Deep radio frequency thermal therapy device for postoperative breast cancer adjuvant chemoradiotherapy

Abstract

The invention discloses a deep radio frequency thermal therapy device for postoperative breast cancer adjuvant chemoradiotherapy, and belongs to the technical field of deep radio frequency thermal therapy devices. Air injection cylinder assemblies are equidistantly installed at the top of a lower support plate, buffer cylinder assemblies are installed at the tops of the air injection cylinder assemblies, and an upper support plate is installed at the tops of the buffer cylinder assemblies. A patient lies on the upper supporting plate and drives the upper supporting plate to move downwards to press the buffer cylinder assemblies under the gravity of the patient, then the air injection cylinder assemblies are driven to spray out hot air in the air injection cylinder assemblies through the air injection cylinder assemblies, and then the hot air is sprayed into the body of the patient through a hot air vent to achieve the heat preservation function. The interior of the lower supporting plate is kept in a high-temperature state all the time by starting an electric heating assembly, the upper supporting plate can be heated and subjected to heat preservation, and a first arc-shaped sliding frame and a second arc-shaped sliding frame are driven by starting a screw driving assembly to move above the patient ,so that deep radio frequency thermal therapy is carried out on different positions of the patient through the first arc-shaped sliding frame and the second arc-shaped sliding frame.

Description

technical field [0001] The invention relates to a deep radio frequency hyperthermia device, in particular to a deep radio frequency hyperthermia device used for postoperative adjuvant radiotherapy and chemotherapy of breast cancer, belonging to the technical field of deep radio frequency hyperthermia. Background technique [0002] SR1000 tumor radio frequency hyperthermia machine is a non-contact treatment method, using radio frequency waves to heat the tissue to a temperature that can kill tumor cells (42.5---43.5°C), and the duration is 60---120 minutes to achieve the goal of killing tumor cells. The aim is to kill tumor cells without damaging normal tissue. [0003] The deep radiofrequency hyperthermia device in the prior art has the first problem that when the patient is lying on the treatment bed, it does not have a good buffer function and thermal assistance function when performing radiofrequency hyperthermia, and secondly, when performing radiofrequency hyperthermia,...

AI Technical Summary

Problems solved by technology

[0003] The deep radiofrequency hyperthermia device in the prior art has the first problem that when the patient is lying on the treatment bed, it does not have a good buffer function and thermal assistance function when performing radiofrequency hyperthermia, and secondly, when performing radiofrequency hyperthermia, its chest and The legs cannot be treated with radiofrequency hyperthermia at the same time and mobile radiofrequency hyperthermia is not possible. Therefore, a deep radiofrequency hyperthermia device for adjuvant radiotherapy and chemotherapy after breast cancer surgery is designed to optimize the above problems.

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