Intelligentized radio frequency thermoradiotherapeutic instrument for bladder

Abstract

Disclosed is an intelligent type urinary bladder radio frequency thermal chemotherapy therapeutic equipment comprising a multi-cavity treatment conduit, a temperature sensor, a radio-frequency heating apparatus, a radio-frequency heating electrode, a sensing unit adapting circuit, a data input / output circuit, a body section and a peristaltic pump arranged on the upper layer mounting plate in the body section, the radio-frequency heating device is connected with the radio frequency heating electrode through lead connection, the temperature sensor is connected with the sensing unit adapting circuit through lead connection, the input / output circuit is connected with the sensing unit adapting circuit and radio-frequency heating device through lead connection.

Description

technical field [0001] The invention relates to a thermal chemotherapy device, in particular to an intelligent bladder radio frequency intracavity thermal chemotherapy treatment instrument, which is used in the technical field of medical devices. Background technique [0002] Taking bladder cancer as an example, for some cases where resection is no longer possible, or the symptoms are mild, resection is not necessary. Chemotherapy liquid can be injected into the bladder cavity and heated to 42°C to 44°C for non-invasive thermochemotherapy. The clinical significance of intravesical thermochemotherapy technology is that it can effectively eliminate tumor foci and free cancer cells in the bladder cavity according to the different heat resistance properties of tumor tissue and normal tissue, combined with the synergistic effect of hyperthermia, chemotherapy and thermochemotherapy. The promotion and popularization of intravesical thermochemotherapy technology requires a new type...

AI Technical Summary

Problems solved by technology

This patent application technology solves the problems of liquid medicine heating and injection to a certain extent, but there are some shortcomings and deficiencies: the heating method is simple, it can only treat the surface of organs, and cannot penetrate deep into organs and tissues; Failure to provide treatment parameters and change curves of temperature measured by important organs is not conducive to real-time monitoring; the temperature control is too rough, and the temperature control range cannot be continuously adjusted; the pump is not used to drive the injection and discharge, so that the injection and discharge are not accurate. convenient

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