Ultrasonic surgery device

Abstract

The invention relates to an ultrasonic surgery device integrated with functions of spraying water mist, disinfection and preventing infection. The ultrasonic surgery device comprises an ultrasonic generation device, a transmission device, an end head structure and a water mist generation device. The ultrasonic generation device is used for generating supersonic waves and connected to the transmission device and can transmit supersonic waves to the transmission device. The transmission device is connected to the end head structure and sends the supersonic waves to the end head structure. The water mist generation device is used before the end head structure actuates. When the end head structure actuates and / or the end head structure actuates, water or mists is / are applied to the end head structure and / or a position acted upon by the end head structure. An ultrasonic surgery can be performed under all kinds of emergencies. No smoke or odor is generated at the surgery position. Therefore, disinfection is performed in order to prevent the surgery from infection. Meanwhile, smoke and odors are prevented during the ultrasonic surgery in the surgery niche of circumcision. Tissues are prevented from being adhered to a scalpel head.

Description

technical field [0001] The invention relates to an ultrasonic surgical device, in particular to an ultrasonic surgical device integrated with functions of spraying water mist and disinfecting and preventing infection. Background technique [0002] Many common injuries and diseases that are life-threatening if not rescued in time often occur in places where there are no surgical conditions such as home, travel, and field work. Especially when sudden disasters such as earthquakes occur, a large number of people are caused by open injuries, and urgent on-site cutting is required. Treatment, hemostasis and coagulation and other operations. Existing first aid methods, except for rushing to the operating room of the hospital for surgery, there is almost no other way, and many lives cannot be saved because of inability to treat in time or stop bleeding during transportation. [0003] However, if surgical treatment is forced to be performed on the spot, and the problem of bacterial...

AI Technical Summary

Problems solved by technology

Existing first aid methods, except for rushing to the operating room of the hospital for surgery, there is almost no other way, and many lives cannot be saved during the transportation because they cannot be treated in time or the bleeding cannot be stopped

[0003] However, if surgical treatment is forced to be performed on the spot, and the problem of bacterial virus infection is faced, with the development of modern medical technology, the aseptic requirements for surgery are more stringent, and the number of bacteria and microorganisms in the surrounding environment is related to a certain extent. From the perspective of the success or failure of the operation, how to effectively disinfect the surgical site and reduce the surgical infection caused by pollution has always been a subject of concern. At present, the power supply for air disinfection widely used in the market is usually the main power supply of AC, but these have not taken into account The requirements for use under field operation conditions cannot be applied to the first-line rapid treatment of batches of wounded in emergencies such as wartime, natural disasters, and serious accidents.

The traditional surgical anti-infection / disinfection system also has the following disadvantages: bulky and inconvenient to move; the whole machine has high power and consumes a lot of power, and requires 220V power supply, which cannot be used in a harsh power environment; the whole machine cannot be shockproof and waterproof Dustproof, cannot be used normally in harsh medical environments

[0007] (1) In a large number of environments that do not have surgical conditions, timely injury treatment cannot be performed;

[0008] (2) The disinfection and infection prevention treatment cannot be completed synchronously and accurately during surgery or other treatment in a harsh environment;

[0009] (3) In addition, the prior art in the field of circumcision still has the following problems to be solved urgently: after the foreskin tissue was cut at the time of the operation, the incision could not heal in time; Regret for life; there is a certain probability that the cut surface cannot form a complete ring; during the operation, blade cutting or scissors are required to cut human tissue, causing psychological fear and physical pain for the patient; nails or rings are required after the operation, which brings psychological and psychological pain to the patient. Physiological pain; when using staples, it is easy to puncture the blood vessels due to the uncertain position of the staples, and the blood vessels are difficult to heal, resulting in postoperative bleeding; the process of attaching the staples after the operation needs to last for several days or even more than ten days, and the life of the patient is greatly inconvenient , and once there is intense activity or external force, it is easy to cause nails to come off, causing danger; nails after surgery will always cause bleeding or nails to be removed when there is a physiological erection in the later period; traditional surgical methods such as scabbing or slow healing of the incision surface will lead to prepuce The original elasticity is lost; the traditional surgical method needs to last for several minutes or even half a day, and the long operation time leads to various risks; the traditional surgical method is prone to bleeding, leading to the risk of infectious diseases, etc.

When using ultrasound for circumcision to solve the above problems, it is easy to produce certain smoke and smell, which will affect the vision and the operation environment, and at the same time, the adhesion between the tissue and the knife head may occur, resulting in operation failure or bleeding.

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