36 results about "Infant feeding" patented technology

A device for measuring or evaluating infant feeding performance is described herein. Specifically, the device improves the care of infants, particularly, high-risk infants by safely and effectively capturing quantitative infant feeding parameters, longitudinally incorporating this data into a database, and providing caregivers the means to optimize care, discharge protocols, optimize a length of stay, and monitor the infants remotely.

1. Name of the product in this design: Infant feeding spoon. 2. Purpose of this design: Tableware for infants and young children. 3. The key design feature of this product is its shape. 4. The image or photograph that best illustrates the design's key points: a 3D model.

The invention provides an infant feeding demand assessment method and device. The method comprises the following steps: acquiring basic physiological information, activity data and nutrition intake information of a to-be-assessed infant; the obtained basic physiological information, activity data and nutrition intake information are input into an energy consumption model, and the energy consumption model determines the basal metabolic rate of the infant based on the weight and gender information and determines the exercise consumption of the infant based on the heart rate, the activity level, the body temperature, the weight and the non-eating duration; total consumed energy of the infant is determined based on the basal metabolic rate and the exercise consumption; the current total intake energy of the infant is obtained through the energy intake model; and inputting the acquired basic physiological information, nutrition intake information, total consumed energy and current intake total energy into a feeding demand evaluation model to obtain a feeding demand evaluation result of the to-be-evaluated infant. According to the invention, real-time feeding demand evaluation and personalized evaluation of infants can be realized, and the accuracy of feeding suggestions is improved.

The invention discloses a feeding bottle nipple simulating human breasts, and relates to the technical field of infant feeding appliances. The feeding bottle comprises a feeding bottle body, one side of the feeding bottle body is in threaded connection with a nipple, one side of the feeding bottle body is provided with a holding mechanism, and the holding mechanism comprises a supporting plate arranged on one side of the feeding bottle body in a sleeving mode. By means of the design of the double-layer valve plate assembly, regulation and control over the flow speed of milk are achieved, when a baby slightly sucks the milk, the thin and soft inner-layer valve plate deforms and is opened firstly, the milk slowly flows into the milk inlet pipe only through the milk inlet through hole, the low-speed state in the initial stage of breast feeding is simulated, the thick outer-layer valve plate is pushed away along with the increase of the sucking force, and the milk flows into the milk inlet pipe. The milk is rapidly output from the large-diameter channel to meet the hunger requirement, the physiological feature of'lactation reflex 'of breast milk is reproduced through the gradient deformation characteristic of the valve plate in the movement process, the bucking risk caused by the constant flow speed of a traditional nipple is effectively avoided, and the feeding comfort and efficiency are effectively improved.

1. Name of the product in this design: Decorative part (baby food bowl). 2. Purpose of this design: This design is intended for use as a decoration for infant feeding bowls. 3. The key design feature of this product is its shape. 4. The image or photograph that best illustrates the design's key points: a 3D model. 5. The right view is symmetrical to the left view, so the right view is omitted; the rear view is symmetrical to the front view, so the rear view is omitted.

The present application relates to a kind of intelligent quantitative powder milk powder machine and method, it relates to baby feeding equipment technical field, its device includes body, base, blanking base, scraping component, blanking cover, conveying body, conveying component, blanking component, isolation component, dustproof shell;Its method includes the following steps: step S1: in response to powder signal, current empty bottle weight and current feeding bottle weight are obtained;Step S2: water level weight is determined based on current empty bottle weight and current feeding bottle weight;Step S3: water level powder table is looked up based on water level weight, to determine current powder amount;Step S4: powder spoon number is determined according to current powder amount and preset single-tank powder amount;Step S5: powder operation is executed based on powder spoon number.The present application has the effect of realizing intelligent quantitative powder, according to the actual water amount of feeding bottle automatic matching milk powder amount, saves artificial calculation and manual adjustment.

This invention discloses a baby food bowl, comprising a lower bowl made of rigid material and an upper bowl made of silicone. The upper bowl surrounds the upper edge of the lower bowl and includes an integrally formed drainage section and a rim. The drainage section is located at the front upper edge of the lower bowl. This invention, through the combination of rigid and silicone materials and a multi-functional structural design, achieves precise food grinding, accurate dispensing, and safety protection, thus optimizing the infant feeding experience.

This utility model discloses an integrated device for adding water, shaking, and warming baby bottles, relating to the field of maternal and infant feeding technology. It includes a base and a water supply assembly. The base has an installation space. A shaking device is installed inside the base, comprising a motor and a shaking drum installed within the base. The motor drives the shaking drum to rotate. The shaking drum has an opening and a supporting base. A window corresponding to the opening is opened on the top side of the base. A warming device is installed inside the base, supplying hot air to the shaking drum. A connecting frame is connected to the base, and a support frame located above the window is connected to the upper end of the connecting frame. A water outlet is provided on the support frame, with a water outlet located above the shaking drum. The water supply assembly supplies water from a storage container to the water outlet. After placing the baby bottle on the shaking drum, water can be added, the bottle shaken, and the bottle heated without moving the bottle, resulting in improved functionality.

The utility model discloses disinfect, shake milk, adjust milk integrated equipment relates to maternal and infant feeding equipment technical field, including installation shell, be provided with disinfection device, shake milk device and adjust milk device on installation shell, and disinfection device includes disinfection cabinet body and is used for disinfecting disinfection cabinet body in disinfection mechanism, and installation shell includes the first installation shell, the connecting shell, the second installation shell that connect in proper order, and shake milk device and adjust milk device set up on the second installation shell, and be provided with first electrical room in the first installation shell, the top of first installation shell is provided with cabinet body installation top shell, and the inside of cabinet body installation top shell is provided with the cabinet body installation room for installing disinfection cabinet body, the top of first installation shell is connected with the protection baffle, and the protection baffle separates cabinet body installation room with first electrical room, and the protection baffle is located the below of disinfection cabinet body and forms first air heat insulation layer with the bottom surface interval of disinfection cabinet body, and be provided with main control module in first electrical room.

An infant feeding apparatus. The bottle includes a bottle having an open connecting end, a resilient teat member connected to the open connecting end, in which the teat member has a collapsible base, the collapsible base which has two connectors. The collapsible base has a corrugated sidewall defining an inner chamber. One the connector has a first outer indent and an inner anchor receiver disposed towards the inner chamber. The other connector has second outer indent. A capsule has two ends and is sized and shaped for location in the inner chamber and has amount of powder. A cutting member is located near one capsule end and has an anchor extension to lock with the inner anchor receiver. Another cutting member is located near the other capsule end and is connected to the open connecting end of the bottle. A teat holder is located to lockingly hold the connector portion nd the cutting member. A pushing member is connected to the connector portion of the resilient teat member and is disposed to permit a pushing force to be applied against it to collapse the collapsible base portion and to cut capsule ends to release the powder into the bottle.

This utility model relates to the field of maternal and infant feeding technology, specifically an integrated breast pump and breast shield, including a suction cup frame and a suction cup component. The suction cup component is formed on the suction cup frame and has a milk inlet and a milk outlet. The milk inlet is connected to the milk outlet through a suction channel, which has a suction bowl structure including a suction deformation part capable of elastic deformation. This utility model integrates the suction cup frame and suction cup component into a single molded unit, and also integrates the suction bowl structure into the suction channel of the suction cup component. Compared to traditional suction cup structures, this reduces the number of disassembled parts and the number of parts to be cleaned. Furthermore, it eliminates the need to disassemble and reassemble numerous parts before and after cleaning, reducing disassembly time and improving efficiency. It also reduces the risk of parts falling off and becoming recontaminated after cleaning, minimizing the risk of loss and making it more convenient for users.

This invention discloses an intelligent formula preparation control system based on infant physiological parameters, belonging to the technical field of infant feeding equipment. To address the problems of existing formula preparation equipment failing to dynamically generate feeding plans based on individual infant differences, lacking sufficient mixing accuracy, and exhibiting poor temperature control stability, this invention includes an application input unit, a feeding plan generation unit, a wireless communication unit, as well as a formula powder compartment, a water compartment, a mixing compartment, a heating unit, and a temperature control unit. The input unit acquires the infant's physiological parameters and feeding needs. Based on this, the feeding plan generation unit calculates the amount of formula powder, water, and target temperature. These parameters are transmitted to the formula preparation equipment via the communication unit for execution. During the formula preparation process, the system adjusts key parameters and feeds back the operational data to the application for recording and optimization. This invention achieves intelligent generation of feeding parameters and coordinated control of the formula preparation process, improving the accuracy and stability of the process.

A feeding bottle includes a bottle enclosure defining a hollow bottle chamber, wherein the enclosure defines a feeding outlet at a first end and an attachment structure 26 at a second end. A bottom housing defines an instrument compartment extending between a closed exterior portion of the bottom housing and a separation surface within the bottom housing, wherein the bottom housing is configured for detachable connection to the attachment structure 26 of the bottle enclosure. A relief valve is positioned within the separation surface of the bottom housing. A pressure sensor is positioned adjacent the separation surface of the bottom housing and connected by a passageway to the instrument compartment in the bottom housing, wherein the pressure sensor is configured to detect changes of pressure in the bottle enclosure.

This invention relates to the field of infant feeding equipment technology, specifically disclosing a baby bottle with a pulse displacement pump to assist sucking. The bottom of the bottle body is a pump membrane, and the base contains a pulse displacement pump. When the bottle body is placed on the base, the pulse displacement pump and the pump membrane are in contact. The vibration frequency, amplitude, and vibration curve of the pump membrane at the bottom of the bottle body can be controlled by adjusting the pulse displacement pump, thereby controlling the milk output, sucking rhythm, and sucking curvature of the bottle body. This baby bottle, through the built-in pulse displacement pump and central control chip, combined with negative feedback servo control and AI algorithms, achieves precise simulation of milk output, sucking rhythm, and sucking curvature. It can automatically match the user's sucking mode and provide a reverse sucking training function to enhance the user's independent sucking ability. It also has data storage and export functions, which facilitates scientific feeding management, effectively improves feeding safety and comfort, and can train sucking ability.

The invention relates to an intelligent quantitative powder discharging milk powder machine and method, and relates to the technical field of infant feeding equipment, and the device comprises a machine body, a base, a discharging base, a scraping assembly, a discharging cover, a material conveying machine body, a material conveying assembly, a discharging assembly, an isolation assembly and a dustproof shell; the method comprises the following steps: S1, in response to a powder outlet signal, obtaining the weight of a current empty bottle and the weight of a current feeding bottle; s2, the water level weight is determined based on the current empty bottle weight and the current milk bottle weight; s3, searching a preset water level powder discharge table based on the water level weight so as to determine the current powder discharge amount; s4, the number of powder outlet spoons is determined according to the current powder outlet amount and the preset single-groove powder outlet amount; and S5, powder discharging operation is executed based on the number of the powder discharging spoons. The milk powder amount can be automatically matched according to the actual water amount of the feeding bottle, manual calculation and manual adjustment are omitted, and the intelligent quantitative powder discharging effect is achieved.

: Provided is an infant feeding accessory system (120) for mounting to an infant feeding apparatus. The infant feeding apparatus has a container (102) and a teat (104) for allowing an infant to drink liquid from the container. Further provided is an infant feeding assembly (100) including the infant feeding accessory system and the infant feeding apparatus. The infant feeding accessory system has a one-way air valve accessory (122A), and an accessory holder (124) mountable to the infant feeding apparatus so that at least part of the accessory holder is located inside the container, inside the teat and / or sandwiched in-between the container and the teat. The one-way air valve accessory is securable relative to, e.g. is securable to, the accessory holder, with the accessory holder being mountable, together with the one-way air valve accessory secured relative thereto (e.g. secured thereto), to the infant feeding apparatus to permit the one-way air valve accessory to restrict entry of air into the teat from the container but allow entry of air into the container from the teat. Yet further provided is the accessory holder as such. Additionally provided is an accessory, e.g. the one-way air valve accessory, that is securable relative to such an accessory holder.

An infant formula dispensing apparatus has a receptacle for receiving a sealed pod containing an amount of infant formula powder sufficient for a single feeding of a predetermined size. When the pod is placed in the receptacle, a fixture of the apparatus pierces the pod and forces warm water through the pod. The water mixes with the infant formula powder in the pod and exits the pod though a spout, where it is received in a receptacle, such as a lidless baby bottle.

The utility model discloses maternal and infant feeding equipment with water adding and milk shaking functions, and relates to the technical field of maternal and infant feeding, the maternal and infant feeding equipment comprises a shell, a water adding device and a milk shaking device, the milk shaking device comprises a driving motor and a milk bottle basket, and the milk bottle basket is provided with a milk bottle taking and placing opening and a milk shaking rotating shaft; the water adding device is provided with a water adding part which is arranged on the shell and located above a feeding bottle taking and placing opening of the feeding bottle basket, the water adding part is provided with a water adding outlet, and the water adding outlet faces downwards to discharge water. The milk shaking device further comprises a power transverse transmission assembly, and the power transverse transmission assembly is used for transversely transmitting power output by the rotating output shaft of the driving motor to the milk shaking rotating shaft and enabling the projection position of the driving motor in the vertical direction to be located outside the projection range of the water adding outlet in the vertical direction. Under the conditions that water flows out of the water adding outlet and no water receiving container exists, water falling from the water adding outlet can be prevented from vertically falling on the driving motor, and therefore water dripping prevention protection on the driving motor is formed.

A drinking behavior monitoring device is provided which comprises a stress level detection sensor (300) detecting a stress level of a baby (20), a suction frequency detection sensor (200) detecting a suction frequency during a feeding of the baby and an analyzer (400) analyzing a drinking behavior of a baby based on the detected stress level and the detected suction frequency. The analyzer (400) compares the analyzed drinking behavior with a typical or predetermined drinking behavior and can output a notification based on the analyzed drinking behavior.

The utility model discloses an infant licking ball bottle which comprises a bottle body, a bottle cap, a ball support and a ball, the ball support is installed at the position of a bottle opening of the bottle body, the ball support comprises a ball cavity used for installing the ball and a channel enabling the ball cavity to be communicated with the interior of the bottle body, and the ball is installed in the ball cavity and can freely rotate in the ball cavity. A ball cavity is formed in the ball body and internally provided with a moving space for the up-down movement of the ball body, the ball body is made of transparent materials, a light-emitting assembly is arranged in the ball body and comprises a circuit board, a battery, a light-emitting body and a switch, the switch, the battery and the light-emitting body are all arranged on the circuit board and connected through a circuit, and the switch is a vibration switch. The circuit is switched on or switched off through vibration, so that the luminous body emits light and is extinguished. The utility model provides a roll-on ball bottle for infant licking, which has a luminous function and can better attract infants to lick.

The invention relates to the technical field of infant medicine feeding, and discloses an anti-backflow and anti-choking combined device for infant medicine feeding, the bottom of a first injection tube is communicated with a first injection head, a catheter is inserted into the outer side of the first injection head, one end of the catheter is located in the middle of the interior of the first injection head, and a first push rod is provided with a quantitative assembly; a first injection head provided with an auxiliary assembly is inserted into the mouth of an infant, and a pressing plate is pressed to move, so that a first push rod and a second push rod respectively drive a first piston and a second piston to move in a first injection tube and a second injection tube, and liquid in the first injection tube is discharged through the first injection head; meanwhile, the liquid medicine in the second injection tube is discharged into the first injection head through the second injection head and the catheter, the liquid medicine is neutralized through the liquid in the first injection head, the receiving degree of the liquid medicine by the infant is improved, it is guaranteed that the liquid medicine is taken more smoothly, and the situation that the infant feels uncomfortable, cries and spits medicine is prevented.

Disclosed in the present invention is an all-in-one infant feeding machine for formula preparation, steaming and cooking, comprising: a feeding machine body. The feeding machine body comprises a main housing, a water tank, and a steaming cup; the water tank is arranged in a water tank cavity in the main housing, a corresponding heating mechanism is further arranged at the bottom of the water tank cavity, and the heating mechanism is configured to heat the water tank and subsequently maintain the temperature thereof; and one side of the main housing is further provided with a stirring mechanism, the steaming cup is mounted outside the stirring mechanism, and the main housing is internally provided with a steam channel that communicates the water tank with the steaming cup. By means of the design above, the feeding machine body has both formula preparation and complementary-food steaming functions, thereby combining two machines into one and enabling a single machine to meet both complementary-food preparation and formula preparation requirements. In addition, the feeding machine body can also meet the needs of babies of different months and ages for drinking milk, eating complementary foods and drinking juice.

An infant feeding accessory system for mounting to an infant feeding device is provided. The infant feeding device has a container and a nipple. An infant feeding assembly comprising the infant feeding accessory system and the infant feeding device is also provided. The infant feeding accessory system has a one-way air valve accessory and an accessory holder mountable to the infant feeding device with at least a portion thereof inside the container, inside the nipple, and / or sandwiched between the container and the nipple. The one-way air valve accessory is securable, e.g., mountable, to the accessory holder, which is mountable to the infant feeding device with the one-way air valve accessory secured, e.g., mounted, thereto to permit the one-way air valve accessory to restrict air from entering the nipple from the container but allow air to enter the container from the nipple. An accessory holder is also provided. Additionally, an accessory, e.g., a one-way air valve accessory, is provided that is securable relative to such an accessory holder.

A method for producing an expandable baby feeding container, includes providing a stretchy tube of predetermined length and at least one tubular rigid core member shorter than tube's length. The core member is inserted into the tube, followed by squeezing a first region of the tube onto the core to form a watertight connection between the tube's inner face and the core's overlapping outer face. Squeezing entails positioning a heat-shrink catch-ring around the intended connection area and applying a predetermined dose of heat, causing the catch-ring's inner face to press the tube region against the core with a compressive force. This force ensures the tube remains inseparable from the core under expected operational fluid pressures exerted inside the tube by the liquid of the baby feeding formula.

A monitoring system for monitoring an infant during bottle feeding is provided. Based on bottle orientation information and motion information about a feeding bottle during feeding, infant orientation information about the infant is obtained.

Provided is an infant feeding accessory system (120) for mounting to an infant feeding apparatus. The infant feeding apparatus has a container (102) and a teat (104) for allowing an infant to drink liquid from the container. Further provided is an infant feeding assembly (100) including the infant feeding accessory system and the infant feeding apparatus. The infant feeding accessory system has at least one accessory (122A), and an accessory holder (124) mountable to the infant feeding apparatus. The at least one accessory is securable relative to, e.g. securable to, the accessory holder. The accessory holder is mountable, together with the at least one accessory secured relative thereto (e.g. secured thereto), to the infant feeding apparatus. The accessory holder and / or the at least one accessory comprise(s) sensing functionality for sensing at least one characteristic of the liquid. Yet further provided is the accessory holder as such. Additionally provided is a sensing accessory that is securable relative to such an accessory holder.

Embodiments of the present application provide a baby feeding evaluation visualization method, system, electronic device and storage medium, belonging to the technical field of medical treatment. The scheme obtains a facial waveform representing a sucking action of a baby, a neck waveform representing a swallowing action of the baby, and a chest and abdomen waveform representing a breathing action of the baby, respectively extracts waveform features of the facial waveform, the neck waveform and the chest and abdomen waveform, synthesizes the facial waveform, the neck waveform and the chest and abdomen waveform according to the waveform features of the facial waveform, the neck waveform and the chest and abdomen waveform, obtains a feeding waveform, evaluates the facial waveform, the neck waveform, the chest and abdomen waveform and the feeding waveform through an evaluation model, obtains a feeding evaluation result, and displays the facial waveform, the neck waveform, the chest and abdomen waveform, the feeding waveform and the feeding evaluation result through a preset interface. The baby feeding behavior can be monitored and tracked, the monitoring image and the evaluation result are output, the accuracy and comprehensiveness of the feeding evaluation identification are improved, and the professional requirement for personnel is reduced.

The utility model discloses an anti-toppling infant feeding bottle which comprises a feeding bottle body, an annular groove, a butt joint assembly and an anti-toppling assembly, the annular groove is formed in the bottom of the feeding bottle body in an injection molding mode, semi-arc protrusions in the butt joint assembly are symmetrically connected in the annular groove in a sleeved mode, and the semi-arc protrusions are arranged on the inner wall of a butt joint block. Magnets are embedded in grooves symmetrically formed in the butt joint blocks, the butt joint blocks attract each other through the magnets, and the butt joint blocks are attached to the top of the butt joint plate; according to the anti-toppling milk bottle, the milk bottle body is fixed to the anti-toppling assembly through the butt joint assembly, the milk bottle body can be independently taken down by releasing mutual attraction of butt joint blocks, the mounting and dismounting processes are simple, and cleaning is convenient; when the feeding bottle is not used, the feeding bottle is vertically placed on a plane, the bottom switch is pressed to be started, then the motor rotates to enable the supporting block to move outwards along the supporting strip through mutual meshing of the rack and the gear, the bottom grounding area of the feeding bottle is increased, and then the anti-toppling capacity of the feeding bottle is improved.

1. Name of the product in this design: Feeding tool set. 2. Purpose of this design: for infant feeding and as a training tool for toddlers to achieve independent feeding. 3. The key design feature of this product is its shape. 4. Images or photos that best illustrate the design highlights: a reference diagram showing the complete set in use. 5. Other items requiring explanation: Kit 1 is a fork, Kit 2 is a spoon, Kit 3 is a dipping spoon, and Kit 4 is a base.

The utility model relates to the technical field of mother and infant feeding, in particular to a manual breast pump which comprises a breast pump body and a suction handle, the breast pump body is connected with a suction cup piece and a milk storage container, the suction cup piece is communicated with the milk storage container, the breast pump body comprises a soft deformation piece, and the suction handle is connected with the soft deformation piece. And when the handle part is lifted, the soft deformation piece elastically resets and drives the pulling part to approach the milk sucking channel, so that the pulling part is far away from the milk sucking channel and drives the soft deformation piece to elastically deform. According to the breast pump, the soft deformation piece capable of deforming to generate negative pressure is adopted on the breast pump main body, the suction force can be elastically adjusted through the characteristic of soft deformation of the soft deformation piece, a suction force buffering effect can be provided for manual suction, suction comfort is generated for breasts when the breast pump is used, and on the basis, the breast pump is convenient to use. The soft deformation piece, the suction cup piece and the milk storage container are detachably installed on the breast pump body, and a user can conveniently detach and clean the breast pump.