Training table for deep vascular anastomosis operation of microneurosurgery

Abstract

The invention discloses a training table for deep vascular anastomosis operation of microneurosurgery, which comprises a round base, an arc-shaped supporting plate is fixedly connected to the upper surface of the round base, a training disc is connected to the arc-shaped supporting plate through a height adjusting and controlling assembly, the training disc is rotationally connected with a rotating disc through a vertical rotating shaft, and an operating table is arranged on the rotating disc. artificial blood vessel groups in multiple areas are uniformly distributed on the operating table, and a pulse simulation assembly is arranged in the training disc. The artificial blood vessel on an operating table is divided into a plurality of areas according to different tube diameters, the goggles on the observation opening are set to be in different multiples according to the change of the tube diameters, training personnel can conduct training conveniently, imitated blood is conveyed into the artificial blood vessel set through the conveying tube through the conveying pump to flow, and the blood in the artificial blood vessel set continuously flows, so that the physiological phenomenon of the human blood vessel is simulated, the reality is more simulated in the operation training process, the training intensity is improved, and the training effect is ensured.

Description

technical field [0001] The invention relates to the technical field of vascular anastomosis operation training, in particular to a deep vascular anastomosis operation training platform for microneurosurgery. Background technique [0002] With the rapid development of social economy, more and more people begin to enter medical institutions. During the learning process, they often need to enter the operating room after surgical training. Microneurosurgery technology is one of the main treatment methods of modern neurosurgery. . Among them, deep vascular anastomosis in neurosurgery is a kind of surgery. After incision or debridement with sharp instruments, if the arterial defect is small, end-to-end anastomosis can be performed directly; during the operation, attention must be paid to the length of the separation of the broken ends of the blood vessels. , the suture pulling and ligation should be tight and appropriate; the postoperative treatment is the same as that of vascula...

AI Technical Summary

Problems solved by technology

Among them, deep vascular anastomosis in neurosurgery is a kind of surgery. After incision or debridement with sharp instruments, if the arterial defect is small, end-to-end anastomosis can be performed directly; during the operation, attention must be paid to the length of the separation of the broken ends of the blood vessels. , the suture pulling and ligation should be tight and appropriate; the postoperative treatment is the same as that of vascular debridement and vascular repair, which makes it necessary for novices to undergo professional simulation training for many times before performing the operation. Most of the existing training processes use manual blood vessels for training, but there is no simulated blood flowing in the artificial blood vessels so that the simulation effect is not good during training, resulting in poor training effects, and the height of the existing vascular anastomosis surgery training table is consistent, which is suitable for some women with lower elevations. For doctors, it is extremely inconvenient to operate, which affects the training effect. For this reason, a training platform for deep vascular anastomosis in microneurosurgery is proposed.

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