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    • 74. 发明申请
    • DISK SUPPORTING DEVICE
    • 磁盘支持设备
    • WO1999034365A1
    • 1999-07-08
    • PCT/JP1997004852
    • 1997-12-25
    • MITSUBISHI DENKI KABUSHIKI KAISHAMORIMOTO, TakaoFUJIWARA, TatsunoriKOBAYASHI, Masaki
    • MITSUBISHI DENKI KABUSHIKI KAISHA
    • G11B19/20
    • G11B17/054G11B17/0284G11B19/2009
    • A disk supporting device which supports a disk that serves as such a recording medium as the optical disk device or magneto-optical disk device. The disk supporting device is constituted of the rotating shaft (2) of a driving motor (1) which is protruded upward from the motor (1), upper and lower bearings (9 and 10) which are respectively provided above and below the motor (1) and rotatably support the shaft (2), a thrust bearing (12) which supports the bottom section of the shaft (2), a turntable (4) which is coaxially put on the shaft (2) on the projecting side of the shaft (2) and mounts a disk (5), a disk holding body (13) having a disk holding section (13a) which holds the disk (13a) in the axial direction of the shaft (2) on the bottom side and a spherical projection (13b) which is provided coaxially with the shaft (2) on the top side, a motor mounting base (3) for mounting the motor (1), a pressurizing spring (8) which is provided across the base (3) and the pressurizing arm (14) described below, and the arm (14) one end of which is attached pivotally to the base (3) and the other end of which has an inclined section (14a) inclined at an angle between 95 DEG and 104 DEG from the axial center of the shaft (2) and which pressurizes the projection (13b) of the disk holding body (13) against the rotating shaft in the axial direction of the shaft (2) and the direction perpendicular to the axial direction with the inclined section (14a).
    • 一种盘支撑装置,其支撑用作像光盘装置或磁光盘装置这样的记录介质的盘。 盘支撑装置由电动机(1)向上突出的驱动电动机(1)的旋转轴(2),分别设置在电动机的上下的上下轴承(9和10) 1),并且可旋转地支撑轴(2),支撑轴(2)的底部的止推轴承(12),转台(4),其同轴地放置在轴(2)的突出侧上 轴(2)并且安装盘(5),盘保持体(13)具有在底侧上沿轴(2)的轴向保持盘(13a)的盘保持部(13a),并且 与上侧的轴(2)同轴设置的球面突起(13b),用于安装电动机(1)的电动机安装基座(3),设置在基座(3)两侧的加压弹簧(8) 和下述的加压臂(14),臂(14)的一端枢转地安装在基座(3)上,另一端具有倾斜部(14) a)从轴(2)的轴向中心倾斜角度在95度和104度之间,并且将轴保持体(13)的突起(13b)沿着轴的轴向压靠在旋转轴上 2)和与倾斜部分(14a)垂直于轴向的方向。
    • 75. 发明申请
    • LITHIUM ION SECONDARY BATTERY
    • 锂离子二次电池
    • WO1999031748A1
    • 1999-06-24
    • PCT/JP1997004600
    • 1997-12-15
    • MITSUBISHI DENKI KABUSHIKI KAISHAYOSHIDA, YasuhiroHAMANO, KoujiSHIOTA, HisashiAIHARA, ShigeruINUZUKA, TakayukiMURAI, MichioSHIRAGA, Syo
    • MITSUBISHI DENKI KABUSHIKI KAISHA
    • H01M10/40
    • H01M2/1673H01M2/168H01M4/13H01M6/10H01M10/0431H01M10/0525H01M2004/021
    • A lithium ion secondary battery which can keep an electric connection between active material layers and separators without using a strong case, which can be formed to any shape such as the one with a high energy density or a small thickness, and which has an excellent charging and discharging characteristic and has a large capacity for cell. Positive and negative active material particles are joined to a positive and a negative collectors respectively using binder resin to form a positive pole and a negative pole. Positive and negative active material layers and separators are so joined with binder resin that the junction strength between the separator and the positive active material layer, and between the separator and the negative active material layer, may be at least the same as that between the positive collector and the positive active material layer, and between the negative collector and the negative active material layer, to form a flat multilayer battery body with a plurality of electrode laminates. Electric connection between the electrodes can be obtained by keeping an electrolytic solution including lithium ions in spaces between the positive active material layers and the separators, and between the negative active material layers and the separators.
    • 一种锂离子二次电池,其可以在不使用能够形成为具有高能量密度或小厚度的任何形状的强力壳体的情况下保持活性物质层和隔板之间的电连接,并且具有优异的充电 放电特性,电池容量大。 分别使用粘合剂树脂将正极和负极活性材料颗粒连接到正极和负极集电体以形成正极和负极。 正极和负极活性材料层和隔板与粘合剂树脂接合,隔板和正极活性物质层之间以及隔板和负极活性物质层之间的接合强度可以至少与阳极 集电体和正极活性物质层,负极集电体和负极活性物质层之间形成具有多个电极层叠体的扁平多层电池体。 电极之间的电连接可以通过将包含锂离子的电解溶液保持在正极活性物质层和隔板之间的空间以及负极活性物质层和隔板之间来获得。
    • 76. 发明申请
    • INFRARED SOLID STATE IMAGE SENSING DEVICE
    • 红外固态图像感测装置
    • WO1999031471A1
    • 1999-06-24
    • PCT/JP1997004676
    • 1997-12-18
    • MITSUBISHI DENKI KABUSHIKI KAISHAKIMATA, Masafumi
    • MITSUBISHI DENKI KABUSHIKI KAISHA
    • G01J01/02
    • G01J5/20G01J5/34
    • An infrared solid state image sensing device is characterized by an infrared absorbing section (400) which is formed corresponding to each of pixels arrayed in a two-dimensional manner and adapted for absorbing and transducing incident infrared rays into heat, a temperature detector section (300) arranged on a semiconductor substrate (1) corresponding to each of pixel arrays constituted by a plurality of serially connected silicon pn junction diodes which are biased in a forward direction, a cavity section (200) formed in each region on the semiconductor substrate (1) where the temperature detector section (300) is formed, a supporting mechanism (supporting legs 21, 22) constituted with a material of high thermal resistivity for supporting the temperature detector section on the semiconductor substrate above the cavity section, and a junction column (140) for holding the infrared absorbing section (400) away from the temperature detector section (300) and for thermally coupling the infrared absorbing section (400) and the temperature detector section (300). Thus, all manufacturing processes except for removal of a sacrifice layer may be carried out on a silicon VLSI process line, and no active element except for the silicon pn junction diodes for the temperature detector is necessary in the pixel portion. Therefore, an inexpensive infrared image sensing device having improved productivity and high uniformity may be stably manufactured.
    • 红外固体摄像装置的特征在于:红外线吸收部(400),其对应于以二维方式排列的每个像素形成,适于吸收和转换入射的红外线进入热量;温度检测部(300) )配置在与由向前方偏压的多个串联连接的硅pn结二极管构成的像素阵列对应的半导体基板(1)上,形成在半导体基板(1)的各区域的空腔部(200) ),其中形成有温度检测器部分(300)的支撑机构(支撑腿部21,22)由用于支撑在腔部分上方的半导体衬底上的温度检测器部分的高热阻材料构成,以及接合柱 140),用于将红外线吸收部分(400)保持远离温度检测器部分(300)并用于热耦合 拉伸吸收部(400)和温度检测部(300)。 因此,除了牺牲层之外的所有制造工艺可以在硅VLSI工艺线上进行,并且在像素部分中不需要用于温度检测器的硅pn结二极管的有源元件。 因此,可以稳定地制造具有提高的生产率和高均匀性的廉价的红外图像感测装置。
    • 79. 发明申请
    • SERVICE LIFE CONTROLLER FOR POWER UNIT
    • 电源单元的维修寿命控制器
    • WO1999025052A1
    • 1999-05-20
    • PCT/JP1997004072
    • 1997-11-10
    • MITSUBISHI DENKI KABUSHIKI KAISHATSUJIHARA, Minoru
    • MITSUBISHI DENKI KABUSHIKI KAISHA
    • H02J01/10
    • H02J1/10
    • A service life controller for power unit which can prolong the service life of a plurality of power units as a whole by making the deteriorating states of the power units nearly uniform. The controller is provided with power units (1a-1c), a common load (2) which is supplied with electric power from each power unit, a temperature detecting means (6) which detects the internal temperature of each power unit, an output current control means (5) which controls the output current of each power unit, and a service life monitoring means (3) which makes the internal temperatures of the power units nearly uniform by decreasing the output currents of power units having higher internal temperatures and increasing the output currents of power units having lower internal temperatures when a difference occurs among the internal temperatures of the power units.
    • 一种用于动力单元的使用寿命控制器,其能够通过使功率单元的劣化状态几乎均匀地延长整个多个动力单元的使用寿命。 控制器配备有功率单元(1a-1c),从每个功率单元供电的公共负载(2),检测每个功率单元的内部温度的温度检测装置(6),输出电流 控制装置(5),其控制各功率单元的输出电流;以及使用寿命监测装置(3),通过减小具有较高内部温度的功率单元的输出电流使功率单元的内部温度几乎均匀, 当在功率单元的内部温度之间出现差异时,具有较低内部温度的功率单元的输出电流。