Nutritional substance systems and methods are disclosed enabling the tracking and communication of changes in nutritional, organoleptic, and aesthetic values of nutritional substances, and further enabling the adaptive storage and adaptive conditioning of nutritional substances.

Nutritional substance systems and methods are disclosed enabling the tracking and communication of changes in nutritional, organoleptic, and aesthetic values of nutritional substances, and further enabling the adaptive storage and adaptive conditioning of nutritional substances.

A method of the present invention comprises: manufacturing a two-dimensional or three-dimensional real image using a projection operation and back projection method, and also comprises: completing two-dimensional display, three-dimensional display, two-dimensional printing and three-dimensional printing using the real image. The present invention belongs to the field of flat-panel display, the field of 3D stereographic display, the technical field of printing, the field of rapid prototyping, the field of additive manufacturing, and the field of 3D printing. The method is similar to a projection data collection and back projection reconstruction method in the computed tomography (CT) technology. The achievement of the computed tomography (CT) technology is the projection data collection of real objects and reconstruction of digitized tomographic images, so as to convert the real objects into virtual data. Projection data collection is replaced with projection operation, the digitized back projection reconstruction method is replaced with the real back projection method, so as to convert virtual data into real objects or real images. The adopted projection rays comprise light, electromagnetic waves, high-energy rays, particle flows, sound waves, shock waves, currents or chemical waves.

A method of the present invention comprises: manufacturing a two-dimensional or three-dimensional real image using a projection operation and back projection method, and also comprises: completing two-dimensional display, three-dimensional display, two-dimensional printing and three-dimensional printing using the real image. The present invention belongs to the field of flat-panel display, the field of 3D stereographic display, the technical field of printing, the field of rapid prototyping, the field of additive manufacturing, and the field of 3D printing. The method is similar to a projection data collection and back projection reconstruction method in the computed tomography (CT) technology. The achievement of the computed tomography (CT) technology is the projection data collection of real objects and reconstruction of digitized tomographic images, so as to convert the real objects into virtual data. Projection data collection is replaced with projection operation, the digitized back projection reconstruction method is replaced with the real back projection method, so as to convert virtual data into real objects or real images. The adopted projection rays comprise light, electromagnetic waves, high-energy rays, particle flows, sound waves, shock waves, currents or chemical waves.

Preparations of glycan therapeutics, pharmaceutical compositions and medical foods thereof, optionally comprising micronutrients, polyphenols, prebiotics, probiotics, or other agents are provided and methods of making same. Also provided are methods of using said gycan therapeutics, e.g. for the modulation of human gastrointestinal microbiota and to treat dysbioses.

Preparations of glycan therapeutics, pharmaceutical compositions and medical foods thereof, optionally comprising micronutrients, polyphenols, prebiotics, probiotics, or other agents are provided and methods of making same. Also provided are methods of using said gycan therapeutics, e.g. for the modulation of human gastrointestinal microbiota and to treat dysbioses.

To prepare a mineral supplementing agent capable of commonly used for a seasoning liquid, a supplement, a cosmetic, an oral cavity washing liquid, a plant growth promoting agent and the like, by using common materials and a common preparation method.

A method of preparing a mineral supplementing agent capable of being administered to a human body or a plant is provided. The method includes a first charging step, a second charging step, a third charging step, a fourth charging step, and an extraction step. The first charging step charges a vessel with part of a prescribed amount of vinegar. The second charging step charges the vessel, which has been charged with the vinegar, with at least one of garlic, instant coffee, vinegar, and a fruit. The third charging step charges the vessel, which has been subjected to the second charging step, with at least one of a particulate grain hull, a charred product thereof, and a calcined ash thereof, and mixing the contents of the vessel. The fourth charging step adds the rest of the prescribed amount of vinegar to the vessel which has been subjected to the third charging step, while stirring the contents of the vessel concurrently with the addition. The extraction step separates a liquid component and a solid component in the vessel, after the fourth charging step, and extracts the separated liquid component as a mineral solution.

To prepare a mineral supplementing agent capable of commonly used for a seasoning liquid, a supplement, a cosmetic, an oral cavity washing liquid, a plant growth promoting agent and the like, by using common materials and a common preparation method.

A method of preparing a mineral supplementing agent capable of being administered to a human body or a plant is provided. The method includes a first charging step, a second charging step, a third charging step, a fourth charging step, and an extraction step. The first charging step charges a vessel with part of a prescribed amount of vinegar. The second charging step charges the vessel, which has been charged with the vinegar, with at least one of garlic, instant coffee, vinegar, and a fruit. The third charging step charges the vessel, which has been subjected to the second charging step, with at least one of a particulate grain hull, a charred product thereof, and a calcined ash thereof, and mixing the contents of the vessel. The fourth charging step adds the rest of the prescribed amount of vinegar to the vessel which has been subjected to the third charging step, while stirring the contents of the vessel concurrently with the addition. The extraction step separates a liquid component and a solid component in the vessel, after the fourth charging step, and extracts the separated liquid component as a mineral solution.

Methods and apparatuses for preparing sandwiches (subs, wraps) and meal, such as Shawarma, Gyros and Doner Kebab sandwiches and meals. The apparatus includes a grilling mechanism, a smoking mechanism, a slicing mechanism, sandwich and meal assembly mechanism, sandwich wrapping and packing mechanism and accepting money and credit card mechanism. The slicing mechanism is configured to slice a cylinder or cone of meat in an automated, substantially helical slicing pattern. The sandwich assembly includes various components to automatically dispense selected bread, condiments, and other sandwich and meal ingredients and wrapping and packing the sandwich.

Methods and apparatuses for preparing sandwiches (subs, wraps) and meal, such as Shawarma, Gyros and Doner Kebab sandwiches and meals. The apparatus includes a grilling mechanism, a smoking mechanism, a slicing mechanism, sandwich and meal assembly mechanism, sandwich wrapping and packing mechanism and accepting money and credit card mechanism. The slicing mechanism is configured to slice a cylinder or cone of meat in an automated, substantially helical slicing pattern. The sandwich assembly includes various components to automatically dispense selected bread, condiments, and other sandwich and meal ingredients and wrapping and packing the sandwich.