Breast pump with data acquisition function and breast pumping data statistical management method

Abstract

The invention relates to a breast pump with a data acquisition function and a breast pumping data statistical management method. According to the invention, a controller is installed in a main machineand connected with a pumping motor and an electronic negative-pressure measuring instrument through wires; the pumping motor communicates with the electronic negative-pressure measuring instrument through a pipeline; the electronic negative-pressure measuring instrument communicates with a pumping pipeline through a pipeline; the controller is electrically connected with a first wireless transceiver and a timer which are arranged in the main machine through wires; a touch screen displayer is arranged at the outer side of the main machine and connected with the controller through a wire; and aliquid amount measuring device is arranged at the bottom part of a storage bottle body. Effective statistics is carried out on data like breast sucking frequency, time, sucking force, milk amount andbreast discomfort every time and even several weeks; milk secretion can be maintained; the milk amount can be increased; breast health in a lactation period can be protected; and the important guiding value and reference basis can be provided for mothers in the lactation period.

Description

technical field [0001] The invention relates to a breast pump auxiliary device, in particular to a breast pump with data collection and a statistical management method for breast pump data. Background technique [0002] A breast pump is a device used to express breast milk that has accumulated in the breast. It is generally applicable when the baby cannot breastfeed directly, or when the mother has a problem with the nipple, or if she still wants to breastfeed despite working hard. There are electric and manual breast pumps. The manual type is divided into push type, simple rubber ball suction method and syringe type. The electric type can be divided into stimulating milk array and non-stimulating milk array, as well as single pump and double pump. Among the currently used breast pumps, most are electric breast pumps, and manual breast pumps have been replaced by electric breast pumps due to their low working and operating efficiency. Whether it is a large electric breas...

AI Technical Summary

Problems solved by technology

[0003] There are certain defects in the use of traditional electric breast pumps. These defects are mainly reflected in: First, the traditional electric breast pumps do not allow the frequency of use of the breast pump every day and the time of single or multiple times to be adjusted. For effective statistics, the current host part lacks the design of this part, and at the same time, it is not possible to implement single or multiple times or a period of time statistics for each breast pumping time. When each breast pump creates a siphon, a single The negative pressure value of the secondary siphon cannot be collected, but in the breast pumping guidance operation, these values ​​have high clinical value and need to be statistically operated, and the data obtained by manual measurement or perception and observation methods are relatively inaccurate Yes, this has resulted in the accuracy of the post-statistical work, and cannot play an accurate and efficient guiding role in breastfeeding women's breastfeeding statistics

Secondly, although the scale of the storage bottle is designed to observe and count the amount of milk pumped when using the traditional breast pump, it takes a lot of time and experience to manually record each time, and the statistical work of milk amount becomes laborious. Time-consuming, and there are misoperations or missing statistical operations; thirdly, when the traditional breast pump is used, it cannot record the mother's discomfort during the breast pumping process. When the mother's breast has lesions or other breast complications, Breasts will have adverse reactions during the breast pumping process, and traditional breast pumps cannot effectively record these discomfort reactions; in addition, after the data collection is implemented, there cannot be an efficient data statistics management software system and a complete set of Statistical management methods implement efficient management of the collected data. The use of traditional software statistics cannot gather efficient interconnected feedback from users and management practitioners, and lacks the ultimate guiding significance

[0004] Therefore, traditional breast pumps cannot truly carry out breastfeeding operations according to the needs of infants, and at the same time lack effective interconnection feedback guidance, so that efficient interconnection feedback links between management practitioners and users are missing. If it is necessary to establish a complete breastfeeding data Statistics must provide guidance to mothers on breastfeeding based on previous data and implement an interconnected feedback mechanism to conduct effective statistics on breastfeeding frequency, time, suction, milk volume, and breast discomfort each time, every day or even several weeks, and effectively Do a good job of statistical management and real-time interactive feedback, which is conducive to maintaining lactation and increasing milk volume and protecting breast health during lactation, providing important guiding value and reference for lactating mothers

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