Horizontal centrum perspective body position adjustment device

Abstract

The invention discloses a horizontal centrum perspective body position adjustment device. The horizontal centrum perspective body position adjustment device comprises a lying mat where the human body lies prone, wherein two pairs of lying mat partial height adjustment mechanisms are arranged under the front and rear sides of the lying mat respectively. When the human body lies on the lying mat prone, the two lying mat partial height adjustment mechanisms under the front side of the lying mat are right upwards aligned with the two shoulders of the human body, the two lying mat partial height adjustment mechanisms under the rear side of the lying mat are right upwards aligned with the two anterior superior spines of the human body, each lying mat partial height adjustment mechanism is connected with an air pump through an air pipe, each air pipe is provided with a valve capable of opening and closing the air pipe, the air pump and all the valves are electrically connected with a computer controller, and the computer controller can control opening and closing of the air pump and each valve. The horizontal centrum perspective body position adjustment device has the advantages of being convenient to operate, and being capable of rapidly enabling the centrum needing operation to obtain the standard centrum orthophoric image and largely relieving work intensity of medical staff.

Description

technical field [0001] The invention relates to a medical instrument, in particular to a horizontal vertebral body perspective body position adjustment device used for vertebral body operations such as thoracic vertebrae and lumbar vertebrae. Background technique [0002] At present, "minimally invasive percutaneous balloon dilation + vertebroplasty (PKP for short)" is generally used to treat senile osteoporotic spinal fractures. Under the guidance of the guide, the C-arm function can determine whether the vertebral body to be operated is in the positive phase of the standard vertebral body. Only when the vertebral body is in the positive phase can the surgeon find the pedicle eyes on both sides of the vertebral body to be operated on, and then Puncture, cannulation, and injection of bone cement for strengthening the vertebral body are performed through the pedicle eye. Since each patient’s spinal fracture is different, before the PKP operation, it is necessary to adjust th...

AI Technical Summary

Problems solved by technology

Especially when the patient has scoliosis and spinal rotation, it is more difficult to obtain a good positive phase of the patient's cone to be operated on

At present, medical staff put pillows under the patient's body to adjust the patient's body position. This position adjustment method not only requires high work intensity for medical staff, but also is inconvenient to operate, and the effect is not good. Only by adjusting can the positive phase of the vertebral body to be operated be obtained. Since the radiation of each fluoroscopy of the C-arm machine is relatively large, the increase in the number of fluoroscopy times of the C-arm machine will increase the radiation damage to the patient, and the process of adjusting the patient's body position is time-consuming. Longer, greatly prolonging the operation time

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