Flow dirt adsorber for dissection

Abstract

The invention discloses a flow dirt adsorber for dissection. The flow dirt adsorber comprises a lever body, a tubular body and an adsorption layer which are arranged sequentially from inside to outside, wherein a plurality of traction bars are arranged on the sidewall of the lever body, a free end of each traction bar is connected with a pressing plate, the end part of the lever body is connectedwith a driving device, and the lever body can be driven to rotate around an own axis of the lever body by the driving device; the tubular body sleeves the outer side of the lever body, a plurality ofthrough holes are formed in the tubular body, the traction bars outstretch from the tubular body through the through holes, and the tubular body is connected with a pneumatic mechanism; the adsorptionlayer is filled between the pressing plates and the tubular body, and the pressing plates are used for fixing the adsorption layer; and when the lever body rotates, the traction bars can be driven, and the pressing plates outside the adsorption layer can repeatedly press the adsorption layer. According to the flow dirt adsorber for dissection, disclosed by the invention, flow dirt of internal organs or dissected regions can be continuously adsorbed and removed during dissection, so that normal proceeding of the dissection and other operations is facilitated.

Description

technical field [0001] The invention relates to an anatomical or medical appliance, in particular to a sewage absorber for anatomy. Background technique [0002] Sponge or vacuum cleaner suction port is often used in anatomy or surgery to clean up the sewage. Since the secretion of the organism itself or conventional tissue fluid or blood may appear in the operation or dissection process, the sponge needs to be cleaned. A large number of inserts and replacements, the suction port needs to absorb all-round organs with different rules, which is particularly important for how to accurately control the distance between the organs in the target area of ​​the suction port. If the suction port is too close to the viscera, and because the color of the sewage is likely to be opaque, it may cause the suction port to press itself against the viscera due to the push of pressure, thereby causing damage to the viscera, or the distance between the suction port and the dirty page Closer, a...

AI Technical Summary

Problems solved by technology

If the suction port is too close to the viscera, and because the color of the sewage is likely to be opaque, it may cause the suction port to press itself against the viscera due to the push of pressure, thereby causing damage to the viscera, or the distance between the suction port and the dirty page Closer, although a certain distance is kept from the viscera, the adsorption effect of sewage is reduced

If a sponge is used, each time the sponge is replaced, the sponge must be clamped and displaced. The process of clamping the sponge may cause backflow and splashing of the sewage, which requires special cleaning work. cautious

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