Composite type electronic avoirdupois monitoring instrument and the weighing method thereof

Abstract

The invention discloses one complex electronic body weight monitoring instrument, which comprises four foot weighing disks, at least one fluid infusion scale and one fluid discharge scale and one control plate processor. Said foot weighing disks, fluid infusion scale and fluid discharge scale are connected with control plate processor through conduit wire or wireless. The weighing method using said complex electronic monitoring instrument comprises: (1)setting time interval for body weight monitoring through control plate processor; (2)putting the four foot weighing disks below sick bed, deducing weight irrelevant with body weight through barking and clearing function, and determining target body weight and monitoring dynamically; (3)the control plate processor reading four results on four foot measuring disk simultaneously according to set intervals; (4)combining reading results and forming dynamic figure. The monitoring instrument is characterized by convenient usage, good performance, simple structure and dynamic monitoring.

Description

【Technical field】 [0001] The present invention relates to a medical electronic body weight monitor and its weighing method, in particular to a composite weight observation and monitoring device for clinical emergency and critical patients, patients undergoing severe blood purification treatment, major surgery and comatose patients, etc. Type electronic body weight monitor and weighing method thereof. 【Background technique】 [0002] At present, there is no dynamic body weight monitor in the medical field, and desktop spring scales or electronic scales and hospital beds with electronic scales are commonly used in clinic. They all have the following disadvantages: 1. The patient must stand on the scale by himself, and it is not suitable for patients who cannot walk or are bedridden; On a hospital bed, the selectivity is poor, the clinical use is inconvenient, the price is expensive, and the structure is complicated; 3, there is no recording, storage, and printing functions. ...

AI Technical Summary

Problems solved by technology

They all have the following disadvantages: 1. The patient must stand on the scale by himself, and it is not suitable for patients who cannot walk or are bedridden; On a hospital bed, the selectivity is poor, clinical use is inconvenient, and the price is expensive, and the structure is complicated; 3. No recording, storage, and printing functions

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