Subcutaneous tumor removing device

Abstract

The invention discloses a subcutaneous tumor removing device which comprises a limb supporting module, a tumor limiting module, a connecting module, an arm supporting module and a telescopic ball head rod. The tumor body limiting module is adhered to the outer surface of the skin on the side of an affected limb through a medical adhesive tape along the outer boundary path of the tumor body, and the limb supporting module and the arm supporting module are connected with the tumor body limiting module through telescopic bulb rods. According to the invention, a tumor can be limited and prevented from deforming and displacing when the side body of an affected limb moves, information such as the position, depth and size of the tumor can be accurately judged conveniently, meanwhile, reliable support can be provided for the side body of the affected limb, and the affected part can be completely exposed in the visual field of a doctor in the operation process conveniently; it is guaranteed that the arms on the side of the affected limb and the body are in a separated state during postoperative recovery, and implementation of an operation and recovery of a postoperative suture opening are facilitated.

Description

technical field [0001] The invention relates to the field of medical surgical instruments, in particular to a subcutaneous tumor removal device. Background technique [0002] Subcutaneous lipoma is composed of mature fat and a small amount of interstitial tissue, which can be single or multiple, manifested as a subcutaneous or deep soft mass. It mainly occurs in the back, neck, shoulders, abdomen and proximal extremities. Surgical resection is the simplest and most effective treatment for subcutaneous lipoma, regardless of its size or location. It can completely remove the tumor (including the capsule) under direct vision, and has the advantage of almost no recurrence. However, for the excision of subcutaneous lipoma at some special locations, there are additional difficulties in the operation process. Such as axillary sheath lipoma or axillary subcutaneous lipoma growing in the armpit. The axillary sheath, also known as the axillary cavity and cervical axillary sheath, i...

AI Technical Summary

Problems solved by technology

[0003] Most of the existing treatment methods are that after the patient is anesthetized, the medical staff lifts the arm to a suitable state, and there is no universal and suitable support mechanism for auxiliary support; in addition, because the fat layer in the armpit is thick, and lipoma is normal It is caused by a large number of fat cells. When the patient's affected limb is raised, the axillary fat tissue is in a stretched state. Compared with the normal posture of the affected limb, the shape of the mass will shrink and the position will be deviated. shift, leading to deviations in judging the location, depth and shape of the tumor during the operation

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