Abstract An ultrasonic therapeutic apparatus comprising an apparatus body including a drive source for ultrasonic oscillation, a hand piece including an ultrasonic vibrator and removably connected to the apparatus body, a drive unit in the apparatus body for applying voltage to the ultrasonic vibrator of the hand piece, thereby driving the ultrasonic vibrator, a probe removably connected to the hand piece and adapted to be vibrated by ultrasonic vibration produced as the ultrasonic vibrator is driven, thereby treating organic tissue, a water supply unit for supplying cooling water to cool the probe, a suction unit for removing waste matter by suction from the organic tissue treated by means of the cooling water and the probe, an ultrasonic output setting section for setting a preset value for an ultrasonic output from the ultrasonic vibrator, a feedwater output setting section for setting a preset value for a feedwater output from the water supply unit, a feedwater output control section for controlling the feedwater output setting by the feedwater output setting section so that the preset feedwater output value is a value such that the probe is cooled and is not excessively heated, and a memory unit for storing the preset values for the ultrasonic output and the feedwater output.
A method of setting a value of an output from an ultrasonic therapeutic apparatus and of treating an organic tissue by means of the ultrasonic therapeutic apparatus, wherein the ultrasonic therapeutic apparatus comprises an ultrasonic apparatus main body including a source of ultrasonic oscillations to produce ultrasonic waves, a hand piece removably connected to the ultrasonic apparatus main body, a probe which contacts an organic tissue and which is removably connected to the hand piece, and a cooling water supply which supplies cooling water to the probe, the method comprising the steps of: detecting whether or not a handpiece is connected to an ultrasonic apparatus main body; feeding cooling water to a probe connected to the hand piece when it is detected that the hand piece is connected to the ultrasonic apparatus main body; detecting whether or not a feedwater output value is fed to the probe; and then establishing a state where ultrasonic waves can be outputted to the probe so that ultrasonic treatment of organic tissue can be performed after said feedwater output value is fed to the probe.
Claim 2
Independent Claim
181 words
A method of setting a value of an output from an ultrasonic therapeutic apparatus and of treating an organic tissue by means of the ultrasonic therapeutic apparatus, wherein the ultrasonic therapeutic apparatus comprises an ultrasonic apparatus main body including a source of ultrasonic oscillations to produce ultrasonic waves, a hand piece removably connected to the ultrasonic apparatus main body, a probe which contacts an organic tissue and which is removably connected to the hand piece, and a cooling water supply which supplies cooling water to the probe, the method comprising the steps of: detecting whether or not a handpiece is connected to an ultrasonic apparatus main body; feeding cooling water to a probe connected to the hand piece when it is detected that the hand piece is connected to the ultrasonic apparatus main body; detecting whether or not a feedwater output value is fed to the probe; and then establishing a state where ultrasonic waves can be outputted to the probe so that ultrasonic treatment of organic tissue can be performed after said feedwater output value is fed to the probe.
Claim 3
Dependent Claim
36 words
The method according to claim 1, further comprising the step of urging an operator to feed cooling water to a probe beforehand, after detection of connection of a hand piece to the ultrasonic apparatus main body.
Claim 4
Dependent Claim
35 words
A method according to claim 1, wherein when it is detected that a handpiece is not connected to the ultrasonic apparatus main body, an instruction for an operator to connect a hand piece is displayed.