SYSTEMS AND METHODS OF PRIORITIZING PRODUCTS DURING UNLOADING OF DELIVERY VEHICLES

1 . A system providing notification of product priority, comprising:

a product scanner system configured to scan a first product being unloaded from a delivery vehicle at a shopping facility, to obtain first product identifier information of the first product, and communicate the first product identifier information;

a product prioritization system comprising a control circuit coupled to memory storing computer instructions that when executed by the control circuit cause the control circuit to:

receive the first product identifier information of the first product being unloaded from the delivery vehicle;

obtain a demand rating of the first product being unloaded from the delivery vehicle, wherein the demand rating of the first product corresponds to a current sales floor demand of the first product at the time the first product is being unloaded;

confirm the demand rating of the first product has a predefined relationship with a sensitivity override threshold of the shopping facility that corresponds to a product stocking workload to be performed at the shopping facility; and

associate, during an unloading process, the first product with a first priority tier when the demand rating of the first product has the predefined relationship to the sensitivity override threshold and has a predefined relationship relative to a first product demand threshold.

2 . The system of claim 1 , wherein the control circuit is further configured to identify an available workforce at the shopping facility to perform product stocking on a sales floor of the shopping facility of one or more products to be unloaded from the delivery vehicle, and assign the sensitivity override threshold as a function of the available workforce.

3 . The system of claim 2 , wherein the control circuit in assigning the sensitivity override threshold further assigns the sensitivity override threshold as a function of the available workforce and one or more of: a size of a total load of all products to be unloaded from the delivery vehicle, types of products in the total load, and a statistical demand at the shopping facility.

4 . The system of claim 1 , further comprising:

a product demand system in communication with the product prioritization system, and configured to identify a statistical demand determined as a function of current demands of multiple different products available for purchase at the shopping facility; and

wherein the control circuit is further configured to receive the statistical demand and assign the sensitivity override threshold as a function of the statistical demand.

5 . The system of claim 1 , wherein the control circuit is further configured to receive a sensitivity override threshold input from an individual authorized relative to the shopping facility to override a previous sensitivity override threshold, and to set the sensitivity override threshold by overriding the previous sensitivity override threshold automatically determined by the control circuit with the sensitivity override threshold input.

6 . The system of claim 1 , the control circuit is further configured to:

receive a global sensitivity override threshold that is communicated to and to be applied by each of multiple different shopping facilities; and

set the sensitivity override threshold to the global sensitivity override threshold and overriding a previous sensitivity override threshold set for a load of multiple products being delivered by the delivery vehicle.

7 . The system of claim 1 , wherein the control circuit is further configured to:

further comprising:

a demand system communicationally coupled with the control circuit and configured to:

specify the demand rating of the first product to a first demand level when a shelf demand on the sales floor in the shopping facility for the first product is greater than or equal to a shelf capacity on the sales floor for the first product;

specify the demand rating of the first product to a second demand level when the shelf demand of the first product on the sales floor is greater than a shelf capacity threshold of the first product; and

specify the demand rating of the first product to a third demand level when the shelf demand is predicted to be less than the shelf capacity threshold of the first product and is predicted to be greater than a full case of the first product.

8 . The system of claim 1 , wherein the control circuit is further configured to:

obtain a predicted sales rate of the first product and specify the demand rating of the first product as a function of the predicted sales rate.

9 . The system of claim 1 , the control circuit is further configured to:

obtain a demand rating of a second product being unloaded from the delivery vehicle, wherein the demand rating of the second product corresponds to a current sales floor demand of the second product at the time the second product is being unloaded;

confirm the demand rating of the second product has the predefined relationship with the sensitivity override threshold; and

wherein the control circuit in associating the first product with the first priority tier is further configured to associate the first product with the first priority tier of multiple potential priority tiers as a function of the demand rating of the first product when the demand rating of the first product has the predefined relationship to the sensitivity override threshold and has a predefined relationship relative to the first product demand threshold; and associate the second product with a second priority tier of the multiple potential priority tiers as a function of the demand rating of the second product when the demand rating of the second product has the predefined relationship to the sensitivity override threshold and has a predefined relationship relative to a second product demand threshold that is different than the first product demand threshold.

10 . A method of providing notification of product priority, comprising:

by a control circuit of a product prioritization system:

receiving, from a product scanner system, first product identifier information of the first product being unloaded from the delivery vehicle;

obtaining a demand rating of a first product being unloaded from the delivery vehicle, wherein the demand rating of the first product corresponds to a current sales floor demand of the first product at the time the first product is being unloaded;

confirming the demand rating of the first product has a predefined relationship with a sensitivity override threshold of the shopping facility that corresponds to a product stocking workload to be performed at the shopping facility; and

associating, during an unloading process, the first product with a first priority tier when the demand rating of the first product has the predefined relationship to the sensitivity override threshold and has a predefined relationship relative to a first product demand threshold.

11 . The method of claim 10 , further comprising:

identifying an available workforce at the shopping facility to perform product stocking, on a sales floor of the shopping facility, of one or more products to be unloaded from the delivery vehicle; and

assigning, by the control circuit, the sensitivity override threshold as a function of the available workforce.

12 . The method of claim 11 , wherein the assigning the sensitivity override threshold further comprises assigning the sensitivity override threshold as a function of the available workforce and one or more of: a size of a total load of all products to be unloaded from the delivery vehicle, types of products in the total load, and a statistical demand at the shopping facility.

13 . The method of claim 10 , further comprising:

receiving a statistical demand determined as a function of current demands of multiple different products available for purchase at the shopping facility; and

assigning, by the control circuit, the sensitivity override threshold as a function of the statistical demand.

14 . The method of claim 10 , further comprising:

receiving a sensitivity override threshold input from an individual authorized relative to the shopping facility to override a previous sensitivity override threshold; and

setting the sensitivity override threshold by overriding a previous sensitivity override threshold automatically determined by the control circuit with the sensitivity override threshold input.

15 . The method of claim 10 , further comprising:

receiving, at the control circuit, a global sensitivity override threshold communicated to and to be applied by each of multiple different shopping facilities; and

setting the sensitivity override threshold to the global sensitivity override threshold and overriding a previous sensitivity override threshold set for a load of multiple products being delivered by the delivery vehicle.

16 . The method of claim 10 , further comprising:

identifying the demand rating of the first product comprising:

specifying the demand rating of the first product to a first demand level when a shelf demand on the sales floor in the shopping facility for the first product is greater than or equal to a shelf capacity on the sales floor for the first product;

specifying the demand rating of the first product to a second demand level when the shelf demand of the first product on the sales floor is greater than a shelf capacity threshold of the first product; and

specifying the demand rating of the first product to a third demand level when the shelf demand is predicted to be less than the shelf capacity threshold of the first product and is predicted to be greater than a full case of the first product.

17 . The method of claim 10 , further comprising:

obtaining a predicted sales rate of the first product and specifying the demand rating of the first product as a function of the predicted sales rate.

18 . The method of claim 10 , further comprising:

receiving product identifier information of a second product being unloaded from the delivery vehicle;

obtaining a demand rating of the second product corresponding to a current sales floor demand of the second product at the time the second product is being unloaded;

confirming the demand rating of the second product has the predefined relationship with the sensitivity override threshold; and

wherein the associating the first product with the first priority tier comprises associating the first product with the first priority tier of multiple potential priority tiers as a function of the demand rating of the first product when the demand rating of the first product has the predefined relationship to the sensitivity override threshold and has a predefined relationship relative to the first product demand threshold; and associating the second product with a second priority tier of the multiple potential priority tiers as a function of the demand rating of the second product when the demand rating of the second product has the predefined relationship to the sensitivity override threshold and has a predefined relationship relative to a second product demand threshold that is different than the first product demand threshold.