Electric impulse production device and control method thereof

Abstract

The invention discloses an electric pulse generating device and a control method thereof; the device comprises a controller and a probe, wherein, the probe has a pulse generating circuit used for generating electric pulse, and the controller controls the probe in a wireless communication way. The invention adopts the wireless communication control way to realize a portable electric generating device with the electric stimulus probe and the controller completely separated, the integration level thereof is high, the cost is low, the application environment is unrestrictive, and the enclosed type independent probe is easy to sterilize, thus eliminating the potential hazard of electric shock and leading the whole device to be more convenient and safer to use.

Description

technical field [0001] The invention relates to an electric pulse generating device and a control method thereof, in particular to an electric pulse generating device capable of generating electric pulses and a control method thereof. Background technique [0002] Urinary incontinence includes stress urinary incontinence, urge urinary incontinence and mixed urinary incontinence, which are common muscle function impairment diseases. [0003] Numerous studies have proved that physical rehabilitation for nerve or muscle diseases, such as the treatment of urinary incontinence, with low-frequency electrical stimulation as the main means, has a very good therapeutic effect and has been well received by clinicians and patients. The electrical stimulation therapeutic apparatus currently on the market has a stimulating probe, which is pulled by the lead, and the electrical stimulation signal is input to the electrode, and then transmitted to the functionally impaired part of the pati...

AI Technical Summary

Problems solved by technology

[0004] At present, there are urinary incontinence treatment equipment based on electrical stimulation at home and abroad. The generation of electric pulses and parameter adjustment in the existing urinary incontinence treatment equipment are all completed by the host, and the probe only plays a role in conducting electric pulses during the treatment process. This design makes it easier to replace probes with different shapes, but it also causes a lot of restrictions and inconveniences in use

For example, due to the wired connection between the probe and the host, there is a cable drag between the patient and the host during treatment, which imposes strict requirements on the patient's clothing, and also limits the patient's treatment environment and freedom of movement

Moreover, wired electrode probes also have hidden dangers in terms of safety and cleanliness, and the cable connection is likely to become a cleaning "blind spot", resulting in residual bacteria

The dragging or improper operation of the cable may easily cause damage to the equipment or cause an electric shock hazard, posing a threat to the health of the patient

[0005] In addition, the myoelectric stimulation therapy products used in hospitals are bulky and expensive, and patients generally cannot purchase them individually, so that patients must undergo regular treatment in a specific hospital or rehabilitation center for each rehabilitation treatment, causing long-term rehabilitation to the patient. substantial time and financial burden

Compared with other diseases, urinary incontinence involves more personal privacy issues. On the one hand, the regular physical therapy in the hospital causes a waste of time, and on the other hand, it increases the patient's anxiety about being naked and the safety of the treatment environment.

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