Benatov, Samuil Gabriel

A self-service eHealth station according to the invention, includes a set of medical devices (1) for diagnosing and screening various medical conditions and diseases, a database memory (3) connected to a processing unit (5) that is connected to a user interface (7), and a logic unit (13). The station provides the capability for autonomous and highly efficient care, access to the patient's medical record and 10 real-time consultations with a health professional.

The present invention relates to a natural composition of a biopreservative, which will find application in the food industry, in particular it will serve as a means of influencing by suppressing the growth of several types of microorganisms, which are the main cause of rapid spoilage of foods and especially soft drinks, with natural ingredients. The natural composition of the biopreservative consists of a phenolic fraction extracted from a mixture of dry and/or fresh plants. The said mixture includes rosemary (Rosmarinus officinalis) from 5 to 40 wt.% and thyme (Thymus Vulgaris) from 5 to 50 wt. % and sage (Salvia officinalis) from 5 to 40 wt.%. The said phenolic fraction contains from 8 to 98 wt.% phenolic acids relative to the total content of the composition.

The illuminated frame for window of recreational vehicles, according to the invention, is part of a combined mosquito net-blind, with a LED strip (15), which provides secondary lighting, and which is integrated in a U-shaped channel (6) of the frame (1).

The universal system for toolless mounting of wings to hydrofoils, according to the invention, is applicable to various types of hydrofoils, and provides quick and easy mounting of wings to hydrofoils. The system comprises two plates (4, 9) capable of linear sliding relative to each other and locked together through guide elements and channels. A shaft-mounted lever rotates between locked and unlocked positions: in the locked position it presses the plates (4, 9) together to prevent movement, while in the unlocked position it releases this pressure. The plates (4, 9) also include a stop to limit linear travel and through-holes for fastening the plates (4, 9) respectively to the fuselage and the wing.

The universal system for toolless mounting of wings to hydrofoils, according to the invention, is applicable to various types of hydrofoils, and provides quick and easy mounting of wings to hydrofoils. The system comprises a plate (4) with a rotation hole (4C), in which a rotary eccentric body (5A) is placed, connected to a rotating lever (5). When the rotating lever (5) is locked, the plate (4) provides pressure that presses and fixes the wing to the hydrofoil's fuselage.

The stalk (A) according to the invention is configured for wireless connection to a body control module (C) of a vehicle via a Command interface (B). Such signal system can activate different functions of the vehicle. The stalk (A) has a mounting surface, by which can be mounted non-invasively to a steering column of the vehicle, and as such can be used as an accessory for the vehicle.

The present invention relates to a chassis (6) for a satellite bus for micro- and nanosatellites. The chassis (6) has a planar configuration and is stackable with chassis (6) of other satellite buses. The construction is stable due to the connection of posts (1) and channels (2) of the chassis (6) of the stacked satellite buses.

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Zusammenfassung wird geladen …