Determining emission values
First Claim
1. A method carried out by an apparatus, the method comprising:
- receiving emission-relevant data relating to a multitude of carried out transport operations on route sections from at least one server, the transport operations having been carried out within a closed time period of fixed length,determining a respective emission factor for a plurality of possible entire routes which can be composed of the route sections, based on the emission-relevant data received, each emission factor representing an emission value for a transport operation on the entire route per transport unit, andcausing a storage of the determined emission factors for the plurality of possible entire routes in a memory with association with a starting location and a destination which define the respective entire route.
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Accused Products
Abstract
An apparatus receives from a server emission-relevant data relating to transport operations on route sections. It determines a respective emission factor for a plurality of routes, which can be composed of the route sections, based on the emission-relevant data received. Each factor represents an emission value for a transport operation on the entire route per transport unit. The emission factors are stored with association with a starting location and a destination of the entire route. A request may be received relating to emission values regarding a specific conveying operation. It determines a starting point and a destination for the specific conveying operation and reads at least one stored factor associated with the starting location and destination. It determines a value for a transport unit associated with the factor, calculates an emission value from the factor and the determined numerical value for the transport unit, and transmits the emission value.
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Citations
20 Claims
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1. A method carried out by an apparatus, the method comprising:
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receiving emission-relevant data relating to a multitude of carried out transport operations on route sections from at least one server, the transport operations having been carried out within a closed time period of fixed length, determining a respective emission factor for a plurality of possible entire routes which can be composed of the route sections, based on the emission-relevant data received, each emission factor representing an emission value for a transport operation on the entire route per transport unit, and causing a storage of the determined emission factors for the plurality of possible entire routes in a memory with association with a starting location and a destination which define the respective entire route. - View Dependent Claims (2, 3, 4, 5, 6, 7, 8, 9)
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10. An apparatus comprising at least one processor and at least one storage medium, with program instructions being stored in the at least one storage medium and with the program instructions being configured to cause the apparatus to perform the following when executed by the at least one processor:
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receive emission-relevant data relating to a multitude of carried out transport operations on route sections from at least one server, the transport operations having been carried out within a closed time period of fixed length, determine a respective emission factor for a plurality of possible entire routes which can be composed of the route sections, based on the emission-relevant data received, each emission factor representing an emission value for a transport operation on the entire route per transport unit, and cause a storage of the determined emission factors for the plurality of possible entire routes in a memory with association with a starting location and a destination which define the respective entire route. - View Dependent Claims (11, 12, 13, 14, 15, 16, 17, 18)
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19. An apparatus comprising at least one processor and at least one storage medium, with program instructions being stored in the at least one storage medium and with the program instructions being configured to cause the apparatus to perform the following when executed by the at least one processor:
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receive a request from a user device relating to emission values with respect to a specific conveying operation; determine a starting location and a destination for the specific conveying operation; read at least one stored emission factor, which is associated with the determined starting location and destination, for an entire route from a memory, wherein the at least one emission factor is based on emission-relevant data relating to a multitude of carried out transport operations on route sections, from which the entire route can be composed, in a closed period of time; determine a numerical value for a transport unit which is associated with the emission factor; calculate an emission value from the read emission factor and the determined numerical value for the transport unit; and cause a transmission of the emission value to the user device.
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20. A non-transitory computer-readable storage medium storing program instructions that, when executed by a processor, cause an apparatus to perform the following:
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receive emission-relevant data relating to a multitude of carried out transport operations on route sections from at least one server, the transport operations having been carried out within a closed time period of fixed length, determine a respective emission factor for a plurality of possible entire routes which can be composed of the route sections, based on the emission-relevant data received, each emission factor representing an emission value for a transport operation on the entire route per transport unit, and cause a storage of the determined emission factors for the plurality of possible entire routes in a memory with association with a starting location and a destination which define the respective entire route.
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Specification