Abstract: This inventions generally relates to a bottle and more particularly, relates to a plastic MULTI FUNCTIONAL BOTTLE1. More specifically, it is an exercise weight bar shape inspired MULTI FUNCTIONAL2 BOTTLE. The bottle may include an upper body section and a lower body section connected with each other by a substantially cylindrical transitional section, which measurements and design allow a full grip of a closed hand. The bottle may be made out of a plastic material and may be suitable for different uses, specially for holding water with a high ph level. 1 Named “Kealthy Bottle” for the meaning of its different purposes.2 Holding beverages, battery recycle container, cheap exercise equipment, decorative cash-box, decoration and home supply.

Abstract: The invention provides a method for verifying the age of an animal providing meat using volatile profiles that comprises the step of providing a sample of animal meat. The method uses one or more chemical analyses to obtain a profile of a set of volatile organic compounds from a sample of meat from an animal. The profile is fit to a mathematically discriminating function resulting. The data obtained is analyzed in order to establish a correlation between the age of the animal (tooth development) and volatiles exuded by meat.

Abstract: The invention provides a method for verifying the age of an animal providing meat using volatile profiles that comprises the step of providing a sample of animal meat. The method uses one or more chemical analyses to obtain a profile of a set of volatile organic compounds from a sample of meat from an animal. The profile is fit to a mathematically discriminating function resulting. The data obtained is analyzed in order to establish a correlation between the age of the animal (tooth development) and volatiles exuded by meat.

Abstract: The invention provides a method for verifying the age of an animal providing meat using volatile profiles that comprises the step of providing a sample of animal meat. The method uses one or more chemical analyzes to obtain a profile of a set of volatile organic compounds from a sample of meat from an animal. The profile is fit to a mathematically discriminating function resulting. The data obtained is analyzed in order to establish a correlation between the age of the animal (tooth development) and volatiles exuded by meat.

Abstract: The monitor comprises beads threaded onto a loop of elastic cord. The cord is formed into a loop by tying the two ends of a length of cord in a reef-knot. The daily progress of the menstrual cycle is marked by pulling the knot through holes in the beads. The beads are coloured to indicate the sectors of the cycle—red for menstruation, pink for fertility, black for PMS. The knot is matched to the elastic cord and to the hole in the bead so that the knot is tight in the hole, but the pull-through force is smaller than the elastic limit of the cord.

Abstract: The invention provides a method for verifying the age of an animal providing meat using volatile profiles that comprises the step of providing a sample of animal meat. The method uses one or more chemical analyses to obtain a profile of a set of volatile organic compounds from a sample of meat from an animal. The profile is fit to a mathematically discriminating function resulting. The data obtained is analyzed in order to establish a correlation between the age of the animal (tooth development) and volatiles exuded by meat.

Abstract: A sheet retaining device such as a folder or a binder that incorporates a corner lock for preventing papers from dislodging therefrom. The sheet retaining device has a front cover and a back cover. Each of the covers has a top edge, a bottom edge, an outer edge, and an inner edge. A first primary flap is connected to the back cover along the outer edge and the bottom edge thereof to form a pocket that is adapted to receive one or more pieces of sheet material. A secondary flap is connected to the back cover along the inner edge and the top edge thereof to form a corner lock adapted to retain corner of sheet material retained in the sleeves. Accordingly, when a piece of sheet material is retained in the pocket, the secondary flap acts as a corner lock on the free corner of the sheet material, tending to retain this free corner and the sheet material in the pocket, even if the sheet retaining device is turned upside down or sideways.