US 2025/0148546 A1 · COMPUTED INEQUALIIES SOLUTION

Abstract

The preceding disclosure concerns a novel computed inequality solution to income inequality and wealth inequality (the “Solution”). The Solution is comprised of, among other elements, the following embodiments: an income equality generator; a wealth equality generator: future income swaps; future wealth swaps; income verification for future income swaps; and wealth verification for future wealth swaps. The embodiments are useful, novel, and non-obvious individually. Likewise, the embodiments are useful, novel, and non-obvious when taken collectively. Income inequality and/or wealth inequality—the problem(s) solved by the income equality generator and/or wealth equality generator alone or in combination with future income swaps and/or future wealth swaps and income verification for future income swaps and/or wealth verification for future wealth swaps—do not occur in nature, are a relatively new problem, and are problems that have increased in magnitude in recent years. The Solution does not constitute a software implementation of a process that is already in use. Nor do the embodiments, either individually or collectively. Importantly, we do not seek patent protection for all means by which income equality and/or wealth equality may be generated; for all swap products (i.e., those not related to income or wealth); or other income verification processes for future income swaps and/or future wealth swaps that may be similar to those that are detailed in this application.

Claims17

Dependent claims

A method of computed inequalities solution for creating a future income or wealth swap, comprising:

(a) writing terms of a call option referenced to future income or wealth into a contract;
and (b) writing terms of a put option referenced to future income or wealth into the contract.

A computer implemented method of computed inequalities solution for assuring income of each user from a pool of multiple users, comprising:

(a) inputting, to the computer on behalf of a first user, data representing an assured income year to create equalizing income for the first user, wherein the assured income year is in the future;
(b) inputting, to the computer on behalf of the first user for the assured income year, data representing a payback percentage when income of the first user exceeds one or more preestablished thresholds;
(c) identifying, by the computer for the assured income year, a payment the first user would receive when the first user's income is less than a threshold and in return for agreeing to the payback;
(d) outputting, by the computer, data representing the payment;
(e) outputting, by the computer, terms for a purchasable contract for assuring income of the first user, wherein the terms include a premium for entering the purchasable contract;
and thereafter
(f) repeating steps (a)-(e) for each remaining user from the pool of multiple users;
wherein when the premium of each user from the pool of multiple users are paid at the time of entering the pool, the premiums form part of the monies;
wherein, for the assured income year, when income of each user from the pool of multiple users exceeds one or more preestablished thresholds, an amount of money representing each user's payback percentage in step (b), when paid, forms part of the monies;
and
wherein, when income of a particular user from the pool of multiple users is less than the threshold in step (c) for the particular user, the particular user would receive, from monies, the payment identified in step (c) for the particular user.

8 more elements

A computer implemented method of computed inequalities solution for assuring wealth of each user from a pool of multiple users, comprising:

(a) inputting, to the computer on behalf of a first user, data representing an assured wealth year to create equalizing wealth for the first user, wherein the assured wealth year is in the future;
(b) inputting, to the computer on behalf of the first user for the assured wealth year, data representing a payback percentage when wealth of the first user exceeds one or more preestablished thresholds;
(c) identifying, by the computer for the assured wealth year, a payment the first user would receive when the first user's wealth is less than a threshold and in return for agreeing to the payback;
(d) outputting, by the computer, data representing the payment;
(c) outputting, by the computer, terms for a purchasable contract for assuring wealth of the first user, wherein the terms include a premium for entering the purchasable contract;
and thereafter
(f) repeating steps (a)-(e) for each remaining user from the pool of multiple users;
wherein when the premium of each user from the pool of multiple users are paid at the time of entering the pool, the premiums form part of the monies;
wherein, for the assured wealth year, when wealth of each user from the pool of multiple users exceeds one or more preestablished thresholds, an amount of money representing each user's payback percentage in step (b), when paid, forms part of the monies;
and
wherein, when wealth of a particular user from the pool of multiple users is less than the threshold in step (c) for the particular user, the particular user would receive, from monies, the payment identified in step (c) for the particular user.

8 more elements

Dependencies are inferred from the claim text.

Computed inequaliies solution

Life of this patent

Computed inequaliies solution

Life of this patent

Abstract

Claims17