7 results about "Generators (Apparatus)" patented technology

The utility model discloses a moving blade seat of generator equipment. The moving blade seat comprises an impeller seat; the multiple sets of blade bodies are arranged on the outer side of the impeller base at equal intervals; the mounting assembly is used for mounting the multiple sets of blade bodies on the impeller base, is arranged between the impeller base and the multiple sets of blade bodies and comprises multiple sets of connecting bases, the multiple sets of connecting bases are arranged on the outer side wall of the impeller base at equal intervals, one side of each connecting base is provided with a set of connecting pieces, and the multiple sets of connecting pieces are connected with the multiple sets of blade bodies correspondingly; a plurality of groups of connecting structures are arranged between the plurality of groups of connecting seats and the connecting piece; by arranging the installation assembly composed of the multiple sets of connecting bases, the connecting pieces and the connecting structures, the multiple sets of blade bodies can be installed and fixed, so that the multiple sets of blade bodies are installed on the impeller base in a clamped mode, and meanwhile the multiple sets of blade bodies can be detached from the impeller base through the multiple sets of connecting bases, the connecting pieces and the connecting structures; and therefore, the multiple groups of blade main bodies can be conveniently mounted and dismounted.

Apparatus and methods for generating mechanical energy utilizing gravity and leverage. In one aspect of the invention, a power plant having one or more gravity powered units is adapted to generate mechanical energy, which may be captured and used as mechanical energy or converted to electrical energy for use locally or remotely. The energy may be stored for later use, for example, in the form of electric energy, fluid flow energy, hydraulic energy, compressed air or fluid, or a combination of these. The energy may be stored in any a ro riate stora e medium.

Apparatus, methods and systems for leveraging artificial intelligence to generate and enforce a tripartite smart contract are provided. A contract executor may receive a command from an applicant to generate a tripartite smart contract between the applicant and a beneficiary. The contract executor may generate input fields that request information from the applicant. The contract executor may identify one or more successfully executed tripartite smart contracts that include data that corresponds to inputs received from the applicant. The contract executor may generate an executable tripartite smart contract using terminology associated with the identified successfully executed tripartite smart contracts and the inputs. The executable tripartite smart contract may be transmitted to the applicant, the beneficiary and the contract executor for signing. In response to receiving a signature from the applicant, the beneficiary and an entity associated with the contract executor, an issued tripartite smart contract may be generated.

A multi-story structure for harvesting electric power from an airflow may comprise a ground floor disposed at a lower-most part of the multi-story structure, and a power generator structure disposed at an upper-most part of the multi-story structure. The power generator structure may comprise a base mounted to the upper-most part of the multi-story structure, a vault-shaped frame connected to the base through a plurality of first vertical studs, and a third generator apparatus surrounded by a plurality of wind entrances in the vault-shaped frame. The third generator apparatus may comprise at least one first wind booster, at least one second wind booster, at least one first wind-guide plate, and at least one second wind-guide plate.

Apparatus and methods for generating mechanical energy utilizing gravity and leverage. In one aspect of the invention, a power plant having one or more gravity powered units is adapted to generate mechanical energy, which may be captured and used as mechanical energy or converted to electrical energy for use locally or remotely. The energy may be stored for later use, for example, in the form of electric energy, fluid flow energy, hydraulic energy, compressed air or fluid, or a combination of these. The energy may be stored in any a ro riate stora e medium.

An apparatus, system, and method for CO2 production and delivery is provided. The generator apparatus supplements or supplies CO2 where it is desired, such as to plants growing in space, particularly within an environment control system (ECS). The various embodiments of the generator apparatus are designed to withstand outer space storage, travel, and environmental impacts on a prepared mycelial mass. One example embodiment comprises dual containers wherein an inner container holds the prepared mycelial mass and an exterior container further protects the interior container and collects and sequesters condensation. In this example each container has a least one wall having a passive gas filter which permits the transfer of CO2 out of, and oxygen in, through the first wall and out of the second wall and into an external environment. The generator may be aided by methods and system components including a cover, protective barrier, and case.

MowGen is a generator apparatus designed for integration with riding mower power take-off systems, providing a mobile and immediately reliable electrical power source. MowGen comprises a mounting assembly with lift-link hangers and mounting flanges, a power transmission system including a PTO pulley interface, generator pulley stack, belt, and tensioner / activation arm, and a power distribution system featuring a breaker panel, outlet array, status indicator row, and transfer-switch interface. MowGen further includes a housing, swivel casters, and dual maneuver handles for enhanced mobility. MowGen addresses issues of fuel degradation, generator transport complexity, and electrical interfacing by leveraging the frequent use and mobility of riding mowers, enabling efficient and flexible backup or remote power generation.