Medicine and embolism particle mixed injection device capable of being remotely controlled

Abstract

The invention discloses a medicine and embolism particle mixed injection device capable of being remotely controlled. The medicine and embolism particle mixed injection device comprises a console andan execution structure, wherein the execution structure comprises a first injector, a second injector, an injector fixing device, an injector pushing device, an injector stroke limiting device, a controller II and a serial port display screen; the console comprises a controller I; and the controller I is connected with the controller II, a touch display screen, a power-on button, a safety mechanism button, a real-time speed control rocker, a maximum pressure control knob, a maximum speed control knob, an analog signal collector and a heat dissipation module. The medicine and embolism particlemixed injection device is simple and reliable to operate, and can realize remote non-contact sterile medicine and embolism material mixed injection operation, vibrator mixing of medicines and granularembolism materials, accurate injection speed and dosage control and real-time monitoring of injection flow and pressure, so that the accurate embolism curative effect is achieved, the exposure time for interventional physicians to inject the medicines in an operation is greatly shortened, and the work intensity of the physicians is reduced.

Description

technical field [0001] The invention relates to a remote-controllable drug and embolic particle mixing injection device, which belongs to the field of medical supplies. Background technique [0002] With the improvement of people's material living standards, the demand for medical care is also increasing. Interventional therapy is popular among patients because of its small trauma, fast recovery and good curative effect. Tumor vascular interventional therapy is a method of delivering drugs and embolic materials to the tumor area through vascular catheters to achieve treatment. When injecting drugs and embolic agents, it is necessary to monitor the flow direction of drugs and embolic agents under X-ray perspective. Currently, this is done by surgery. The doctor's manual operation is completed. Therefore, interventional surgery doctors need to bear the risk of X-ray exposure and wearing lead clothing. At the same time, the toxic pollution of a small amount of chemotherapeut...

AI Technical Summary

Problems solved by technology

[0003] The technical problem to be solved by the present invention is: in the interventional treatment of tumor vascular embolism, drugs and embolic agents need to be manually injected under X-ray fluoroscopy, and the surgeon has the risk of long-term X-ray exposure, the weight of lead clothing, and the risk of toxic contamination of chemotherapy drugs during the injection process. Injection of radiopharmaceuticals radiation pollution and uneven mixing, manual injection of drugs can not achieve precise speed and flow control

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