Abstract: A multi-reservoir feeding/dosing apparatus for the delivery of at least two substances in discrete form includes first and second conveying elements coaxial to one another and in which the discharge end thereof are a close fit in a discharge bushings thereby to ensure that the correct dosage of each substance is discharged on a consistent basis. Each conveying element is in its respective reservoir. At least one motor drives both conveying elements, with each rotational direction of the motor actuating a corresponding one of the conveying elements.

Abstract: A multi-reservoir feeding/dosing apparatus for the delivery of at least two substances in discrete form includes first and second conveying elements in which the discharge end thereof are a close fit in a discharge bushing thereby to ensure that the correct dosage of each substance is discharged on a consistent basis. Each conveying element is in its respective reservoir. At least one motor drives both conveying elements, with each rotational direction of the motor actuating a corresponding one of the conveying elements.

Abstract: A high-performance door system is provided. The door system comprising a door leaf having a framework which includes first and second stiles spaced apart from each other, a first rail joining a first end of the first stile with a first end of the second stile, and a second rail joining a second end of the first stile with a second end of the second stile. The first rail is provided with a groove, and each one of the stiles comprises an inner channel, each inner channel being in fluid communication with the groove. The door leaf further comprises a housing defining a hollow space which is then injected with filler material so as to fill the hollow space and the groove, thereby spreading to each one of the inner channels, thus sealing interstices between the rail and stiles.

Abstract: A multi-reservoir feeding/dosing apparatus for the delivery of at least two substances in discrete form includes first and second conveying elements in which the discharge end thereof are a close fit in a discharge bushing thereby to ensure that the correct dosage of each substance is discharged on a consistent basis. Each conveying element is in its respective reservoir. At least one motor drives both conveying elements, with each rotational direction of the motor actuating a corresponding one of the conveying elements.

Abstract: An automated feeding apparatus for animals comprises an inlet hopper having a discharge outlet provided with a feeder actuable in accordance with a predetermined feeding regime, the discharge outlet being of variable size. The discharge outlet is adjustable in length and depth to enable variation of volumetric flow therethrough, with the distance between the auger and the top wall being at least the average size of the food particles.

Abstract: An automated feeding apparatus for animals comprises an inlet hopper having a discharge outlet provided with a feeder actuable in accordance with a predetermined feeding regime, the discharge outlet being of variable size. The discharge outlet is adjustable in length and depth to enable variation of volumetric flow therethrough.

Abstract: An automated feeding apparatus for animals comprises an inlet hopper having a discharge outlet provided with a feeder actuable in accordance with a predetermined feeding regime, the discharge outlet being of variable size. The discharge outlet is adjustable in length and depth to enable variation of volumetric flow therethrough, with the distance between the auger and the top wall being at least the average size of the food particles.

Abstract: A dosing apparatus for the delivery of a substance in discrete form comprises a conveying element in which the discharge end thereof is a close fit in a discharge bushing thereby to ensure that the correct dosage of substance is discharged on a consistent basis. At least a portion of the conveying element located adjacent the discharge wall has a sharp edge for an easy breaking of larger particles of the feeding substance to ensure accurate dosage.

Abstract: A dosing apparatus for the delivery of a substance in discrete form comprises a conveying element in which the discharge end thereof is a close fit in a discharge bushing thereby to ensure that the correct dosage of substance is discharged on a consistent basis.

Abstract: An automated feeding apparatus for animals comprises an inlet hopper having a discharge outlet provided with a feeder actuable in accordance with a predetermined feeding regime, the discharge outlet being of variable size. The discharge outlet is adjustable in length and depth to enable variation of volumetric flow therethrough.

Abstract: An automated feeding apparatus for animals includes a compartmented feed storage container provided with an upper hinged access door for charging the feed into the compartments, which are provided with automatically or manually operable discharge doors. The container is so dimensioned that the discharge doors in their closed and open positions are shielded from an animal feeding from the apparatus. A deflector plate is disposed beneath the discharge doors and is so mounted as to allow and accommodate unintended movement thereof, for example movement occasioned by an animal.

Abstract: An automated feeding apparatus for animals includes a compartmented feed storage container provided with an upper hinged access door for charging the feed into the compartments, which are provided with automatically or manually operable discharge doors. The container is so dimensioned that the discharge doors in their closed and open positions are shielded from an animal feeding from the apparatus.