Optical therapy device for endoluminal therapy

Abstract

The invention relates to an optical therapeutic apparatus suitable for intracavitary therapy and an elastic transparent protective cover thereof. The optical therapeutic apparatus comprises an irradiation head support column, a hard transparent protective cover, the elastic transparent protective cover, an air inlet hole nozzle and an optical generation host, wherein the irradiation head support column is provided with optical irradiation heads, the optical irradiation heads are optically connected with the optical generation host by an optical path, the irradiation head support column extends into the hard transparent protective cover, the elastic transparent protective cover is sheathed on the outside of the hard transparent protective cover, the bottom of the elastic transparent protective cover and the bottom of the hard transparent protective cover are sealed, a sealing inner cavity is formed between the hard transparent protective cover and the elastic transparent protective cover, and the sealing inner cavity is communicated with the air inlet hole nozzle. The optical therapeutic apparatus and the elastic transparent protective cover have the advantages that the irradiation heads are respectively arranged at the top part and side surfaces of the support column, so the defects of the prior art that only direct irradiation exists and the cavity walls cannot be irradiated are overcome; and the irradiation head support column can rotate clockwise and counterclockwise.

Description

technical field [0001] The invention relates to the technical field of medical equipment and devices, in particular to an optical therapy instrument suitable for intracavity therapy and an elastic transparent protective cover thereof. Background technique [0002] In the existing cavity phototherapy equipment, especially the existing optical irradiation therapy equipment used for gynecological examination and treatment, there are the following deficiencies: 1. There is only direct radiation, and the cavity wall cannot be irradiated, such as the vaginal wall. 2. For fixed irradiation, only one spot can be irradiated. If other spots are irradiated, the probe must be turned manually, and the irradiation is not uniform. 3. The cavity wall is narrow and the scattering distance is short. It is a point irradiation instead of a surface irradiation, and the lesion is mostly a surface. The cavity wall has folds, and the lesion is often covered by folds. Contents of the invention ...

AI Technical Summary

Problems solved by technology

[0002] In the existing cavity phototherapy equipment, especially in the existing optical irradiation therapy equipment used for gynecological examination and treatment, there are the following deficiencies: 1. There is only direct radiation, and the cavity wall cannot be irradiated, such as the vaginal wall

2. Fixed irradiation, only one spot can be irradiated. If other spots are irradiated, the probe must be turned manually, and the irradiation is uneven

3. The cavity wall is narrow and the scattering distance is short. It is a point irradiation instead of a surface irradiation, and the lesion is mostly a surface irradiation.

Images