Mola, Edoardo

A device for locking a wing, particularly a shutter, in its open configuration, comprises a movable arm (23) including an elongated straight portion (24) and a transverse retaining branch (26) extending from one end of said straight portion (24), a casing (20) fixed to a part (10a) of a frame of the wing (10) which accommodates at least a part of the straight portion (24), in which a through hole (20a) is formed to receive said straight portion (24) in a sliding and rotating manner, and elastic return means (28) of the arm (23) interposed between its straight portion (24) and the casing (20), so that the arm (23) can assume a retracted or extended position with respect to said casing (20) in the plane of the wing (10) and an angled position of approximately 90° with respect to the plane of the wing (10). The casing (20) is fast with a plate member (22) connected to the wing (10) at its lateral edge (10b), against which the transverse branch (26) of the arm (23) abuts in the retracted position, and the straight portion (24) is associated with limit-travel means (30) of its axial sliding.

According to the present invention, a method is claimed for extracting in each extraction a single container or a constant number of containers having a flanged rim from a stack of said containers housed in a dispenser; such method comprising a compression step, a release step and an extraction step.

The invention relates to a system and a computer-implemented method for identifying wound infections using multimodal images and machine learning. The system integrates data from RGB and thermal images, processes them using trained algorithms to detect wound boundaries and temperature gradients, and identifies potential infections. The system provides therapeutic recommendations by comparing patient data with a structured database of known infection cases.

A harmonic speed reducer (1) comprises a casing (2), an internal support (9) housed within the casing (2) and rotatably driven around a rotation axis (10), idle pulleys (11) connected to rotate at opposite ends of the internal support (2), toothed belt elements (13) tensioned by the idle pulleys (11), an output pulley (14) housed in the internal support (9) and coaxial with the rotation axis (10), wherein the output pulley (14) is rotatable relative to the internal support (9) and the casing (2), a fixed pulley (15) secured within the casing (2) and coaxial with the output pulley (14), with both engaged by the toothed belt elements (13), wherein the output pulley (14) includes a shaft (16) coaxial with the rotation axis (10) and extending through the fixed pulley (15), and wherein the output pulley (14) has a number N₁ of teeth different from a number N₂ of teeth of the fixed pulley (15), such that, upon rotating the internal support (9) at a speed Vi, the output pulley (14) rotates at a different speed V₂ from speed Vi.

A fast vertical sliding roller door includes a stationary portal structure (12) mounted at the opening of a wall and comprising an upper cross-member (16) and a pair of uprights (18) made by hollow sections having a connecting plate (20) for fixing to a side (14a) of the opening. A flexible closing element (22) is slidably mounted along the uprights (18), whose longitudinal edges have projections (24) slidingly mounted in a guide formation (26) associated with a respective upright (18). One lateral face (30) of each upright (18) comprises at least one removable cover (28), the removal of which allows internal access to the upright (18), and is provided with a support profile (44) having a pair of parallel flanges (46, 48) and an intermediate portion traversed by stems (64) projecting from the guide formation (26). One flange (46) has transverse slots (46a) for engagement of screws (50) fixed along them by a nut (54), in order to adjust the transverse tension of the closing element (22).

Rotisserie cooking apparatus comprising:• a heat source (1)• a structure (2) rotating around a vertical axis carrying a plurality of pinions (P1), each of which defines a hole wherein the plurality of perforated pinions (P1) have a common axis of revolution defined by the vertical axis and each pinion has an individual axis of rotation, around which the pinion (P1) is driven into rotation by the rotating structure, and wherein at least one of the pinions (P1) comprises an elastic element (EL1) and an insert (IN1) movable between a first position in which the insert (IN1) is advanced inside the hole thanks to the action of the elastic element and the pinion does not carry a spit element; and a second position in which the skewer element is inserted into the pinion (P1) and the insert is retracted against the action of the elastic element (EL1) and kept in contact with the spit, exerting pressure on it through the elastic element to keep the spit element suspended in the corresponding hole by friction.

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Zusammenfassung wird geladen …

Zusammenfassung wird geladen …

Zusammenfassung wird geladen …