Calibration and support platform for calibration weights on a conveyor and metering device

1. A conveyor and metering device comprising:

a continuous conveyor belt, sub-regions of the conveyor belt being mounted on weighing devices to ascertain a mass of conveyed material, which are connected to an electronic evaluation device;

a bearing bracket attached to at least one of the weighing devices; and

an attachment that is attachable to and detachable from the bearing bracket during operation of the conveyor belt of the conveyor and metering device, the attachment being inserted through an opening in a lateral frame or a lateral substructure of the conveyor and metering device to be attached to the bearing bracket,

wherein the attachment, when attached to the bearing bracket, allows placement of a test weight thereon for calibration during the operation of the conveyor and metering device,

wherein the bearing bracket is adapted to receive a journal of the attachment in a form-fitting manner during the operation of the conveyor and metering device, and

wherein the bearing bracket and the attachment, when the attachment is attached to the bearing bracket, are positioned adjacent to a lateral outer side of the conveyor belt, such that the bearing bracket and the attachment are positioned laterally outside of a running path of the conveyor belt.

2. The conveyor and metering device according to claim 1 , wherein the bearing bracket has a protruding extension on which the journal of the attachment is received.

3. The conveyor and metering device according to claim 2 , wherein the protruding extension of the bearing bracket has a recess in which the journal of the attachment is inserted.

4. The conveyor and metering device according to claim 1 , further comprising a weighing roller having a shaft journal, wherein the bearing bracket of the weighing device has a fork bearing that receives and supports the shaft journal of the weighing roller, and wherein the conveyor belt of the conveyor and metering device is mounted on the weighing roller at least in the sub-regions.

5. An attachment for a conveyor and metering device according to claim 1 , the attachment comprising:

a support region for the test weight; and

a connecting region with the journal, which is provided for the form-fitting connection to the bearing bracket.

6. The attachment for a conveyor and metering device according to claim 5 , wherein the journal has a forked shape, a cylindrical shape or a stepped cylindrical shape in the connecting region.

7. The attachment for a conveyor and metering device according to claim 5 , wherein the bearing bracket has a protruding extension on which the journal of the attachment is received for the form-fitting connection.

8. The attachment for a conveyor and metering device according to claim 7 , wherein the protruding extension of the bearing bracket has a recess in which the journal of the attachment is inserted.

9. A method for calibrating a conveyor and metering device, the method comprising:

placing a test weight on a weighing device of the conveyor and metering device to compare a weight signal generated by the placement of the test weight with a stored signal corresponding to the test weight; and

fastening an attachment to a bearing bracket of the weighing device in a form-fitting manner by inserting a journal of the attachment through an opening in a lateral frame of the conveyor and metering device and into a connecting geometry of the bearing bracket during an operation of the conveyor and metering device, the attachment, when fastened to the bearing bracket and during operation of the conveyor and metering device, allows placement of the test weight thereon to compare the weight signal of the test weight with the stored signal of the test weight,

wherein the attachment is fastenable to and detachable from the bearing bracket during operation of a conveyor belt of the conveyor and metering device, and

wherein the bearing bracket and the attachment, when the attachment is attached to the bearing bracket, are positioned adjacent to a lateral outer side of the conveyor belt, such that the bearing bracket and the attachment are positioned laterally outside of a running path of the conveyor belt.

10. The method according to claim 9 , wherein the test weight is positioned on a support of the attachment.

11. The method according to claim 9 , wherein the opening in the frame is protected against a penetration of bulk material or dirt after a removal of the test weight and the attachment by inserting a closure.