A system of detecting loading and unloading of mobile containers such as grain carts utilizes two low pass filters to determine whether the contents of the container are changing by subtracting one filter signal from the other, and using the sign of the difference. Weighing performance is improved by utilizing accelerometers to compensate for measurement dynamics and non-level orientation. Failure and degradation of weight sensors is detected by testing sensor half bridges. Loading and unloading weights can be tied to specific vehicles by utilizing RF beacons.

Method to weigh containers (C) in a processing line (10) that comprises a station (12) for filling and weighing said containers (C), said method providing to simultaneously pick up a plurality of containers (C) which are initially weighed to determine the tare weight and subsequently filled in a sequential manner, determining the weight of product metered into each container (C).

The capsule filling machine includes a turntable with capsule segments, at least one insertion station and at least one filling station. The capsule filling machine further includes at least one test container and a container weighing station with a weighing cell for weighing the test container. In a regular operating mode, capsule lower parts are inserted into a respective capsule receptacle of a segment lower part in the insertion station, and a product is filled in a filling station. In a testing mode, a test container is placed on a capsule receptacle, after which the test container in the segment lower part is moved to the at least one filling station and filled there with the product. The filled test container is then moved to the container weighing station and weighed there via the weighing cell. A method is for operating such a capsule filling machine.

The capsule filling machine includes a turntable with capsule segments, at least one insertion station and at least one filling station. The capsule filling machine further includes at least one test container and a container weighing station with a weighing cell for weighing the test container. In a regular operating mode, capsule lower parts are inserted into a respective capsule receptacle of a segment lower part in the insertion station, and a product is filled in a filling station. In a testing mode, a test container is placed on a capsule receptacle, after which the test container in the segment lower part is moved to the at least one filling station and filled there with the product. The filled test container is then moved to the container weighing station and weighed there via the weighing cell. A method is for operating such a capsule filling machine.

A sampling apparatus for sampling from a product flow, wherein the sampling apparatus includes at least one sampling cup having a filling opening, wherein the sampling cup is movably arranged between extracted position and retracted position by an actuator system, wherein the extracted position includes a position for allowing the sampling cup to intersect the product flow. The sampling apparatus further includes a blow system including one or more nozzles arranged to direct a pressurized gaseous medium across the filling opening so as to remove excess sample material extending above the filling opening, while the sampling cup is located in one or more extracted position.

A sampling apparatus for sampling from a product flow, wherein the sampling apparatus includes at least one sampling cup having a filling opening, wherein the sampling cup is movably arranged between extracted position and retracted position by an actuator system, wherein the extracted position includes a position for allowing the sampling cup to intersect the product flow. The sampling apparatus further includes a blow system including one or more nozzles arranged to direct a pressurized gaseous medium across the filling opening so as to remove excess sample material extending above the filling opening, while the sampling cup is located in one or more extracted position.

Improved medical dose preparation work stations and accessories are described. The medical dose preparation work station includes a camera for capturing medical dose preparation images (e.g., to document preparation of a mediation dose). The camera may be actuated by an operator using a plurality of membrane buttons on a base of the medical dose preparation work station. The medical dose preparation work station further includes an adjustable arm to hold the camera at a desired focal length from a staging area defined by a tray such that objects in the images from the camera remain in focus. The tray includes a light side and a dark side configured to provide a high contrast background for an operator and for the camera.

A method may include determining that a weighted volume of a first item in an inventory system. The weighted volume can be based on an actual volume and a weight associated with a volume category for the first item. The method may include comparing a weighted average volume based on weighted volumes for a second set of items in a container and a weighted volume of the first item with a volume threshold of the container. The method may include causing the item to be transferred to the container with respect to the comparison between the weighted average volume and the volume threshold. The method may include updating the volume threshold of the container based on a volume of a third set of items in the container after transferring the item to the container. The third set of items can include the first item and the second set of items.