Electric field cancer treatment equipment and method with feedback mechanism and diagnosis function

Abstract

The invention discloses electric field cancer treatment equipment and method with a feedback mechanism and a diagnosis function. A system comprises a transmitting module which is used for generating an ultra-wide electromagnetic wave and transmitting the ultra-wide electromagnetic wave to an organ of a patient, a diagnosis module which is used for receiving electromagnetic signals fed back by organs of the patient for diagnosis so as to confirm specific information of the cancer of the patient, a treatment module which is used for generating a treatment pulse signal according to the specific information to treat the patient, and a feedback module which is used for collecting physiological electric signals in the body of the patient in real time to confirm whether the treatment pulse signals need to be adjusted or not. The physiological electric signals in the body of the patient are detected in real time in the treatment process to determine whether the frequency of the treatment pulse signals needs to be adjusted or not, automatic adjustment work of the frequency of the treatment pulse signals can be achieved, the error-tolerant rate is increased, abnormal conditions can be dealt with in time, and the life safety of the patient is guaranteed.

Description

technical field [0001] The invention relates to the technical field of medical systems, in particular to an electric field cancer treatment device and method with a feedback mechanism and a diagnosis function. Background technique [0002] Cancerous tumor is a major disease that seriously threatens human health and is the most serious public health challenge facing the world. There are hundreds of thousands of cancer deaths in my country every year, which seriously affects the health of the people. The existing cancer treatment methods are divided into first-line treatments such as surgery, radiotherapy and chemotherapy. Additional second-line treatments may include radiation inoculation, cryotherapy, hormonal or biologic therapy, ablation, and the like. A combination of first-line and second-line treatments can also benefit patients in cases where a particular treatment is not effective on its own. A disease is a state in which a whole system or its elements transition in...

AI Technical Summary

Problems solved by technology

[0003] In view of the problems shown above, the present invention provides an electric field cancer treatment device and method with a feedback mechanism and diagnostic function to solve the problem mentioned in the background art that the frequency and period of the generated pulse signal are pre-set Therefore, it is impossible to receive feedback in time during the treatment process, so that it is impossible to know the progress of the patient's treatment, resulting in the failure to respond in time when encountering emergencies, which threatens the safety of the patient's life.

Images