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Side-lying position spinal operation position fixing device

A fixed device, lateral position technology, applied in the field of medical aids, can solve problems such as respiratory and circulatory dysfunction, skin pressure injury, nerve injury, etc., to reduce the risk of pressure injury, prevent body position changes, and maintain stability Effect

Active Publication Date: 2020-08-21
FOURTH MILITARY MEDICAL UNIVERSITY
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

Spinal surgery, thoracic surgery, kidney surgery, and orthopedic surgery often use the lateral position, but it is prone to complications such as respiratory and circulatory dysfunction, nerve injury, and skin pressure injury, and patients often cannot maintain their own stability under anesthesia. , often need to be fixed with operating bed accessories to protect the safety of patients

Method used

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  • Side-lying position spinal operation position fixing device
  • Side-lying position spinal operation position fixing device
  • Side-lying position spinal operation position fixing device

Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0047] see Figure 1-15 Shown, a kind of side-lying position spinal operation position fixation device, comprises:

[0048] A bed board 10, one end of the bed board 10 is connected with a head support board 16 for placing the human head, and one side of the bed board 10 is equipped with a first upper limb placement board 15 for placing the upper limbs of the human body;

[0049] Side sleeper 40, the side sleeper 40 is plugged on the side of the bed board 10, the installation position of the side sleeper 40 and the first upper limb placement 15 on the bed board 10 is the same side, and at least two of the bed boards 10 are plugged with a distance The side lying board 40 is provided with a second binding belt 41 for binding the human body on the side lying board 40;

[0050] The pelvis stabilization assembly 50 is movably connected with the bed board 10, and the pelvis stabilization assembly 50 is used to limit the displacement of the lower pelvis when the human body is lying o...

Embodiment 2

[0071]This embodiment is the method of use on the basis of the side-lying spinal hand-upper fixation device in Embodiment 1:

[0072] It is necessary to check the equipment before using the lateral spine hand upper fixation device of the present invention to check whether each component is intact, to avoid damage to some components affecting the normal operation of the operation, and to fix the patient in the lateral position. According to the patient's body shape, place pads on the patient's armpit to prevent compression of the subaxillary nerve, and try to be as tight as possible when using the binding belt for binding. Metal materials should be avoided for the parts in contact with the patient. Materials such as gel materials or rubber can be used to improve patient comfort, reduce pressure injuries, and more importantly, prevent electric burns when using high-frequency electric scalpels.

[0073] First, place the left or right surgical position according to the needs of th...

Embodiment 3

[0075] In this embodiment, test group 1 and test group 2 are set up to carry out comparative tests. Test group 1 is to use the fixing device of embodiment 1 to fix the patient in lateral position, and test group 2 is to use the traditional side-lying bracket to fix the patient in side-lying position. The two test groups were used in the same hospital, and both were used in spinal surgery. The two test groups were respectively used in 60 cases of spinal surgery. There were 75 male patients and 45 female patients in the operation, aged 25-74 years. There was no statistically significant difference between the two groups in terms of gender and age (P>0.05), and they were comparable.

[0076] These 120 patients all recorded the skin integrity, elasticity, and history of trauma before the operation, and specifically learned about the presence or absence of frozen shoulder, rheumatoid, osteoarthritis and other diseases. During the operation, the patients in the two experimental grou...

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Abstract

The invention belongs to the technical field of medical auxiliary tools, and discloses a side-lying position spine operation position fixing device which comprises a bed plate, wherein a head supporting plate is connected to one end of the bed plate, and a first upper limb placing plate is installed on one side of the bed plate; side-lying plates which are inserted into the side of the bed plate,wherein the side-lying plates and the first upper limb placing plate are placed on the same side of the bed plate, at least two side-lying plates at intervals are inserted into one side of the bed plate, and second binding belts are arranged on the side-lying plates; a pelvis stabilizing assembly which is movably connected with the bed plate, and is used for limiting pelvis displacement when the human body lies on the side; an air bag cushion is placed at the bottom of the bed plate and composed of at least two first air bags, the side faces of the first air bags are fixedly connected, and thefirst air bags are provided with independent first inflation and deflation openings. The side-lying position spine operation position fixing device is suitable for patients with different body types,the body position change of the patient in the operation process can be effectively prevented, the spine curve of the human body is effectively kept stable in the operation process, and the adverse effect of the lateral lying position on the patient is reduced or avoided.

Description

technical field [0001] The invention belongs to the technical field of medical aids, and in particular relates to a side-lying position fixation device for spinal surgery. Background technique [0002] Due to the use of auxiliary medical equipment, anesthesia, and special surgical positions in the operating room, patients cannot turn over autonomously during the operation, and local tissues of the body are continuously under pressure, which is very prone to pressure injuries. [0003] The lateral position has become a commonly used position in surgical operations because it fully exposes the surgical field and facilitates surgical operations. Spinal surgery, thoracic surgery, kidney surgery, and orthopedic surgery often use the lateral position, but it is prone to complications such as respiratory and circulatory dysfunction, nerve injury, and skin pressure injury, and patients often cannot maintain their own stability under anesthesia. , It is often necessary to use operat...

Claims

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Application Information

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IPC IPC(8): A61G13/10A61G13/12
CPCA61G13/10A61G13/121A61G13/124A61G13/123A61G13/1265A61G2203/723A61G2200/322
Inventor 高全有钱济先高浩然周程沛孙嗣国郭时空薛为高钱澍袁一方宋杨李晓祥刘涛杨文学杨涛潘治军
Owner FOURTH MILITARY MEDICAL UNIVERSITY
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