CN107088163B - A smart milk bottle - Google Patents

Abstract

The invention discloses an intelligent milk bottle. The intelligent device is similar to a cylindrical structure. Its upper end is provided with a milk powder storage part and a warm water storage part. A user control part is provided on one side of the milk powder storage part and the warm water storage part. The milk powder storage part There is a stirring part at the bottom of the part and the warm water storage part. There is an output part on one side of the stirring part. There is a bayonet in the stirring part on the side with the output part. The feeding part is fixed on the bayonet. The bottom of the entire smart bottle is equipped with a Base, through which base and power connections are made. The beneficial effects of the present invention are: by using this device to make milk and feed, the guardian can know how much milk is made for the baby every day and at what time. Since the parts of making milk and feeding are separated, the infant can only use the device to make milk. Part of the milk foaming part is operated by adults, so it will not cause harm to the body of infants and young children.

Description

A smart milk bottle

Technical field

The invention relates to an intelligent milk-making and feeding device, which belongs to the field of daily necessities, and is specifically an intelligent milk bottle.

Background technique

Infant and young child feeding is something that every guardian needs and is right. Usually, in most families, for babies aged 0 to 6 months, breastfeeding is the main method, supplemented by milk powder feeding; for babies aged 6 to 12 months, feeding depends on the needs. To be specific, some families will let their babies enter the milk powder feeding stage completely, while other families will feed their babies mainly with milk powder and breast milk as a supplement. Since the World Health Organization recommends breastfeeding until 2 years old, some families now feed babies between 12 and 36 years old. Infants aged 6 months are still mainly breastfed, supplemented by milk powder. With the development of the economy and the improvement of people's living standards, as long as families with a certain financial strength, in order to ensure that their children obtain adequate nutrition, even children over 36 months old, teenagers or adults will use milk powder as a supplement. Complementary food intake. The above-mentioned differences in feeding needs determine that the milk bottles also need to be different. In addition, as long as you drink milk powder, there must be a process of brewing the milk powder. At present, most of the milk powder for babies is prepared directly in the bottle. Since the diameter of the bottle for babies is usually small, it is easy to spill the milk powder when putting it in, splash out when pouring water, and the stirring operation is inconvenient.

The invention with the authorization announcement number CN204995835U discloses a smart milk bottle that can automatically measure temperature. The main body of the invention is equipped with temperature measurement, volume, inclination, Bluetooth and display modules. Baby bottles usually need to be sterilized by boiling during use. Whether the above-mentioned modules can be boiled and sterilized together with the baby bottles and still work normally is a very critical issue. The authorization announcement number is CN204484802U, which discloses a smart bottle that can remotely obtain infant feeding information in real time. A smart base is added to the bottom of the traditional bottle, and an acceleration sensor, pressure sensor, LED light, buzzer and central processor are used to collect and Process data such as the number of times infants and young children drink milk, the temperature of water when preparing milk powder, the temperature, quantity, time, and overall number of feedings and total quantity of milk when infants and young children drink milk. The patent application publication number CN105520838A discloses a smart bottle that is composed of a smart bottle, a mobile phone terminal and a cloud server to remotely obtain infant feeding information in real time. The base of this smart bottle also has a wireless communication device. However, studies have shown that compared with adults, microwave radiation released by wireless devices has the highest risk of neurological and biological damage to infants and young children, so the distance from the human body cannot be less than 20cm. Obviously, the distance between the bottle and the human body cannot be less than 20cm. Therefore, the above-mentioned smart bottles have only theoretical significance and cannot be used in practice for the health of infants and young children.

Therefore, in order to solve the above problems, a safe smart milk bottle is needed that is tailored to the milk-making and feeding needs of different users.

Contents of the invention

The present invention aims to provide an intelligent feeding bottle. The device has a simple structure, is easy to use, and does not cause harm to the body of infants and young children.

The technical solution adopted by the present invention is: an intelligent milk bottle. The intelligent device is divided into two parts, a feeding device and a milk foaming device. The milk foaming device includes five parts: a milk powder storage part, a warm water storage part, and a stirring part. The output part and the user control part are characterized in that: this intelligent device is similar to a cylindrical structure, with a milk powder storage part and a warm water storage part provided at the upper end, and a user control part is provided on one side of the milk powder storage part and the warm water storage part. There is a stirring part at the lower end of the milk powder storage part and the warm water storage part. There is an output part on one side of the stirring part. There is a bayonet in the stirring part on the side with the output part. The feeding part is fixed on the bayonet. The bottom of the entire smart milk bottle Equipped with a base through which the base and power supply are connected.

The feeding device of the present invention mainly consists of a bottle cap, a pacifier or a straw, a graduated milk container, and a temperature detection module; the bottle cap in the feeding device is connected to the milk container through a cylindrical thread, and the top of the milk container is External threads, the inside of the bottle cap is internal threads; the pacifier or straw is also connected to the milk container through a cylindrical thread, where the pacifier or straw is an internal thread, and the milk container is an external thread; the temperature detection module is used as a sheath to cover the feeding device , or in the form of a base stuck to the bottom of the feeding device, with a temperature display embedded in the sheath or base.

The temperature display screen of the present invention may be replaced by a sheath made of temperature-changing material; then the base does not need a temperature display screen.

The milk powder storage part of the present invention is composed of a weighing sensor and a set of circular plates; both sides of a set of circular plates are fixed by connecting rods, and the bottom and sides of each plate are separable. A weighing sensor is provided at the end, and a micromotor is provided at the top of the circular plate; the weighing sensor is connected to the central controller of the user control part, and the bottom end of the milk powder storage part is connected to the stirring part.

The warm water storage part of the present invention is composed of an outer wall, a heat insulation layer and an inner wall layer, a water measurement module, a solenoid valve, a voice module, a temperature detection module and a water outlet control module; the milk powder storage part and the warm water storage part are completely isolated, and the warm water The bottom end of the storage part is connected to the stirring part. The warm water storage part is composed of an outer wall, a thermal insulation layer and an inner wall layer to form a shell. The water measurement module is connected to the solenoid valve and the voice module respectively. The central processor of the user control part is connected to the water measurement module. module, temperature detection module and water outlet control module are connected.

The stirring part of the present invention consists of a stirrer and a driving motor. The stirrer is composed of a central shaft and a stirring fork. The central shaft is connected to the driving motor through a connecting component. The stirrer is surrounded by a heating module and a timing module. The heating module and timing module The module is connected to the central controller of the user control section.

The output part of the present invention is composed of a temperature detection module, a water outlet pipe and an automatic water outlet module; both the temperature detection module and the automatic water outlet module are arranged next to the water outlet pipe, and the water outlet pipe is arranged on the side wall of the stirring part. The temperature detection module and the automatic water outlet module The water outlet module is connected to the central controller of the user control part.

The user control part of the present invention mainly includes digital keys, buttons, a storage module, a wireless communication module and a central processor. The central processor is connected to the digital keys, buttons, storage module and wireless communication module.

The beneficial effects of the present invention are: by using this device to soak and feed milk, the guardian can know how much milk is made for the baby every day and at what time. Since the parts of making milk and feeding are separated, the infant can only use milk Part of the milk foaming part is operated by adults, so it will not cause harm to the body of infants and young children.

Description of drawings

Figure 1 is a structural principle diagram of the present invention.

Figure 2 is a schematic diagram of the device suitable for infants aged 0 to 6 months old according to the present invention.

Figure 3 is a schematic diagram of the device suitable for babies aged 6 to 36 months according to the present invention.

Figure 4 is a schematic diagram of the device of the present invention suitable for adults over 36 months old.

Figure 5 is a diagram of the stirring components of the present invention.

Figure 6 is a partial component diagram of the milk powder storage device of the present invention.

Figure 7 is a work flow chart of the present invention.

Detailed ways

As shown in Figures 1-7, the present invention works and is implemented in this way. It is an intelligent milk bottle. The intelligent device is divided into two parts, namely a feeding device 2 and a milk foaming device 1. The milk foaming device 1 includes five parts: They are respectively 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; it is characterized in that: this intelligent device is similar to a cylindrical structure, with a milk powder storage part 11 and a warm water storage part at its upper end. part 12, a user control part 15 is provided on one side of the milk powder storage part 11 and the warm water storage part 12, a stirring part 13 is provided at the lower end of the milk powder storage part 11 and the warm water storage part 12, and an output part 14 is provided on one side of the stirring part 13, The stirring part 13 on the side provided with the output part 14 has a bayonet 3 on which the feeding part 2 is fixed. The bottom end of the entire smart milk bottle is provided with a base 4, which is connected to the power supply 5 through the base.

The feeding device 2 of the present invention is mainly composed of a bottle cap 21, a nipple or a straw 22, a graduated milk container 23, and a temperature detection module 24; the bottle cap 21 and the milk container 23 in the feeding device 2 pass through a cylindrical thread The nipple or straw 22 is also connected to the milk container 23 through a cylindrical thread, wherein the nipple or straw 22 is an internal thread, and the milk container 23 is an external thread. Thread; the temperature detection module 24 covers the feeding device in the form of a sheath, or is stuck at the bottom of the feeding device in the form of a base, and a temperature display screen 25 is embedded in the sheath or base; the temperature display screen may change color based on temperature material instead of a sheath; the base does not need a temperature display; the milk powder storage part 11 is composed of a weighing sensor 111 and a set of circular plates 112; both sides of a set of circular plates 112 are fixed by connecting rods 113. The bottom and sides of each plate can be separated. A load sensor 111 is provided at the bottom of the circular plate, and a micromotor 114 is provided at the top of the circular plate; the load sensor 111 and the central controller of the user control part 151 is connected, and the bottom end of the milk powder storage part is connected to the stirring part; the warm water storage part consists of an outer wall 121, a heat insulation layer 122 and an inner wall layer 123, a water measurement module 125, a solenoid valve 124, a voice module 126, and a temperature detection module. The module 128 is composed of the water outlet control module 127; the milk powder storage part and the warm water storage part are completely isolated, and the bottom end of the warm water storage part is connected to the stirring part. The warm water storage part is composed of an outer wall, a heat insulation layer and an inner wall layer to form a shell. The metering module is connected to the solenoid valve and the voice module respectively, and the central processor of the user control part is connected to the water metering module, temperature detection module and water outlet control module respectively; the stirring part is composed of a stirrer 133 and a driving motor 131. The stirrer 133 is composed of a central shaft 1331 and a stirring fork 1332. The central shaft 1331 is connected to the drive motor 131 through the connecting component 1333. A heating module 132 and a timing module 134 are provided around the stirrer. The heating module 132 and the timing module 134 are connected to the center of the user control part. Controller 151; the output part is composed of a temperature detection module 141, a water outlet pipe 142 and an automatic water outlet module 143; both the temperature detection module and the automatic water outlet module are set next to the water outlet pipe, and the water outlet pipe is set on the side wall of the stirring part. The temperature detection module and the automatic water outlet module are connected to the central controller 151 of the user control part; the user control part mainly includes digital keys 152, buttons 153, storage module 154, wireless communication module 155 and central processor 151. The central processor and digital Keys, buttons, storage modules and wireless communication modules are connected. The central processor model is STC89C51RC microcontroller.

Figure 1 is the structural diagram of this device, including two parts: milk foaming and feeding. The feeding part includes bottle caps, nipples or straws, milk containers and temperature detection modules. The milk foaming section includes five areas: milk powder storage area, warm water storage area, stirring area, output area and user control area.

Figure 2 is a schematic diagram of this device suitable for babies aged 0 to 6 months. The biggest feature of this device is that it is suitable for use by infants aged 0 to 6 months. Since most infants in this age range are mainly breastfed, the intake of milk powder is small, and within this age range The baby cannot control the suction force very well, so a pacifier is used in the feeding part. The standard capacity of the feeding container is 200 ml (the maximum scale is 160 ml).

Figure 3 is a schematic diagram of this device suitable for babies aged 6 to 36 months. The biggest feature of this device is that it is suitable for use by babies aged 6 to 36 months. Since some babies over 6 months old gradually turn to feeding mainly milk powder, supplemented by breast milk, the intake of milk powder is larger. And babies within this age range can gradually control their sucking power, especially those after 12 months. Most families have stopped breastfeeding. After 24 months, milk powder is only added as complementary food. Therefore, a straw is used in the feeding part. The standard capacity of the feeding container is 240 ml (the maximum scale is 180 ml).

Figure 4 is a schematic diagram of this device suitable for adults over 36 months old. The biggest feature of this device is that it is suitable for children and adults over 36 months old. Children and adults over 36 months old can control the suction well and drink a large amount of milk at one time. Therefore, the feeding container The standard capacity is 300 ml (maximum scale is 250 ml).

The smart device of the present invention is divided into two parts. Compared with the currently widely used milk bottles, the feeding part only adds a module for real-time temperature measurement. Depending on the actual situation, we add a sheath for measuring temperature to the existing milk bottle. Or base, follow the following methods to measure the temperature of milk in the bottle in real time. Method 1: This sheath or base is embedded with a detection component that measures temperature in real time, and the measured temperature is displayed on the display; Method 2: This sheath or base is made of electronic fabric that can measure temperature, and the temperature is measured and displayed. On the display screen (the display screen can be made of flexible materials); Method 3: This sheath or base is made of materials that can change color with temperature. When different temperatures are detected, they are displayed in different colors, divided into red, green, and yellow. Three colors, red means the temperature is too high, green means the temperature is suitable (37℃~40℃), and yellow means the temperature is too low. The darker the red, the higher the temperature. Similarly, the darker the yellow, the lower the temperature. At this time No additional display device is required and the exact temperature is not displayed.

The milk foaming device mainly consists of five parts: the first part is the area for storing milk powder, which is composed of a set of round plates. Each plate contains an integer multiple of a spoonful of milk powder (up to 800g of milk powder can be stored at one time), which can be stored according to the content of the baby. Choose plates of different specifications; the second part is an area for storing warm water. The standard specification can store 500ml of warm water at a time (different specifications can be selected according to the actual situation, and can have a device to store up to 5 liters of water). There is an insulation device to ensure that the water temperature is between 6~ It is relatively constant within 8 hours. If the water temperature is not enough, it can be heated in the third part; the third part is the stirring area, which is rotated and stirred by a forked stirrer driven by a motor. The default stirring is 1 minute, and the user can set it by himself. Set the stirring time; the fourth part is the output area, and the stirred milk can be output through the outlet; the fifth part is the user control area, and the user can complete operations such as milk foaming and output on the control panel.

The structure of the device of the present invention includes two parts: feeding and making milk. The feeding part consists of a bottle cap, a nipple or a straw, a graduated milk container, and a temperature detection module or material; the milk-making part includes a milk powder storage area, consisting of a weighing sensor and a set of round plates, with both sides of the plate fixed by connecting rods , driven by a micromotor to move up and down along the connecting rod, the bottom and sides of each plate can be separated. When the micromotor rotates the bottom and separates the sides, the milk powder installed in the plate will be automatically pushed into the mixer. The bottom of a plate is driven by a micromotor and will automatically reach the current position to ensure that the next plate of milk powder is fully injected into the mixer; the warm water storage area consists of an outer wall, an insulation layer and an inner layer, a water measurement module, a solenoid valve, a voice module, a temperature detection module and Water outlet control module; the stirring area consists of a drive motor, agitator, heating module and timing module; the output area consists of a temperature detection module, water outlet pipe and automatic water outlet module, and the user control area consists of digital keys, buttons, storage modules and wireless communication modules and central processing unit. The entire milk foaming part is connected to the power supply through the base.

The device of the present invention is connected in the following manner: the feeding part and the milk-foaming part are connected through a bayonet embedded in the milk-foaming device. The bottle cap in the feeding part is connected to the milk container through a cylindrical thread, where the top of the milk container is an external thread and the inside of the bottle cap is an internal thread; the pacifier or straw is also connected to the milk container through a cylindrical thread, where the pacifier or straw is the inner thread. Thread, the milk container is an external thread; the temperature detection module can be covered with the feeding device in the form of a sheath, or stuck at the bottom of the feeding device in the form of a base. The display screen is embedded in the sheath or base and is made of temperature-changing material. There is no need for a display screen on the sheath or base; a set of plates for storing milk powder overlap closely, and all plates are fixed on two parallel cylindrical connecting rods. Micromotors drive the plates to move up and down along the connecting rods, and the bottom of each plate is driven by the motor. The lower part is automatically separated and combined with the side of the plate in a rotating manner. The milk powder storage area and the warm water storage area are completely isolated. The warm water storage area is composed of an outer wall, a thermal insulation layer and an inner wall to form a shell. The water metering module is connected to the solenoid valve and voice control respectively. The modules are connected, the central processor is connected to the water metering module, the digital keys and buttons are also connected to the central processor, the agitator with forks is connected to and driven by the motor, and the motor is connected to the central processor. The central processing unit is connected to digital keys, buttons, storage modules and wireless communication modules. The milk soaking part is connected to the power supply through the base. This power supply provides power for the above-mentioned modules that need power supply.

The device works like this: the user starts to make milk at the prompt of the mobile phone or the baby is hungry and prompts to drink milk. First, input the quantity of milk powder on the control panel and confirm, press the milk-making button, and the central processor receives the milk-making step. Milk command, first use the weighing sensor to detect whether there is still milk powder of sufficient quality, and at the same time detect whether there is a sufficient proportion of water with a suitable temperature. If there is no milk powder or water, a voice prompt will immediately indicate that the amount of milk powder is insufficient or the water is not enough or the temperature is not enough. If the milk powder and water are not enough, When all the water meets the requirements, start the micromotor to drive the plate to move downward, open the bottom of the plate, and start injecting a corresponding amount of milk powder into the stirring area. Open the bottom of several plates to let the milk powder pour into the stirring area, and then press the milk powder button. The ratio of adding water requires injecting a corresponding volume of warm water, which is determined by the water measurement module. After the addition of milk powder and water is completed, the amount and time of the infant drinking milk are recorded in the memory and transmitted to the smartphone through the wireless communication module. Through the program matched with the device, the amount and time of daily milk consumption, weekly and monthly statistics are counted and displayed.

Claims (3)

1. An intelligent milk bottle. This intelligent device is divided into two parts, a feeding device and a milk foaming device. The milk foaming device includes five parts: a milk powder storage part, a warm water storage part, a stirring part, an output part and a user control part. ; It is characterized in that: this intelligent device is a cylindrical structure, with a milk powder storage part and a warm water storage part at its upper end. A user control part is provided on one side of the milk powder storage part and warm water storage part. The lower end of the milk powder storage part and warm water storage part is It is equipped with a stirring part. There is an output part on one side of the stirring part. There is a bayonet on the stirring part on the side with the output part. The feeding part is fixed on the bayonet. The bottom of the entire smart bottle is equipped with a base. Through the base and the power supply connect; The milk powder storage part is composed of a weighing sensor and a set of circular plates; a set of circular plates are fixed on both sides by connecting rods, and the bottom and sides of each plate are separable. There is a weighing sensor, and a micromotor is provided at the top of the circular plate; the weighing sensor is connected to the central controller of the user control part, and the bottom end of the milk powder storage part is connected to the stirring part; The warm water storage part is composed of an outer wall, a thermal insulation layer and an inner wall layer, a water measurement module, a solenoid valve, a voice module, a temperature detection module and a water outlet control module; the milk powder storage part and the warm water storage part are completely isolated, and the warm water storage part The bottom end is connected to the stirring part. The warm water storage part is composed of the outer wall, the heat insulation layer and the inner wall layer to form a shell. The water metering module is connected to the solenoid valve and the voice module respectively. The central processor of the user control part is connected to the water metering module and The temperature detection module and the water outlet control module are connected; The stirring part is composed of a stirrer and a driving motor. The stirrer is composed of a central shaft and a stirring fork. The central shaft is connected to the driving motor through a connecting component. A heating module and a timing module are arranged around the stirrer. The heating module and the timing module are connected. Central controller for the user control section; The output part is composed of a temperature detection module, a water outlet pipe and an automatic water outlet module; both the temperature detection module and the automatic water outlet module are set next to the water outlet pipe, and the water outlet pipe is set on the side wall of the stirring part. The temperature detection module and the automatic water outlet module Central controller connected to the user control section. 2. An intelligent feeding bottle according to claim 1, characterized in that: the feeding device mainly consists of a bottle cap, a nipple or a straw, a graduated milk container, and a temperature detection module; the bottle in the feeding device The cap is connected to the milk container through a cylindrical thread, where the upper part of the milk container is an external thread, and the inside of the bottle cap is an internal thread; the pacifier or straw is also connected to the milk container through a cylindrical thread, where the pacifier or straw is an internal thread, and the milk container It is an external thread; the temperature detection module covers the feeding device in the form of a sheath, or is stuck at the bottom of the feeding device in the form of a base, and a temperature display screen is embedded in the sheath or base. 3. A smart milk bottle according to claim 1, characterized in that: the user control part mainly includes digital keys, buttons, a storage module, a wireless communication module and a central processor, and the central processor is connected with the digital keys, buttons, The storage module is connected to the wireless communication module.