Checkout system assembly with goods separator detection
The invention relates to a POS system arrangement with a transport belt device with at least one belt portion which for the transport of the goods present thereon can be put into a feed movement along a goods feed path, wherein the goods along the goods feed path are separable from each other by at least one goods divider, and a goods detection device for detecting goods transported by means of the transport belt device. There is provided at least one sensor device arranged at a distance from the goods detection device along the goods feed path with a sensor and a detection area, wherein the sensor device is configured to detect by means of the sensor whether the goods divider is present in the detection area, and a control device which is configured to control the feed movement of the belt portion of the transport belt device.
1. A POS system arrangement, comprising:
a transport belt device with at least one belt portion which for the transport of goods present on the same can be put into a feed movement along a goods feed path, wherein the goods are separable from each other along the goods feed path by at least one goods divider,
a goods detection device for detecting goods transported by means of the transport belt device,
at least one sensor device arranged at a distance from the goods detection device along the goods feed path with a sensor and a detection area, wherein the sensor device is configured to detect by means of the sensor whether the goods divider is present in the detection area, and
a control device which is configured to control the feed movement of the belt portion of the transport belt device in dependence on the detection of the goods divider in the detection area of the sensor device.
2. The POS system arrangement according to claim 1 , wherein the goods detection device is formed as portal scanner.
3. The POS system arrangement according to claim 1 , wherein the sensor device is arranged before the goods detection device along the goods feed path, so that goods transported by means of the transport belt device pass the sensor device before the goods detection device.
4. The POS system arrangement according to claim 1 , wherein the sensor device is configured to detect whether the goods divider is present in the detection area by reading out a machine-readable code provided on the goods divider by means of the sensor.
5. The POS system arrangement according to claim 4 , wherein the machine-readable code provided on the goods divider is read out by means of an electromagnetic field generated by the sensor of the sensor device.
6. The POS system arrangement according to claim 4 , wherein the machine-readable code provided on the goods divider is provided by an RFID tag and that the sensor of the sensor device is formed as RFID antenna for reading out the RFID tag of the goods divider.
7. The POS system arrangement according to claim 4 , wherein the machine-readable code provided on the goods divider is formed as bar code, QR code, graphics, pattern and/or digital watermark.
8. The POS system arrangement according to claim 1 , comprising several goods dividers, wherein the several goods dividers are clearly identifiable with reference to the machine-readable codes provided on the goods dividers.
9. The POS system arrangement according to claim 1 , wherein the control device is configured to control the feed movement of at least one belt portion of the transport belt device arranged upstream of the goods detection device along the goods feed path in dependence on the detection of the goods divider in the detection area of the sensor device.
10. The POS system arrangement according to claim 1 , comprising at least one first belt portion which is formed for the deposition of goods, and a second belt portion which is formed for the transport of the goods deposited on the first belt portion into the detection area of the goods detection device.
11. The POS system arrangement according to claim 10 , wherein the control device can put the first belt portion into a feed movement with a first speed and the second belt portion into a feed movement with a second speed, wherein the second speed is greater than the first speed.
12. The POS system arrangement according to claim 10 , wherein the control device is configured to reduce a speed of the feed movement of the first belt portion, while the goods divider is present in the detection area of the sensor device.
13. The POS system arrangement according to claim 10 , wherein the control device is configured to stop the first belt portion, as soon as the goods divider leaves the detection area of the sensor device.
14. The POS system arrangement according to claim 10 , wherein the first belt portion adjoins the second belt portion at a transition, wherein at the transition the detection area of the sensor device is arranged.
15. A method for operating a POS system arrangement, which comprises
a transport belt device with at least one belt portion which for the transport of the goods present thereon can be put into a feed movement along a goods feed path, wherein the goods along the goods feed path are separable from each other by at least one goods divider,
a goods detection device for detecting goods transported by means of the transport belt device,
at least one sensor device arranged at a distance from the goods detection device along the goods feed path with a sensor and a detection area, and
a control device,
wherein the sensor device detects by means of the sensor whether the goods divider is present in the detection area, and the control device controls the feed movement of the belt portion of the transport belt device in dependence on the detection of the goods divider in the detection area of the sensor device.