A method for charging at least one extruder with at least one material web including rubber and/or plastics mixtures includes: transporting the at least one material web, at a distance from at least one material feed of the at least one extruder, into a region of a material feed, in each case by a conveying device; and receiving and/or processing and introducing, by at least one handling device having at least one tool, an initial region of the at least one material web into the at least one material feed of the at least one extruder. At least the at least one extruder, the conveying device, and the at least one handling device comprise a production plant.

A method for charging at least one extruder with at least one material web including rubber and/or plastics mixtures includes: transporting the at least one material web, at a distance from at least one material feed of the at least one extruder, into a region of a material feed, in each case by a conveying device; and receiving and/or processing and introducing, by at least one handling device having at least one tool, an initial region of the at least one material web into the at least one material feed of the at least one extruder. At least the at least one extruder, the conveying device, and the at least one handling device comprise a production plant.

The present invention presents an automatic compounding machine for food and medicine and relates to the technical field of food and medicine preparation. An automatic compounding machine for food and medicine, including a hatch, the hatch is provided with an automatic powder dropping module for feeding special powder, an automatic water filling module for feeding water, and a bottle holder for supporting a mixing bottle; the bottle holder is provided with a first drive motor, and the drive shaft of the first drive motor is provided with a first mounting plate, and the first mounting plate is provided with two magnetic blocks at intervals. The present invention can be used for mixing and stirring the contents of solid food, tablets or capsules with special powders and pure water into a liquid suspension, thus facilitating the taking of solid food or drugs, and the accurate dosing division of drugs, saving time and effort with high preparation efficiency.

The present invention presents an automatic compounding machine for food and medicine and relates to the technical field of food and medicine preparation. An automatic compounding machine for food and medicine, including a hatch, the hatch is provided with an automatic powder dropping module for feeding special powder, an automatic water filling module for feeding water, and a bottle holder for supporting a mixing bottle; the bottle holder is provided with a first drive motor, and the drive shaft of the first drive motor is provided with a first mounting plate, and the first mounting plate is provided with two magnetic blocks at intervals. The present invention can be used for mixing and stirring the contents of solid food, tablets or capsules with special powders and pure water into a liquid suspension, thus facilitating the taking of solid food or drugs, and the accurate dosing division of drugs, saving time and effort with high preparation efficiency.

A system for dispensing a metered amount of a fiber additive into a concrete mixing system. The system includes a dispensing hopper to hold the fiber additive and to selectively dispense the fiber additive. A discharge outlet is included having an adjustable area formed between a fixed surface and a movable surface. Fiber additive exiting the dispensing hopper passes between the fixed surface and the movable surface. A conveyor and dosing wheel are the fixed and movable surfaces and dispense the fiber additive through the discharge outlet. A sensor senses an amount of fiber additive within the system and a controller controls the amount of fiber additive dispensed from the system. The specific amount is controlled by altering either a speed of the conveyor or dosing wheel or the distance between the fixed surface and the movable surface. As any of the above decrease, fiber additive discharge decreases.

A system for dispensing a metered amount of a fiber additive into a concrete mixing system. The system includes a dispensing hopper to hold the fiber additive and to selectively dispense the fiber additive. A discharge outlet is included having an adjustable area formed between a fixed surface and a movable surface. Fiber additive exiting the dispensing hopper passes between the fixed surface and the movable surface. A conveyor and dosing wheel are the fixed and movable surfaces and dispense the fiber additive through the discharge outlet. A sensor senses an amount of fiber additive within the system and a controller controls the amount of fiber additive dispensed from the system. The specific amount is controlled by altering either a speed of the conveyor or dosing wheel or the distance between the fixed surface and the movable surface. As any of the above decrease, fiber additive discharge decreases.