会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 3. 发明授权
    • Piezoelectric polymer keyboard apparatus
    • 压电聚合物键盘装置
    • US4633123A
    • 1986-12-30
    • US738710
    • 1985-05-29
    • Peter F. Radice
    • Peter F. Radice
    • H03K17/967H01H13/00H03K17/96H01L41/08
    • H03K17/9643
    • An embodiment of a non-contact electrical keyboard switch which completely resists EMI and eliminates cross-talk comprises a pair of electrically insulating substrates having rows and columns of openings therethrough. A poled piezoelectric PVDF film is adhered to each substrate over the openings. The films have silk-screened ground electrodes deposited on one surface and signal generating key electrodes deposited on the other surface in registration with the openings. Leads connecting individual rows of key electrodes on one film and individual columns of key electrodes on other film are disposed orthogonally. An insulating sheet separates the films which have their key electrode surfaces facing each other. Leads are connected to ground and/or suitable electrical connectors to provide the keyboard switch. Processes are disclosed for fabricating embodiments of the keyboard switch.
    • 完全抵抗EMI并消除串扰的非接触电键盘开关的实施例包括一对电绝缘基板,其具有穿过其中的开口和列的开口。 极化的压电PVDF膜粘附到开口上的每个基板上。 这些膜具有沉积在一个表面上的丝网接地电极,并且信号产生沉积在与开口对准的另一表面上的键电极。 在一个膜上连接各行键电极的引线和另一个膜上的各个键电极的各个列正交地布置。 绝缘片将其键电极表面彼此面对的膜分离。 引线连接到地和/或合适的电连接器以提供键盘开关。 公开了用于制造键盘开关的实施例的过程。
    • 5. 发明授权
    • Connectors for use with piezoelectric polymeric film transducers
    • 用于压电聚合物薄膜换能器的连接器
    • US4734044A
    • 1988-03-29
    • US853584
    • 1986-04-18
    • Peter F. Radice
    • Peter F. Radice
    • H01L41/22H01L41/04
    • H01L41/0475Y10S310/80
    • Piezoelectric polymer film transducers include a metallized film electrode deposited on each of the two surfaces of the film. The electrodes are provided with leads extending therefrom in staggered parallel relationship. Each lead of the improved connector is associated with a reinforced assembly comprising plastic strips, a terminal connector, optional spacer washers, and a metal rivet penetrating the assembly such that electrical contact is effected between the lead and terminal connector. To insure positive electrical contact, a conductive ink may be deposited on one of the plastic strips through which an orifice is provided. The orifice communicates with a selected lead. The ink coats walls of the orifice to insure electrical continuity between the lead and terminal connector. A modified connector assembly disposes the reinforced connectors beyond the edges of a substrate which carries or supports the piezoelectric polymer film transducers.
    • 压电聚合物膜换能器包括沉积在膜的两个表面中的每一个上的金属化膜电极。 电极设置有以交错平行关系从其延伸的引线。 改进的连接器的每个引线与包括塑料条,端子连接器,可选的间隔垫圈和穿透组件的金属铆钉的增强组件相关联,使得在引线端子和端子连接器之间进行电接触。 为了确保正电接触,可以在设置有孔口的塑料条带中的一个上沉积导电油墨。 孔与选定的导线连通。 油墨涂覆孔的壁,以确保引线和端子连接器之间的电连续性。 改进的连接器组件将增强的连接器配置在承载或支撑压电聚合物膜换能器的衬底的边缘之外。
    • 9. 发明授权
    • Corona discharge poling process
    • 电晕放电极化过程
    • US4365283A
    • 1982-12-21
    • US197466
    • 1980-10-16
    • Peter F. Radice
    • Peter F. Radice
    • H01L41/22H01G7/02H01L41/26H01F1/02
    • H01L41/45H01G7/023
    • The present invention provides a process for preparing piezoelectric film using a corona discharge device wherein a multi-layer of pellicles, of which at least one or more is a piezoelectric sensitive film and at least one other of the multi-layer is a companion pellicle (i.e. a pellicle with a conductance no less than that of the piezoelectric sensitive pellicle when the conductance is measured under the poling conditions of the corona discharge and in the direction of the discharge field), is subjected to a corona discharge between a pair of electrodes of which at least one such electrode has a textured surface.
    • 本发明提供了一种使用电晕放电装置制备压电膜的方法,其中至少一个或多个是压电敏感膜并且多层中的至少一个的多层薄膜是伴侣薄膜( 即当在电晕放电的极化条件下和在放电场的方向上测量电导时,具有不小于压电敏感薄膜的电导率的防护薄膜组件)在一对电极之间进行电晕放电 其中至少一个这样的电极具有纹理表面。
    • 10. 发明授权
    • Traffic sensor having piezoelectric sensors which distinguish lanes
    • 具有区分车道的压电传感器的交通传感器
    • US5486820A
    • 1996-01-23
    • US992577
    • 1992-12-18
    • Joseph V. ChatignyMitchell ThompsonPeter F. RadiceDonald L. Halvorsen
    • Joseph V. ChatignyMitchell ThompsonPeter F. RadiceDonald L. Halvorsen
    • G01L1/16G08G1/01G08G1/02
    • G08G1/02G08G1/065
    • A traffic sensor including piezoelectric sensors having different polarities in different lanes of the roadway so that traffic data for different lanes of a roadway may be discriminated from the polarity of the received signal(s). Preferably, the piezoelectric sensors are formed by splicing oppositely polarized piezoelectric cables or films, by changing the applied electric field during manufacture so that adjacent portions of a piezoelectric cable or film have different polarities, or by applying an electric field of a reversed polarity to respective longitudinal sections of a piezoelectric film. Traffic data from up to 8 different lanes of traffic may be discriminated using only two piezoelectric sensors in accordance with the invention by providing unique combinations of output polarities for deflections of the piezoelectric sensors in the different lanes. In order to simplify installation, such piezoelectric sensors may be disposed in parallel within the same housing or concentrically within the same cable.
    • 一种交通传感器,其包括在道路的不同车道中具有不同极性的压电传感器,从而可以区分巷道不同车道的交通数据与接收信号的极性。 优选地,通过在制造期间改变施加的电场,使压电电缆或膜的相邻部分具有不同的极性,或者通过将相反极性的电场施加到相应的极性,通过拼接相对极化的压电电缆或膜来形成压电传感器 压电薄膜的纵截面。 根据本发明,可以仅使用两个压电传感器来区分来自多达8个不同通道的交通数据,方法是通过提供用于不同车道中的压电传感器的偏转的输出极性的独特组合。 为了简化安装,这样的压电传感器可以在同一壳体内并排放置在同一电缆内。