The present invention relates to biodegradable and compostable granules consisting of natural ingredients comprising starch and thickening and gelling agents and does not comprise bioplastics. According to the invention, the granules are used for producing biodegradable and preferably compostable products and articles of daily use. The present invention also relates to methods for producing the granules according to the invention, as well as methods for producing different products by using the granules according to the invention.

The invention discloses a method for preparing straws from grass stems, which adopts a green and environmentally friendly method technology, takes the Lepironia articulata, known as grey sedge stems, baking soda, and hydrogen peroxide water as raw materials, and prepares the drinking straws under specific processing conditions. The method of the invention mainly comprises two aspects: firstly, the preparation of grass stems after being harvested from the field, and secondly, the process of turning grass stems into drinking straws is prepared from the membrane removal and cleaning processes using baking soda and hydrogen peroxide solution. According to the invention, the manufacturing processes are ecologically friendly and produce commercial straw products with zero waste, the technology disclosed by the invention has the advantages of environmental protection, low cost, and has great industrial application value.

A drinking straw includes a generally elongate tube having a sidewall defining an internal bore, wherein one end of the straw is provided with a piercing projection formed from a portion of the sidewall and reinforced by a folded portion of the sidewall. The straw is manufactured from an elongate tube on which a piercing projection is formed at one end by folding a portion of the sidewall at that end to reinforce the projection.

A drinking straw includes a generally elongate tube having a sidewall defining an internal bore, wherein one end of the straw is provided with a piercing projection formed from a portion of the sidewall and reinforced by a folded portion of the sidewall. The straw is manufactured from an elongate tube on which a piercing projection is formed at one end by folding a portion of the sidewall at that end to reinforce the projection.

The present invention relates to a weaning clip and, more particularly, to a weaning clip which can be used not only by infants or handicapped people, but also by people from all walks of life, which is mounted on a bottle containing mineral water or any other type of drink instead of a cap and enables the user to drink the content inside the bottle with their mouth contacting the bottle or to take in the content using a straw, and which comprises an adapter that can be mounted regardless of the diameter of the bottle entrance.

The present invention relates to a weaning clip and, more particularly, to a weaning clip which can be used not only by infants or handicapped people, but also by people from all walks of life, which is mounted on a bottle containing mineral water or any other type of drink instead of a cap and enables the user to drink the content inside the bottle with their mouth contacting the bottle or to take in the content using a straw, and which comprises an adapter that can be mounted regardless of the diameter of the bottle entrance.

A straw cup includes a container and a lid releasably attached to the container for closing a container open top. A lid body has a dispensing port and a vent each extending therethrough. The body further has a downward depending inner collar which surrounds the dispensing port. A straw extends through the dispensing port and has a mounting member provided at a lower end thereof. The mounting member is received in the inner collar and includes a flexible seal member having a downward frusto-conical shape. The seal member normally contacts an inner surface of the inner collar. The seal member is movable radially downwardly and away from the inner surface allowing an inward flow of air through the vent and over the seal member upon the introduction of a pressure differential across the vent where the pressure outside of the container is greater than the pressure inside of the container.

A straw cup includes a container and a lid releasably attached to the container for closing a container open top. A lid body has a dispensing port and a vent each extending therethrough. The body further has a downward depending inner collar which surrounds the dispensing port. A straw extends through the dispensing port and has a mounting member provided at a lower end thereof. The mounting member is received in the inner collar and includes a flexible seal member having a downward frusto-conical shape. The seal member normally contacts an inner surface of the inner collar. The seal member is movable radially downwardly and away from the inner surface allowing an inward flow of air through the vent and over the seal member upon the introduction of a pressure differential across the vent where the pressure outside of the container is greater than the pressure inside of the container.

This document discloses a disposable beverage cup with a non-removable straw. This disposable beverage cup and non-removable straw substantially reduce, or even eliminate, a chance that the straw will end up, on its own, polluting the world's oceans or land. This is due to the straw being non-removable and, along with the disposable beverage cup, being more likely to be properly disposed of, composted, or otherwise responsibly handled.

This document discloses a disposable beverage cup with a non-removable straw. This disposable beverage cup and non-removable straw substantially reduce, or even eliminate, a chance that the straw will end up, on its own, polluting the world's oceans or land. This is due to the straw being non-removable and, along with the disposable beverage cup, being more likely to be properly disposed of, composted, or otherwise responsibly handled.