An inspection device, in a radiation protection housing comprises an electromagnetic radiation-based inspection device, especially an X-ray device and a weighing device. The inspection device an endless conveyor belt for transporting products in a transport direction from an entry region to an inspection region, from there to a region for weighing, and from there to an exit region of the inspection device. An upper run of the endless conveyor belt in its path from the region for weighing to the exit region, traverses a height difference in in a height direction by means of an inclined region. The conveyor belt circulates around at least part of the inclined region and the weighing device, looking in the transport direction, is disposed immediately in front of the inclined region in the inspection device.

An inspection device, in a radiation protection housing comprises an electromagnetic radiation-based inspection device, especially an X-ray device and a weighing device. The inspection device an endless conveyor belt for transporting products in a transport direction from an entry region to an inspection region, from there to a region for weighing, and from there to an exit region of the inspection device. An upper run of the endless conveyor belt in its path from the region for weighing to the exit region, traverses a height difference in in a height direction by means of an inclined region. The conveyor belt circulates around at least part of the inclined region and the weighing device, looking in the transport direction, is disposed immediately in front of the inclined region in the inspection device.

An offset weighing apparatus and method for use with poultry processing equipment includes a weigh assembly to weigh an animal connected to a shackle assembly as the shackle moves in contact with a force sensor along a conveyor line. A diverter assembly laterally displaces a shackle retaining the animal from below the conveyor line into engagement with the force sensor. The bending axis of the force sensor is approximately parallel to the displaced shackle. The angular position of the bending axis and shackle, and relative positions, friction, and forces of the components of the shackle assembly and weigh assembly are analyzed to calculate the weight of the animal connected to the shackle without removing the animal from the shackle or ceasing movement of the conveyor line.

A device and a method are for weighing capsules having a filling. The device has a weighing unit having a receptacle, a transporter for transporting individual capsules to the weighing unit in a direction of movement, and a stopping device. The receiving section of the receptacle is configured as a friction support and is inclined with respect to a horizontal direction. Upon reaching the weighing unit, the capsule is stopped from moving in the movement direction via the stopping device and is deposited in the receiving section in an inclined manner such that a front end, with regard to the movement direction, of the capsule is located lower down than a rear end of the capsule, and such that the capsule comes to rest on the receptacle in this position and with regard to the direction of movement solely because of static friction. The capsule is then weighed.

A device and a method are for weighing capsules having a filling. The device has a weighing unit having a receptacle, a transporter for transporting individual capsules to the weighing unit in a direction of movement, and a stopping device. The receiving section of the receptacle is configured as a friction support and is inclined with respect to a horizontal direction. Upon reaching the weighing unit, the capsule is stopped from moving in the movement direction via the stopping device and is deposited in the receiving section in an inclined manner such that a front end, with regard to the movement direction, of the capsule is located lower down than a rear end of the capsule, and such that the capsule comes to rest on the receptacle in this position and with regard to the direction of movement solely because of static friction. The capsule is then weighed.

A statically weighed grading apparatus and method includes a static weight sensing apparatus weighing food parts prior to distribution to batches of food parts. The food parts are moved to batches to accumulate batches of parts having the same weight for each part, or batches of similar parts to achieve a desired total batch weight. Food parts are precisely deposited on a movement device to increase the density of food parts on the movement device maximizing throughput of the system. Several food parts can be transferred to the movement device to comprise a sub-batch prior to transfer to a final batch.

A statically weighed grading apparatus and method includes a static weight sensing apparatus weighing food parts prior to distribution to batches of food parts. The food parts are moved to batches to accumulate batches of parts having the same weight for each part, or batches of similar parts to achieve a desired total batch weight. Food parts are precisely deposited on a movement device to increase the density of food parts on the movement device maximizing throughput of the system. Several food parts can be transferred to the movement device to comprise a sub-batch prior to transfer to a final batch.

A weighing system for weighing an item when being conveyed from a receiving section to an outlet section, the weighing system comprising: at least one container for transporting the item; a conveyor means connected to the container for conveying said container in a conveying direction at a first vertical position relative to the conveyor means; and a weighing device for weighing the container when said container is being conveyed and supported on said weighing device; wherein the container is connected to the conveyor means via a primary connecting means and a secondary connecting means, each of the two connecting means comprising a first section permanently connected to the container, a second section permanently connected to the conveyor means, and a third section hingedly connected to both the first section and the second section; wherein both connecting means are arranged such that the third section of the primary connecting means and the third section of the secondary connecting means are rotatable about a first axis substantially parallel to the conveying direction, such that the rotation of said third sections about the first axis allows for movement of the container with respect to the conveyor means in a vertical direction from the first vertical position to a second vertical position, and wherein the third section of the primary connecting means and the third section of the secondary connecting means are mutually coupled.

A weighing system for weighing an item when being conveyed from a receiving section to an outlet section, the weighing system comprising: at least one container for transporting the item; a conveyor means connected to the container for conveying said container in a conveying direction at a first vertical position relative to the conveyor means; and a weighing device for weighing the container when said container is being conveyed and supported on said weighing device; wherein the container is connected to the conveyor means via a primary connecting means and a secondary connecting means, each of the two connecting means comprising a first section permanently connected to the container, a second section permanently connected to the conveyor means, and a third section hingedly connected to both the first section and the second section; wherein both connecting means are arranged such that the third section of the primary connecting means and the third section of the secondary connecting means are rotatable about a first axis substantially parallel to the conveying direction, such that the rotation of said third sections about the first axis allows for movement of the container with respect to the conveyor means in a vertical direction from the first vertical position to a second vertical position, and wherein the third section of the primary connecting means and the third section of the secondary connecting means are mutually coupled.

A chicken egg sorter of the present invention includes a measuring unit, an egg conveyor, a triggering unit, and an anomaly detector. The measuring unit measures the weight of each of chicken eggs placed one by one on the measuring unit. The egg conveyor conveys chicken eggs to and from the measuring unit. The triggering unit indicates a measurement timing at which the chicken egg weight is to be obtained from the measuring unit. The anomaly detector detects an anomaly of at least one of a mechanical part of the measuring unit and a mechanical part of the egg conveyor, based on information, collected from the measuring unit, about the chicken egg weight at timings other than the measurement timing.