Optimization system
Methods, systems, and devices are disclosed for optimizing the delivery of products through an automated product dispensation system. The disclosed systems implement different dispensation parameters based on the size, shape, and other criteria for the different products that are dispensed through the device. The disclosed methods first identify the product being dispensed, and then determine the parameters at which the product should be dispensed for maximum efficiency.
1. A product dispensation device that dispenses objects, comprising:
a frame;
an auger having first and second open ends and being coupled to the frame and rotatable thereon, the first open end receiving the objects and the second open end dispensing the objects;
an interface that receives an input to cause an identification of the objects;
a computer-readable recording medium storing a computer program executable by a processor and including:
instructions to determine a dispensation parameter based on the identification of at least one physical characteristic of the objects at the interface, application of the dispensation parameter causing the auger to more likely singularly dispense the objects than if the dispensation parameter was not applied;
instructions to automatically apply the dispensation parameter to the auger;
instructions to cause display of information directing a user to perform a manual adjustment to the product dispensation device in addition to the instructions to automatically apply the dispensation parameter, the manual adjustment optimizing a likelihood of the objects being dispensed one at a time; and
instructions to cause delivery of the objects after the dispensation parameter is applied and after the user manually adjusts the product dispensation device,
wherein the instructions to cause display of information directing a user to manually adjust the product dispensation device includes instructions to display information directing the user to manually adjust at least one parameter selected from the group consisting of a profile, a shape, a length, a taper, a dimension, a friction, and a material of the flighting.
2. The product dispensation device of claim 1 , wherein the auger is disposed at an angle relative to the frame.
3. The product dispensation device of claim 2 , wherein the dispensation parameter includes the angle.
4. The product dispensation device of claim 2 , wherein the dispensation parameter is selected from the group consisting of a rotational speed of the auger, the angle of the auger, and a rotation amount of the auger.
5. The product dispensation device of claim 1 , wherein the auger includes fighting extending between the first and second open ends of the auger.
6. The product dispensation device of claim 1 , wherein the computer program further includes instructions to output dispensation results indicating an efficiency of dispensing the objects, and analyzing the dispensation results in the instructions to optimize the dispensation parameter.
7. The product dispensation device of claim 1 , wherein the dispensation parameter includes a friction of a surface of the auger.
8. The product dispensation device of claim 1 , further comprising a plurality of sensors that determine an amount and presence of the objects within the device, wherein the dispensation parameter includes monitoring the sensors.
9. A method of optimizing singular dispensation of products from a product dispensing device that dispenses the products and that includes an auger, the method comprising:
identifying the products with a product identification specific to the products by receiving information at an interface, the product identification identifying at least one physical characteristic of the individual products;
automatically selecting, based on the step of identifying, a product dispensation parameter wherein application of the product dispensation parameter causes the product dispensing device to more likely singularly dispense the objects than if the product dispensation parameter was not applied, wherein the product dispensation parameter includes at least one of an angle of the auger relative to a frame of the device, a rotational speed of the auger, and a rotational amount of the auger;
automatically applying the dispensation parameter to the device;
displaying information directing a user to perform a manual adjustment to the product dispensation device in addition to the step of automatically applying the dispensation parameter, the manual adjustment optimizing a likelihood of the objects being dispensed one at a time; and
distributing the products after the dispensation parameter is applied and after the user manually adjusts the product dispensation device,
wherein the instructions to cause display of information directing a user to manually adjust the product dispensation device includes instructions to display information directing the user to manually adjust at least one parameter selected from the group consisting of a profile, a shape, a length, a taper, a dimension, a friction, and a material of the flighting.
10. The method as claimed in claim 9 , wherein the product dispensation device includes a display that displays a video, and the product dispensation parameter changes the video so that the video relates to the products.
11. The method as claimed in claim 9 , wherein the step of automatically selecting the product dispensation parameter is conducted by outputting dispensation results indicating an efficiency of dispensing the products, and analyzing the dispensation results to optimize the dispensation parameter.