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Simulated breast feeding device

A technology of breast milk and simulation, which is applied in the field of artificial breastfeeding appliances, can solve the problems of affecting the baby's eating mood, the hot milk is easy to cool, and the hidden dangers of hygiene, etc., to achieve the effect of enhancing intimacy, increasing the effective volume, and wide application range

Inactive Publication Date: 2012-03-21
胡祺
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

However, this kind of feeding bottle cannot be kept warm like the existing common feeding bottle. When breastfeeding in a lower temperature environment, if the feeding time is a little longer, the hot emulsion is easy to cool down and is not suitable for continuing breastfeeding. It is necessary to heat the emulsion again, thereby causing interruption of breastfeeding Affect the baby's eating mood, and it is easy to bring adverse effects to the baby; at the same time, this kind of feeding bottle is not easy to clean, and there are health risks

Method used

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  • Simulated breast feeding device
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Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0022] Example 1 see figure 1 , figure 2 , image 3 , Figure 4 , a simulated breastfeeding device, comprising a feeding bottle holder 1 that can be worn on the chest of a breastfeeding person through a rope, a feeding bottle 2 with a replaceable nipple 21 is fixed on the feeding bottle holder 1, and a breast prosthesis made of latex material is arranged on the periphery of the feeding bottle 2 3. The pacifier 21 is exposed outside the breast prosthesis 3. A direct current heating constant temperature device is provided between the feeding bottle 2 and the breast prosthesis 3. The direct current heating constant temperature device is connected to a DC power supply. The direct current heating constant temperature device is mainly composed of a direct current electric heater 4 and Composition of constant temperature control device.

[0023] see Figure 5 , Figure 6 , the feeding bottle 2 includes a bottle body 22, the bottle body 22 is in the shape of a cone with a sma...

Embodiment 2

[0026] Example 2 see Figure 7 , Figure 8 , a simulated breastfeeding device, comprising a feeding bottle holder 1 that can be worn on the chest of a breastfeeding person through a rope, a feeding bottle 2 with a replaceable nipple 21 is fixed on the feeding bottle holder 1, and a breast prosthesis made of latex material is arranged on the periphery of the feeding bottle 2 3. The pacifier 21 is exposed outside the breast prosthesis 3. A direct current heating constant temperature device is provided between the feeding bottle 2 and the breast prosthesis 3. The direct current heating constant temperature device is connected to a DC power supply. The direct current heating constant temperature device is mainly composed of a direct current electric heater 4 and Composition of constant temperature control device. The DC electric heater 4 includes a heat transfer bag 43 fixed on the feeding bottle holder 1. The heat transfer bag 43 is packaged with a liquid heat transfer medium...

Embodiment 3

[0028] Example 3 see Figure 9, a simulated breastfeeding device, comprising a feeding bottle holder 1 that can be worn on the chest of a breastfeeding person through a rope, a feeding bottle 2 with a replaceable nipple 21 is fixed on the feeding bottle holder 1, and a breast prosthesis made of latex material is arranged on the periphery of the feeding bottle 2 3. The pacifier 21 is exposed outside the breast prosthesis 3. A direct current heating constant temperature device is provided between the feeding bottle 2 and the breast prosthesis 3. The direct current heating constant temperature device is connected to a DC power supply. The direct current heating constant temperature device is mainly composed of a direct current electric heater 4 and Composition of constant temperature control device. The direct current electric heater 4 is a carbon fiber electric blanket fixed on the feeding bottle holder 1, and the carbon fiber electric blanket is electrically connected with a...

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Abstract

The invention discloses a simulated breast feeding device, which comprises a feeding bottle seat. The feeding bottle seat is dressed on a breast of a breast feeding person via a strap, a feeding bottle with a changeable nipple is fixed on the feeding bottle seat, a breast prosthesis made of emulsion materials is arranged on the periphery of the feeding bottle, the nipple is exposed out of the breast prosthesis, and a direct-current electric heating constant-temperature device is disposed between the feeding bottle and the breast prosthesis, is connected with a direct-current power source and mainly consists of a direct-current electric heater and a constant-temperature control device which are mutually electrically connected. Preferably, a bottle body of the feeding bottle is manually detachably connected with the feeding bottle seat in a threaded connection manner, and a PTC (positive temperature coefficient) low-temperature device is combined with one of a metal radiating screen, anelectric hot water bottle and a carbon fiber electric heating blanket so as to form the direct-current electric heater. The simulated breast feeding device has the advantages that by the aid of the simulated breast feeding device, milk cannot be cooled easily during feeding, the problem that breast feeding is stopped to affect feeding mood of a baby due to the fact that milk is cooled is avoided,the feeding bottle is cleaned conveniently and is sanitary, breast feeding is safe, and cost is low.

Description

technical field [0001] The invention relates to an artificial breast-feeding device, in particular to a simulated breast-feeding device. Background technique [0002] Breastfeeding can not only provide various nutrients needed for growth and development of newborns, but also enhance the ability of newborns to resist infection. Moreover, through breastfeeding, the relationship between mother and child can be enhanced, the changes of the newborn can be closely observed, and certain diseases can be detected early. However, for fathers or mothers who have lost breasts due to diseases, accidents and other reasons, they cannot breastfeed their babies, but can only feed their babies with milk bottles and breast milk substitutes. In the existing bottle-feeding method, there are usually fewer body contact parts between the baby and the breast-feeding person, and the baby lacks a sense of security, which is not conducive to enhancing the relationship between the baby and the breast-f...

Claims

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Application Information

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IPC IPC(8): A61J9/00
Inventor 胡祺
Owner 胡祺