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    • 56. 发明公开
    • CERAMIC PACKAGING BASE BOARD
    • BASISPLATTEFÜREINE KERAMIKVERPACKUNG
    • EP2575165A1
    • 2013-04-03
    • EP10841801.3
    • 2010-08-16
    • Chaozhou Three-Circle (Group) Co., Ltd.Nanchong Three-Circle Electronics Co., Ltd.
    • QIU, JihuaLIU, Jianwei
    • H01L23/15H01L23/48H03H9/05
    • H01L23/15H01L21/4807H01L2924/0002H03H9/05H05K1/0271H05K1/0306H05K2201/09781H01L2924/00
    • A ceramic package base comprising a package substrate (1), a circuit layout layer printed on the package substrate and a package fixed layer arranged on the periphery of the package substrate and the circuit layout layer, wherein the circuit layout layer comprises at least one metal slurry (3) region. At least one compensation metal slurry region (4) which corresponds to the metal slurry region is further arranged in a blank region (2) which is not provided with metal slurry (3). To apply a metal slurry pattern onto the package substrate of the ceramic package, a compensation metal slurry region (4) which is uniformly and symmetrically distributed with the metal slurry region (3) is added on the package substrate, thereby enabling the shrinkage of the metal slurry (3) and ceramic (1) to be uniform during sintering, reducing the stress, further reducing the deformation possibility of the base after sintering, effectively improving the deformation situation of the base, providing reliable guarantee for follow-up mounting of a crystal element, further improving the finished product rate of a base product, greatly reducing the cost and improving the competitiveness of the product.
    • 一种陶瓷封装基座,包括封装基板(1),印刷在封装基板上的电路布局层和布置在封装基板周边的封装固定层和电路布局层,其中电路布局层包括至少一个金属 浆料(3)区域。 对应于金属浆料区域的至少一个补偿金属浆料区域(4)进一步设置在没有金属浆料(3)的坯料区域(2)中。 为了将金属浆料图案施加到陶瓷封装的封装基板上,与金属浆料区域(3)均匀对称分布的补偿金属浆料区域(4)被添加到封装基板上,从而能够使 金属浆料(3)和陶瓷(1)在烧结过程中均匀,降低了应力,进一步降低了烧结后基体的变形可能性,有效改善了基体的变形情况,为后续安装提供了可靠的保证 晶体元素,进一步提高了基础产品的成品率,大大降低了成本,提高了产品的竞争力。
    • 57. 发明公开
    • Dielectric mirror and process for manufacturing thereof.
    • Dielektrischer Spiegel und Herstellungsverfahrendafür
    • EP2144049A3
    • 2012-10-31
    • EP08160699.8
    • 2008-07-18
    • LI-COR, INC.
    • Anderson, TylerBouzid, Ahmed
    • G01N21/03G02B5/08G02B5/10G02B1/11
    • G01N21/031G01N2021/0389G01N2021/152G02B1/11G02B5/005G02B5/0833G02B5/10G02B27/108G02B27/143
    • An optical mirror element includes an optically transmissive element having a first surface and a second surface, and a reflective coating layer on the first surface that defines a mirror surface. A first portion of the first surface does not include the reflective coating layer such that the first portion defines an optically transmissive window in the mirror surface. A method of forming an optical mirror element having a window portion includes providing an optical element, masking a first portion of a first surface of the optical element, and thereafter applying a reflective coating to the first surface so as to define a reflective surface, wherein the masked portion defines a transmissive region in the reflective surface. The exposed portion of the first surface may be coated with an anti-reflective coating, either before or after the reflective coating is applied.
    • 光学镜元件包括具有第一表面和第二表面的光学透射元件,以及在第一表面上的限定镜面的反射涂层。 第一表面的第一部分不包括反射涂层,使得第一部分在镜面中限定光学透射窗。 一种形成具有窗口部分的光学镜元件的方法包括提供光学元件,掩蔽光学元件的第一表面的第一部分,然后将反射涂层施加到第一表面以限定反射表面,其中 掩模部分在反射表面中限定透射区域。 在施加反射涂层之前或之后,第一表面的暴露部分可涂覆有抗反射涂层。
    • 58. 发明授权
    • PROCESS AND INSTALLATION FOR DEPOSITING FILMS ONTO A SUBSTRATE
    • 方法和系统为电影的一个基质添加
    • EP2310554B8
    • 2012-04-11
    • EP09797507.2
    • 2009-07-16
    • AGC Glass Europe
    • TIXHON, EricLECLERCQ, JosephMICHEL, Eric
    • C23C16/509C23C16/54C03C17/00
    • C23C16/52C03C17/001C03C17/002C23C16/509C23C16/54H01J37/32174H01J37/32348H01J37/32403H01J37/32889
    • The process comprises introducing or rolling a substrate in a reaction chamber (6) in which two electrodes (4, 10) are placed, where a dielectric barrier is positioned between the electrodes, generating a high frequency voltage to generate a plasma (12) between the electrodes, operating an adjustable inductor (L) arranged in parallel with own installation inductor generating voltage to reduce the phase difference between voltage and the generated current, and introducing a mixture (8) of which the composition is contacting the plasma into the reaction chamber. The process comprises introducing or rolling a substrate in a reaction chamber (6) in which two electrodes (4, 10) are placed, where a dielectric barrier is positioned between the electrodes, generating a high frequency voltage to generate a plasma (12) between the electrodes, operating an adjustable inductor (L) arranged in parallel with own installation inductor generating voltage to reduce the phase difference between voltage and the generated current, introducing a mixture (8) of which the composition is contacting the plasma into the reaction chamber, adjusting the voltage and/or frequency provided by the generator circuit and/or the value of the adjustable inductor at the beginning or during the process to obtain optimal characteristics of reaction, and maintaining the substrate in the chamber for a sufficient time to obtain a layer of desired thickness on the surface. The mixture is decomposed and generates species to deposit a layer on the substrate. The process further comprises adjusting the voltage and/or the frequency provided by the circuit generator and/or the value of the inductor to enhance the harmonic production extending the time during which voltage remains greater than the value of maintaining the electric charge, and changing the position and/or the configuration of an electrode to obtain the optimal characteristics of the reaction. The harmonics is enhanced in the order of 3-5. The chamber is opened or closed at its two ends, and comprises an inlet area and an outlet area for the substrate. The substrate insulates and forms a dielectric barrier and electrode. The mixture is introduced into the reaction chamber in the form of a reactive gas, a liquid reagent, and a reactive powder. An independent claim is included for an installation for depositing a layer on a substrate.
    • 60. 发明公开
    • BIDIRECTIONAL WIRELESS ELECTRICAL ENERGY MONITORING SYSTEM
    • BIDIREKTIONALES DRAHTLOSESSTROMÜBERWACHUNGSSYSTEM
    • EP2397924A1
    • 2011-12-21
    • EP09839882.9
    • 2009-03-20
    • Dong Guan Ricktek Electric-mechanical Co., Ltd.
    • YANG, Qi
    • G05B19/04G08C17/02
    • H04Q9/00H04Q2209/40H04Q2209/60
    • The present invention relates to the technical field of energy monitoring system, and particularly to a bidirectional wireless electrical energy monitoring system which comprises a bidirectional wireless electrical energy monitoring apparatus and a bidirectional wireless electrical energy monitoring switchgear; the bidirectional wireless electrical energy monitoring apparatus comprises a first wireless bidirectional module for receiving a current signal from the bidirectional wireless electrical energy monitoring switchgear and transmitting a control signal to the bidirectional wireless electrical energy monitoring switchgear; the bidirectional wireless electrical energy monitoring switchgear comprises a second wireless bidirectional module for receiving the control signal from the bidirectional wireless electrical energy monitoring apparatus and transmitting the current signal of electrical equipment to the second wireless bidirectional module of the bidirectional wireless electrical energy monitoring apparatus; bidirectional wireless connection is realized between the bidirectional wireless electrical energy monitoring apparatus and the bidirectional wireless electrical energy monitoring switchgear through the first wireless bidirectional module and the second wireless bidirectional module. The present invention may realize the bidirectional signal transmission, bidirectional control and remote control between the bidirectional wireless electrical energy monitoring apparatus and the bidirectional wireless electrical energy monitoring switchgear.
    • 本发明涉及能量监测系统的技术领域,特别涉及一种双向无线电能监测系统,其包括双向无线电能监测装置和双向无线电能监测开关装置; 双向无线电能监测装置包括:第一无线双向模块,用于从双向无线电能监测开关设备接收电流信号,并向双向无线电能监测开关设备发送控制信号; 双向无线电能监测开关设备包括:第二无线双向模块,用于从双向无线电能监测设备接收控制信号,并将电气设备的当前信号传输到双向无线电能监测设备的第二无线双向模块; 通过第一无线双向模块和第二无线双向模块,在双向无线电能监测装置和双向无线电能监测开关设备之间实现双向无线连接。 本发明可以实现双向无线电能监测装置和双向无线电能监测开关设备之间的双向信号传输,双向控制和远程控制。