초록 ▼

A food waste monitoring system and related methods are disclosed. The food waste monitoring system may include a local food waste monitoring device that is coupled to an electronic scale for weighing food waste. The monitoring device may capture and record the weight of food waste as well related i

A food waste monitoring system and related methods are disclosed. The food waste monitoring system may include a local food waste monitoring device that is coupled to an electronic scale for weighing food waste. The monitoring device may capture and record the weight of food waste as well related information, such as the type of food wasted, the reason for the food becoming waste, the user weighing the food waste, and the type of container the food waste is weighed in. The system may also include a host device in communication with the local monitoring device that provides remote configuration and control of the local monitoring device.

대표청구항 ▼

What is claimed is: 1. A food waste monitoring system, comprising: an input module to receive an indication of a weight of a container including food waste placed upon an electronic scale; a user interface to receive an indication of a type of the container, a type of food being weighed, and a loss

What is claimed is: 1. A food waste monitoring system, comprising: an input module to receive an indication of a weight of a container including food waste placed upon an electronic scale; a user interface to receive an indication of a type of the container, a type of food being weighed, and a loss reason representing a reason for the food becoming waste; a database of tare weights for empty containers, a processing module to automatically subtract the empty container tare weight for the indicated container type from the indication of the weight provided by the electronic scale to calculate a weight of the food waste; and a storage module to store the calculated weight of the food waste and the indications of the food type and loss reason; wherein the user interface also receives an indication of an identity of a user placing the food waste on the scale, and wherein the user interface provides a request for an alternative indication of container type when the indication of container type received has a tare weight from the database greater than the indication of weight provided by the electronic scale. 2. The food waste monitoring system of claim 1, wherein the weight of food waste stored in the storage module is a nominal weight when the user interface does not receive the alternative indication of container type. 3. The food waste monitoring system of claim 1, wherein each empty container tare weight of the database of tare weights comprises an average weight of similar types of empty containers, determined by the processing module by sampling a plurality of weighings of similar types of empty containers and calculating the average weight. 4. A food waste management system, comprising: a local food waste monitoring device in communication with an electronic scale to record a weight of food waste placed upon the scale, the local food waste monitoring device also for recording user selections of at least a food type from a food type list and a loss reason from a loss reason list; and a host device in communication with the local food waste monitoring device, the host device for generating the food type list and loss reason list and transmitting the same to the local food waste monitoring device to enable user selection therefrom; wherein the local food waste monitoring device is to receive and record an indication of an identity of a user placing food waste on the scale, and the host device is to generate a user list and transmit the same to the local food waste monitoring device. 5. The food waste management system of claim 4, wherein the local food waste monitoring device is to record user selections of a type of container in which the food waste is weighed from a container type list, and the host device is to generate the container type list and transmit the same to the local food waste monitoring device to enable user selection therefrom. 6. The food waste management system of claim 4, wherein the weight of food waste and the user selections recorded at the local food waste monitoring device are transmitted to the host device. 7. The food waste management system of claim 6, wherein the weight of food waste and the user selections recorded are aggregated over a period of time and transmitted to the host device in batch mode. 8. The food waste management system of claim 6, wherein the weight of food waste and the user selections recorded at the local food waste monitoring device are transmitted to the host device in real-time. 9. The food waste management system of claim 4, wherein the host device is in communication with the local food waste monitoring device through a removable memory device that is physically transported between the host device and the local device. 10. The food waste management system of claim 4, wherein the host device is in communication with a plurality of local food waste monitoring devices. 11. The food waste management system of claim 4, wherein the host device generates and transmits instructions for a configuration of a graphical user interface of the local food waste monitoring device. 12. A method for monitoring food waste in a food waste monitoring system, comprising: receiving, at a local food waste monitoring station, input indicative of a weight of food waste placed on a scale; prompting a user for input indicative of a reason for food becoming food waste, and at least one of: an identity of a user weighing the food waste, a type of food being weighed, and a type of container the food waste is weighed in; transmitting data representative of the weight of food waste and the user input to a host device; and receiving from the host device lists of possible user inputs for the user to select from at the food waste monitoring station, the lists selected from the group consisting of: a food type list of the type of food being weighed, a container type list of the type of container the food waste is being weighed in, a user identity list of the identity of the user weighing the food waste, and a loss reason list of the reasons for food becoming food waste. 13. The method of claim 12, further comprising: extrapolating, at the host device, the weight of food waste and the food type into a monetary value; and providing, at the host device, a report summarizing the monetary value of food waste generated over a time interval. 14. The method of claim 12, further comprising providing, at the host device, a report comparing the user input over different time intervals. 15. The method of claim 14, wherein the user input is selected from the group consisting of: the food type, the user identity, and the loss reason. 16. The method of claim 12, further comprising recording onto a memory device the user input, food waste weight, and an indication of a date and time of a weighing event. 17. A machine-readable medium including program code, which, when executed by a machine, causes the machine to: receive input indicative of a weight of food waste placed on a scale; prompt a user for and receive input indicative of at least one of: an identity of a user weighing the food waste, a type of food being weighed, and a type of container the food waste is weighed in; prompt a user for and receive input indicative of a reason for food becoming food waste; transmit data representative of the weight of food waste and the user input to a host device; and receive from the host device lists of possible user inputs for the user to select from at the food waste monitoring station, the lists selected from the group consisting of: a food type list of the type of food being weighed, a container type list of the type of container the food waste is being weighed in, a user identity list of the identity of the user weighing the food waste, and a loss reason list of the reasons for food becoming food waste. 18. The machine-readable medium of claim 17, wherein to transmit data to the host device comprises transmitting data to the host device in real-time over a network. 19. A food waste management system, comprising: a local food waste monitoring device in communication with an electronic scale to record a weight of food waste placed upon the scale, the local food waste monitoring device also for recording user selections of at least a food type from a food type list and a loss reason from a loss reason list; and a host device in communication with the local food waste monitoring device, the host device for generating the food type list and loss reason list and transmitting the same to the local food waste monitoring device to enable user selection therefrom; wherein the local food waste monitoring device is to record user selections of a type of container in which the food waste is weighed from a container type list, and the host device is to generate the container type list and transmit the same to the local food waste monitoring device to enable user selection therefrom.