Patent Application
20200193540
According to an embodiment, a computer method for making a smart contract for a commodity includes establishing, in a server computer, a provisional price for a commodity on a first date for delivery at a future second date, and establishing, in the server computer, a partial payment price on the first date corresponding to the commodity. The computer method includes receiving, into the server computer, the partial payment price from a purchaser of the commodity, and tracking a value for the commodity as time passes from the first date to the second date. The computer method includes establishing, with the server computer, a settlement price for the commodity on or after the second date, and transferring a net settlement value to or from the purchaser of the commodity.
According to an embodiment, a computer method for making a smart contract for a commodity includes establishing, in a server computer, an identity of an instance of a commodity, establishing, in the server computer, a provisional price for the instance of the commodity on a first date for delivery at a future second date, and establishing, in the server computer, a partial payment price on the first date corresponding to the instance of the commodity. The computer method includes recording, with the server computer, the identity of the instance of the commodity, the provisional price, and the partial payment price onto one or more computer storage media using a distributed ledger, and receiving, into the server computer, data corresponding to receipt of the partial payment from a purchaser of the commodity including a network transfer of value from a purchaser wallet. The computer method includes recording, with the server computer, the data corresponding to the receipt of the partial payment onto the one or more computer storage media using the distributed ledger, periodically tracking a value for the commodity as time passes from the first date to the second date, and recording the tracked value using the distributed ledger. The computer method includes establishing, with the server computer, a settlement price for the commodity on or after the second date as a function of the tracked commodity value, and transferring a net settlement value to or from a purchaser wallet corresponding to the purchaser of the commodity instance.
In the following detailed description, reference is made to the accompanying drawings, which form a part hereof. In the drawings, similar symbols typically identify similar components, unless context dictates otherwise. Other embodiments may be used and/or other changes may be made without departing from the spirit or scope of the disclosure.
According to an embodiment, a computer method 100 for making a smart contract for a commodity includes, in step 102, establishing, in a server computer, a provisional price for a commodity on a first date for delivery at a future second date. Step 104 includes establishing, in the server computer, a partial payment price on the first date corresponding to the commodity. Step 106 includes receiving, into the server computer, the partial payment price from a purchaser of the commodity. Step 108 includes tracking a value for the commodity as time passes from the first date to the second date. Step 112 includes establishing, with the server computer, a settlement price for the commodity on or after the second date. Step 114 includes transferring a net settlement value to or from the purchaser of the commodity.
According to an embodiment, the computer method 100 further includes, in the server computer, transferring the net settlement value from or to a seller of the commodity.
According to an embodiment, the computer method 100 further includes establishing, with the server computer, a first margin reserve requirement on the first date, and receiving verification of the purchaser meeting the first margin reserve requirement. In an embodiment, the first margin reserve requirement includes requiring that the purchaser maintain, in an account of the purchaser, a reserve fund equal to at least a difference between the provisional price and the partial payment price. In an embodiment, the computer method 100 further includes earmarking the reserve fund for settling purchase of the commodity on or after the second date, and preventing, between the first date and the second date, expenditure from the account if the expenditure would result in a total reserve fund in the account less than the first margin reserve requirement. In an embodiment, the computer method 100 further includes establishing and/or adjusting a third margin reserve requirement on a third date between the first date and the second date different than the first date, and notifying the purchaser of the third margin reserve requirement.
According to an embodiment, the computer method 100 further includes determining the net settlement value as a difference between the settlement price and the partial payment price. In one embodiment, the computer method 100 further includes transferring the net settlement value, in step 114, to the purchaser if the partial payment price is greater than the settlement price. In an embodiment, transferring the net settlement value, in step 114, to the purchaser includes transferring the net settlement value from a seller of the commodity to the purchaser. In another embodiment, the computer method 100 further includes transferring the net settlement value, in step 114, from the purchaser if the partial payment price is less than the settlement price. In an embodiment, transferring the net settlement value, in step 114, from the purchaser includes transferring the net settlement value from the purchaser to the seller of the commodity.
According to an embodiment, the computer method 100 further includes, in step 110, establishing a second price for the commodity based on the value for the commodity on or after the second date. In an embodiment, the computer method 100 further includes providing an option to the purchaser to select either the provisional price or the second price as the settlement price. In one embodiment, establishing the settlement price, in step 112, includes receiving a selection from the purchaser selecting either the provisional price or the second price as the settlement price. In another embodiment, establishing the settlement price, in step 112, includes receiving a selection from the seller of the commodity selecting either the provisional price or the second price as the settlement price.
According to an embodiment, the smart contract includes or calls one or more logic processes for transmitting a banner or other notification to the purchaser to set the second price. According to an embodiment, the smart contract includes or calls one or more logic processes for selecting a most optimum second price from a predetermined set of formulas (e.g., set forth above), and includes or calls one or more logic processes for establishing the second price, as described in step 110. In an embodiment, the smart contract includes logic processes and/or calls to logic processes that reside on a distributed ledger or a secure resource operating as an oracle for the distributed ledger. In an embodiment, the smart contract is at least partially carried by a referenced storage service such as Inter Planetary File System (IPFS) or FileCoin, such that an address or encrypted address for the storage location is carried by the distributed ledger. In an embodiment, the smart contract resides on the distributed ledger, but stores corresponding data on referenced storage service.
According to an embodiment, the computer method 100 further includes establishing the settlement price as a lowest value between the provisional price and a tracked value of the commodity from the first date to the second date.
In one embodiment, the partial payment price is less than the provisional price. In another embodiment, the partial payment price is equal to the provisional price.
In an embodiment, the computer method 100 further includes facilitating the purchase of the commodity by the purchaser by negotiating and recording a smart contact in a distributed ledger. In one embodiment, negotiating and recording the smart contact in the distributed ledger includes establishing the provisional price. In another embodiment, negotiating and recording the smart contact in the distributed ledger includes establishing the partial payment price. In an embodiment, recording the smart contract includes recording the settlement price and the net settlement value in the distributed ledger. In one embodiment, the distributed ledger is a public blockchain. In another embodiment, the distributed ledger is a private blockchain. In another embodiment, the distributed ledger is a permission-based blockchain to which both the purchaser and the seller of the commodity have access.
In an embodiment, the provisional price and the partial payment price are established in a first cryptocurrency. In an embodiment, the settlement price and the net settlement value are determined in the first cryptocurrency. In one embodiment, the first cryptocurrency includes Bitcoin. In another embodiment, the first cryptocurrency includes Ethereum. In another embodiment, the first cryptocurrency includes XRP. In one embodiment, transferring the net settlement value includes transferring the net settlement value in the first cryptocurrency. In an embodiment, the settlement price and the net settlement value are determined in a second cryptocurrency different from the first cryptocurrency. In another embodiment, transferring the net settlement value includes transferring the net settlement value in the second cryptocurrency.
In an embodiment, the provisional price and the partial payment price are established in a fiat currency. In an embodiment, the fiat currency includes the U.S. dollar.
In an embodiment, receiving the partial payment price, in step 106, includes receiving commodity tokens based on the commodity. In one embodiment, the net settlement value is established in the commodity tokens.
In an embodiment, tracking the value for the commodity, in step 108, includes tracking the value in a server-based program.
In an embodiment, the commodity includes one or more of a product, a natural resource, a mining extraction, and/or a service.
According to an embodiment, a computer method 200 for making a smart contract for a commodity includes, in step 202, establishing, in a server computer, an identity of an instance of a commodity. Step 204 includes establishing, in the server computer, a provisional price for the instance of the commodity on a first date for delivery at a future second date. Step 206 includes establishing, in the server computer, a partial payment price on the first date corresponding to the instance of the commodity. Step 208 includes recording, with the server computer, the identity of the instance of the commodity, the provisional price, and the partial payment price onto one or more computer storage media using a distributed ledger. Step 210 includes receiving, into the server computer, data corresponding to receipt of the partial payment from a purchaser of the commodity including a network transfer of value from a purchaser wallet. Step 212 includes recording, with the server computer, the data corresponding to the receipt of the partial payment onto the one or more computer storage media using the distributed ledger. Step 214 includes periodically tracking a value of the commodity as time passes from the first date to the second date. Step 216 includes recording the tracked value using the distributed ledger. Step 220 includes establishing, with the server computer, a settlement price for the commodity on or after the second date as a function of the tracked commodity value. Step 222 includes transferring a net settlement value to or from a purchaser wallet corresponding to the purchaser of the commodity instance.
According to an embodiment, recording data with the server computer, in step 212, includes transacting the data onto the distributed ledger. According to another embodiment, recording data with the server computer, in step 212, includes transacting the data onto the distributed ledger. Additionally and/or alternatively, recording data with the server computer, in step 212, includes saving the data onto an address of a referenced storage service and transacting the address of the reference storage service onto the distributed ledger.
According to an embodiment, the distributed ledger includes an Etherium blockchain. In an embodiment, periodically tracking the value of the commodity as time passes from the first date to the second date, in step 214, includes, in a Solidity environment, periodically and automatically triggering events based on a timer. According to another embodiment, periodically tracking the value of the commodity as time passes from the first date to the second date, in step 214, includes executing a “set interval( )” command as a JavaScript function.
According to an embodiment, the computer method 200 further includes, in the server computer, performing a network transfer of the net settlement value from or to a seller wallet corresponding to a seller of the identified commodity instance.
According to an embodiment, the computer method 200 further includes determining the net settlement value as a difference between the settlement price and the partial payment price. In one embodiment, the computer method 200 further includes transferring the net settlement value, in step 222, to the purchaser if the partial payment price is greater than the settlement price. In an embodiment, transferring the net settlement value, in step 222, to the purchaser includes transferring the net settlement value from a seller of the commodity instance to the purchaser. In another embodiment, the computer method 200 further includes transferring the net settlement value, in step 222, from the purchaser if the partial payment price is less than the settlement price. In an embodiment, transferring the net settlement value, in step 222, from the purchaser includes transferring the net settlement value from the purchaser to the seller of the commodity instance.
According to an embodiment, the computer method 200 further includes, in step 218, establishing a second price for the instance of the commodity based on a tracked value of the commodity on or after the second date.
According to an embodiment, receiving, into the server computer, the data corresponding to the receipt of the partial payment, in step 210, includes receiving commodity tokens based on the commodity. In one embodiment, the net settlement value is established in the commodity tokens.
According to an embodiment, periodically tracking the value of the commodity, in step 214, includes tracking the value in a server-based program.
According to an embodiment, the commodity includes one or more of a product, a natural resource, a fuel, a mining extraction, and a service.
While various aspects and embodiments have been disclosed herein, other aspects and embodiments are contemplated. The various aspects and embodiments disclosed herein are for purposes of illustration and are not intended to be limiting, with the true scope and spirit being indicated by the following claims.
The present application claims priority benefit from co-pending U.S. Provisional Patent Application No. 62/773,080, entitled “AUTOMATED SETTLEMENT OF A PROVISIONAL PAYMENT FOR A COMMODITY USING A DISTRIBUTED LEDGER,” filed Nov. 29, 2018 (docket number 3058-003-02), which application, to the extent not inconsistent with the disclosure herein, is incorporated herein by reference.
| Number | Date | Country | |
|---|---|---|---|
| 62773080 | Nov 2018 | US |
