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    • 92. 发明申请
    • STACKED STRUCTURE AND METHOD OF MANUFACTURING THE SAME
    • 堆叠结构及其制造方法
    • US20120069487A1
    • 2012-03-22
    • US13375159
    • 2010-05-07
    • Hitoshi NoguchiNaoki TanakaTatsuya Nakamura
    • Hitoshi NoguchiNaoki TanakaTatsuya Nakamura
    • H01G4/08C23C14/34C23C16/44B05D5/12B05D1/12
    • H01G4/33H01G4/002H01G4/1209H05K1/162
    • [Problem to be Solved]A problem to be solved is to provide a stacked structure and a method of manufacturing the same that make generation of insulation breakdown unlikely, while providing a high dielectric constant and a high quality.[Means for Solving Problem]A stacked structure according to the present invention is a stacked structure in which a dielectric layer 3 is provided between a first conductive layer 1 and a second conductive layer 2. The dielectric layer 3 includes a dielectric film 31 formed on the first conductive layer 1, and a dielectric particle film 32 formed by applying a dispersion solution containing dielectric particles onto the dielectric film 31. A method of manufacturing the stacked structure according to the present invention includes a dielectric layer forming step of forming the dielectric layer 3 on the first conductive layer 1, and a conductive layer forming step of forming the second conductive layer 2 on the dielectric layer 3. The dielectric layer forming step includes a dielectric film forming step of forming the dielectric film 31 on the first conductive layer 1, and a particle film forming step of forming the dielectric particle film 32 by applying a dispersion solution containing dielectric particles onto the dielectric film 31.
    • [待解决的问题]要解决的问题在于提供高介电常数和高质量的同时,提供不会发生绝缘破坏的堆叠结构及其制造方法。 解决问题的手段根据本发明的堆叠结构是在第一导电层1和第二导电层2之间设置电介质层3的叠层结构。电介质层3包括形成在 第一导电层1和通过将包含电介质颗粒的分散溶液施加到电介质膜31上形成的电介质颗粒膜32.根据本发明的层压结构的制造方法包括形成电介质层的电介质层形成步骤 并且在介电层3上形成第二导电层2的导电层形成步骤。电介质层形成步骤包括在第一导电层1上形成电介质膜31的电介质膜形成步骤 以及通过涂布分散液而形成电介质粒子膜32的粒子膜形成工序 g电介质颗粒到介电膜31上。
    • 95. 发明授权
    • Living body photometric device
    • 生命体测光装置
    • US07330745B2
    • 2008-02-12
    • US10526893
    • 2003-09-05
    • Shingo KawasakiNaoki Tanaka
    • Shingo KawasakiNaoki Tanaka
    • A61B5/00
    • A61B5/1455
    • By making use of a set of loading of stimulation and no loading, variation signals in time of hemoglobin density at a plurality of measurement points of a subject attached of an optical measurement probe and corresponding to a plurality of channels are detected, and for the respective detected hemoglobin variation signals principal component analysis is performed as well as a representative signal having a higher contribution rate is extracted and the extracted representative signal is displayed on a monitor. A correlation between the representative signal and a task reference and response waveform representing a response pattern of a living body in response to a stimulation task is calculated, and a representative signal having the highest correlation value as calculated is displayed in a discriminable manner from the other signals as a task related signal which responds most to the stimulation given to the subject. From weights of the respective channels for the representative signal displayed as the task related signal, an optical measurement point or region, which responds most to the task is identified and displayed in discriminable manner.
    • 通过利用一组刺激负荷和无载荷,检测在光学测量探针附着并对应于多个通道的受试者的多个测量点处的血红蛋白密度的变化信号,并且对于相应的 检测出的血红蛋白变化信号进行主成分分析,并提取具有较高贡献率的代表信号,并将提取的代表信号显示在监视器上。 计算代表信号和表示响应于刺激任务的生物体的响应模式的任务参考和响应波形之间的相关性,并且以可计算的方式从其他方式显示具有计算的相关值最高的代表信号 信号作为对给予对象的刺激最响应的任务相关信号。 从显示为任务相关信号的代表信号的相应通道的权重中,以可区分的方式识别和显示对该任务最响应的光学测量点或区域。
    • 98. 发明申请
    • Photocatalyst coating liquid, photocatalyst film and photocatalyst member
    • 光催化剂涂层液,光催化膜和光催化剂
    • US20060162617A1
    • 2006-07-27
    • US10529498
    • 2004-04-15
    • Naoki TanakaHirokazu SuzukiTadashi Koike
    • Naoki TanakaHirokazu SuzukiTadashi Koike
    • B01J31/00C09C1/36B01J21/08B01J23/00B01J21/14
    • B01J37/0009B01J35/004C01G23/047C09C1/3653C09D185/00C08L2666/54
    • The present invention relates to a photocatalyst coating liquid capable of forming on an organic substrate a photocatalyst film that is excellent in photocatalytic functions such as super-hydrophilic nature and the performance of maintaining super-hydrophilic nature in a dark place and that has excellent durability, the photocatalyst coating liquid being excellent in stability, and a photocatalyst film formed therefrom, and there are provided a photocatalyst coating liquid comprising (A) titanium oxide fine particles formed of anatase type crystal, (B) colloidal silica and (C) a binder formed of a hydrolysis-condensate of a titanium alkoxide, and having, based on the total solid content, a component (A) content of 5 to 50 mass %, a component (B) content, as a solid content, of 25 to 75 mass % and a component (C) content, as a TiO2 slid content, of 10 to 55 mass %, and a photocatalyst film formed from the above coating liquid.
    • 本发明涉及能够在有机基板上形成光催化剂膜的光催化剂涂布液,该光催化剂膜具有优异的光催化功能,如超亲水性和在黑暗的地方保持超亲水性,并具有优异的耐久性, 稳定性优异的光催化剂涂布液和由其形成的光催化剂膜,提供了包含(A)由锐钛矿型结晶形成的氧化钛微粒,(B)胶体二氧化硅和(C)形成的粘合剂的光催化剂涂布液 的烷氧基钛的水解缩合物,并且基于总固体含量,组分(A)含量为5〜50质量%,成分(B)含量为25〜75质量% %和10〜55质量%的作为TiO 2 2滑动含量的成分(C)含量,以及由上述涂布液形成的光催化剂膜。
    • 100. 发明申请
    • Drive system and AC conversion device
    • 驱动系统和交流转换装置
    • US20050105305A1
    • 2005-05-19
    • US10953490
    • 2004-09-30
    • Shinichi SawadaTakeaki OgawaNaoki Tanaka
    • Shinichi SawadaTakeaki OgawaNaoki Tanaka
    • G02F1/133G05F1/00H02M7/12H02M7/48H05B41/282H02J3/00
    • H02M1/4225H02M7/538H02M2001/007Y02B70/126
    • A drive system with small power loss in power conversion is provided. The drive system has an AC conversion device for converting commercial AC power from a commercial AC power supply and a DC conversion device. An AC power supply path for supplying power to discharge tubes, and a DC power supply path for supplying power to an image processing circuit or the like, are provided independently. The AC conversion device converts commercial AC power into converted AC power and gives the converted AC power to an AC drive device directly. Consequently, it is possible to reduce conversion steps for generating converted AC power and to reduce power loss that occurs in a conversion process. In particular, when power consumption of the discharge tubes is large, it is possible to reduce power loss in an entire liquid crystal display apparatus effectively by providing the AC conversion device.
    • 提供功率转换功率损耗小的驱动系统。 驱动系统具有用于从商用AC电源和DC转换装置转换商用AC电力的AC转换装置。 独立地提供用于向放电管供电的AC电源路径和用于向图像处理电路等供电的DC电源路径。 交流转换装置将商用交流电转换成转换后的交流电源,并将转换后的交流电力直接送到交流驱动装置。 因此,可以减少用于产生转换的AC电力的转换步骤并且减少在转换处理中发生的功率损耗。 特别地,当放电管的功耗大时,可以通过提供AC转换装置来有效地降低整个液晶显示装置的功率损耗。