Resources Contact Us Home
Method of making a energy-trapped type piezoelectric resonator

Image Number 8 for United States Patent #5839178.

Disclosed herein is an energy-trapped type piezoelectric resonator, which comprises a piezoelectric resonance element having a piezoelectric plate and a pair of resonance electrodes formed on opposite major surfaces of the piezoelectric plate to have portions opposed to each other through the piezoelectric plate for defining a resonance part through the opposed portions of the resonance electrodes, a pair of reinforcing members holding both major surfaces of the piezoelectric resonance element to be integrated with the same so as to define a space in a region around the resonance part of the piezoelectric resonance element and not to inhibit the resonance part from vibration, and a pair of terminals, holding the piezoelectric resonance element and the pair of reinforcing members as integrated, electrically connected with the pair of resonance electrodes of the piezoelectric resonance element respectively.

  Recently Added Patents
Dynamic web page construction based on determination of client device location
Server-side connection resource pooling
Mirror elements for EUV lithography and production methods therefor
Controlling a resource demand system
Support member, rotation device comprising such a support and rolling bearing assembly including such a detection device
Heat transfer label for decorating a metal container
Keypoint descriptor generation by complex wavelet analysis
  Randomly Featured Patents
Front light assemblies for an all terrain vehicle
System and method for enhancing speech and pattern recognition using multiple transforms
Geranium plant named `Merisnow`
Controlled placement of dopants in memristor active regions
Stamped airbag retention members and method of airbag assembly
Welding flux
Nonvolatile memory integrated circuit having assembly buffer and bit-line driver, and method of operation thereof
Two step ejector structure for a mold for injection molding or the like
Methods for producing functional films