Portable intelligent infusion equipment

Abstract

The invention relates to portable intelligent infusion equipment. The portable intelligent infusion equipment comprises a host box, wherein a box body of the host box is provided with a first mounting plate; a circuit board, a power supply, a drive motor and at least two telescopic electromagnets for controlling on and off of a pipeline are arranged in the box body; a cam shaft is supported in the box body in a rotatable manner, is fixedly connected with the drive motor through a transmission component and is provided with a plurality of cams; the motion curves of the outer surfaces of the cams are continuous smooth periodic waveforms; the first mounting plate is provided with a plurality of T-shaped slide blocks for squeezing an infusion tube; each T-shaped slide block is in sliding fit with the first mounting plate respectively and corresponds to one cam; an elastic return device is arranged between the inner side of a head end of the T-shaped slide block and the first mounting plate. The equipment has the advantages of small size, light weight, good movability, convenience in carrying, higher degree of intelligence and particular suitability for rescue infusion of disasters and war environments.

Description

technical field [0001] The invention relates to the field of transfusion, in particular to a portable intelligent transfusion device. Background technique [0002] Traditional portable infusion equipment is the product of optimizing or deforming the infusion stand used in the ward. Wearable, foldable and other styles of infusion stands are produced in this way. These optimized infusion stands have become smaller in size. It is stronger and easier to carry. However, these optimized infusion stands are cumbersome to operate and difficult to promote; in outdoor rescue infusions, it is often seen that medical staff use their height to use Although it is very convenient to infuse the infusion bag (bottle) in a short period of time, it is impossible for the nursing staff to insist on it for a long time due to the high labor intensity. The biggest problem with this kind of "gravity infusion" is that if you encounter an emergency patient and need a fast and large amount of blood tr...

AI Technical Summary

Problems solved by technology

But it still has obvious shortcomings, such as: 1. The monitoring system has a single structure, and the degree of safety and intelligence is not high, which not only affects the safety of patients but also increases the mental pressure of nurses 2. It cannot realize automatic switching between infusion bottles or infusion bags , Every time the infusion bottle or infusion bag is replaced, the nurse has to pull out and insert the infusion needle, which increases the workload of the nurse. 3. There is no special strap, and the mobility of the patient during infusion is reduced. It is very cumbersome to operate 5. It does not have the unified management function of equipment, resulting in the waste of equipment resources and human resources, etc.

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