Cooling analgesia device

Abstract

The invention provides a cooling analgesia device. The cooling analgesia device comprises a transparent plastic container which is composed of a container body, a container cover, a handle and a waterproof plug, the container body is connected with the container cover in a threaded mode, the handle is located on one side of the container body, the handle is internally provided with two cooling fluid channels used for being directly communicated with a tail-end solution pool, the waterproof plug is matched with the cooling fluid channels for use and used for plugging the cooling fluid channels, the tail-end solution pool is a concentric annular space in the container body, and the space is used for storing cooling fluid or ice blocks. The cooling analgesia device can further comprise a cooling circulatory system used for reducing and relieving heat injuries in laser treatment of the department of stomatology.

Description

technical field [0001] The invention relates to a medical instrument, in particular to a cooling analgesic device. Background technique [0002] In recent years, with the development of laser technology, high-power pulsed lasers have been increasingly used in the clinical surgical treatment of stomatology-related diseases. However, in clinical practice, the irradiation dose of these lasers on corresponding biological tissues is only controlled by the actual experience of clinicians. This kind of control that only rests on perceptual knowledge is often inaccurate, and medical accidents caused by thermal injury will follow. At present, in the clinical practice of stomatology, doctors often use tweezers to clamp ice cubes to cool down the irradiated area and analgesia, and reduce potential thermal damage. However, this approach has many shortcomings. First, ice analgesia and laser irradiation cannot be performed at the same time. Ice analgesia often blocks the area irradiate...

AI Technical Summary

Problems solved by technology

However, this method has many shortcomings

First, ice analgesia and laser irradiation cannot be performed at the same time. Ice analgesia often blocks the area irradiated by the laser, making it impossible for doctors to judge the effect of the current irradiation; second, ice melts into water droplets into the patient's mouth during the cooling process , not only makes the patient feel very uncomfortable (even flows down the mouth), but also the increased liquid in the mouth is not conducive to the doctor's operation

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