Drainage protection device for incision expansion

Abstract

The invention provides a drainage protection device for incision expansion. The device is provided with incision protection thin film, an incision expansion ring is arranged in the middle of the incision protection thin film and comprises an annular sleeve, and an incision expansion strip is arranged in the annular sleeve and is wrapped by an incision expansion strip insulation protection sleeve;an electric knife protection sleeve is arranged at one side of the incision expansion ring, a wire-type surgical instrument protection sleeve is arranged at the other side of the incision expansion ring, and a funnel-shaped body fluid guide bag with a large upper portion and a small lower portion is arranged at the lower end of the incision expansion ring; a negative pressure device connection pipe is arranged in the body fluid guide bag, a suction head connector is formed in the head end of the negative pressure device connection pipe, and a negative pressure suction device connection port isformed in the tail end of the negative pressure device connection pipe. The drainage protection device for incision expansion is novel in structure and has multifunctionality, the surgical effect ofconvenient operation is achieved, and application of surgical cloth-type dressings and multiple protection sleeves can also be reduced; application of low-value consumed materials of a hospital can bereduced, low-carbon and environmental protection are achieved, the energy is saved, the consumption is lowered, and the operation cost of the hospital is lowered.

Description

technical field [0001] The invention relates to a medical appliance, in particular to an incision expansion and drainage protection device. Background technique [0002] The traditional method of clinical surgical incision protection is to spread more than four layers of middle sheet on the incision and a layer of large-hole surgical towel to form a sterile area, which acts as a waterproof and anti-bacterial function. However, when there are more blood and body fluids and the operation time is longer , will soak the surgical dressing, and cannot achieve the effect of waterproofing and bacteria resistance; at the same time, the surgical incision must be beautiful and achieve the purpose of the operation. Difficulty of operation reduces work efficiency. Drainage devices, electrosurgical devices, and some wires that require sterile protection are required during surgical operations. There is no special storage location, and messy stacking around the surgical field will also af...

AI Technical Summary

Problems solved by technology

[0002] The traditional method of clinical surgical incision protection is to spread more than four layers of middle sheet on the incision and a layer of large-hole surgical towel to form a sterile area, which acts as a waterproof and anti-bacterial function. However, when there are more blood and body fluids and the operation time is longer , will soak the surgical dressing, and cannot achieve the effect of waterproofing and bacteria resistance; at the same time, the surgical incision must be beautiful and achieve the purpose of the operation. Difficulty of operation reduces work efficiency

Drainage devices, electrosurgical devices, and some wires that require sterile protection are required during surgical operations. There is no special storage location, and messy stacking around the surgical field will also affect the operation of the surgeon. It may also slip off the operating table and cause pollution, resulting in The rate of incision infection is rising, the average length of hospitalization is prolonged, and the pain and hospitalization costs of patients are increased

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