度,而不会降低灵敏度和信噪比等特性,从而增加ISFET与源区域与总区域的比例降低的积分 。 构成:在P型Si衬底上形成共同的源极2和漏极11-14,并且在其上附着有SiO 2膜3和Si 3 N 4膜4,以形成绝缘体,在其上形成Na +选择敏感膜31,K 选择感光膜32,Co ++选择敏感膜33和Cl - 选择敏感膜34。 换句话说,源3被共同布置,以将其比例2减小到总面积,从而以敏感膜31-34的较高面积比提高灵敏度。 此外,在公共源2的一部分之间设置单个节段的排水口11-14,以提高屏蔽效果和S / N比。
    • 53. 发明专利
    • Spectrum displaying type spectrophotometer
    • 光谱显示型分光光度计
    • JPS58201049A
    • 1983-11-22
    • JP8312882
    • 1982-05-19
    • Hitachi Ltd
    • WATANABE MAKOTOSONOBE SHIGERU
    • G01N21/27G01J3/28
    • G01J3/2803
    • PURPOSE:To make automatic correction of drift possible, by storing the input of an array type photodetector when a control liquid is passed into a flow cell, then calculating and displaying the difference of the input from the input when a sample is passed, and, on the other hand, renewing the storage through discriminating a subsequent control liquid. CONSTITUTION:Light from a light source 1 is passed through a condenser lens 2, and is transmitted through a flow cell 3. An array type photodetector 6 is arranged at the position of image-formation of the spectrum generated by a spectroscope composed of an incidence slit 4 and a concave diffraction grating 5. The signal outputted by the photodetector 6 is amplified by an amplifier 7, stored and calculated by a microcomputer 8 to display on a display 9 as spectrum. That is, since the computer 8 serves to discriminate whether the signal is the control signal or not, to store and renew the control signal, to calculate the ratio of the sample signal to the control signal, or the difference between them, and to display the output, it makes automatic correction of the drift possible, in spite of its mode of single beam.
    • 目的:为了进行漂移的自动校正,通过在控制液体流入流通池时存储阵列式光电检测器的输入,然后计算并显示样品通过输入时的输入差, 另一方面,通过区分后续的控制液来更新存储。 构成:来自光源1的光通过聚光透镜2,并透过流通池3.阵列型光检测器6配置在通过由入射光所构成的分光镜产生的光谱成像位置 狭缝4和凹面衍射光栅5.由光电检测器6输出的信号由放大器7放大,由微型计算机8存储和计算,以在频谱上显示在显示器9上。 也就是说,由于计算机8用于鉴别信号是否是控制信号,以存储和更新控制信号,以计算采样信号与控制信号的比率或它们之间的差异,并且显示 输出,尽管有单波束的模式,它可以自动校正漂移。
    • 54. 发明专利
    • PRODUCTION OF PARTS REQUIRING COMPOUND CHARACTERISTICS
    • JPS5819411A
    • 1983-02-04
    • JP11523181
    • 1981-07-24
    • HITACHI LTD
    • IWAMURA RIYOUJIWATANABE MAKOTOMURAKAMI HIROYA
    • B22F3/04B22F5/04B22F7/06B23K20/00
    • PURPOSE:To obtain parts requiring compound characteristics such as radial bearings of stable quality at a low cost by packing powder of dissimilar metals by separating with partition walls made of thin plastics films in a case provided with said partition walls and modling the powder hydrostatically then heating the molding. CONSTITUTION:Partition walls 1 which are thin films made of plastics such as methacrylate that cause depolymerization reaction at temp. below sintering temp. are provided in a case 2, and a body 2a and bearing hole forming parts 2b of radial bearings, etc. are formed. Powder 3 of a metallic alloy which is an abrasion resistant material is packed between the walls 1 and the parts 2b, and ferrous powder 4 as a material for imparting strength is packed on the outer side of the body 2a and the walls 1, then covers 5 are put on. After the case 2 is compressively molded by exerting a hydrostatic pressure thereupon, the case is put in a sintering furnace and is heated for pretreatment, whereby the walls 1, the case 2 and the covers 5 are removed. The molding is sintered at high temp. whereby the sintered body for the parts requiring compound characteristics such as radial bearings wherein the interfaces of the metallic powders 3, 4 are joined by diffusion is obtained.
    • 55. 发明专利
    • ELECTRON BEAM MACHINING DEVICE
    • JPS57209786A
    • 1982-12-23
    • JP9227581
    • 1981-06-17
    • HITACHI LTD
    • HATA SEIJITERABAYASHI TAKAOARAKAWA NORIYOSHIWATANABE MAKOTO
    • B23K15/00B23K15/08
    • PURPOSE:To machine many holes which are disposed in high density at a high speed by combining a mechanical traveling mechanism with an electron beam machining device. CONSTITUTION:A computer 13 is beforehand stored with the positions to be machined with holes according to the moving course of an X-Y table 4, reads the current position determined in accordance with the output of an encoder 8 by reading the output of a position detecting circuit 11C and determines the next hole machining timing. When the X-Y table 4 moves to the hole machining position, the computer command the hole machining position to a target value setting circuit 11e. To drive the table 4, the computer 13 sets the extent of its movement to a movement control circuit 12b, and when the movement command is emitted, the circuit 12b outputs a control signal to a servocontrol system while considering accelerations and deceleration speed, and a servocontrol driving circuit 12a drives the table 4 by means of a motor 6 and a tachogenerator provided to the motor 6, thereby moving the table.
    • 57. 发明专利
    • High-voltage circuit breaker
    • 高压断路器
    • JP2013176294A
    • 2013-09-05
    • JP2013104820
    • 2013-05-17
    • Hitachi Ltd株式会社日立製作所East Japan Railway Co東日本旅客鉄道株式会社
    • KOJO TATSUROWATANABE MAKOTOITO KOICHITOKUNAGA KAZUYAKITABAYASHI HIDEAKI
    • H02B13/02B60L15/00B61G5/10
    • PROBLEM TO BE SOLVED: To provide a method capable of electrically separating vehicle units in an underfloor work.SOLUTION: In a formation vehicle configured by coupling vehicle units, power supply units of the vehicle units are electrically connected with each other through a high-voltage through circuit threaded in the vehicles configuring the formation vehicle. To the high-voltage through circuit, a high-voltage circuit breaker disconnecting the power supply unit between the respective vehicle units is installed. The high-voltage circuit breaker is configured by a vacuum circuit breaker blocking power feeding to the power supply units; and a mechanical circuit breaker connected to the vacuum circuit breaker and disconnecting the plurality of connected power supply units. The high-voltage circuit breaker is configured to open and close an apparatus box installed under a floor of the vehicle and covering the mechanical circuit breaker. The mechanical circuit breaker is handled in an underfloor work.
    • 要解决的问题:提供一种能够在地板下工作中电动分离车辆单元的方法。解决方案:在通过联接车辆单元构造的地层车辆中,车辆单元的电源单元通过高压电彼此电连接 通过电路穿过构成地面车辆的车辆。 对于高压通过电路,安装断开各车辆单元之间的电源单元的高压断路器。 高压断路器由真空断路器构成,阻断对电源单元的供电; 以及连接到真空断路器并断开多个连接的电源单元的机械断路器。 高压断路器构造成打开和关闭安装在车辆底部的装置箱并覆盖机械断路器。 机械断路器在地板下工作。
    • 58. 发明专利
    • Railroad vehicle structure, and method for manufacturing the same
    • 铁路车辆结构及其制造方法
    • JP2013071469A
    • 2013-04-22
    • JP2011209545
    • 2011-09-26
    • Hitachi Ltd株式会社日立製作所Gh Craft Ltd株式会社ジーエイチクラフト
    • SAWADA TAKAHIKOTAKECHI MICHIFUMIWATANABE MAKOTOKINOSHITA SHINJIKIMURA MANABU
    • B61F1/14B61D17/10
    • PROBLEM TO BE SOLVED: To provide a railroad vehicle chassis frame structure, with which a structure of a railroad vehicle can be made lightweight without degrading its strength or rigidity in order to deal with increase of noise generated upon impact to a track or during traveling and operation power costs resulted from increase of speed of the railroad vehicle, in a railroad vehicle structure.SOLUTION: In the railroad vehicle, a railroad vehicle structure is placed on bogies. The railroad vehicle structure is composed of a chassis frame, a side structure, a roof structure and an end structure by combining and joining them. In the railroad vehicle, a floor member of the chassis frame of the railroad vehicle structure is configured so that each of the upper floor panel material 13a, lower floor panel material 13b, oblique panel material 13c, which obliquely connects the upper and lower panel materials 13a and 13b, and vertical panel material 13d, which vertically connects the upper and lower panel materials 13a and 13b, of the floor structure 13 of an intermediate chassis frame between the bogy at one terminal side in a traveling direction of the railroad vehicle structure and the bogy at another terminal side is composed of a complex panel material including: a core material made of a material having flame resistance and heat insulating properties; and a surface material made of a fiber reinforced resin complex material disposed on both surfaces of the core material.
    • 要解决的问题:提供一种铁路车辆底盘框架结构,铁路车辆的结构可以轻量化而不会降低其强度或刚度,以便处理对轨道产生的噪音的增加或 在铁路车辆结构中由于铁路车辆的速度增加而导致的行驶和运行中的动力成本。

      解决方案:在铁路车辆中,将铁路车辆结构放置在转向架上。 铁路车辆结构由底盘框架,侧面结构,屋顶结构和端部结构组成并结合在一起。 在铁路车辆中,铁路车辆结构的底盘框架的地板构件被构造成使得上部地板材料13a,下部地板材料13b,倾斜面​​板材料13c中的每一个将上部和下部面板材料 13a和13b以及在铁路车辆结构的行进方向的一个端部侧的转向架的中间机架框架的底板结构13的上下面板材料13a和13b之间垂直连接的垂直面板材料13d和 另一终端侧的转向架由复合面板材料构成,包括:由具有阻燃性和绝热性的材料制成的芯材; 以及由芯材的两面设置的由纤维增强树脂复合材料制成的表面材料。 版权所有(C)2013,JPO&INPIT

    • 60. 发明专利
    • Noiseproofing sidewall for current collector, method for manufacturing for the noiseproofing sidewall, and railcar having the noiseproofing sidewall
    • 电流收集器的噪声防护装置,噪声防护装置的制造方法以及具有噪声防护装置的雷达
    • JP2009247159A
    • 2009-10-22
    • JP2008092377
    • 2008-03-31
    • Hitachi Ltd株式会社日立製作所
    • HASHIMOTO YUKIKINOSHITA SHINJIWATANABE MAKOTOHORIBATAKE KATSUTOSHINAKAYAMA KIYOMI
    • B60L5/24B61D49/00G10K11/16
    • PROBLEM TO BE SOLVED: To provide a noiseproofing sidewall for a current collector which provides high assembling precision, hardly requires straightening to provide fine workability, attains reduction in weight, and reduces the manufacturing cost, and to provide a method for manufacturing for the noiseproofing sidewall and a railcar, using the noiseproofing sidewall. SOLUTION: The noiseproofing sidewalls 3a and 3b for the current collector are made out of an extrusion hollow material 20 as a main member that is consituted of two face plates and a plurality of connection plates connecting the face plates. A railcar 1 has the noiseproofing sidewalls 3a and 3b for the current collector that are disposed on both sides in the car-width direction of a roof structure 1a, in correspondence with a pantograph 2 disposed on the roof structure 1a. The noiseproofing sidewalls 3a and 3b can be manufactured, by alternately cutting sidewalls from among the elongated extrusion hollow material 20 in sequence along the longitudinal direction of the material 20. At traveling of the railcar, by allowing airflow to pass through the cavities formed of the face plates and connection plates inside the cutting sidewalls 3a and 3b, aerodynamic noises generated from the sidewalls themselves are restrained. COPYRIGHT: (C)2010,JPO&INPIT
    • 要解决的问题:为了提供提供高组装精度的集电器的防噪声侧壁,几乎不需要矫直以提供精细的可加工性,减轻重量并降低制造成本,并且提供一种制造方法 防噪声侧壁和轨道车,使用防噪声侧壁。 解决方案:用于集电器的防噪声侧壁3a和3b由作为主要部件的挤出中空材料20制成,该主要部件由两个面板和连接面板的多个连接板构成。 轨道车1具有设置在屋顶结构1a的车宽方向两侧的集电体的防噪声侧壁3a和3b,与设置在屋顶结构1a上的集电弓对应。 隔音侧壁3a和3b可以通过沿着材料20的纵向顺序地从细长挤出中空材料20中顺序地切割侧壁来制造。在轨道车辆的行进中,通过允许气流穿过由 切割侧壁3a和3b内的面板和连接板,限制了从侧壁本身产生的空气动力学噪声。 版权所有(C)2010,JPO&INPIT