Abstract: An ultrasonic treatment apparatus according to the present invention includes: an oscillation unit which selectively oscillates a plurality of ultrasonic signals; a data table which includes a plurality of data rows storing in advance frequency data of the ultrasonic signals, at least one data row among the plurality of data rows storing specific frequency data and other frequency data such that a storage amount of the specific frequency data is larger than that of the other frequency data; an operation unit which select one application data row from the plurality of data rows: a plurality of ultrasonic oscillators which include a plurality of resonance frequencies: a plurality of connectors to which the plurality of ultrasonic oscillators are each connectable; a plurality of switches which are each connected, to the plurality of connectors; and a control unit which, in order to apply an application ultrasonic signal selected based on the application data row among the plurality of ultrasonic signals to one a

Abstract: The muscle training apparatus includes: conductors to be mounted on a body of a user; an operation section for receiving an instruction from the user; a memory section for storing a current-and-frequency-correlation data which indicates a relationship between a magnitude of an electrical stimulation signal and a supply frequency of the electrical stimulation signal; a control section for determining the supply frequency based on the magnitude of the electrical stimulation signal input from the operation section, and the current-and-frequency-correlation data; and an electrical stimulation output section for generating the electrical stimulation signal based on the magnitude of the electrical stimulation signal and the supply frequency of the electrical stimulation signal which are instructed by the control section, and generating an interference wave by providing the electrical stimulation signal to the body of the user via the conductors.

Abstract: An ultrasonic treatment apparatus according to the present invention includes: an oscillation unit which selectively oscillates a plurality of ultrasonic signals; a data table which includes a plurality of data rows storing in advance frequency data of the ultrasonic signals, at least one data row among the plurality of data rows storing specific frequency data and other frequency data such that a storage amount of the specific frequency data is larger than that of the other frequency data; an operation unit which select one application data row from the plurality of data rows: a plurality of ultrasonic oscillators which include a plurality of resonance frequencies: a plurality of connectors to which the plurality of ultrasonic oscillators are each connectable; a plurality of switches which are each connected, to the plurality of connectors; and a control unit which, in order to apply an application ultrasonic signal selected based on the application data row among the plurality of ultrasonic signals to one a

Abstract: An ultrasonic therapy device imparts ultrasonic waves to a treatment area in a mouth cavity where an implant treatment has been performed to perform therapy, including: a fitting portion that is fitted and fixed to teeth near the treatment area; a housing that is provided in the fitting portion, is disposed near the treatment area, and in which an opening portion is formed on the side of the treatment area; and an oscillator that is housed in the housing; in which a linear saliva introduction member that is arranged to project outward of the fitting portion or the housing from the opening portion of the housing is provided on the fitting portion or the housing.

Abstract: A low-frequency treatment device includes electrodes to which a low-frequency pulse signal is supplied so as to apply an electric stimulus to a living body; a section for presetting a number of times of muscle contraction which occurs by applying the electric stimulus; a section for setting a pulse signal conducting time period and a pulse signal pausing time period in an interval; a section for computing a treatment time period based on the number of times of muscle contraction and on the conducting and the pausing time periods; a timer which starts counting a time period when supply of the pulse signal is started, and transmits a stop signal for stopping the supply of the pulse signal when the counted time period reaches the computed treatment time period; and a device for shutting off a circuit for supplying the pulse signal based on the stop signal.

Abstract: A low-frequency treatment device includes electrodes to which a low-frequency pulse signal is supplied so as to apply an electric stimulus to a living body; a section for presetting a number of times of muscle contraction which occurs by applying the electric stimulus; a section for setting a pulse signal conducting time period and a pulse signal pausing time period in an interval; a section for computing a treatment time period based on the number of times of muscle contraction and on the conducting and the pausing time periods; a timer which starts counting a time period when supply of the pulse signal is started, and transmits a stop signal for stopping the supply of the pulse signal when the counted time period reaches the computed treatment time period; and a device for shutting off a circuit for supplying the pulse signal based on the stop signal.

Abstract: An ultrasonic therapy device comprises two bodies and two holding members. The body, at the inner face of which an oscillator is embedded, covers an affected area into which implant fixtures are embedded. The holding member which holds the body has a shape of a crown which covers teeth next to the affected area. Two teeth were removed from the affected area into which two implant fixtures are embedded. Each of the bodies covers the affected area between the teeth which is covered by the holding members so that the bodies are exactly fixed in an oral cavity. In this state, it is possible to accelerate osteogenesis around the implant fixtures by supplying an ultrasonic signal from an external driver to the oscillator.

Abstract: The muscle training apparatus includes: conductors to be mounted on a body of a user; an operation section for receiving an instruction from the user; a memory section for storing a current-and-frequency-correlation data which indicates a relationship between a magnitude of an electrical stimulation signal and a supply frequency of the electrical stimulation signal; a control section for determining the supply frequency based on the magnitude of the electrical stimulation signal input from the operation section, and the current-and-frequency-correlation data; and an electrical stimulation output section for generating the electrical stimulation signal based on the magnitude of the electrical stimulation signal and the supply frequency of the electrical stimulation signal which are instructed by the control section, and generating an interference wave by providing the electrical stimulation signal to the body of the user via the conductors.

Abstract: An ultrasonic therapy device comprises two bodies and two holding members. The body, at the inner face of which an oscillator is embedded, covers an affected area into which implant fixtures are embedded. The holding member which holds the body has a shape of a crown which covers teeth next to the affected area. Two teeth were removed from the affected area into which two implant fixtures are embedded. Each of the bodies covers the affected area between the teeth which is covered by the holding members so that the bodies are exactly fixed in an oral cavity. In this state, it is possible to accelerate osteogenesis around the implant fixtures by supplying an ultrasonic signal from an external driver to the oscillator.

Abstract: In a transcutaneous electric nerve stimulater in which a frequency of an output pulse varies with a lapse of time, a pulse width of the output pulse is increased when the frequency becomes to be smaller and is reduced when the frequency becomes to be greater. Furthermore, a pulse amplitude of the output pulse is increased when the frequency becomes to be smaller and is minimized when the frequency becomes to be greater.