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    • 12. 发明授权
    • Catheter for simultaneously measuring monophasic action potential and
endocardiac cavity pressure
    • 用于同时测量单相动作电位和心内膜压力的导管
    • US5022396A
    • 1991-06-11
    • US448921
    • 1989-12-12
    • Hideto Watanabe
    • Hideto Watanabe
    • A61B5/0408A61B5/0205A61B5/0215A61B5/042A61B5/0478A61B5/0492A61N1/05
    • A61N1/056A61B5/0215A61B5/0422
    • A catheter capable of simultaneously measuring the action potential of myocardiac cells by means of a pair of electrodes, and the endocardiac cavity pressure by means of a pressure transducer. One electrode is provided to the enclosing front surface of a catheter body when the catheter body is brought into contact with the endocardiac surface guided into the endocardiac cavity. The other electrode is provided to the distal peripheral surface of the catheter body and is disposed within the endocardiac cavity when the catheter is guided into the endocardiac cavity and the other electrode contacts the endocardiac surface. The pressure transducer is provided to the peripheral surface of the distal section, for measuring the endocardiac cavity pressure and outputting it in the form of an electrical pressure signal. Lead wires are connected to the pair of electrodes and the pressure transducer, and are guided from the rear section of the catheter body in order to transfer the measured action potential and electrical pressure signals, from the catheter body, to processing and display equipment.
    • 能够通过一对电极同时测量心肌细胞的动作电位的导管,以及借助于压力传感器的心内膜腔压力。 当导管主体与引导进入心内膜腔的心内膜表面接触时,将一个电极提供到导管主体的封闭前表面。 另一个电极被提供到导管主体的远端外周表面,并且当导管被引导到心内膜腔中并且另一个电极接触心内膜表面时,设置在心内膜腔内。 压力传感器被提供到远端部分的外周表面,用于测量心内膜腔压力并以电压信号的形式输出。 引线连接到一对电极和压力传感器,并且从导管主体的后部引导,以将测量的动作电位和电压信号从导管主体传送到处理和显示设备。
    • 13. 发明授权
    • Blast-furnace tuyere
    • 高炉风口
    • US4189130A
    • 1980-02-19
    • US952930
    • 1978-10-19
    • Hideto WatanabeShigeo ShojiAkimune SatoTakashi Oka
    • Hideto WatanabeShigeo ShojiAkimune SatoTakashi Oka
    • C21B7/16C23C4/02C23C4/10
    • C23C4/02C21B7/16C23C4/11Y10S428/926Y10T428/1291
    • A blast-furnace tuyere having excellent thermal shock resistance and high durability consists of a tuyere substrate composed of copper or copper alloy, a self-fluxing alloy metallized layer sprayed on the substrate, a cermet coating sprayed on the alloy metallized layer, and a ceramic coating sprayed on the cermet coating. The cermet coating is made from a mixture of an alloy material consisting essentially of 5 to 60 wt% of Co, 5 to 50 wt% of Ni, 5 to 25 wt% of Cr, 5 to 40 wt% of Mo, 5 to 40 wt% of W, 3 to 40 wt% of Si and inevitable impurities, and a ceramic eutectic material consisting essentially of 95 to 65 wt% of Al.sub.2 O.sub.3, 5 to 30 wt% of ZrO.sub.2, 2 to 20 wt% of TiO.sub.2, 3 to 30 wt% of SiO.sub.2 and inevitable impurities. The ceramic coating is made from the same ceramic material as used in the formation of the cermet coating.
    • 具有优异的耐热冲击性和高耐久性的高炉风口包括由铜或铜合金构成的风口基板,喷涂在基板上的自熔合金金属化层,喷涂在合金金属化层上的金属陶瓷涂层和陶瓷 喷涂在金属陶瓷涂层上。 金属陶瓷涂层由基本上由Co组成的5〜60重量%的Co,5〜50重量%的Ni,5〜25重量%的Cr,5〜40重量%的Mo,5〜40 W为3〜40重量%,不可避免的杂质为3〜40重量%,Al 2 O 3为95〜65重量%,ZrO 5〜30重量%,TiO 2为2〜20重量%,TiO 2为3〜 30重量%的SiO 2和不可避免的杂质。 陶瓷涂层由与形成金属陶瓷涂层相同的陶瓷材料制成。
    • 16. 发明授权
    • Heating control system for vehicle
    • 车辆加热控制系统
    • US08052066B2
    • 2011-11-08
    • US11578705
    • 2005-04-05
    • Hideto WatanabeYasuo Shimizu
    • Hideto WatanabeYasuo Shimizu
    • B60H1/00
    • B60H1/004B60H1/00764B60H2001/00992B60K6/445B60L2240/34B60L2240/445B60W2510/0676Y02T10/6239Y02T10/7077Y02T10/7241
    • A hybrid vehicle can be driven using both of respective driving forces from an engine and a motor. A heating mechanism of an air conditioning apparatus uses thermal energy from cooling water of the engine to heat the interior of a passenger compartment. An ECU takes into consideration engine efficiency from the standpoint of fuel economy enhancement to primarily determine the driving force share ratio between the engine and the motor. Further, the ECU calculates a preset temperature corresponding to a cooling water temperature necessary for desired heating as well as a control target temperature in which the preset temperature is reflected, and corrects the primarily determined driving force share ratio to increase the share of the driving force of the engine by an amount according to a deviation between the cooling water temperature measured by a water temperature sensor and the control target temperature. Heating performance can thus be ensured promptly without deterioration of fuel economy.
    • 可以使用来自发动机和电动机的相应的驱动力来驱动混合动力车辆。 空调装置的加热机构使用来自发动机的冷却水的热能来加热乘客舱的内部。 ECU从燃油经济性提升的角度考虑发动机效率,主要确定发动机和电机之间的驱动力份额比。 此外,ECU计算对应于期望加热所需的冷却水温度的预设温度以及反映预设温度的控制目标温度,并且校正主要确定的驱动力份额比以增加驱动力的份额 根据由水温传感器测量的冷却水温度与控制目标温度之间的偏差量的发动机。 因此可以迅速地确保加热性能,而不会降低燃料经济性。