An emergency imaging device

Abstract

The invention belongs to the technical field of medical equipment, and specifically relates to an emergency imaging device, which includes an external frame system, a transmission system arranged inside the external frame system, an X-ray detection system, a detection support auxiliary system, a CT detection system, and a B-ultrasound detection system. system, nuclear magnetic detection system, operating system, and control system; the present invention integrates a variety of radiography equipment, so that patients can obtain detailed comprehensive detection reports in the process of detection at the fastest speed, and can accurately judge The cause and condition of the patient can minimize the damage to the detection equipment caused by the aftershocks in the earthquake, making it possible to carry out detection on the spot and ensure that the patient can be detected and diagnosed in the first place. The invention connects first aid treatment and detection into a chain, and can perform some simple but crucial and effective treatments on patients after detection, and can ensure that patients do not need to move or transfer multiple times to the greatest extent.

Description

technical field [0001] The invention belongs to the technical field of medical equipment, and in particular relates to an emergency imaging device. Background technique [0002] In large-scale disasters, the on-site death rate is generally equal to or even lower than the post-disaster death rate. Especially after a large-scale earthquake, because the infrastructure such as roads and houses is damaged, the first aid cannot be carried out in the first time. Even if the ambulance personnel can arrive at the first time, the arrival of large-scale medical rescue equipment is often delayed. Emphasize the golden 72 hours of post-disaster rescue, and there is also the saying of golden 72 hours in medical rescue. This requires us to be able to quickly carry out rescue on the spot after the arrival of post-disaster rescue equipment in order to make up for the loss of personnel and equipment during transportation. Delayed precious rescue time. Most of the current large-scale earthqua...

AI Technical Summary

Problems solved by technology

However, the current emergency radiography equipment has the following common problems: (1) most of the radiography equipment work separately, and after the earthquake disaster, many patients have a combination of diseases, and the data provided by a radiography equipment alone cannot be formed. Accurate judgment, and the general consultation is not allowed by the time conditions. In this case, it is easy for doctors to make mistakes in judgment; (2) Most of the current detection equipment are high-precision instruments, because there are often very frequent aftershocks after large-scale earthquakes , and when the aftershocks come, it is easy to cause the instrument to shake, making it impossible to detect and diagnose or even damage the instrument. This will even cause some instruments to be withdrawn to a safe area, and the patient cannot be diagnosed immediately and miss the golden rescue time;( 3) The transportation conditions of the current emergency testing devices are relatively harsh, especially the large tonnage of the single unit cannot be transported by air; (4) The current emergency testing equipment cannot form an integrated chain with the emergency surgery equipment, and patients often need to be moved or transferred. However, patients after a large earthquake are often accompanied by internal bleeding due to fractures and visceral injuries, which is not conducive to treatment; (5) the current equipment is still insufficient for the protection of doctors, because the number of patients after the disaster has risen sharply, making The amount of detection has increased significantly, and doctors exposed to a large amount of detection radiation in a short period of time can easily cause damage to the health of doctors; (6) The current medical detection process in the disaster area is very cumbersome, and the detection sequence is often difficult to unify due to on-site conditions Coordination, such a situation is not only easy to cause secondary injury to the patient and damage to the equipment during the detection process, but also easily leads to low utilization of the equipment. The existing equipment of the same type lacks a matching process solution system, so the aforementioned problems will be eliminated Further enlargement, even need to spend valuable human resources for special coordination; and in view of the above problems, design and development of an emergency imaging device has become an urgent task to be solved

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