277results about How to "Suppresses noise generation" patented technology

A thin-film piezoelectric resonator including a substrate (6); a piezoelectric layer (2), a piezoelectric resonator stack (12) with a top electrode (10) and bottom electrode (8), and a cavity (4). The piezoelectric resonator stack (12) has a vibration region (40) where the top electrode and bottom electrode overlap in the thickness direction, and the vibration region comprises a first vibration region, second vibration region, and third vibration region. When seen from the thickness direction, the first vibration region is present at the outermost side, the third vibration region is present at the innermost side and does not contact the first vibration region, and the second vibration region is interposed between the first vibration region and third vibration region. The resonance frequency of the primary thickness-longitudinal vibration of the vibration region (40) is f₁ at the first vibration region, is f₂ at the third vibration region, wherein f₁ and f₂ satisfy a relationship of f₁<f₂, and is a value between f₁ and f₂ at the second vibration region, said value increasing from the outer portion contacting the first vibration region to the inner portion contacting the third vibration region.

A magnetic force sensor includes: an action portion on which an external force acts; a sensing unit converting a force working on the action portion into an electric signal; and an outer frame having an elastic body elastically supporting the action portion and storing the sensing unit therein. The sensing unit includes a magnetic flux generation source connected with the action portion and a magnetoelectric transducer fixed on the outer frame and the magnetic flux generation source has a magnetic body therewith that controls flow of magnetic fluxes generated by the magnetic flux generation source.

A substrate for suspension 10 comprises a metallic substrate 1, an insulating layer 2 formed on the metallic substrate 1, having an opening for grounding terminal 3, and a grounding conductor 4 formed on the insulating layer 2. A grounding-terminal-forming material 5 is placed in the opening for grounding terminal 3 to form a grounding terminal 7 that connects the metallic substrate 1 and the grounding conductor 4. The grounding conductor 4 does not surround a portion 8 of the circumference of the opening for grounding terminal 3.

A driving-side rotatable body includes a driving-side inner gear, which has an axial extent that does not overlap with an axial extent of a driven-side inner gear of a driven-side rotatable body. A driven-side outer gear and a driving-side outer gear of a planet gear are meshed with and are driven together with the driven-side inner gear and the driving-side inner gear, so that the planet gear changes a relative rotational phase between the driven-side rotatable body and the driving-side rotatable body. The driven-side rotatable body supports the driving-side rotatable body from a radially inner side of the driving-side rotatable body at a location, which is radially outward of the driven-side inner gear.

A power supply device includes a battery block 3 of battery cells 1. Cooling gaps 4 are provided for flowing cooling gas between cells 1 from a side surface of the block 3 into the gaps 4. The width of a temperature equalizing plate 15 covering the side surface of the block 3 varies designed so that the amounts of the gas flowing into the gaps 4 are reduced toward the upstream side. The upstream side of the plate 15 is fastened to the block 3. The plate 15 includes protrusions 37 that protrude from the downstream side of the plate 15. Insertion portions 39 are arranged at positions of coupling members 11 corresponding to the protrusions 37 on side surface of the block 3. When the protrusions 37 of the plate 15 are inserted into the insertion portions 39, the plate 15 is attached to the coupling members 11.

A radio receiving apparatus has a receiving section for receiving a radio signal, a local oscillating section for generating a first local oscillation signal and a second local oscillation signal, wherein the first local oscillation signal and the second local oscillation signal have each of a first frequency and a second frequency differing from a received frequency. The apparatus also has a frequency converting section for mixing the received signal output from the receiving section and the first local oscillation signal to output an intermediate frequency signal and an orthogonal converting section for orthogonal converting the intermediate frequency signal output with the second local oscillation signal.

A charge pump circuit of the present invention comprises a resistance voltage divider provided between a reference voltage source and an output terminal, a differential amplifier which has an inverting input terminal applied with a divided voltage portion from the resistance voltage divider and a non-inverting input terminal applied with a comparison voltage and is configured to output an output signal obtained by amplifying a potential difference between the divided voltage portion and the comparison voltage through an output terminal, a clock feeder configured to output first and second clock signals according to an original clock signal, and a pump circuit section which is applied with the first and second clock signals alternately and control an output voltage at an output terminal, and the clock feeder is configured to regulate amplitude levels of the first and second clock signals according to the voltage of the output signal.

For providing television receiver apparatus and a video displaying method for that, i.e., suppressing deterioration of picture quality when conducting a frame-rate conversion on a video signal while piling up an OSD picture thereon, within the television receiver apparatus, picture quality correction is made on an input video signal including the moving picture therein. After inserting the OSD picture within an OSD inserter (OSD processor) unit 8, a frame-rate conversion is conducted within a frame-rate converter unit 9. Further, the frame-rate converter unit executes a frame-rate conversion accompanying a moving picture frame interpolation therewith, upon the video signal including the moving picture therein within a screen of one (1) frame to be displayed, while it executes a frame-rate conversion accompanying no moving picture frame interpolation therewith, upon the OSD picture, and thereby displaying the video signal including the moving picture therein on a display panel 10, together with the OSD picture, while conducting frame interpolation thereupon.

A magnetoresistive spin-valve sensor includes a first layer made of a magnetic material, a second layer made of a magnetic or nonmagnetic material and disposed on the first layer, and a third layer made of a magnetic material and disposed on the second layer, where the first, second and third layers form a free layer having a multi-layer structure.

Provided is a shaft member capable of minimizing the occurrence of noise by positively attenuating vibration acting on a metal shaft member having spline grooves and spiral grooves axially formed therein. To attain such an object, a shaft member includes a metal shaft main body having a hollow portion and a ceramic material serving as a vibration absorbing member which fills the hollow portion of the shaft body with no gaps. The ceramic material is filled into the hollow portion of the shaft main body in a powder, granular, or fluid state, and formed within the hollow portion into a shape matching the hollow portion.

A reduction gear coupled to an electric motor includes: a first bearing that rotatably supports a first end portion of a worm shaft such that the worm shaft is allowed to oscillate in an oscillation direction about the first end portion; and a first elastic member that elastically urges a second bearing in such a direction that an axis-to-axis distance between the worm shaft and the worm wheel reduces. The first end portion and an output shaft of the electric motor are coupled by a joint. A second elastic member located between the joint and the first end portion elastically urges the worm shaft toward a second end portion and applies a preload on the first bearing. An outer ring of the first bearing is interposed in an axial direction by the third elastic member and the fourth elastic member.

A vibrating wet shaver that includes a hollow handle, a shaving head borne by the handle, and an electric vibratory that includes a rigid casing that is fixed inside the handle for transmitting vibrations to the shaving head through the handle. The casing of the vibratory is tightly fitted in the handle, and at least an elastomeric layer is interposed between the casing and the handle.

The present invention provides a robust solution to the task of re-aligning data at the transmit end of a fiber optic or other high performance serial link, and also offers flexibility in the circuit board design approach. A high performance analog phase locked-loop circuit is used to simultaneously provide clock recovery for multiple bit streams. The power dissipation required to perform clock recovery is thereby reduced to a fraction of that required in conventional transmit systems. This analog phase locked loop produces plural phase output signals. An output multiplexer selects one phase for use in electrical to optical conversion.