Placement device of surgical instruments for neurosurgery department

Abstract

The invention provides a placement device of surgical instruments for the neurosurgery department, and relates to the field of medical instruments of the neurosurgery department. The placement deviceof the surgical instruments for the neurosurgery department comprises a moving mechanism, a placement frame, an instrument placement mechanism and a telescopic placement mechanism. The telescopic placement mechanism comprises a first telescopic support rod, a second telescopic support rod, a guiding support rod and a compression guiding assembly, the first telescopic support rod is fixedly arranged at one side of a placement platform, the second telescopic support rod is fixedly arranged at the other side of the placement platform, and the guiding support rod is arranged on the placement platform. The instrument placement mechanism comprises a first placement tray, a second placement tray and a third placement tray which are sequentially stacked. Compared with the prior art, the placementdevice of the surgical instruments for the neurosurgery department has the advantages that the placement area is large, the placement space can be separated, attending physicians can conveniently takeand place the surgical instruments, the placement space can move relative to a surgical bed at the same time, and the attending physicians carry out surgery conveniently.

Description

technical field [0001] The invention relates to the field of neurosurgery medical instruments, in particular to a device for placing neurosurgery instruments. Background technique [0002] The conventional operating table in the hospital is designed according to the size of the human body. When neurosurgery operates on the head, the surgeon needs to place the patient's head on the operating table to complete the operation. During the operation, there is a movable operating tray above the head of the operating table to place a sterile However, the area of ​​the surgical tray is limited, and the remaining space after placing conventional instruments such as sterile hemostatic forceps, scissors, gauze, and suture needles and threads is small. The professional instruments commonly used in neurosurgery include 1 bipolar electrocoagulation, 1 electric knife, 1-2 suction devices, 1 electric knife wiper, etc. These devices are connected to various circuits and are frequently used. T...

AI Technical Summary

Problems solved by technology

[0002] The conventional operating table in the hospital is designed according to the size of the human body. When neurosurgery operates on the head, the surgeon needs to place the patient's head on the operating table to complete the operation. During the operation, there is a movable operating tray above the head of the operating table to place a sterile However, the area of ​​the surgical tray is limited, and the remaining space after placing conventional instruments such as sterile hemostatic forceps, scissors, gauze, and suture needles and threads is small. The professional instruments commonly used in neurosurgery include 1 bipolar electrocoagulation, 1 electric knife, 1-2 suction devices, 1 electric knife wiper, etc. These devices are connected to various circuits and are frequently used. They are easy to fall off when placed on the surgical tray, and because the head area is small, there is no place to place such devices

[0003] At the same time, the position of the placement tray used to place instruments in the prior art is usually fixed. For operations with different body positions and different surgical sites, it is usually necessary to move to pick and place instruments, which is very troublesome.

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