A container for containing fluid substance as a content, wherein a container surface that comes in contact with the content is formed of a resin composition that contains a forming-resin and an immiscible-liquid that is immiscible with the fluid substance. The container has markedly improved slipping property for the fluid contents and can be easily produced.

A container for containing fluid substance as a content, wherein a container surface that comes in contact with the content is formed of a resin composition that contains a forming-resin and an immiscible-liquid that is immiscible with the fluid substance. The container has markedly improved slipping property for the fluid contents and can be easily produced.

The present invention provides packages comprising an inner surface comprising polyalkylene ether modified polyolefin. In some embodiments, the polyalkylene ether modified polyolefin is the reaction product of an amine-terminated polyalkylene ether and a maleated polyolefin.

The present invention provides packages comprising an inner surface comprising polyalkylene ether modified polyolefin. In some embodiments, the polyalkylene ether modified polyolefin is the reaction product of an amine-terminated polyalkylene ether and a maleated polyolefin.

The invention includes a container for storing liquids, the container including a blending chamber for holding a larger volume of liquid, and an opening that can be selectively sealed or unsealed. The container also includes a sampling chamber for holding a smaller volume of liquid, and another opening that can be selectively sealed or unsealed. The blending chamber is located within and is at least partially surrounded by the sampling chamber. Fluidically connecting the blending chamber and the sampling chamber is a siphon having an upper opening in the blending chamber and a lower opening in the sampling chamber. The siphon includes a siphoning level, which is a fluid height in the blending chamber at which liquid will siphon from the blending chamber to the sampling chamber.

The invention includes a container for storing liquids, the container including a blending chamber for holding a larger volume of liquid, and an opening that can be selectively sealed or unsealed. The container also includes a sampling chamber for holding a smaller volume of liquid, and another opening that can be selectively sealed or unsealed. The blending chamber is located within and is at least partially surrounded by the sampling chamber. Fluidically connecting the blending chamber and the sampling chamber is a siphon having an upper opening in the blending chamber and a lower opening in the sampling chamber. The siphon includes a siphoning level, which is a fluid height in the blending chamber at which liquid will siphon from the blending chamber to the sampling chamber.

A baby feeding container contains a bottle, a whisking ball, a sealing ring, and a liquid outlet. The whisking ball is positioned within the bottle. The liquid outlet is pressed against an opening of the bottle with the sealing ring. The liquid outlet includes a nipple collar and a feeding nipple that ensure the liquid within the bottle flows out of the feeding nipple. If the user intends on measuring the amount of liquid within the bottle, a plurality of quantity markers can be used. Moreover, the whisking ball is insulated in a rubberized coating to minimize any noise generated when the baby formula is mixed in water by shaking the bottle.

A device is provided that assists with equalizing air pressure within a container with the atmospheric air pressure as liquid is being poured from the container and includes one or more relatively short air tubes. The device is provided with the ability to simultaneously equalize pressure in the container while also providing a drip collection mechanism. The device may be configured for unidirectional pouring or multi-directional pouring.

The present invention comprises a frame structure supporting stand with swing joint elements and a bottle with necks for pouring out the contents and tubes for overflow of the contents. The bottle is attached to a frame consisting of vertical rods mounted between two support platforms within which the bottle is placed. The bottle is attached to the frame through the support platforms. The frame is positioned on the holder axes with the possibility of rotation about the holder due to the swing joint. Additional external elements are provided on the support platforms, and they allow opening/closing of the bottle neck. The holder has a mounting stand. The swing joints of the holder and the frame are configured to fix the frame with the bottle in the desired position relative to the axis of the holder.

The present invention comprises a frame structure supporting stand with swing joint elements and a bottle with necks for pouring out the contents and tubes for overflow of the contents. The bottle is attached to a frame consisting of vertical rods mounted between two support platforms within which the bottle is placed. The bottle is attached to the frame through the support platforms. The frame is positioned on the holder axes with the possibility of rotation about the holder due to the swing joint. Additional external elements are provided on the support platforms, and they allow opening/closing of the bottle neck. The holder has a mounting stand. The swing joints of the holder and the frame are configured to fix the frame with the bottle in the desired position relative to the axis of the holder.