34results about "Feeding-bottles" patented technology

The present disclosure describes a breast milk and food storage solution that simplifies and reduces the number of items needed to pump, store and / or feed breastmilk to a baby.

This utility model discloses a current-voltage measuring vacuum device and a baby bottle, including a shell, a vacuum assembly, a current detection module, and a control module. The shell is provided with a connection structure for connecting to the bottle body, and the shell is provided with an extraction port. The vacuum assembly is disposed inside the shell, and the input end of the vacuum assembly is connected to the extraction port. The current detection module is connected to the vacuum assembly to detect the working current of the vacuum assembly. The control module is disposed inside the shell and is connected to the current detection module and the vacuum assembly to control the start and stop of the vacuum assembly according to the magnitude of the working current. This design reduces production costs, shrinks size, and is easy to carry.

This invention proposes a baby bottle in which a screen is installed inside the dispensing chamber. When milk flows from the receiving chamber into the dispensing chamber, it passes through the screen, which separates air bubbles from the milk, allowing the milk to flow directly into the dispensing chamber. This prevents air bubbles from entering the dispensing chamber, ensuring that the milk entering the dispensing chamber is bubble-free and thus preventing infants from drinking milk containing air bubbles, avoiding bloating, hiccups, and other issues. A waterproof component covers the pre-reserved groove, preventing external liquids from entering the mounting groove and protecting the internal electronic components. A sealing component further abuts against the waterproof component, further improving waterproof performance. Ultrasonic treatment of the fixing component creates a sealed connection between the bottom shell and the bottle body, further improving sealing. The ultrasonic treatment also ensures that the bottom shell and bottle body are bonded and fixed together as a single unit, enhancing waterproof performance.

A dispensing cap includes a gripping body, a spout engaging aperture, and a dispensing coupler. The dispensing coupler has a dispensing cap coupled thereto by a tether. Also disclosed is a bag assembly and a method of enteral feeding with a bag and a dispensing cap attachable to a spout. The dispensing cap can be provided and attached to the spout of the bag (upon removal of a fill cap), wherein the dispensing cap can be provided in a sterile packet or bag prior to use. Methods and processes are also disclosed.

The present disclosure relates to a baby bottle assembly including a bottle having an open end, a closed end opposite the open end, and an interior volume extending between the open and closed ends. A collar is configured to couple to the open end of the bottle. A cap includes a closed end and an open end, the open end being configured to couple to the collar and configured to couple to the closed end of the bottle. An arc-shaped gap is defined between the cap and the collar when the open end of the cap is coupled to the collar.

The application discloses an auxiliary feeding robot visual line estimation method and an auxiliary feeding robot, wherein the visual line estimation method comprises the following steps: obtaining a face image through a camera module; detecting a face position of the face image to obtain face feature points; performing face alignment according to the face feature points and head pose estimation; correcting the face image according to the head pose estimation result; extracting features of the corrected face image to obtain a real-time visual line estimation result, confirming the meal in the meal tray that the person being fed wants according to the real-time visual line estimation result, and realizing compliant control of the end of the mechanical arm through a sensing unit, so as to guarantee feeding safety. The application considers the influence of the head pose on the estimated visual line estimation vector, so that the visual line estimation method can well adapt to the eyeball structure of the user and the environment in which the user is located, effectively improves the positioning accuracy, reduces errors, can be effectively applied to a feeding task and guarantees feeding safety.

A bottle holder, which is secured on a supporting surface, comprises a receiving base and a telescoping shaft inserted into the receiving base. A portion of the shaft is elastic, such that it can be flexed (bent and / or twisted) to a comfortable close position of the bottle, held by the bottled holder, to the user who will be consuming the bottle's contents, without the aid or assistance of another individual. When the user finishes drinking from the bottle and releases the bottle, the shaft springs (snaps) back to its initial, unbiased position, where the supported bottle is angled upwards in such a way that any contents left in the bottle will not spill.

The breast pump comprises a main machine and a breast suction cover, the main machine is provided with a breast collection bin, the breast collection bin is connected with a miniature exhaust hole, the miniature exhaust hole is arranged away from the breast suction cover, and when the breast pump works in a standing mode, the miniature exhaust hole is located at the high position of the breast collection bin; the milk collecting bin is connected with a milk outlet, and a sealing plug is arranged corresponding to the milk outlet; according to the breast pump, air exhausting and milk pouring are separated, air exhausting can be achieved when the breast pump is used, and milk overflowing can be prevented when the breast pump is taken down. After the milk bottle is used up, the user can pour milk by opening the sealing plug of the milk outlet; meanwhile, the breast pump can be temporarily used as a feeding bottle, milk cannot overflow, the breast pump can be placed in a refrigerator, can be horizontally placed and can be vertically placed on a table top, convenience is further brought to users, and user experience is improved; the overall structural design of the product is more compact, and the product size is reduced by more than 20% compared with similar products.

A quick-opening and closing baby bottle is disclosed, involving a snap-lock structure for opening and closing. This addresses the shortcomings of current baby bottle opening and closing techniques, which result in inconvenient operation and poor user experience. The snap-lock structure securely connects a bottle body assembly and a nipple assembly. The nipple assembly includes a nipple portion and a first connecting portion, with an elastic sealing skirt at the bottom of the nipple portion. The bottle body assembly includes a bottle body and a second connecting portion. The snap-lock structure includes a first snap and a second snap respectively located on the inner wall of the first connecting portion and the outer wall of the second connecting portion. The first and second snaps are respectively provided with axially engaging positioning protrusions and positioning grooves. During the snap-locking and positioning process, the second connecting portion rotates relative to the elastic sealing skirt while axially compressing it. The elastic sealing skirt then abuts against the positioning groove due to its rebound force. The relative movement of the bottle body assembly and the nipple assembly in the axial direction eliminates radial deformation found in existing solutions, thereby reducing wear and making opening and closing easy and smooth.

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.

Described in this paper are cups that have one or more of the following features: one system that grows over time, mistake-proof assembly that includes magnetic parts, easily-replaceable component parts, a removable seal for complete access (for cleaning), customizable component part combinations, a weighted straw, a spill-proof magnetic locking system, all component parts dishwasher-safe, and crafted of premium safe materials (e.g., BPA-, BPS-, PVC-, phthalate-, and lead-free).

: 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.

Disclosed is a method, and / or an apparatus for the oral delivery of liquid medication for human and veterinary use. An oral delivery apparatus includes a primary fluid chamber to contain a consumable liquid. A secondary medication chamber contains a medication while remaining physically isolated from the primary fluid chamber. An isolation structure is positioned between the primary fluid chamber and the secondary medication chamber to maintain a default non-mixing state during handling. A controlled mixing mechanism is operatively associated with the isolation structure to establish fluid communication between the primary fluid chamber and the secondary medication chamber upon activation. A retention assembly is associated with the secondary medication chamber to maintain fixed axial positioning and fixed rotational orientation relative to the oral delivery apparatus during use. The oral delivery apparatus supports controlled administration of medication concurrent with liquid consumption while preserving separation prior to activation.

The invention relates to a lunch vessel for storing, transporting, and heating food and beverages, in particular food and beverages which are ready for consumption for small children and babies. The lunch vessel should be suitable for storing, transporting, and heating food and beverages and should be easy and safe to hold for small children. For this purpose, the vessel comprises a substantially cylindrical outer casing (2) with a closed base, the upper cover surface of which can be closed by a cover. The invention is characterized in that a heatable inner cylinder (7) with a base (8) is arranged in the outer casing (2).

The present invention provides an artificial nipple multi-compatible system to which various types of artificial nipples can be applied. This artificial nipple multi-compatible system S comprises: a cap 3 provided with a circular hole 33 that has a first diameter Φ1 and that can be fitted to a wide-mouth nipple NL having the first diameter Φ1; and a donut-plate-shaped adjustment plate 4 that fits to the circular hole 33 of the cap 3, the adjustment plate 4 being provided with a circular hole 42 that has a second diameter Φ2 smaller than the first diameter Φ1 and that can be fitted to a narrow-mouth nipple NS having the second diameter Φ2 smaller than the first diameter Φ1. The adjustment plate 4 comprises a fitting part 42 fitted to the circular hole 33 of the cap 3, and a flange part 40 having a diameter larger than the first diameter Φ1, and the adjustment plate 4 latches to the circular hole 33 of the cap 3 from the inner side.

The present invention relates to a water or beverage ejector bottle, which is a bottle with a special plunger actuator collar pivotally attached to a special plunger and mechanically linked to a special barrel or container, wherein rotation of the plunger actuator collar relative to the barrel causes the plunger to move laterally into the barrel so as to cause liquid stored inside the barrel to be ejected from a spout on the cap. The present invention helps elderly or any other type of person who has difficulty holding a water or drinking fluid by using positive pressure to eject water or beverage into the person's mouth, without requiring the person to drink from a standard cup or glass by sucking water from the cup or glass. In the best mode, the ejector bottle is calibrated so that a precise amount of 20 cubic centimeters of water or beverage is ejected into the person's mouth for each complete rotation of the plunger actuator collar.

A nursing bottle is provided for reducing tooth decay in a user. Embodiments provide a nursing bottle having a first chamber for containing a first liquid to feed an infant, such that the first liquid dispenses through lateral openings of a nipple. The bottle includes a second chamber sealed by a stopper having an extension extending into a nipple. Once the infant has fed on a volume of first liquid, a second liquid dispenses from the second chamber through the extension to a central opening of the nipple. The second liquid rinses the first liquid from the teeth of the infant during feeding, reducing sugars that cause tooth decay.

This utility model provides a baby bottle accessory handle, including a handle connecting section connected to the bottle body. A rotating handle is rotatably connected to the free end of the handle connecting section, and a hand handle is connected to the free end of the rotating handle. A rotating hole is formed through the handle connecting section. A movable groove with an inner diameter larger than the rotating hole and communicating with it is formed at the end of the handle connecting section away from the handle connecting section. A pressing hole that mates with the rotating hole is formed inward at the end of the rotating handle away from the handle connecting section. A through hole communicating with the rotating hole is formed at the bottom of the pressing hole. A rotating shaft is connected to the rotating hole and the through hole. A limiting plate is connected to the rotating shaft within the movable groove. Two strip-shaped limiting grooves are formed on the side of the movable groove facing the rotating hole. A limiting protrusion that mates with the strip-shaped limiting grooves is provided on the side of the limiting plate facing the rotating shaft. A pressing shaft is connected to the rotating shaft within the pressing hole. An elastic ring is provided between the pressing shaft and the bottom of the pressing hole, covering the rotating shaft. The handle of this utility model can rotate upward, avoiding repeated disassembly of the nipple and improving usage efficiency.

An infant teaching assembly includes a feeding bottle that has a pair of curved handles to facilitate an infant to grip the curved handles. The feeding bottle has a planar mount that is integrated into the feeding bottle and a first mating member is attached to the planar mount. A personal electronic device is provided which stores an educational program and the personal electronic device is removably attachable to the planar mount. A second mating member is attached to the personal electronic device and the second mating member is matable to the first mating member for retaining the personal electronic device on the planar mount. In this way the personal electronic device is accessible to the infant such that the educational program communicates educational information through the personal electronic device to educate the infant while the infant is feeding from the feeding bottle.

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.

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.

We provide a system that can be used with various types of artificial nipples. [Solution] The artificial nipple combined system S comprises a cap 3 having a circular hole 33 with a first diameter φ1 that can be fitted onto a wide-mouth nipple NL having a first diameter φ1, and a donut-shaped adjustment plate 4 having a circular hole 42 with a second diameter φ2 smaller than the first diameter φ1 that can be fitted onto a narrow-mouth nipple NS having a second diameter φ2 smaller than the first diameter φ1, and which fits into the circular hole 33 of the cap 3. The adjustment plate 4 consists of a fitting portion 42 that fits into the circular hole 33 of the cap 3 and a flange portion 40 having a diameter larger than the first diameter φ1, and is designed to be locked into the circular hole 33 of the cap 3 from the inside.

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.

This utility model discloses a baby bottle with a heating function, including a nipple, a handle, a cup body, and a heating base. The handle is movably fitted onto the upper part of the cup body, and the nipple, with a movable cap, is positioned at the opening of the cup body. The cup body consists of an inner liner, a heat insulation layer, and an outer liner, which are welded together using polymer diffusion welding. The interior of the inner liner forms a liquid storage cavity for storing milk. The heat insulation layer is located below the bottom of the inner liner and has a vacuum cavity structure. A refrigerant cavity for storing refrigerant is formed between the inner and outer liner. The heating base is fitted onto the bottom of the cup body and is used to heat the refrigerant in the refrigerant cavity. This utility model achieves a uniform temperature increase across the entire cup wall, uniformly heating the breast milk inside the cup body, avoiding excessively high local heating temperatures, and improving the heating effect of the baby bottle.

The application discloses a kind of intelligent transition feeding bottle based on breast feeding perception and its control method, including heat preservation cylinder and sucking data recorder;Heat preservation cylinder: its inside is inserted with feeding bottle, the end cover lower end of feeding bottle is equipped with connecting port, the front end of connecting port is threadedly connected with opening adjusting valve, the front end of opening adjusting valve is threadedly connected with connecting pipeline, the front end of connecting pipeline is threadedly connected with nipple, the suction tube of nipple is located inside connecting pipeline, negative pressure detection mechanism is arranged between connecting pipeline and heat preservation cylinder;Sucking data recorder: it is set to the rear side of heat preservation cylinder, the input end of microcontroller of sucking data recorder is electrically connected with external power supply, still includes single-chip microcomputer, the intelligent transition feeding bottle based on breast feeding perception and its control method, eliminate nipple confusion, let baby seamlessly switch between breast feeding and bottle feeding, and provide a kind of more close breast feeding, on-demand response feeding experience.

A baby bottle nipple including a flexible nipple body, a nipple tip, and a valve. The flexible nipple body has a body wall. The nipple tip has a tip wall that is more rigid than the body wall, a lumen defined through the nipple tip, and an opening disposed at a distal end of the nipple tip, the opening in fluidic communication with the lumen. The valve is disposed within the lumen such that the valve is disposed between an interior of the nipple body and the opening, and the valve has a closed configuration and an open configuration. The valve has a threshold cracking pressure to regulate flow, such that a non-negligible pressure differential is required to urge the valve into the open configuration.

A liquid storage bag device is provided. The device is comprised of a liquid storage and dispensing device designed particularly for breastmilk, comprising a hollow, insulated body made of BPA-free, food-grade plastic or alternative materials to ensure safety and temperature retention. The body may adopt various shapes and includes features such as a resealable spout for pouring, a transparent viewing window with measurement lines for monitoring liquid levels, and optional decorative indicia for aesthetic appeal. It further includes a double-sealed zip flap or other secure closures for airtight storage, a writable surface for recording details, and a temperature indicator that may employ thermochromic strips or electronic sensors to provide real-time feedback.

The disclosure relates to a breast pump device that is configured as a self-contained, in-bra wearable device, the breast pump device comprising: a housing that includes (a) a battery, and (b) a pump powered by the battery and configured to generate a negative air pressure; (ii) a breast shield; and (iii) a milk container that is removable from the housing.

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.