38results about How to "Reliable vibration" patented technology

A pivotal harness guide 3 is provided in a side of a car body 1 or a sliding door, and a corrugated tube 4 is secured to the harness guide. The corrugated tube 4 may be held turnably in a circumferential direction of the corrugated tube 4 by the harness guide. The harness guide 3 has a locking projection that engages with a groove formed in the corrugated tube 4. The harness guide 3 has a harness support member 5 for securing the corrugated tube 4 to the harness guide and a base member 9 for turnably connecting the harness support member to the base member by a connecting member, and the base member is secured to the car body or the sliding door. The corrugated tube 4 may be turnable together with harness supporting cradles within a cylindrical wall formed in a panel of the car body.

A tip assembly for use with a dental tool, the tip assembly comprising a housing for attaching to the dental tool, at least one aspiration needle having a passageway extending at least partially through the aspiration needle, a substantial length of the aspiration needle, or at least from one end to the other end of the aspiration needle, the passageway providing a single continuous path to aspirate the irrigant and / or debris from the root canal cavity of the tooth, and at least one irrigation needle having a passageway extending at least partially through the irrigation needle, a substantial length of the irrigation needle, or at least from one end to the other end of the irrigation needle, the passageway provides a continuous flow path for delivering fluid / irrigant from a reservoir in communication with a proximal end of the irrigation needle to the distal end of the irrigation needle and into a root canal / coronal opening of a tooth.

The present invention provides a touch panel input device that reliably prevents degradation of a piezoelectric substrate. During inactive periods in which a touch panel input device is not used, the connection between a set of output terminals of an AC power supply circuit and a set of associated drive electrodes on the piezoelectric substrate is switched with a selector switch so that the drive electrodes are shorted. During inactive periods, no DC potential is applied to the set of drive electrodes even if a charged conductive body comes into contact with the drive electrodes or a drive power source pattern connected thereto. This makes it possible to prevent the degradation of the piezoelectric substrate.

Provided is a control panel support mechanism having a first support member attached to an image forming apparatus, a second support member supporting a control panel and axially supported by the first support member to be vertically swingable with respect to the first support member, a lock member slidable towards or away from a swing axis of the second support member, and a biasing unit to bias the lock member to slide towards the swing axis. The first support member has a plurality of engaging grooves each positioned along a radial direction with respect to the swing axis and having an opening at an end of the first support member opposite the swing axis, the plurality of engaging grooves being aligned vertically. The biasing unit biases the lock member so that the lock member enters one of the plurality of engaging grooves through the opening to lock in engagement with the engaging groove.

Provided is a control panel support mechanism having a first support member attached to an image forming apparatus, a second support member supporting a control panel and axially supported by the first support member to be vertically swingable with respect to the first support member, a lock member slidable towards or away from a swing axis of the second support member, and a biasing unit to bias the lock member to slide towards the swing axis. The first support member has a plurality of engaging grooves each positioned along a radial direction with respect to the swing axis and having an opening at an end of the first support member opposite the swing axis, the plurality of engaging grooves being aligned vertically. The biasing unit biases the lock member so that the lock member enters one of the plurality of engaging grooves through the opening to lock in engagement with the engaging groove.

A blower fan including an impeller easily mounted on the rotational shaft of a motor generates less noise. The impeller is mounted on the rotational shaft of the motor using a fastener with an elastic vibration isolator and a washer in between. The washer has a predetermined shape including radial projections from a circumference about a central receiving hole. The vibration isolator has the predetermined shape larger than the predetermined shape of the washer, and has a first recess having the predetermined shape on its top surface to receive the washer fittingly. The impeller has a second recess having the predetermined shape on its top surface to receive the vibration isolator fittingly. The vibration isolator thus separates the impeller mounted on the rotational shaft from the washer in both the axial and rotational directions of the motor to reduce vibrations in both directions propagating to the impeller, generating less noise.

The present invention provides an overload protection device capable of keeping a rotation transmission at cut-off state, preventing the occurrence of vibrations or noises caused by the transmission of pushing force, accurately setting of the activation torque, and maintaining a reliable operation of retention mechanism. The retention mechanism (165) for keeping cut-off during overload in the overload protection device consisting of a pushing center flange (110), a hub flange (131), steel balls (120), and a pushing board (140) for rotation transmission, is composed of a release buckle (146) installed on the center flange (110) side of pushing board (140), and a retention ball (145) equipped on the inner circumference side of the center flange (110).

The invention provides a three-axis vibration controllable intelligent feeder. The three-axis vibration controllable intelligent feeder sequentially comprises a vibrating table top, a transverse guidebase, a longitudinal guide base and a vertical guide base from top to bottom, wherein the transverse guide base is arranged in the longitudinal guide base in a sleeved mode; the transverse guide baseis connected with the vibrating table top through transverse elastic assemblies, and drives the vibrating table top to vibrate transversely; the longitudinal guide base is connected with the transverse guide base through longitudinal elastic assemblies, and indirectly drives the vibrating table top to vibrate longitudinally; the vertical guide base is connected with the longitudinal guide base through vertical elastic assemblies, and indirectly drives the vibrating table top to vibrate in the vertical direction; and the vibrating table top can vibrate in a single direction and can also vibrate in two or three directions at the same time. According to the three-axis vibration controllable intelligent feeder, a transverse vibration control module, a longitudinal vibration control module anda vertical vibration control module are arranged so that starting and stopping of vibration, vibration directions and amplitude of vibration can be controlled in real time, and the degree of automation of vibration of parts on the vibrating table top is further improved.

The present invention is a vibration-generating small-sized motor that comprises within an external housing case thereof a stator and a rotor, a commutation mechanism, a power supply terminal that connects electrically with an electrode or a power supply land of the electronic equipment, and a terminal-blade mount on which the power supply terminal is mounted, wherein the power supply terminal includes a pair of resilient terminal blades that are located on the terminal-blade mount provided at a face of the external housing case of the motor, facing each other and pressing together, and the electrode or the power supply land on the circuit board are clamped between the resilient terminal blades, whereby the vibration-generating small-sized motor can be electrically connected to the power supply of the electronic equipment. Accordingly, the power supply terminal of the vibrating motor mounted in the portable electronic equipment can be electrically connected to the electrode or the power supply land on the circuit board in the electronic equipment with high reliability and this connection can be maintained continually over a long period.

A vibration piezoelectric acceleration sensor including a pair of beam shaped members linearly and oppositely disposed on a frame, a support body supporting the beam shaped member, and a holding part holding the support body moveably in a linear direction, and another pair of beam shaped members disposed linearly and oppositely crossing the pair of beam shaped members detecting acceleration in two axes, i.e. X and Y directions. The beam shaped members are extended and retracted by the acceleration transmitted to the support body through the holding part, changing a natural oscillation frequency. Accordingly, a high change ratio of resonance frequency can be provided with the detection of the acceleration, and the acceleration in the direction of two axes can be detected without being affected by a change in temperature.

Provided is an economical electric toothbrush that can reliably vibrate a head part while ensuring teeth-cleaning operability in the mouth, and in which a smaller size and lighter weight are achieved, and portability is improved. This electric toothbrush (10) comprises a head part (13), a neck part (12), and an operating part (11), wherein the head part (13) has a coin-shaped vibrating motor (17) on the bottom surface side of the head part, and a detachable brush plate (22) on the upper surface side of the head part; a battery and switch part are stored in the operating part (11); and the toothbrush is vibrated by the vibrating motor that is operated by electricity supplied from the battery.

The invention provides a supercharger turbine assembly de-weighting tool. A support plate (2) is installed on a tool rack (1) of the de-weighting tool; a limiting plate (3) is arranged on the support plate (2); a turbine main shaft clamping groove is formed in the side surface of the limiting plate (3); an air cylinder A push block (5) is installed on an air cylinder A (4); the air cylinder A (4) can be connected with a control component (6) which is capable of controlling the air cylinder A push block (5) to stretch; an electric grinding head (7) is arranged on the tool rack (1); a grinding wheel (8) is arranged on the electric grinding head (7); and the electric grinding head (7) is connected with the control component (6) which is capable of controlling the grinding wheel (8) of the electric grinding head (7). The supercharger turbine assembly de-weighting tool is simple in structure, and is capable of conveniently and rapidly completing the turbine small head de-weighting process and the turbine back de-weighting process of supercharger turbine assemblies, effectively reducing the vibration and noise generated by superchargers and prolonging the service life of the superchargers.