A cold brewing coffee device that produces coffee without any suspended solids in the product. The devices uses a false bottom in the initial tank to hold the coffee beans and water is pumped between the initial tank and a second tank. Using an inverted P trap in the piping allow for reduced suspended solids in the final product. The end product is a high quality cold brewed beverage that is defined by the beverages clarity and lack of visible suspended solids, wherein the resulting product has a distinct look compared to other brewed beverages (i.e. producing a product that is cleaner than competing products without the need for a filter).

A cold brewing coffee device that produces coffee without any suspended solids in the product. The devices uses a false bottom in the initial tank to hold the coffee beans and water is pumped between the initial tank and a second tank. Using an inverted P trap in the piping allow for reduced suspended solids in the final product. The end product is a high quality cold brewed beverage that is defined by the beverages clarity and lack of visible suspended solids, wherein the resulting product has a distinct look compared to other brewed beverages (i.e. producing a product that is cleaner than competing products without the need for a filter).

This disclosure relates to a method and device for the operation of a combine harvester with multiple work elements for harvesting a crop via a driver assistance system. In one example implementation, a method for operating such a combine harvester includes determining separately a harvest setting for the crop and a machine configuration of the combine harvester, preselecting a process control strategy among a plurality of process control strategies based on the harvest setting and machine configuration wherein each of the plurality of process control strategies is aimed at fulfillment of at least one harvesting quality criterion stored in the memory of the combine harvester, and automatically determining at least one machine parameter for the work elements of the combine harvester according to the preselected process control strategy and controlling the work elements corresponding to the at least one machine parameter.

The invention is related to the food industry. The proposed apparatus is used for wort production from grain raw material, and comprises a lower tier, an upper tier and at least one process tier located in-between. Each tier is equipped with a mixer, a water supply pipe, a wort transfer pipe and an auger separator, comprising a perforated pipe or a slotted screen with an auger, squeezed grain raw material outlets, a wort discharge branch pipe, a thrust washer and a thrust spring inside. The bottom of each tier is inclined. A funnel for crushed grain raw material supply is provided on the process tier located above the lower tier. A wort outlet is provided in the lower tier. A method for producing wort from grain raw material is also disclosed. The group of inventions provides an increase in the yield of the finished product.

The invention is related to the food industry. The proposed apparatus is used for wort production from grain raw material, and comprises a lower tier, an upper tier and at least one process tier located in-between. Each tier is equipped with a mixer, a water supply pipe, a wort transfer pipe and an auger separator, comprising a perforated pipe or a slotted screen with an auger, squeezed grain raw material outlets, a wort discharge branch pipe, a thrust washer and a thrust spring inside. The bottom of each tier is inclined. A funnel for crushed grain raw material supply is provided on the process tier located above the lower tier. A wort outlet is provided in the lower tier. A method for producing wort from grain raw material is also disclosed. The group of inventions provides an increase in the yield of the finished product.