Spherical full-automatic gravitational venous transfusion monitor

Abstract

The invention provides a spherical full-automatic gravitational venous transfusion monitor 1. The spherical full-automatic gravitational venous transfusion monitor 1 is formed by characteristic structure components such as a string bearing rod 2, a synthetic monitor shell 3, a synthetic center assembling pipe 4, a synthetic mechanical arm shell clamping groove 5, a flow control mechanical arm 6, a fastening cap 7 and a synthetic console surface 15. The spherical full-automatic gravitational venous transfusion monitor provided by the invention can be matched with a common disposable gravitational venous transfusion device for use, and the integration design is suitable for a hospital application environment; the modernization requirement on venous transfusion management can be met by a cut-off function and a warning function; through the promotion and the application of the spherical full-automatic gravitational venous transfusion monitor, a large amount of labor resources can be saved, unnecessary work of medical staff can be reduced, the operation load of the hospital can be reduced, the nursing service quality can be increased, and huge economic benefit and huge social benefit are obtained.

Description

technical field [0001] The invention provides a spherical automatic gravity venous infusion monitor, especially a spherical automatic gravity venous infusion monitor, which is applied to the medical field, has a central bearing rod, is used in conjunction with a disposable gravity venous infusion device, and has a detection and control module with an automatic retractable function. Automatic gravity venous infusion monitor. Background technique [0002] For a long time, intravenous infusion has been an important medical care method for treating diseases in the medical field. It is an indispensable method of rehydration medication for inpatients and non-hospitalized patients; Labor resources are the main reason for the intensive care of patients in hospitals; today, when science and technology are widely used in all walks of life, the progress of intravenous infusion can be completely replaced by electronic monitoring, which can greatly reduce the number of caregivers for inp...

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Problems solved by technology

[0003] In view of the above reasons, some followers in this field have developed some electronic monitoring equipment for intravenous infusion to replace the manual observation of intravenous infusion. These electronic equipment mainly use photosensitive method, gravimetric method, pressure method, dynamic method, etc. The control, cut-off, alarm and remote information transmission of intravenous infusion can enable the nursing staff to get the patient's infusion situation at the first time and deal with it in time; From the perspective of comprehensive application, these products have not been popularized and widely used in the market. The reasons are as follows: 1. First of all, these products only consider the monitoring function, not the protection and management of the equipment, and the The equipment is organically combined with the environment of the hospital; because the monitoring equipment is small, methods such as hanging and carding are used, and when it is used, it is taken out, hung on the infusion stand, or stuck on the infusion pole, and retracted when not in use; this is not easy to manage , is also easy to lose, and increases the burden of management; 2. Secondly, the design of the monitor is simple, and the appearance does not meet the characteristics of medical equipment and the corresponding standard requirements, and cannot be integ

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