Gevers Patents

L'invention concerne un élément de cornière (1) configuré pour former par assemblage de divers éléments de cornières (1) identiques une cornière continue (10) architecturale et structurelle configurée pour reprendre des forces appliquées en porte-à-faux par rapport à un mur sur lequel la cornière continue (10) est fixée, l'élément de cornière (1) comprenant,• Un profile en L formé par un plateau horizontal (1h) et un plateau vertical (1v)• un renfort mécanique (1r) reliant le plateau horizontal au plateau vertical afin de rigidifier le profile en L,dans lequel les plateaux horizontal (1h) et vertical (1v) sont en polymère, de préférence renforcée de fibres et dans lequel une première extrémité de l'élément (1) comprend une protrusion (2p) et une seconde extrémité comprend une indentation (2i) de géométrie complémentaire permettant un couplage de type mâle-femelle de l'élément de cornière (1) à un second élément de cornière (1) pour former une cornière continue (10).

Systems and methods disclosed herein describe embodiments of an interactive game system utilizing a bi-directional timeline for automatic progression management. The system dynamically tracks player progress by recording actions, inventory, and environmental states without requiring manual save inputs. When a player exits, the system associates the current timeline location with the player profile. Upon re-entry, the game automatically resumes at that specific location, bypassing traditional title screens to simulate a seamless streaming experience. The system integrates pinch point logic to ensure mandatory narrative events are preserved during navigation. Furthermore, scrubbing logic enables players to move bi-directionally through the timeline to revisit past segments or advance to future content. The game engine dynamically reconstructs the game state at any selected point by applying delta variables to base assets. This configuration provides a fluid, personalized experience that maintains narrative integrity while offering players flexible control over their gameplay journey.

An inclined roof assembly (1) comprises: a screen housing (12) with a screen roller; side guides (14, 16); a screen (20) rollable onto and from the screen roller with the sides of the screen being guided and tensioned in the side guides; an end bar (18) fixed to an edge of the screen and guided in the side guides; and a tensioning system for keeping the screen under tension. The placement of the edge of the screen with respect to the end bar is varied along the length of the end bar so that: the central part (20c) of the screen is located more downwards and/or more forward than in an outer section (20_L, 20_R). This decreases the central curve of the screen to be closer to a straight plane. Incident precipitation thus flows down along the central part of the screen towards the end bar with a reduced sagging.

Systems and methods described herein relate to systems and methods for managing player controls within a fully controlled camera system for an interactive environment. The system automatically renders camera views from different orientations, creating cinematic cuts without direct player input. In response to a cut from a first orientation to a second, the system establishes a new control scheme relative to the new view to maintain intuitive gameplay. A transition to the second control scheme is delayed based on a predicted adaptation time generated by a machine-learning model. This model analyzes the current game state context to determine how long a specific player needs to reorient. Additionally, the system utilizes player hints provided via input devices, converting these hints into contextual weights via a weighting model. These weights influence the scoring of potential camera points, allowing the player to guide camera selection without disrupting the cinematic experience.

The present invention relates to a compound or a composition comprising the same for use in the treatment or in the prevention of overweightness, of obesity and/or of the overweightness and the obesity associated metabolic disfunctions or disorders and/or of the overweightness and the obesity associated noncommunicable diseases (NCDs).The present invention also relates to a use, in particular to a non-therapeutic use, of a compound or of a composition comprising the same, for managing / controlling weight, for controlling obesity, for controlling normal weight, for controlling overweightness, for supporting weight loss, for supporting weight maintenance, for suppressing food intake, for reducing appetite, for increasing lipolysis and/or for reducing / controlling weight gain.

Systems and methods for automatic pinch point generation and timeline control within an interactive game are disclosed. The system analyzes game data, narrative flow and gameplay challenges, to identify contained areas where player progression converges, such as cutscenes or boss battles. Pinch points serve as stable markers for bi-directional navigation, allowing players to scrub forward or backward through the game's narrative. When a user interacts with a timeline overlay, the system calculates a target timestamp and snaps to the nearest valid pinch point to ensure a stable game state. This process involves dynamically unloading active assets and initializing new assets, physics, and enemy states associated with the target location. Furthermore, the system can adapt the timeline presentation based on player data, masking spoilers for new users or highlighting specific challenges for certain players like speedrunners, thereby enhancing accessibility and ensuring players can experience the full narrative regardless of skill level.

Systems and methods for controlling a bi-directional timeline within an interactive game are disclosed. The system provides a timeline overlay that allows players to scrub forward and backward through the game's narrative and gameplay segments. To ensure technical stability and narrative coherence, the system utilizes pinch points as anchor locations for loading base assets and applies delta variables to reconstruct specific game states. The timeline control logic dynamically adjusts scrubbing sensitivity based on the active game mode, offering high-density navigation for cutscenes and event-level navigation for gameplay. Furthermore, the system implements preferential scrubbing logic that detects mandatory content, such as focus moments or injection moments, within a traversed timeline segment. If such a moment is detected, the system overrides the user-selected target location to a pre-moment anchor point, ensuring critical narrative elements or external content are experienced before the player resumes the gameplay loop.

Systems and methods described herein relate to fully controlled camera systems for interactive gaming environments that utilize machine learning to automate perspective changes. Rather than relying on manual player input or static volumes, embodiments establish a plurality of camera points within a scene. A neural network architecture, comprising an input layer, hidden layers, and an output layer, continuously evaluates these points by processing environmental and gameplay data. The system normalizes raw camera data, applies weights and activation functions through the hidden layers to extract features, and generates a probability value representing the suitability of each angle. When a calculated score for an alternative camera point exceeds that of the currently rendered view, often subject to a specific threshold, the system automatically executes a camera cut. This approach ensures the player is consistently presented with an improved viewpoint that enhances immersion while reducing the cognitive load associated with manual camera management.

The present invention relates to an improved high-solids wood coating composition wherein said high-solids wood coating composition comprises, relative to the total weight of said high-solids wood coating composition, from 60.00 to 99.00 weight percentage of a triglyceride oil composition, wherein the triglyceride oil composition comprises, relative to the total weight of all fatty acid residues in the triglyceride oil composition, equal to or less than 15.00 wt. % of saturated fatty acid residues (SAFA) and from 30.00 to 85.00 wt. % of at least one fatty acid residue having at least three conjugated double bonds; from 0.01 to 2.00 weight percentage of at least one metal-based drying agent; from 0.50 to 10.00 wt. % of at least one acylphosphine oxide photoinitiator; at least one α-hydroxyalkylphenone photoinitiator according to general Formula (I_P2) or according to general Formula (II_P2), wherein the at least one α-hydroxyalkylphenone photoinitiator is present in an amount as determined by a weight ratio of the at least one α-hydroxyalkylphenone photoinitiator to at the least one acylphosphine oxide photoinitiator ranging from 0.5 to 10.0; equal to or less than 5.00 wt. % of at least one radically polymerizable (meth)acrylic-functionalized compound different from the compound (P1); and wherein said high-solids wood coating composition has a total solids content equal to or greater than 90.00 wt. %, relative to the total weight of said high-solids wood coating composition, and wherein the total solids content of said high-solids wood coating composition is measured according to the standard ASTM D2369 - 20.

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