Surgical cart with push handle

Abstract

The invention discloses a surgical cart with a push handle. The surgical cart comprises a pedestal, the push handle and a stand column, wherein reinforcing ribs are arranged at corner positions of the push handle, the push handle comprises a display screen and a handle, and the side wall of the handle is formed to be arc-shaped; the pedestal is provided with a support pillar close to the edge position, and the support pillar is used for supporting the push handle; the stand column is provided with a mechanical arm used for conveying surgical tools. The surgical cart is provided with the arc-shaped push handle, so that the surgical cart can be more reasonably fit with a human palm, and the discomfort of workers is reduced. Furthermore, the push handle is formed by an upper shell and a lower shell made from different material, so that the lower shell can bear bigger pushing force, and the upper shell can meet a required style design. Meanwhile, a parking mechanism is arranged at the support pedestal, so that stability during a surgical process is increased, and the sliding risk of an operating table is reduced.

Description

technical field [0001] The invention relates to the technical field of medical instruments, in particular to an operating trolley with a push handle. Background technique [0002] With the continuous development of medical technology, various automation equipment has gradually entered the field of medical equipment, and various operating tables are more and more applied to various operations. There are many problems in the push handle structure of the operating table trolley at present. For example, the push handles of existing trolleys are mostly made of plastic, and because the operating trolley has a certain weight, the plastic push handles cannot meet a certain rigidity requirement and are easily damaged. In addition, when the staff applies external force to the pusher to push the operating table trolley, since the structure of the pusher cannot fit the hand of the human body, the force on the hand of the staff is uneven, which may easily cause fatigue or discomfort. ...

AI Technical Summary

Problems solved by technology

For example, the push handles of existing trolleys are mostly made of plastic. Due to the certain weight of the operating trolley, the plastic push handles cannot meet a certain rigidity requirement and are easily damaged

In addition, when the staff applies external force to the pusher to push the operating table trolley, since the structure of the pusher cannot fit the hands of the human body, the force on the hands of the staff is uneven, which may easily cause fatigue or discomfort

[0003] In addition, because the existing operating table has rollers that are easy to push and pull, there must be disadvantages of poor stability during the operation. High risk of disengagement, which can be fatal for delicate operations

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