In-out quantity statistical system

Abstract

The invention discloses an in-out quantity statistical system, and belongs to the technical field of clinical medicine. The system comprises a plurality of first user sides, a plurality of second usersides and a server side, wherein the first user side comprises a first option module, a first storage module, a matching module, a first output module, a first input module and a first sending module, the second user side comprises a second option module, a second input module, a weighing module, a calculation module and a second sending module, and the server side comprises a creating module, asecond storage module, a receiving module and a writing module. The technical scheme has the beneficial effects that a patient can more visually know the types and numerical values needing to be recorded in the in-out quantity, the phenomenon that the patient and accompanying family members are disorderly filled and recorded is avoided, medical personnel can conveniently and accurately collect volume information, the inaccuracy of a measuring tool and estimation errors are avoided, and the defect that in-out quantity data is not fed back in time is overcome.

Description

technical field [0001] The invention relates to the technical field of clinical medicine, in particular to an in-out volume statistics system. Background technique [0002] The amount of intake and output is a commonly used concept in clinical nursing work, where the amount of output refers to all the fluids discharged from the body, including obvious dehydration, such as defecation, bleeding, vomit, sputum, puncture fluid, drainage fluid, wound Exudate, etc., also includes non-obvious water loss, such as sweating, exhaled water from the respiratory tract, etc. Intake refers to all fluids that enter the body, including water intake, water content in food, infusion volume, and blood transfusion volume. [0003] The recording of in-out volume is an important part of clinical nursing work. When patients suffer from shock, excessive blood loss, or after major operations, large-area burns, etc., or suffer from serious diseases such as heart, liver, and kidney, body fluids may ap...

AI Technical Summary

Problems solved by technology

[0005] 1. Due to the heavy workload of nurses, they cannot accompany patients all the time. Most of them rely on the patient's family members and accompanying staff to provide the intake and output data. Centralized statistics cannot dynamically reflect the positive and negative balance of the patient's current intake and output. If it is not timely, it will easily lead to the untimely treatment of the disease, and the medical staff will be in a passive position

[0006] 2. Due to the lack of necessary medical knowledge, the accompanying family members have no experience in estimating the weight and water content of the food eaten by the patient, which leads to the phenomenon of random filling and memorization, which affects the authenticity of the intake and output data

[0007] 3. The measuring tool is inaccurate. For example, although the drainage bag has a scale in clinical practice, the actual data is not accurate, especially when the liquid level is between the two scales, the estimation error is large

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