CN107088163B

CN107088163B - Intelligent feeding bottle

Info

Publication number: CN107088163B
Application number: CN201710296274.3A
Authority: CN
Inventors: 刘芳华; 张光河
Original assignee: Jiangxi Normal University
Current assignee: Jiangxi Normal University
Priority date: 2017-04-28
Filing date: 2017-04-28
Publication date: 2023-09-12
Anticipated expiration: 2037-04-28
Also published as: CN107088163A

Abstract

The invention discloses an intelligent feeding bottle, which is similar to a cylindrical structure, wherein a milk powder storage part and a warm water storage part are arranged at the upper end of the intelligent feeding bottle, a user control part is arranged at one side of the milk powder storage part and the warm water storage part, a stirring part is arranged at the lower ends of the milk powder storage part and the warm water storage part, an output part is arranged at one side of the stirring part, a bayonet is arranged at the stirring part at the side provided with the output part, a feeding part is fixed on the bayonet, and a base is arranged at the bottom end of the whole intelligent feeding bottle and is connected with a power supply through the base. The beneficial effects of the invention are as follows: by using the device for milk frothing and milk feeding, a guardian can know how much milk is frothed for an infant every day and when, and as the frothing part and the milk feeding part are separated, the infant only uses the milk feeding part, and an adult operates the frothing part, so that the infant body is not injured.

Description

Intelligent feeding bottle

Technical Field

The invention relates to an intelligent milk frothing and feeding device, belongs to the field of articles for daily use, and particularly relates to an intelligent milk bottle.

Background

Infant feeding is a matter which is needed by each guardian, and for infants of 0-6 months, breast feeding is mainly used for assisting milk powder feeding in most families; the infants in 6-12 months need to be fed according to specific conditions, some families can make infants enter the milk powder feeding stage completely, and other families use milk powder as main material and breast milk as auxiliary material; since the world health organization recommends breast feeding to 2 years old, some families still take breast feeding as the main and auxiliary milk powder feeding for infants of 12-36 months. With the development of economy and the improvement of the living standard of people, as long as families with certain economical strength exist, in order to enable children to obtain enough nutrition, even for infants, teenagers or adults with the age of more than 36 months, milk powder is taken as a complementary food. The difference in feeding requirements determines that the feeding bottles are different, and in addition, a milk powder brewing process is required if the milk powder is drunk. At present, the milk powder for the infants is mostly directly prepared in the milk bottles, and the aperture of the milk bottles for the infants is usually smaller, so that the milk powder is easy to spill when being put into the milk bottles, and the milk powder is easy to spill when being poured into the milk bottles, and the stirring operation is inconvenient.

The invention discloses an intelligent feeding bottle capable of automatically measuring temperature, which is disclosed by the invention with an authorized bulletin number of CN 204995835U. The body of the invention is provided with a temperature measuring module, a volume module, an inclination angle module, a Bluetooth module and a display module. The need to sterilize the feeding bottle during use, usually by boiling, is a critical issue as to whether the module can be boiled with the feeding bottle for sterilization and still function properly. The authorization bulletin number CN204484802U discloses an intelligent feeding bottle capable of remotely acquiring infant feeding information in real time, an intelligent base is additionally arranged at the bottom of a traditional feeding bottle, and data such as the number of times of infant milk drinking, the temperature of water when milk powder is brewed, the temperature, the quantity, the time, the total feeding times, the total quantity and the like of milk liquid when the infant milk drinking are acquired and processed by using an acceleration sensor, a pressure sensor, an LED lamp, a buzzer and a central processing unit. The patent with the application publication number of CN105520838A discloses an intelligent feeding bottle which is composed of an intelligent feeding bottle, a mobile phone terminal and a cloud server and is used for remotely acquiring infant feeding information in real time, and a wireless communication device is arranged on a base of the intelligent feeding bottle. However, studies have shown that the risk of damage to the nerves and living beings of infants by microwave radiation released by wireless devices is highest compared to adults, and thus cannot be less than 20cm from the human body, and it is apparent that the distance between the feeding bottle and the human body cannot be less than 20cm, so the intelligent feeding bottle has only theoretical significance and cannot be practically used for the health of infants.

Thus, in order to address the above-described problems, there is a need for a safe, intelligent feeding bottle that addresses the needs of frothing and feeding milk of different users.

Disclosure of Invention

The invention aims to provide an intelligent feeding bottle which is simple in structure, convenient to use and free from hurting the body of an infant.

The technical scheme adopted by the invention is as follows: this intelligent device divide into two parts for feeding device and bubble milk device, bubble milk device includes five parts: the device comprises a milk powder storage part, a warm water storage part, a stirring part, an output part and a user control part; the method is characterized in that: the intelligent device is of a cylindrical structure, the upper end of the intelligent device is provided with a milk powder storage part and a warm water storage part, one sides of the milk powder storage part and the warm water storage part are provided with a user control part, the lower ends of the milk powder storage part and the warm water storage part are provided with stirring parts, one sides of the stirring parts are provided with output parts, the stirring parts on the side provided with the output parts are provided with a bayonet, the bayonet is provided with a milk feeding part, and the bottom end of the whole intelligent milk bottle is provided with a base which is connected with a power supply.

The invention relates to a milk feeding device which mainly comprises a bottle cap, a nipple or a suction pipe, a milk container with scales and a temperature detection module; the bottle cap in the milk feeding device is connected with the milk container through cylindrical threads, wherein the external threads are arranged above the milk container, and the internal threads are arranged on the inner side of the bottle cap; the nipple or the suction tube is also connected with the milk container through a cylindrical thread, wherein the nipple or the suction tube is an internal thread, and the milk container is an external thread; the temperature detection module is sleeved on the milk feeding device in a sheath mode or is clamped at the bottom of the milk feeding device in a base mode, and a temperature display screen is embedded in the sheath or the base.

The temperature display screen is replaced by a sheath made of a temperature color-changing material; the base does not need a temperature display screen.

The milk powder storage part consists of a weighing sensor and a group of round plates; two sides of a group of round plates are fixed by connecting rods, the bottom surface and the side surface of each plate can be separated, the bottom end of each round plate is provided with a weighing sensor, and the top end of each round plate is provided with a micro motor; the weighing sensor is connected with the central controller of the user control part, and the bottom end of the milk powder storage part is connected with the stirring part.

The warm water storage part consists of an outer wall, a heat insulation layer, an inner wall layer, a water quantity metering module, an electromagnetic valve, a voice module, a temperature detection module and a water outlet control module; the milk powder storage part is completely isolated from the warm water storage part, the bottom end of the warm water storage part is connected with the stirring part, the warm water storage part is formed by combining an outer wall, a heat insulation layer and an inner wall layer to form a shell, the water metering module is respectively connected with the electromagnetic valve and the voice module, and the central processing unit of the user control part is respectively connected with the water metering module, the temperature detection module and the water outlet control module.

The stirring part of the invention consists of a stirrer and a driving motor, the stirrer consists of a central shaft and stirring forks, the central shaft is connected with the driving motor through a connecting component, the periphery of the stirrer is provided with a heating module and a timing module, and the heating module and the timing module are connected with a central controller of the user control part.

The output part of the invention consists of a temperature detection module, a water outlet pipe and an automatic water outlet module; the temperature detection module and the automatic water outlet module are arranged beside the water outlet pipe, the water outlet pipe is arranged on the side wall of the stirring part, and the temperature detection module and the automatic water outlet module are connected with the central controller of the user control part.

The user control part mainly comprises a digital key, a button, a storage module, a wireless communication module and a central processing unit, wherein the central processing unit is connected with the digital key, the button, the storage module and the wireless communication module.

The beneficial effects of the invention are as follows: by using the device for milk frothing and milk feeding, a guardian can know how much milk is frothed for an infant every day and when, and as the frothing part and the milk feeding part are separated, the infant only uses the milk feeding part, and an adult operates the frothing part, so that the infant body is not injured.

Drawings

Fig. 1 is a schematic diagram of the structure of the present invention.

FIG. 2 is a schematic diagram of the device suitable for infants of 0-6 months of the invention.

FIG. 3 is a schematic diagram of the device suitable for infants of 6-36 months of the invention.

Fig. 4 is a schematic view of the present device of the present invention suitable for use with adults over 36 months.

FIG. 5 is a view of a stirring member according to the present invention.

FIG. 6 is a component view of the milk powder storing part of the present invention.

Fig. 7 is a flowchart of the operation of the present invention.

Detailed Description

As shown in fig. 1-7, the present invention is embodied and operated in such a way that an intelligent feeding bottle is divided into two parts, a feeding device 2 and a frothing device 1, the frothing device 1 comprising five parts: a milk powder storage part 11, a warm water storage part 12, a stirring part 13, an output part 14, and a user control part 15, respectively; the method is characterized in that: the intelligent device is of a cylindrical structure, the upper end of the intelligent device is provided with a milk powder storage part 11 and a warm water storage part 12, one side of the milk powder storage part 11 and the warm water storage part 12 is provided with a user control part 15, the lower ends of the milk powder storage part 11 and the warm water storage part 12 are provided with a stirring part 13, one side of the stirring part 13 is provided with an output part 14, the stirring part 13 on the side provided with the output part 14 is provided with a bayonet 3, the bayonet 3 is provided with a milk feeding part 2, and the bottom end of the whole intelligent milk bottle is provided with a base 4 which is connected with a power supply 5 through the base.

The invention relates to a milk feeding device 2 which mainly comprises a bottle cap 21, a nipple or a suction tube 22, a milk container 23 with scales and a temperature detection module 24; the bottle cap 21 in the milk feeding device 2 is connected with the milk container 23 through cylindrical threads, wherein the external threads are arranged above the milk container 23, and the internal threads are arranged on the inner side of the bottle cap 21; the nipple or the suction tube 22 is also connected with the milk container 23 through a cylindrical thread, wherein the nipple or the suction tube 22 is an internal thread, and the milk container 23 is an external thread; the temperature detection module 24 is sleeved on the milk feeding device in the form of a sheath or is clamped at the bottom of the milk feeding device in the form of a base, and a temperature display screen 25 is embedded in the sheath or the base; the temperature display screen is replaced by a sheath made of a temperature color-changing material; the base does not need a temperature display screen; the milk powder storage part 11 is composed of a load cell 111 and a set of circular plates 112; two sides of a group of round plates 112 are fixed by connecting rods 113, the bottom surface and the side surface of each plate can be separated, the bottom end of each round plate is provided with a weighing sensor 111, and the top end of each round plate is provided with a micro motor 114; the weighing sensor 111 is connected with the central controller 151 of the user control part, and the bottom end of the milk powder storage part is connected with the stirring part; the warm water storage part consists of an outer wall 121, a heat insulation layer 122, an inner wall layer 123, a water quantity metering module 125, an electromagnetic valve 124, a voice module 126, a temperature detection module 128 and a water outlet control module 127; the milk powder storage part is completely isolated from the warm water storage part, the bottom end of the warm water storage part is connected with the stirring part, the warm water storage part is formed by combining an outer wall, a heat insulation layer and an inner wall layer to form a shell, the water metering module is respectively connected with the electromagnetic valve and the voice module, and the central processing unit of the user control part is respectively connected with the water metering module, the temperature detection module and the water outlet control module; the stirring part consists of a stirrer 133 and a driving motor 131, wherein the stirrer 133 consists of a central shaft 1331 and a stirring bifurcation 1332, the central shaft 1331 is connected with the driving motor 131 through a connecting component 1333, a heating module 132 and a timing module 134 are arranged around the stirrer, and the heating module 132 and the timing module 134 are connected with a central controller 151 of the user control part; the output part consists of a temperature detection module 141, a water outlet pipe 142 and an automatic water outlet module 143; the temperature detection module and the automatic water outlet module are arranged beside the water outlet pipe, the water outlet pipe is arranged on the side wall of the stirring part, and the temperature detection module and the automatic water outlet module are connected with the central controller 151 of the user control part; the user control part mainly comprises a number key 152, a button 153, a storage module 154, a wireless communication module 155 and a central processor 151, wherein the central processor is connected with the number key, the button, the storage module and the wireless communication module. The CPU is of STC89C51RC singlechip.

Figure 1 is a structural diagram of the device, comprising two parts of milk frothing and milk feeding. The milk feeding part comprises a bottle cap, a nipple or a suction tube, a milk container and a temperature detection module. The milk frothing part comprises five areas: a milk powder storage area, a warm water storage area, a stirring area, an output area and a user control area.

Fig. 2 is a schematic diagram of the device suitable for infants of 0-6 months. The device is characterized by being suitable for infants with 0-6 months old, as most infants within the month age range are mainly breast-fed, the milk powder intake is small, and the infants within the month age range can not well control the sucking force, so that the nipple is used in the milk feeding part, and the capacity standard configuration of the milk feeding container is 200 milliliters (the maximum scale is 160 milliliters).

Fig. 3 is a schematic diagram of the device suitable for infants of 6-36 months. The device is characterized by being suitable for infants with 6-36 months old, as partial infants with the month age of more than 6 months are slowly turned to be mainly fed by milk powder, the milk is taken as auxiliary material, the milk powder intake is large, and the infants within the month age range can gradually well control the sucking force, especially the infants after 12 months, and most families stop breast feeding. After 24 months, the milk powder was added as a complementary food, and therefore, the feeding portion used a straw, and the standard capacity of the feeding container was set to 240 ml (maximum scale: 180 ml).

Fig. 4 is a schematic view of the device suitable for more than 36 months and for adults. The device is characterized by being suitable for young and adults with the age of more than 36 months, infants and adults with the age of more than 36 months can control the suction well, and the quantity of disposable milk is large, so that the capacity standard of the milk feeding container is 300 milliliters (the maximum scale is 250 milliliters).

The intelligent device is divided into two parts, compared with the milk feeding part which is widely used at present, the intelligent device is only added with a module for measuring the temperature in real time, and according to different actual conditions, the temperature of milk in the milk feeding bottle is measured in real time by adding a sheath or a base for measuring the temperature to the existing milk feeding bottle in the following manner. Mode one: the sheath or the base is embedded with a detection component for measuring the temperature in real time, and the measured temperature is displayed on a display screen; mode two: such a sheath or base measures the temperature from an electronic fabric that can measure the temperature and displays it on a display screen (which can be made of flexible material); mode three: the sheath or the base is made of a material capable of changing color along with temperature, and different colors are used for displaying when different temperatures are detected, and the sheath or the base is divided into three colors of red, green and yellow, wherein the red is excessively high in temperature, the green is appropriately (37-40 ℃), the yellow is excessively low in temperature, the deeper the red is, the higher the temperature is, the deeper the yellow is, the lower the temperature is, and no additional display device is needed and the exact temperature is not displayed.

The milk frothing device mainly comprises five parts: the first part is a milk powder storage area and consists of a group of round plates, each plate is provided with an integral multiple of one spoon of milk powder (800 g of milk powder can be stored at most once), and plates with different specifications can be selected according to the content of babies; the second part is a region for storing warm water, 500ml of warm water can be stored at one time in standard specification (different specifications can be selected according to actual conditions, and a device for storing 5 liters of water can be arranged at most), a heat preservation device is arranged to ensure that the water temperature is relatively constant within 6-8 hours, and if the water temperature is insufficient, the third part can be heated; the third part is a stirring area, the stirring area is driven by a motor to stir in a rotating way by a stirrer with a bifurcation, the stirring time is set by a user by default for 1 minute; the fourth part is an output area, and the stirred milk can be output through an outlet; the fifth part is a user control area, and a user can complete operations such as milk soaking, milk output and the like on the control panel.

The structure of the device of the invention comprises: two parts of milk feeding and milk soaking. The milk feeding part consists of a bottle cap, a nipple or a suction pipe, a milk container with scales, a temperature detection module or materials; the milk soaking part comprises a milk powder storage area, which consists of a weighing sensor and a group of round plates, wherein both sides of each plate are fixed by connecting rods, the plates are driven by micro-motors to move up and down along the connecting rods, the bottom surface and the side surfaces of each plate can be separated, when the micro-motors separate the bottom surface from the side surfaces, the milk powder contained in the plates can be automatically pushed into the stirrer, and the bottom of the upper plate automatically reaches the current position by the driving of the micro-motors so as to ensure that the milk powder of the next plate is completely injected into the stirrer; the warm water storage area consists of an outer wall, a heat preservation layer, an inner layer, a water quantity metering module, an electromagnetic valve, a voice module, a temperature detection module and a water outlet control module; the stirring area consists of a driving motor, a stirrer, a heating module and a timing module; the output area is composed of a temperature detection module, a water outlet pipe and an automatic water outlet module, and the user control area is composed of a digital key, a button, a storage module, a wireless communication module and a central processing unit. The whole milk soaking part is connected with a power supply through a base.

The device of the invention is connected in the following way: the milk feeding part and the milk frothing part are connected through a bayonet embedded on the milk frothing device. The bottle cap in the milk feeding part is connected with the milk container through cylindrical threads, wherein the external threads are arranged above the milk container, and the internal threads are arranged on the inner side of the bottle cap; the nipple or the suction tube is also connected with the milk container through a cylindrical thread, wherein the nipple or the suction tube is an internal thread, and the milk container is an external thread; the temperature detection module can be sleeved on the milk feeding device in a sheath mode or clamped at the bottom of the milk feeding device in a base mode, the display screen is embedded in the sheath or the base, and the sheath or the base made of the thermochromic material does not need the display screen; a group of dishes for storing milk powder are tightly overlapped, all dishes are fixed on two parallel cylindrical connecting rods, the dishes are driven by a micro motor to move up and down along the connecting rods, the bottom of each dish is automatically separated and combined with the side edges of the dishes in a rotating mode under the driving of the motor, the milk powder storage area is completely isolated from the warm water storage area, the warm water storage area is formed by combining an outer wall, a heat insulation layer and an inner wall to form a shell, a water metering module is respectively connected with an electromagnetic valve and a voice module, a central processor is connected with the water metering module, a digital key and a button are also connected with the central processor, a stirrer with a bifurcation is connected with and driven by the motor, and the motor is connected with the central processor. The central processing unit is connected with the digital keys, the buttons, the storage module and the wireless communication module, and the milk soaking part is connected with a power supply through the base, and the power supply supplies electric energy for the module needing power supply.

The device operates as follows: the user starts to soak milk or the infant hungry to prompt to drink milk under the prompt of the mobile phone, firstly, the quantity of milk powder is input on the control panel and confirms, the milk soaking button is pressed, the central processing unit receives a milk soaking instruction, firstly, whether milk powder with enough quality is detected through the weighing sensor, meanwhile, whether water with proper temperature is detected in a sufficient proportion, if no milk powder or water exists, the voice prompt is immediately carried out that the quantity of milk powder is insufficient or the quantity of water is insufficient or the temperature is insufficient, if the milk powder and the water meet the requirements, the micro-motor is started to drive the tray to move downwards, the bottom of the tray is opened, milk powder with corresponding quantity is started to be injected into a stirring area, the bottom of a plurality of trays is opened for a few times, the milk powder is injected into the stirring area, then warm water with corresponding volume is required to be injected according to the proportion of the milk powder, and the water metering module is used for water quantity. After the addition of milk powder and water is completed, the quantity and time of the infants when drinking milk are recorded in a memory and transmitted to a smart phone through a wireless communication module. The number and time of daily milk consumption are counted and displayed through a program matched with the device, and the situation of each week and each month is displayed.

Claims

1. This intelligent device divide into two parts for feeding device and bubble milk device, bubble milk device includes five parts: the device comprises a milk powder storage part, a warm water storage part, a stirring part, an output part and a user control part; the method is characterized in that: the intelligent device is of a cylindrical structure, the upper end of the intelligent device is provided with a milk powder storage part and a warm water storage part, one sides of the milk powder storage part and the warm water storage part are provided with a user control part, the lower ends of the milk powder storage part and the warm water storage part are provided with stirring parts, one sides of the stirring parts are provided with output parts, the stirring parts on the side provided with the output parts are provided with a bayonet, a milk feeding part is fixed on the bayonet, and the bottom end of the whole intelligent milk bottle is provided with a base which is connected with a power supply;

the milk powder storage part consists of a weighing sensor and a group of round plates; two sides of a group of round plates are fixed by connecting rods, the bottom surface and the side surface of each plate can be separated, the bottom end of each round plate is provided with a weighing sensor, and the top end of each round plate is provided with a micro motor; the weighing sensor is connected with the central controller of the user control part, and the bottom end of the milk powder storage part is connected with the stirring part;

the warm water storage part consists of an outer wall, a heat insulation layer, an inner wall layer, a water quantity metering module, an electromagnetic valve, a voice module, a temperature detection module and a water outlet control module; the milk powder storage part is completely isolated from the warm water storage part, the bottom end of the warm water storage part is connected with the stirring part, the warm water storage part is formed by combining an outer wall, a heat insulation layer and an inner wall layer to form a shell, the water metering module is respectively connected with the electromagnetic valve and the voice module, and the central processing unit of the user control part is respectively connected with the water metering module, the temperature detection module and the water outlet control module;

the stirring part consists of a stirrer and a driving motor, the stirrer consists of a central shaft and stirring forks, the central shaft is connected with the driving motor through a connecting part, a heating module and a timing module are arranged around the stirrer, and the heating module and the timing module are connected with a central controller of the user control part;

the output part consists of a temperature detection module, a water outlet pipe and an automatic water outlet module; the temperature detection module and the automatic water outlet module are arranged beside the water outlet pipe, the water outlet pipe is arranged on the side wall of the stirring part, and the temperature detection module and the automatic water outlet module are connected with the central controller of the user control part.

2. The intelligent feeding bottle of claim 1, wherein: the milk feeding device mainly comprises a bottle cap, a nipple or a suction pipe, a milk container with scales and a temperature detection module; the bottle cap in the milk feeding device is connected with the milk container through cylindrical threads, wherein the external threads are arranged above the milk container, and the internal threads are arranged on the inner side of the bottle cap; the nipple or the suction tube is also connected with the milk container through a cylindrical thread, wherein the nipple or the suction tube is an internal thread, and the milk container is an external thread; the temperature detection module is sleeved on the milk feeding device in a sheath mode or is clamped at the bottom of the milk feeding device in a base mode, and a temperature display screen is embedded in the sheath or the base.

3. The intelligent feeding bottle of claim 1, wherein: the user control part mainly comprises a digital key, a button, a storage module, a wireless communication module and a central processing unit, wherein the central processing unit is connected with the digital key, the button, the storage module and the wireless communication module.