Abstract: The present invention is directed to a multi-functional bottle including a threaded cap, a protector seal, a tube member, a snap-off cap member, and a bottle to allow a person to have a multi-functional bottle that contains an optional cartridge for storing powdered products, e.g., baby formula, and/or solid objects such as lottery tickets or novelty items.

Abstract: A cap includes a cavity for receiving the rounded tip of a nipple. The cavity narrows from an open end to a neck, and widens from the neck to a closed end. The neck forms an interference fit with the rounded tip, and the interference fit forms a sealed compartment in the cap that encloses an aperture in the rounded tip.

Abstract: A modular and natural infant feeding container is provided for multiple stages of development. The container includes a rigid cylindrical body, a removable top for securing an open top end of the cylindrical body, and a removable bottom cap for securing an open bottom end of the cylindrical body. The removable top has a dome shaped portion with a ducted nipple. The dome shaped portion has substantially the same outer radius as the cylindrical body. Another removable top may be interchanged with the removable top. The other removable top may include a different nipple, a sippy spout, or a straw passage.

Abstract: A sling-type protective cover for a container. An exemplary protective sling for a baby bottle may include a plurality of straps extending longitudinally from a base. The bottom end of a baby bottle may be received in the base, and each of the straps may include an opening for engaging the neck of the bottle. The protective sling may be constructed from an elastic material, such as a thermoplastic elastomer.

Abstract: A collapsible baby bottle for reducing air-intake during feeding operations includes a body formed from disposable material, a plurality of linear ridges concentrically spanning across a non-uniform circumference thereof, and a coupling threadably attached directly to a top opening of the body. The apparatus further includes a nipple removably attached directly to the coupling, a cap removably affixed directly to the coupling for protecting the nipple from undesirable foreign debris and fluids, and a mechanism for preventing formation of powder formula lumps when mixing the powder formula and water within the body so that a homogenous mixture of the powder formula and the water is obtained. The apparatus further includes a strap tethered directly to the coupling and spaced from the body and the nipple respectively, and a barcode removably affixed directly to a bottom surface of the body for identifying nutritional information about the powder formula.

Abstract: A feeding apparatus includes a food container having an open end and a closed end. A plurality of apertures is formed on the container. A first coupling member has an opening in communication with the container open end. A second coupling member cooperates with the first coupling member and movable between an open configuration allowing food to pass through the opening and into the container, and a sealed configuration where the second coupling member covers and seals the open end of the container. The container is made of a soft resilient material, and the apertures and the container are sized and shaped such that normally the container stays in its original shape and the food stays inside the container. The container collapses by external force during feeding, and returns to its original shape upon release of the force.

Abstract: The invention relates to a baby feeding bottle and an assembly therefor. The baby feeding bottle includes a container and a teat unit. The teat unit includes a teat, a teat support and means for piercing a membrane arranged on the mouth of the container. The bottle further includes a teat unit and container separation resistance arrangement. The teat unit is configured so that the means for piercing the membrane pierce the membrane when the teat unit, or part thereof, is moved, in use, towards the membrane so that the baby feed is accessible through the teat.

Abstract: A thermal bottle including an outer body wall defining a shape of the thermal bottle having a top opening and a bottom end, an inner body wall having an inner volume for a storage area disposed within the inner body and selectively connected to the outer body wall wherein the storage area is accessible through the top opening, a thermal area defined therebetween the outer body wall and the inner body wall, a cover configured to be attachable to at least one of the top opening that prevents removal of a material placed within the storage area, and a securing element located at the bottom end of the outer body wall which is configured to hold the cover when the cover is detached from the top opening.

Abstract: A nursing bottle having a sidewall comprising first end and a second end, wherein the first end comprises an opening to access a fluid container portion and the second end comprises an opening for access to a recessed storage area. The nursing bottle further includes a removable cover coupleable to the second end to enclose the recessed storage area.

Abstract: A nursing bottle assembly includes a rigid outer casing, a flexible inner liner and a teat arrangement. The teat arrangement attaches to the outer casing and secures the inner liner in position within the outer casing. The flexible inner liner includes a container in the form of a bellows such that it expands and collapses in a predictable linear manner along its longitudinal axis. Preferably, the inner liner is moulded from a food-grade silicone or thermoplastic elastomer and includes a substantially cylindrical container formed with at least one projecting rib or groove about which the liner folds to enable it to expand and collapse in a predictable linear manner along its longitudinal axis.

Abstract: A holder for use with a nipple-topped nursing bottle includes a sleeve portion for covering the nursing bottle. Surrounding the sleeve portion is a ring portion. The ring portion may be grabbed and squeezed by the animal being nursed during the nursing process. Such grabbing and squeezing during the nursing process overcomes the reluctance of the animal to take nourishment through the nipple of nipple-tipped nursing bottle and shortens the time during which an animal may be weaned to a nipple-tipped nursing bottle.

Abstract: A system for permanently securing a nipple to a container, the system including an insertion element as part of a nipple or a container, a receiving element as part of the nipple or the container that does not include the insertion element, and a locking element as part of the insertion element and/or the receiving element to prohibit the nipple from being removed from the container. An apparatus for permanently securing a nipple to a container is also provided.

Abstract: A baby bottle for preventing the release of endocrine disrupters is disclosed. The baby bottle includes a glass vessel containing milk. A protective cover has shock absorbing members to protect the glass vessel, and includes left and right cover bodies having a fastening protrusion and a fastening hole, respectively. An air inlet packing is placed on the upper end of the glass vessel to control inflow of external air, and is coupled to a ventilation tube and a nipple. A support cap is fastened to the upper end of the protective cover in such a way that the nipple is in close contact with the upper portion of the air inlet packing, when the air inlet packing is in close contact with the glass vessel.

Abstract: The invention concerns a device for hermetically and safely closing a feeding bottle to avoid any leakage of the liquid. Said closing device comprises: a rotary closure consisting of an inner ferrule and of an outer ferrule each having an offset opening respectively and, the inner ferrule being lodged in the outer ferrule. An internal thread of the inner ferrule enables the rotary closure to be fixed to the threaded neck of the feeding bottle. A nipple, inserted in a retaining ring comprising an internal thread, is fixed to the threaded neck of the rotary closure. A cap is provided, which enables the nipple to be protected. The inventive device is particularly designed for hermetically closing the feeding bottle.

Abstract: A bottle assembly is provided. The bottle has inner and outer bodies that are selectively engageable and form a space therebetween for insulation by air. The inner and outer bottles can be selectively secured by a deformable collar. The bottle assembly may have a vented nipple that promotes latch-on to an areola region of the nipple.

Abstract: An infant nursing device is disclosed comprising a glass fluid-containing inner vessel disposed within a plastic outer protective shell. The inner vessel contacts the outer protective shell at the neck of the device, and at the midsection and bottom of the shell. The two containers come together and are removably attached with a nipple and gasket mechanism. The gasket holds the nipple to the inner vessel and the inner vessel to the outer protective shell. When not in use, the inner vessel can be filled with fluid, and a primary cap disposed on the inner vessel to seal the contents. To use the device, the inner vessel is disposed in the outer protective shell, the nipple and gasket are attached, sealing the nipple to the inner vessel and holding fast the outer protective shell, and a secondary cap disposed over the nipple.

Abstract: A switch cap for drinking bottle of the invention includes a rotatable cap; a sucker received inside the rotatable cap; a cap cover covering the rotatable cap; and a switch portion; wherein the rotatable cap is rotatably connected with a circled round mouth the drinking bottle by the switch portion.

Abstract: A nursing bottle comprising a fluid container having a cushiony exterior sidewall and an object disposed between the fluid container and the exterior sidewall to enable viewing of the object through the exterior sidewall.

Abstract: An infant feeding container is disclosed to provide a feeding experience closely resembling natural breast feeding. The container includes a first part having a rigid substrate and a pliant over-mold having a first portion unsupported by the substrate and a second portion molded over and supported by the substrate. The first portion has a breast-like shape and a ducted nipple. The container further includes a second part for engaging the first part to seal the container.

Abstract: The present invention provides a disposable educational drinking device for learning such things as the letters of the alphabet or numbers or geometric shapes. The disposable drinking device can be converted to a reusable drinking device. The disposable drinking device also has a mechanical mean to center drinking spout between handles.

Abstract: A container, such as a baby bottle, has an hourglass shape elongated wall substantially along its length. There is an indented portion in the hourglass shape for facilitating holding of the bottle. A rim at the top of the wall is for receiving a nipple locating closure, and the indented portion extends in height for less than half of an overall height of the bottle. The bottom of the bottle is curved and blends with wall of the bottle. The bottle has an angulated profile such that a top portion of the hourglass is arched relatively towards one side of a vertical axis extending from a bottom towards the top. The indented portion of the hourglass is angulated at a non-right angular configuration relatively to a vertical axis extending from a bottom towards the top. The inside of the bottle is formed to have a blended inside curved interface between the inside of the bottom and the inside of the wall.

Abstract: An oral feeding bottle includes a feed container with an open end and surfaces adapted to come into contact with a liquid feed in the container, a teat releasably connected to the open end and adapted to contact both the liquid feed and a person or animal feeding from the bottle, and a cap with two modes of operation, where in the first mode, the teat is connected to the container and the cap is adapted to fit over, enclose the teat, and be releaseably connected to the feed container, and where in the second mode, the cap includes a means for stowing the teat in a non-dispensing position spaced from the container, where the teat and the surfaces that contact the liquid feed are in fluid communication so that the teat and the feed container are sterilized with a fluid sterilizing medium disposed in the container.

Abstract: The present invention is an infant feeding pouch that is a transparent low-density polyethylene or polypropylene bag. The pouch has two sections, a middle section and two side wings. The middle section of the pouch is collapsible. The wings are sealed close and do not contain any fluid. The entire device is disposable. The middle oval section is able to contain 8 to 9 ounces of fluid. As the fluid enters the middle section it enlarges. As the fluid exits the pouch it collapses. The middle section of the feeder has an opening; it is here were the fluid is deposited. The opening is located in the center of the middle section at the bottom. The middle section has a non-removable threaded fitting welded onto the pouch enabling the toppro to be attached. The toppro is a bottle cap with screwable threads in the interior.

Abstract: An infant feeding container is disclosed to provide a feeding experience closely resembling natural breast feeding. The container includes a body, a lid for securing an open end of the body, and a cover for at least partially enclosing the body. The body has a pliant dome shaped portion that includes a ducted nipple, and a rigid cylindrical portion that defines extending form the dome shaped portion. The dome shaped portion provides soft and warm facial contact for an infant during feeding. The cylindrical portion provides a surface for a caretaker to easily grip the infant feeding container.

Abstract: A baby bottle comprising a first compartment and a second compartment. The first compartment comprised a proximal end and a distal end. The proximal end is comprised of at least one substantially open bore. The distal end is comprised of at least one partially closed port and a stabilization coupling mechanism first portion. The second compartment is comprised of a first end and a second end. The first end of one embodiment comprises a partially closed cavity and a stabilization coupling mechanism second portion. The stabilization coupling mechanism second portion may be adapted to mate with the stabilization coupling mechanism first portion. Furthermore, the first end may be adapted to couple to the first compartment distal end. The second end of one embodiment may have a substantially open bore and a removably coupled end cap.

Abstract: A formula feeding device configured to adapt to a baby bottle assembly or like container, where the device has an internal shape configured to squeeze the nipple when in a closed position and allow the flow of formula through an nipple or like component when in the open position providing a method to efficiently mix formula in a bottle assembly or like container.

Abstract: A container, such as a baby bottle or sipper cup, includes an elongated side wall and one or more handles to either side of the elongated side wall for facilitating handling of the bottle. There is a rim at the top of the side wall for receiving a nipple locating closure. With two handles, these are diametrically opposite each other with the elongated bottle between them. The handles are formed as an integrated substantially embracive or curved element, and the element has an aperture at one section for engagement with the mounting of the bottle, and the curved element essentially surrounds the bottle. The curved element is removable from the mounting.

Abstract: A combination nipple and cap for placement on at least one of bottles and cans having a pour opening disposed on one end thereof. The cap has a predetermined size and is manufactured from a first predetermined material. The nipple is manufactured from a second predetermined material and is operably connected to the cap. A securing means is operably connected to the cap to secure the cap to such pour opening.

Abstract: An integral container closure securely seals the contents, such as breastmilk, within a container as well as provides for the rotary attachment of the container to other structures such as a breastpump.

Abstract: The present invention is a baby bottle with a tethered cap. In order to keep the cap from flopping around during bottle use, there is also a means for attaching the cap to the side of the baby bottle.

Abstract: A feeding baby bottle comprises a bottle, a nipple, a threaded cap for clamping the nipple to the bottle, a removable cover member associated with the nipple and cap for protecting the nipple against contamination and an attachable lower compartment for powder storage and until the bottle is used for feeding. The lower attachable compartment stores and dispenses a pre-measured amount of powdered milk sufficient for a single full bottle feeding.

Abstract: Aspects of the invention include a sleeve or wrap for protecting a container. In certain embodiments, the sleeve or wrap is a protective encasement for protecting a container, such as a bottle. In certain embodiments, the sleeve or wrap includes a body with a lumen, wherein the body is configured for holding and/or containing the container. For instance, in one embodiment, the protective sleeve includes a tubular body and at least a first opening in the protective body that is adapted for receiving the container. In certain embodiments, the body of the sleeve includes silicone. Accordingly, in certain embodiments, the sleeve is a protective silicone sleeve that is adapted to hold and/or contain a container, thereby protecting the container from damage (e.g., breaking). Also provided is a system for protecting a container that includes a protective sleeve, as described above, and a container that is configured for being associated, e.g., fit within, the protective sleeve.

Abstract: A leakproof bottle for feeding a child includes a first external thread around a bottle opening, and a lower closure ring having a first internal thread, which is screwed onto the first external thread and has at least one first throughflow hole. An upper closure ring has a second external thread on which the lower closure ring sits in a sealing manner and which has at least one second throughflow hole which, by rotation of the upper closure ring relative to the lower closure ring, can be brought into coinciding and non-coinciding positions relative to the first throughflow hole. Locking elements can rotate the lower closure ring and upper closure ring relative to each other and releasable lock them, with a drinking teat and a screw ring having a second internal thread, which is screwed onto the second external thread of the upper closure ring, releasably securing a lower edge region of the drinking teat to upper closure ring.

Abstract: Apparatus for administering a liquid formulation to a baby or child includes a bottle charged with water, a dispensing valve mounted on the bottle, and a dust cover that extends over and protects the dispensing valve. The dust cover is hollow and is charged with powder that is mixed with water in the bottle to produce the liquid formulation.

Abstract: A bottle of water and powdered infant formula or ready-to-use, pre-mixed, liquid infant formula, juice or other liquid and a ready-to-use sterile feeding nipple device are hermetically sealed within an outer container. Once the outer container is opened, the bottle is removed and the nipple device is then applied to the bottle. The used components may be placed back in the container for reuse or disposal by reapplying an outer lid. In a preferred embodiment, the outer container is a cylindrical can and the bottle is centered within the can by indentations in the wall of the can.

Abstract: A container of sterilized fluoridated water, powdered infant formula, and a ready-to-use sterile feeding nipple are hermetically sealed within an enveloping structure. Once the structure is opened, the water and formula are removed, the formula is dissolved in the water in the bottle, and the nipple is then applied to the bottle. The used components may be placed back in the container for reuse or disposal by reapplying an outer lid. In a preferred embodiment, the enveloping structure is a cylindrical can and the water container is a bottle which is centered within the can by indentations in the wall of the can.

Abstract: A combination handbag and lunch bag comprising: a handbag and a lunch bag each having a front, a rear, two opposing sides, a bottom, a top for joining the handbag and lunch bag portions forming a consolidated bag, a handle, a pair of holding loops or holding rings adapted for engaging the handle for drawing the handle into a continuous closed loop, a closure system enabled for snap-, clasp- or buckle-action fastening adapted for mutual engagement for drawing the combination handbag and lunch bag into a continuous closed loop for improved security and concealment of items therein, and an organizational method and program to provide an integrated closed loop planning, forecasting and control system for individuals synthesizing lifestyle, polish, and weight loss by way of integrated reference card programs, suggestions, and reminders used in combination with designated expandable pockets for predetermined organization of personal items and nutrition items therein.

Abstract: The invention concerns a device for hermetically and safely closing a feeding bottle to avoid any leakage of the liquid. Said closing device comprises: a rotary closure consisting of an inner ferrule and of an outer ferrule each having an offset opening respectively and, the inner ferrule being lodged in the outer ferrule. An internal thread of the inner ferrule enables the rotary closure to be fixed to the threaded neck of the feeding bottle. A nipple, inserted in a retaining ring comprising an internal thread, is fixed to the threaded neck of the rotary closure. A cap is provided, which enables the nipple to be protected. The inventive device is particularly designed for hermetically closing the feeding bottle.

Abstract: A cap for reusable pacifiers and feeding bottles, where the cap is advantages in that it enables same to be quickly sterilized in a microwave oven. The cap is characterized in that it includes a conventional body suitable for fitting over a nipple holder. A port is provided in the upper cap portion to enable steam to escape. A valve attached to the top of the cap port is characterized in that it has a small ventilated cap housing an upside-down flexible vessel. The cap can be attached either to a feeding bottle or to a pacifier to enable the sterilization in a microwave oven. A feeding bottle or pacifier can be sterilized simply by filling the same with a small amount of water, closing the valve cap and boiling the water in a microwave oven. The water turns into steam and sterilizes the inside of the entire feeding bottle or pacifier and the pressurized steam escapes through the valve.

Abstract: A baby bottle has features facilitating its use with a number of different types of baby bottle accessories including a liner system insertable within a baby bottle to ensure sterility of baby formula placed in it. The bottle also has elongated threads at an upper portion designed to render the bottle compatible with a sub-system with the ability to reduce the incidences of bubbling within the baby formula. The bottle also includes a chamber in its bottom portion, sized and configured to removably receive a pacifier. In a further aspect, the chamber may be enclosed by a dummy cap. Alternatively, the chamber may be closed by a device comprising a combined program player and vibration source. The program player includes a port allowing music or other programs to be downloaded into a memory included in the device so that desired music may be re-played as desired. A sleeve made of an elastic material can be stretched over the baby bottle to serve as an insulating cover.

Abstract: A device for assisting the development of an infant's visual acuity and for transferring the mother's scent to an infantile environment. Smooth and supple fabric contacts an area of the mother's body for absorbing a portion of the mother's scent and is thereafter transferred and located in proximity with the infantile environment for venting the transferred scent about the infantile environment. Due to the device's contrasting colors, the training of the infant's visual acuity can be enhanced.

Abstract: An infant feeding container is disclosed to provide a feeding experience closely resembling natural breast feeding. The container includes a body, a lid for securing an open end of the body, and a cover for at least partially enclosing the body. The body has a pliant dome shaped portion that includes a ducted nipple, and a rigid cylindrical portion that defines extending form the dome shaped portion. The dome shaped portion provides soft and warm facial contact for an infant during feeding. The cylindrical portion provides a surface for a caretaker to easily grip the infant feeding container.

Abstract: A pacifier assembly having a pivotally mounted cover on a shield assembly is disclosed. The assembly allows convenient protection for the nipple by being selectably moved between an open and closed position. In one embodiment, two nipples are provided on opposite sides of the shield assembly. The cover can be positioned to protect one nipple while exposing the other. Once the assembly is dropped to the floor and the sanitary condition of the exposed nipple is compromised, the cover can be moved to cover the dirtied nipple and expose the unused nipple. In another embodiment, the dual nipple pacifier includes two covers. Thus, the covers can protect both nipples simultaneously for transporting the assembly in a sanitary manner. One nipple can be exposed by pivoting one of the covers. Preferably, the covers nest within one another over the protected nipple.

Abstract: The container 10 of the preferred embodiment comprises an outer shell 12 and an inner membrane 14 which cooperatively define a first compartment 16 and a second compartment 18. The first compartment 16 defines a first opening 20, through which the first compartment 16 receives a consumable liquid. The second compartment 18 defines a second opening 22, through which the second compartment 18 receives a second liquid. The first compartment 16 and the second compartment 18 are shaped and arranged such that greater than 50% of the surface area of the second compartment 18 is located adjacent to the first compartment 16. Alternatively, the first compartment 16 and the second compartment 18 may be shaped and arranged such that the first compartment 16 substantially surrounds at least a portion of the second compartment 18.

Abstract: A baby bottle includes a bottle housing having an open end thereof for receiving a liquid therein. A nipple assembly is included having a securing collar, a stationary insert, and a nipple attached thereto for positioning at the open end of the bottle housing. The bottle further includes a cap having means for compressing the nipple positioned. The compressing means is positioned on an inner surface thereof. Upon a downward force being applied to the cap, a stationary insert holds the nipple upright. A compression cap presses down on the top and base of the nipple forming a triple airtight seal at the top, middle and base of the nipple for preserving the liquid in the bottle housing.

Abstract: A baby bottle has an essentially pear side wall profile shape. There is a truncated end to the essentially pear side wall profile shape. A projecting ridge portion is located towards the top of the truncated end of the essentially pear side wall profile shape for facilitating holding of the bottle. There is a rim at the top of the side wall for receiving a nipple locating closure. In another format the baby bottle has an elongated side wall. A bottom portion of the wall is of a diameter greater than the diameter towards the top of the bottle. The bottle is formed such the relatively largest diameter portion of the side wall is located about one third from the bottom portion of the bottle. The center of gravity of the bottle is below the midpoint of the longitudinal length.

Abstract: A baby feeding bottle includes a dispenser body having an upper opening and a hollow interior. A flexible fluid container is supported by the dispenser body. An elongated flow tube has a first end disposed adjacent to the upper opening of the dispenser body and a second end disposed within the flexible fluid container. The flow tube facilitates passage of fluid within the fluid container and to the upper opening of the dispenser body.

Abstract: An infant cup includes a cup body 12, a cover 16, a flexible mouthpiece 24 and a valve element 26. The valve element 26 includes a sealing face 70 which closes an orifice 44 in the mouthpiece in a relaxed position. The valve element includes an angled face cooperating with an internal angled face of the mouthpiece such that when pressure is applied the valve element moves downwardly, opening the mouthpiece orifice 44. The valve element is resiliently biased upwards such that when relaxed it springs back to close the mouthpiece orifice 44 once again, and is biased upwards in the closed position.

Abstract: A fluid dispenser having a substantially rigid shell (1) provided with an opening (14), a flexible pouch (23) fixed to a pouch support (2) forming a fixing bushing (22) defining an outlet passageway (24) for the fluid, and a dispensing member (3) such as a pump for extracting the fluid from the flexible pouch through the outlet passageway of the pouch support; and wherein the fixing bushing (22) of the flexible support (2) is fixed in the opening (14) of the shell (1).

Abstract: A container has an inner vessel for containing liquid such as milk, water, juice or the like. An outer vessel creates a larger volume than the volume of the inner vessel, so that the inner vessel can fit inside the outer vessel. A top cap secures the inner and outer vessels in spaced relation to each other. The top cap can have an integral nipple in fluid communication with the inside of the inner vessel. In another embodiment, a vent in a top cap permits air to enter a liquid holding vessel as the liquid is removed. A filter in the vent allows the air to pass, but not the liquid, so the liquid does not spill when the container is tipped.