CN107536352A - Indoor and outdoor Multifunctional baby sleep bag - Google Patents

Abstract

The invention discloses a kind of indoor and outdoor Multifunctional baby sleep bag, the universal design of indoor sleeping bag and outdoor clothes can reduce the de- of baby and wear frequency, one sleeping bag is convertible into outdoor clothes, and can be connected with lumbar stool, and multifunctional universal conversion can save time and money.Microsensor, microcontroller and communication module are set in the sleeping bag interlayer, is combined with Internet of Things, every physical trait parameter of baby can be supervised in real time；Baby is fed back to parent in time when having abnormal conditions；Relevant baby's epidemic disease situation is obtained by networking in time, reminds parent to be prevented in time.

Description

Indoor and outdoor multifunctional baby sleeping bag

technical field

The invention relates to a baby sleeping bag, in particular to an indoor and outdoor multifunctional baby sleeping bag.

Background technique

The baby sleeping bag is a sleeping product used to wrap the baby's body to prevent the baby from sleeping. There are many baby sleeping bag products on the market, but their structural design is not ideal, and their functions are relatively single.

Contents of the invention

The purpose of the present invention is to provide an indoor and outdoor multifunctional baby sleeping bag.

The technical scheme adopted by the present invention to achieve the above object is: indoor and outdoor multifunctional baby sleeping bag, which is characterized in that it includes a garment body, a detachable hat, detachable sleeves and detachable trouser legs, and the garment body includes a front body and a rear body , the front body has two pieces and is connected by a zipper, the back body is sewn symmetrically with two sections of zippers to connect with the straps, and the lower part of the back body is sewn with a section of zippers to connect with the waist stool.

Further, the hat is connected with the front body and the back body through a zipper or snap buttons, the sleeves and the body are connected through a zipper, and the trouser legs and the body are connected through a zipper.

Further, the chest of the front body is strapped so as to control the girth.

Further, the bottom edge of the trouser legs is closed with buttons, and the trouser legs can be folded up and fixed on the body through buttons.

Further, the upper end of the zipper of the front body is sewed with a zipper cover to prevent the baby from being pinched.

Further, the sleeping bag includes an intelligent monitoring system, including miniature sensors, microcontrollers and communication modules hidden in the interlayer of the sleeping bag.

Further, the miniature sensors include a humidity sensor located at the baby's buttocks, a heart rate sensor and a temperature sensor located at the baby's heart, a sound sensor located at the baby's head, and a temperature and humidity sensor located on the outer surface of the sleeping bag.

Further, the micro-controller is located at the bottom of the sleeping bag, and the micro-controller has its own LED light display and a speaker module connected by wires.

Further, the communication system includes a short message module and a WiFi module located at the bottom of the sleeping bag.

The beneficial effects of the invention are: the universal design of the indoor sleeping bag and the outdoor clothing can reduce the frequency of taking off the baby, a sleeping bag can be converted into an outdoor clothing, and can be connected with the waist stool, and the multifunctional universal conversion can save time and money. Through the combination of sensors and the Internet of Things, the sleeping bag can monitor the baby's physical characteristic parameters in real time; when the baby has an abnormal situation, it will give feedback to the parents in time; through the Internet, it can obtain the relevant epidemic situation of the baby in time, and remind the parents in time to take precautions .

Description of drawings

Figure 1 is a frame diagram of the intelligent monitoring system.

Fig. 2 is an exploded conversion diagram of the structure of the sleeping bag.

Figure 3: Conversion diagram of the back of the sleeping bag.

Figure 4 Schematic diagram of sensor location.

Figure 5 is a flow chart of the basic information collection function.

Figure 6. Flowchart of emotion monitoring function.

Figure 7 Flow chart of enuresis monitoring function.

detailed description

The present invention will be further explained below in conjunction with specific examples.

As shown in Figure 1-4, the indoor and outdoor multifunctional baby sleeping bag includes a body 1, a detachable hat 2, a detachable sleeve 3 and a detachable trouser leg 4, and the body 1 includes a front body 1-1 and a back body 1 -2, the front body 1-1 has two pieces and is connected by a zipper 5, the back body 1-2 is symmetrically sewn with two sections of zipper 5 on the back and connected with the strap 12, and the lower part of the back body 1-2 is sewn with a section of zipper 5 to be connected with the waist stool 13 .

The hat is connected with the front body and the back body by a zipper or snap buttons, the sleeves and the body are connected by a zipper, and the trouser legs and the body are connected by a zipper.

The front body 1-1 has a chest drawstring 6 so as to control the girth.

The bottom edge of the trouser leg 4 has a button 7 seal, and the trouser leg can be folded upwards and fixed on the body of the garment through the button.

The upper end of the zipper 5 of the front body is sewed with a zipper cover 8 to prevent the baby from being pinched.

The sleeping bag includes an intelligent monitoring system, including a miniature sensor 9, a microcontroller 10 and a communication module 11 hidden in the interlayer of the sleeping bag.

Described miniature sensor 9 comprises the humidity sensor 9-1 that is positioned at baby's buttocks, the heart rate sensor 9-2 that is positioned at baby's heart position and the temperature sensor 9-3, the sound sensor 9-4 that is positioned at baby's head and the temperature sensor that is positioned at sleeping bag outer surface. Humidity sensor 9-5.

The micro-controller 10 is located at the bottom of the sleeping bag, and the micro-controller has its own LED light display and a loudspeaker module connected by wires.

The communication system 11 includes a short message module and a WiFi module positioned at the bottom of the sleeping bag.

Monitor the basic information of the baby's body (as shown in Figure 5), and its working process is: when the baby is put into the sleeping bag, the heart rate sensor 9-2 and the temperature sensor 9-1 located at the heart start to work, and the baby's body temperature is monitored in real time. Body temperature and heart rate changes. Send real-time data to the micro-controller every 10 minutes; when the micro-sensor receives the data, it will judge the data. If it is within the normal threshold, the data will be uploaded to the network, which is convenient for parents to view remotely. If the value is higher or lower than the normal value, the micro-controller will issue instructions to control the corresponding sensor to monitor the physical condition every 30 seconds to help determine whether the baby’s physical condition exceeds the preset control range. After the data is confirmed, it will send an alarm in time through the communication module Notify the parents and remind the parents to take care of the baby.

In addition to monitoring the basic indicators of the baby's body, the temperature and humidity sensor located outside the sleeping bag can capture environmental information in a timely manner. When the baby is in an environment that is not suitable for staying for a long time, the sleeping bag will record the location and remind parents to pass through the area in time. Avoid the environment affecting the baby's body data.

For baby emotional monitoring (as shown in Figure 6), the working project is: the baby will cry loudly in some special situations, such as: when the baby feels hungry, sees the parents, feels fear, and feels unwell, when the baby cries loudly Someone needs immediate care. When the baby cries loudly, the sound sensor located on the baby's head collects data and analyzes the loudness of the sound, and sends back the information of the baby crying loudly to the micro-controller. After the microcontroller gets the information that the baby is crying, it will attract the attention of the parents through the light, and at the same time control the speaker module to play the pacification sound recorded by the parents to simulate the parents to pacify the baby. If the baby can stabilize the mood, the microcontroller will upload the baby crying record through the communication module. If the baby cries loudly, the microcontroller will dial the parent's phone through the communication module, allowing the parent to comfort the baby by voice and upload prompt information through the WiFi module to remind the parent to take care of the baby.

The baby's enuresis monitoring (as shown in Figure 7), its working process is: when the baby has enuresis, the humidity sensor located on the baby's buttocks will continuously get the humidity data, and the micro sensor will get the humidity data, and remind the parents that the baby has enuresis by flashing lights Please change the diaper in time; when the baby enuresis at night, the microcontroller will call the parents through the communication module to remind the parents to help the baby change the diaper.

Claims (9)

1. The indoor and outdoor multifunctional baby sleeping bag is characterized in that it includes a body and a detachable hat, detachable sleeves and detachable trouser legs. The body includes a front body and a back body. Two sections of zippers are sewn symmetrically on the back of the body to connect with the straps, and one section of zippers is sewn on the lower part of the back to connect with the waist stool. 2. The indoor and outdoor multi-functional baby sleeping bag according to claim 1, characterized in that, the hat is connected with the front body and the back body by a zipper or snap buttons, the sleeves and the body are connected by a zipper, and the trouser legs and the body are connected by a zipper. The bodice is connected by a zip. 3. The indoor and outdoor multi-functional baby sleeping bag according to claim 1, characterized in that, the chest of the front body is drawn so as to control the girth. 4. The indoor and outdoor multifunctional baby sleeping bag according to claim 1, characterized in that there are button seals on the bottom edge of the trouser legs, and the trouser legs can be folded upwards and fixed on the body by buttons. 5. The indoor and outdoor multifunctional baby sleeping bag according to claim 1, characterized in that, the upper end of the zipper is sewn with a zipper cover to prevent the baby from being pinched. 6. The indoor and outdoor multifunctional baby sleeping bag according to any one of claims 1-5, characterized in that the sleeping bag includes an intelligent monitoring system, including a micro sensor, a microcontroller and a communication module hidden in the interlayer of the sleeping bag. 7. The indoor and outdoor multi-functional baby sleeping bag according to claim 1, wherein the miniature sensors include a humidity sensor located at the baby's buttocks, a heart rate sensor and a temperature sensor located at the baby's heart, and a sound sensor located at the baby's head and a temperature and humidity sensor located on the outer surface of the sleeping bag. 8. The indoor and outdoor multifunctional sleeping bag for babies according to claim 1, wherein the microprocessor is located at the bottom of the sleeping bag, and the microcontroller has its own LED light display and a speaker module connected by wires. 9. The indoor and outdoor multifunctional baby sleeping bag according to claim 1, wherein the communication system includes a short message module and a WiFi module located at the bottom of the sleeping bag.