The present disclosure provides a system for tracking usage and provenance information for one or more garments in the from of a set of one or more tags or “logbooks”, each intended to have an associated garment. Each tag is embossed with a set of information to facilitate easy recording and tracking of provenance and usage information related to the associated garment for later reference.

The present disclosure provides a system for tracking usage and provenance information for one or more garments in the from of a set of one or more tags or “logbooks”, each intended to have an associated garment. Each tag is embossed with a set of information to facilitate easy recording and tracking of provenance and usage information related to the associated garment for later reference.

A system and a method of packaging a foodstuff ingredient into discrete quantities facilitate the preparation for baking and cooking. The system includes a bulk quantity of foodstuff ingredient, a plurality of single-use packages, and a recipe with a foodstuff-ingredient requirement. The method begins by filling each single-use package with a corresponding quantity of foodstuff ingredient through an open end of the single-use package. Moreover, a corresponding quantity of foodstuff ingredient is equal to the specific volumetric capacity of each single-use package. The open end of each single-use package is then closed. Each single-use package is labeled with a description of the corresponding quantity of foodstuff ingredient. The open end of a specific single-use package is then reopened, wherein the corresponding quantity of foodstuff for the specific single-use package meets the food-stuff ingredient requirement. The corresponding quantity of foodstuff ingredient is dispensed out of the open end.

A system and a method of packaging a foodstuff ingredient into discrete quantities facilitate the preparation for baking and cooking. The system includes a bulk quantity of foodstuff ingredient, a plurality of single-use packages, and a recipe with a foodstuff-ingredient requirement. The method begins by filling each single-use package with a corresponding quantity of foodstuff ingredient through an open end of the single-use package. Moreover, a corresponding quantity of foodstuff ingredient is equal to the specific volumetric capacity of each single-use package. The open end of each single-use package is then closed. Each single-use package is labeled with a description of the corresponding quantity of foodstuff ingredient. The open end of a specific single-use package is then reopened, wherein the corresponding quantity of foodstuff for the specific single-use package meets the food-stuff ingredient requirement. The corresponding quantity of foodstuff ingredient is dispensed out of the open end.

The present application is directed to an identification system that is configured to be attached to an object. The identification system includes one or more tags that can be manipulated to uniquely identify the object. The manipulation can include removing one or more of the tags and/or marking one or more of the tags.

The present application is directed to an identification system that is configured to be attached to an object. The identification system includes one or more tags that can be manipulated to uniquely identify the object. The manipulation can include removing one or more of the tags and/or marking one or more of the tags.

The present application is directed to an identification system that is configured to be attached to an object. The identification system includes one or more tags that can be manipulated to uniquely identify the object. The manipulation can include removing one or more of the tags and/or marking one or more of the tags.

The present application is directed to an identification system that is configured to be attached to an object. The identification system includes one or more tags that can be manipulated to uniquely identify the object. The manipulation can include removing one or more of the tags and/or marking one or more of the tags.

A secured article may include a tag set comprising a first tag and a second tag, each tag attached to the article. A secured article may include a disablement structure. A secured article may include attached to the article in physical proximity to the first tag. A secured article may include in electromagnetic relationship with the second tag. A secured article may include disabling operation of the second tag absent altering the electromagnetic relationship.

A secured article may include a tag set comprising a first tag and a second tag, each tag attached to the article. A secured article may include a disablement structure. A secured article may include attached to the article in physical proximity to the first tag. A secured article may include in electromagnetic relationship with the second tag. A secured article may include disabling operation of the second tag absent altering the electromagnetic relationship.