33 results about "Low frequency stimulation" patented technology

Disclosed herein is an animal training device and method of controlling the same. The animal training device includes a transmitter and at least one receiver. The transmitter transmits RF signals according to manipulation of function switches, and has emergency stimulation mode in which an RF control signal is transmitted by adding a predetermined level to a low-frequency stimulation level set for each individual animal, simultaneous stimulation mode in which an RF control signal is transmitted by adding a predetermined level to low-frequency stimulation levels set for animals, and constant stimulation alternation mode in which an RF control signal is transmitted by automatically varying a period of a low-frequency stimulation. The receiver sets low-frequency stimulation for a corresponding one of the plurality of animals in response to the RF signals, and selectively performs operations corresponding to the emergency stimulation mode, the simultaneous stimulation mode, and the constant stimulation alternation mode.

Disclosed is a low frequency stimulator provided in a mobile terminal, which comprises a high-voltage pulse generator for adjusting a voltage of the mobile terminal to a level suitable for low frequency stimulation; an output controller for outputting a voltage output from the high-voltage pulse generator in a unipolar or bipolar format and controlling the cycle of the output voltage; an electrode section for delivering a stimulation pulse according to the voltage output from the output controller; and a control section for controlling a first switching signal applied to the high-voltage pulse generator to adjust the level of the voltage and controlling a second switching signal applied to the output controller to output a unipolar or bipolar voltage of the controlled cycle.

Disclosed herein is an apparatus for preventing an animal and method of controlling the apparatus. The apparatus includes a sound sensor for sensing a bark of an animal and converting the bark into an electrical signal. An amplifier amplifies the electrical signal. A vibration sensor senses a vibration occurring on a neck of the animal. A microprocessor performs control such that, when signals are input from the sound sensor and the vibration sensor, voice, ultrasonic or low-frequency stimulation means is output, and has an auto-variable output function and a time band-based output function. A first control switch allows the user to optionally set a type and a stimulation intensity of the stimulation means. A second control switch allows the user to optionally set a time for which the stimulation means is operated. An output unit receives control signals for the stimulation means and outputs corresponding stimulations.

A device for stimulating a gum using a low frequency is disposed. The gum stimulation is performed in such a manner that a conductive silicon electrode pad formed in a mouthpiece shape closely contacting with a gum is connected, and low frequency stimulation is provided to a gum for thereby enhancing a blood circulation at a gum and releasing a certain pain at a gum, so that a gum can be health. The device for stimulating gums using a low frequency comprises a connection cable for transferring a low frequency current generated by the low frequency generator to the electrode pad, and a connection terminal formed at one side of the electrode pad and connected with the connection cable.

The invention discloses a high pressure gas stimulated low-frequency broadband piezoelectric generator, and solves the problem that a current piezoelectric generator is narrow in energy harvesting frequency band and low in energy harvesting efficiency. The high pressure gas stimulated low-frequency broadband piezoelectric generator consists of a high pressure stimulation cavity, a piston drive power generation assembly, a piezoelectric power generation cavity, a set screw and a gasket, wherein the high pressure stimulation cavity and the piezoelectric power generation cavity are connected through the set screw in a fastening manner; and the piston drive power generation assembly is placed inside the high pressure stimulation cavity. Under high pressure gas stimulation, vibration is generated by a non-linear structure consisting of a spring, a groove piston and a rear end cover, and electric energy is generated by a piezoelectric element based on a direct piezoelectric effect. Through the adoption of a multi-mode broadband structure design and the combination of a mechanical frequency modulation method, high-amplitude vibration of the piezoelectric power generator under low-frequency stimulation is realized, the energy harvesting frequency band of the piezoelectric power generator is broadened, and the energy harvesting efficiency of the piezoelectric power generator is effectively improved. The piezoelectric generator is novel in structure and high in energy utilization rate, and has wide application prospects in the field of pneumatic technology.

An exemplary system includes a processing facility and a control facility. The processing facility is configured to 1) divide an audio signal presented to a cochlear implant patient into a plurality of analysis channels each containing a frequency domain signal, and 2) maintain data representative of a crossover frequency. The control facility is configured to 1) direct a cochlear implant to apply electrical stimulation representative of each frequency domain signal included in a plurality of low frequency analysis channels located below the crossover frequency in accordance with a low frequency stimulation strategy that includes a degree of focusing, and 2) direct the cochlear implant to apply electrical stimulation representative of each frequency domain signal included in a plurality of high frequency analysis channels located above the crossover frequency in accordance with a high frequency stimulation strategy that includes a lesser degree of focusing than the low frequency stimulation strategy.

The invention discloses a weight loss and health management device using smart clothing and a body fat management method thereof. According to one aspect of the present invention, the device for weight loss and health management using a smart garment comprises: a conductive fabric coupled to an inner side of the smart garment; a main body part detachably attached to the smart garment, micro-current stimulation or low-frequency stimulation is provided through the conductive fabric, and measurement voltage is provided through the conductive fabric so as to execute body fat monitoring.

The present application provides a method and device for modulating muscle electric pulse stimulation. The method includes: the electric stimulation controller receives muscle electric stimulation control instructions; analyzes the muscle electric stimulation control instructions to obtain intermediate frequency carrier control instructions, low frequency fundamental wave control instructions and Intensity modulation envelope control instruction; generate intermediate frequency carrier electrical signal according to intermediate frequency carrier control instruction; generate low frequency fundamental wave electrical signal according to low frequency fundamental wave control instruction; generate intensity modulation envelope signal according to intensity modulation envelope control instruction; convert intermediate frequency carrier electrical signal and low-frequency modulated electrical signals are synthesized to obtain a modulated wave signal with a low-frequency modulated intermediate frequency; the amplitude of the low-frequency modulated wave signal is modulated according to the intensity modulation envelope signal to form a muscle electrical stimulation signal; the muscle electrical stimulation signal is transmitted through the electrodes to the muscles of the body. The present invention realizes the same contraction effect as low-frequency stimulation, and provides safer and more comfortable muscle electric stimulation.