Cardiovascular anesthesia interventional therapy device

Abstract

The invention relates to a cardiovascular anesthesia type interventional therapy device and belongs to the technical field of medical instruments. The cardiovascular anesthesia type interventional therapy device comprises a power supply base, an interventional instrument combined case, an anesthesia case and a hemostatic oppression top box, wherein a hidden battery box is arranged in the power supply base; a winding roller rotating shaft is arranged in the interventional instrument combined case and connected with the interventional instrument combined case through rotating shaft nesting rings; a guide pipe winding roller is arranged on the winding roller rotating shaft; a guide pipe connecting mouth is arranged in the anesthesia case; a hard drainage channel is arranged on the guide pipe connecting mouth; an anaesthetic caching box is arranged on the lower side of the hard drainage channel; a top box protective cover is arranged on the hemostatic oppression top box; and a pressure pump switch is arranged on the upper side of the hemostatic oppression top box and connected with the hemostatic oppression top box through a switch chute. The cardiovascular anesthesia type interventional therapy device is complete in function and convenient to use, and can be simply and conveniently operated with less time and effort when used for cardiovascular interventional therapy on patients, thereby reducing the work difficulty of medical staff.

Description

technical field [0001] The invention belongs to the technical field of medical devices, and in particular relates to a cardiovascular anesthesia interventional therapy device. Background technique [0002] Today, there are generally several medical methods for cardiovascular diseases, such as internal medicine, surgery and interventional minimally invasive treatment. Among them, interventional treatment is widely used because of its small trauma, obvious effect and quick recovery. However, interventional treatment also has certain drawbacks. For example, if the efficacy of the anesthetic is lost during the guidewire intervention in the body, supplementary anesthesia is required, and the guidewire withdrawal after treatment needs to be pressed to stop the bleeding. These problems have not been well resolved in the current cardiovascular interventional therapy, resulting in a second injection Anesthesia and wound bleeding pollute the treatment environment. Contents of the in...

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Problems solved by technology

[0002] Today, there are generally several medical methods for cardiovascular diseases, such as internal medicine, surgery and interventional minimally invasive treatment. Among them, interventional treatment is widely used because of its small trauma, obvious effect and quick recovery. However, interventional treatment also has certain drawbacks. For example, if the efficacy of the anesthetic is lost during the guidewire intervention in the body, supplementary anesthesia is required, and the guidewire withdrawal after treatment needs to be pressed to stop the bleeding. These problems have not been well resolved in the current cardiovascular interventional therapy, resulting in a second injection Anesthesia and wound bleeding pollute the treatment environment

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