Footstool for maternity and breastfeeding

Abstract

The invention discloses a footstool for breastfeeding of puerpera. Two groups of foot raising units are symmetrically arranged on the upper part of the base plate. The present invention has good applicability, can be applied to puerperas of different heights, and can be adjusted to a height suitable for the puerpera, not only enabling the legs of the puerpera to effectively support the body of the baby, but also reducing the body burden of the puerpera when breastfeeding the baby. Moreover, it can prevent the mother from raising her feet too high or too low when breastfeeding the baby and cause harm to the body, which is conducive to the repair of the mother's pelvis. The electric heating wire inside the silicone shell can be used to heat the mother's feet. And calf heating, especially in winter for puerpera who has not confinement, can effectively prevent the puerpera's feet and calves from suffering from rheumatism, can assist the puerpera to do yoga exercises, can avoid being idle after breastfeeding, and then Make its utilization rate higher, can prevent the puerpera's foot from slipping off from the upper part of the pedal and be injured.

Description

technical field [0001] The invention relates to the technical field of footstools, more specifically, it relates to a footstool for nursing mothers. Background technique [0002] Maternal refers to a woman in childbirth or puerperium. When a mother is breastfeeding her baby, she generally needs to hold the baby in her arms for breastfeeding. In order to reduce the physical burden on the baby when breastfeeding, the mother usually uses a footstool to raise one of the feet, and then uses the legs to lift the baby. However, the existing footstools for breast-feeding of puerperas have poor applicability, and the height of the pedals is fixed and cannot be adjusted, resulting in inability to be suitable for puerperas of different heights; at the same time, it is difficult for puerpera to buy A footstool that suits the height of the mother not only prevents the legs of the mother from effectively supporting the baby's body, but also makes the mother's body burden larger when brea...

AI Technical Summary

Problems solved by technology

When a mother is breastfeeding her baby, she generally needs to hold the baby in her arms for breastfeeding. In order to reduce the physical burden on the baby when breastfeeding, the mother usually uses a footstool to raise one of the feet, and then uses the legs to lift the baby. However, the existing footstools for breast-feeding of puerperas have poor applicability, and the height of the pedals is fixed and cannot be adjusted, resulting in inability to be suitable for puerperas of different heights; at the same time, it is difficult for puerpera to buy A footstool that suits the height of the mother not only prevents the legs of the mother from effectively supporting the baby's body, but also makes the mother's body burden larger when breastfeeding the baby, often because the mother raises her feet too high or Too low to cause harm to the body, thus affecting the repair of the maternal pelvis;

[0003] Secondly, because the mother is generally weak after giving birth, she needs to keep her feet and calves warm, especially when breastfeeding the baby, the mother generally keeps sitting still, so the mother’s The feet and lower legs are easy to catch cold, but the existing footstools for breastfeeding of puerpera do not have a heating function, and cannot provide heating for the puerpera's feet and lower legs, especially in winter for puerpera who have not confinement For example, if the feet and calves are not properly kept warm, it is likely to cause rheumatism in the feet and calves of the puerpera; in addition, the existing footstool for breastfeeding cannot assist the puerpera to perform yoga exercises. After breast-feeding, it is left idle, so that its utilization rate is low; in addition, in the existing footstool for breast-feeding, the mother's feet often slip from the upper part of the pedal and fall, resulting in poor safety performance.

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