Electric coagulation forceps

Abstract

The invention relates to electric coagulation forceps which comprise a forcep body. A power plug of a storage battery and a water pipe are mounted on a forcep base. A locating column which is integrally formed with a forcep handle is arranged at the position, close to the tip of the corresponding forcep handle, of the forcep handle on one side. A transparent semicircular body is fixed to each locating column, and the transparent semicircular bodies on the forcep handles form a disc after the two forcep handles are in butt joint. Multiple independent unit cavities are formed in each transparent semicircular body. An LED lamp is mounted in each unit cavity. Multiple water outlets communicated with one another are further formed in the transparent semicircular bodies, and the water outlets are distributed on the arc surfaces of the transparent semicircular bodies and on the lower portions of the LED lamp distribution areas. The electric coagulation forceps have the advantages that the cleaning effect and range are guaranteed, a doctor can accurately use the electric coagulation forceps with high proficiency, and the characteristics that the electric coagulation forceps are small in size, high in brightness, free of visual fatigue and environmentally friendly in an operation are completely achieved; an isolation area and a protection area are additionally arranged, and the electric coagulation forceps have the effects of sterilization and radiation resistance.

Description

technical field [0001] The invention relates to an electrocoagulation forceps, belonging to the field of medical equipment. Background technique [0002] In recent years, modern surgical techniques have developed by leaps and bounds, and minimally invasive surgery is one of its characteristics. Surgeons must have keen eyes and precise operation in order to ensure the safety of patients' lives and effective treatment. To meet such requirements, sufficient illumination of the surgical field is the key. At present, most operations still rely on surgical shadowless lamps, cold LED headlights with optical fiber, etc. Due to the narrow surgical field, the doctor's body, surgical instruments, human anatomical structure, etc., the brightness of the light that really enters the field of view is not enough, especially for deep In the process of surgery, due to the influence of the location and size of the lesion, the doctor is required to constantly change the direction and angle of ...

AI Technical Summary

Problems solved by technology

At present, most operations still rely on surgical shadowless lamps, cold LED headlights with optical fiber, etc. Due to the narrow surgical field, the doctor's body, surgical instruments, human anatomical structure, etc., the brightness of the light that really enters the field of view is not enough, especially for deep In the process of surgery, due to the influence of the location and size of the lesion, the doctor is required to constantly change the direction and angle of the field of view, which requires constant adjustment of the position of the shadowless lamp. Unclear about the possibility of accidental injury, threatening surgical safety

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