Abstract: A method includes accessing game state data for a game play of a video game. The method including executing an artificial intelligence (AI) model using the game state data to identify key events in the game play. The method including executing the AI model using the game state data to curate a storyline for a video recapping the game play for a selected duration. The method including executing the AI model using the game state data to select and arrange scenes from the game play following the storyline, wherein each scene includes video frames from the game play. The method including regenerating the scenes using the game state of the game play. The method including executing the AI model to generate the video recapping the game play including the scenes arranged to follow the storyline. The method including displaying the video recapping the game play in a user interface.

Abstract: The present disclosure relates to a shared transfer switching system with built in relay testing ability, for transferring power received by a load from a preferred AC power source to an alternate AC power source, or transferring power being received by the load from the alternate AC power source to the preferred AC power source. The system selectively controls various ones of the relays used to apply power from either the preferred or alternate power sources to the load, such that the relays are switched from open to closed states at controlled times, while voltage measurements are made at select locations between the relays. The system can identify which specific ones of a plurality of relays associated with each of the preferred and alternate power sources has properly opened and closed, and thus verify that all of the relays needed to switch between the preferred and alternate power sources are operating properly.

Abstract: A power distribution box is disclosed. The power distribution box may include a housing including one or more panels. The one or more panels may define a cavity. The power distribution box may include one or more outlets coupled to one or more portions of the one or more panels of the housing. The power distribution box may include one or more output plugs configured to receive one or more power distribution whips. The one or more output plugs may be configured to couple to one or more portions of the one or more panels of the housing. The power distribution box may include one or more circuit breakers coupled to one or more portions of the one or more panels of the housing. The power distribution box may include at least one power whip coupled to an output plug of the one or more output plugs.

Abstract: A power distribution box is disclosed. The power distribution box may include a housing including one or more panels. The one or more panels may define a cavity. The power distribution box may include one or more outlets coupled to one or more portions of the one or more panels of the housing. The power distribution box may include one or more output plugs configured to receive one or more power distribution whips. The one or more output plugs may be configured to couple to one or more portions of the one or more panels of the housing. The power distribution box may include one or more circuit breakers coupled to one or more portions of the one or more panels of the housing. The power distribution box may include at least one power whip coupled to an output plug of the one or more output plugs.

Abstract: The present disclosure relates to a shared transfer switching system with built in relay testing ability, for transferring power received by a load from a preferred AC power source to an alternate AC power source, or transferring power being received by the load from the alternate AC power source to the preferred AC power source. The system selectively controls various ones of the relays used to apply power from either the preferred or alternate power sources to the load, such that the relays are switched from open to closed states at controlled times, while voltage measurements are made at select locations between the relays. The system can identify which specific ones of a plurality of relays associated with each of the preferred and alternate power sources has properly opened and closed, and thus verify that all of the relays needed to switch between the preferred and alternate power sources are operating properly.

Abstract: A screen, for a vibrating screen device, has a frame and a screen surface. The frame has a periphery and a middle portion wherein the periphery is constructed of elongate material portions. The middle portion has middle supports including tubing having a cross-section of an ovular shape.

Abstract: A pan for use in a shaker can have a first end and a second end with a length there between. The pan can have a bottom with a width, narrowing side portions, an upper opening, and upper sides separated by an upper transverse width. The upper transverse width can be wider than the width of the bottom and the narrowing side portions can connecting the upper sides to the bottom. The bottom can have a downward slant along the length between the first end and the second end.

Abstract: A process of separating a fluid and mill scale particles from mill slag can include: 1) Putting the mill slag onto a vibrating screen device which has a plurality of screen assemblies in a sequential configuration. Each screen assembly comprises a screen having a perforated center portion with elliptically shaped perforations with a span of no greater than 0.175 inches. 2) Vibrating each screen assembly to expedite separation of the mill scale particles and the fluid from the mill slag on each screen such that the fluid separated from the mill slag on each screen passes through the perforations and the mill scale particles convey along the screen. 3) Conveying the mill scale particles from a screen assembly that is sequentially before to a screen assembly that is sequentially after for further separating the fluid from the mill scale particles.

Abstract: A shaker has a side frame member disposed on the side of the shaker and a seal disposed about the side frame member. The side frame member has a top, a side, and a bottom. The seal conforms to the shape and dimensions of the side frame member and is constructed and arranged to substantially cover the side frame member.

Abstract: A seal can have a middle portion, an upper lip, and a lower lip. The upper lip has a configuration with an upper end portion, an upper top portion, and an upper bottom portion with a void space defined in part by the upper end portion, the upper top portion, and the upper bottom portion. The lower lip can have a configuration with a lower end portion, a lower top portion, and a lower bottom portion with a void space defined in part by the lower end portion, the lower top portion, and the lower bottom portion. A middle portion connects the upper lip and the lower lip.

Abstract: A perforated plate for use in a high g vibratory device in the separation of solid particles within a slurry. The plate is rigid and has perforations with a span of no greater than 3/16 inch.

Abstract: A seal can have a middle portion, an upper lip, and a lower lip. The upper lip has a configuration with an upper end portion, an upper top portion, and an upper bottom portion with a void space defined in part by the upper end portion, the upper top portion, and the upper bottom portion. The lower lip can have a configuration with an upper end portion, a lower top portion, and an upper bottom portion with a void space defined in part by the lower end portion, the lower top portion, and the lower bottom portion. A middle portion connects the upper lip and the lower lip.

Abstract: A process of separating a fluid and mill scale particles from mill slag can include: 1) Putting the mill slag onto a vibrating screen device which has a plurality of screen assemblies in a sequential configuration. Each screen assembly comprises a screen having a perforated center portion with elliptically shaped perforations with a span of no greater than 0.175 inches. 2) Vibrating each screen assembly to expedite separation of the mill scale particles and the fluid from the mill slag on each screen such that the fluid separated from the mill slag on each screen passes through the perforations and the mill scale particles convey along the screen. 3) Conveying the mill scale particles from a screen assembly that is sequentially before to a screen assembly that is sequentially after for further separating the fluid from the mill scale particles.

Abstract: A process of separating a fluid and fibrous material from wet fibrous matter can include: 1) Putting the wet fibrous matter onto a vibrating screen device which has a plurality of screens in a sequential configuration. Each screen has a perforated center portion with elliptically shaped perforations with a span of no greater than 0.1 inches. 2) Vibrating each screen to expedite separation of the fibrous material and the fluid from the wet fibrous matter on each screen such that the fluid separated from the wet fibrous matter on each screen passes through the perforations and the fibrous material conveys along the screen. 3) Conveying the fibrous material from a screen that is sequentially before to a screen that is sequentially after for further separating the fluid from the fibrous material.

Abstract: A vibrating screen device has a screen assembly and a basket. The screen assembly comprises a plurality of screens disposed within the vibrating screen device. The plurality of screens are constructed and arranged in a stepped down configuration such that each screen that is arranged below an adjacent screen in a stepped down configuration is at least partially overlapped by the adjacent screen arranged above. Each screen has a middle portion and a perimeter portion. The middle portion is porous, and the perimeter portion is substantially thicker than the middle portion.

Abstract: A bicycle is fitted with rear panniers that provide electric motor assist and a power supply for the bicycle when desired. In a preferred embodiment the bicycle has a power coupling permanently attached at the rear wheel, for receiving an output drive shaft or power coupling from the motor pannier when that pannier is installed. The drive coupling may have gear reduction. To accommodate relative up and down motion between the pannier-supporting rack and the rear tire in a rear suspension bicycle, the motor drive unit in the motor pannier articulates, or the final drive unit on the bicycle can articulate, but this is more difficult because the rear suspension motion can be complex. Both panniers are secured by a quick connect device, for both mechanical attachment and electrical connection. The bicycle functions as a normal unpowered bike when the panniers are removed.

Abstract: A separator screen installation system for a shaker separator device, including an improved wedge block and vertical screen rail which provide rapid and secure screen installation and reduced accumulation of solids on the upstream end of the wedge blocks.