Laforgia, Bruni & Partners srl

The scope of the present invention generally concerns substances used for the care and treatment of patients who have practical difficulties in swallowing. In general, it can be stated that practical difficulties in eating can represent the main cause of some cases of malnutrition, and even when they are not the main cause, such difficulties evidently represent a significant obstacle to the recovery of malnourished patients.The present invention indicates how to produce a class of products that can be, formally and according to industry standards, classified as "Foods for Special Medical Purposes" (FSMP). The FSMP according to the invention can have a varied and controllable composition, with the aim of meeting the diverse nutritional needs of malnourished individuals, and, at the same time, have the shape and consistency of an ice cream or a mousse, i.e., the shape and consistency that is by far the easiest for many patients who require them to consume.The result is achieved by teaching how to correctly balance two groups of ingredients:a first group of ingredients with thickening and structuring properties, that is, suitable for guaranteeing a delay in melting after cooling, and the creamy consistency that the FSMP must assume during administration,and a second group of additional elementary ingredients, each in quantities sufficient to provide its own nutritional contribution, so as to reach the nutritional intake set for the FSMP, adding it to the nutritional contributions already provided by the ingredients of the first group with thickening and structuring properties.

Centrifugal steam compressor (100), having one or more compression stages (100A, 100B) and provided with:- a gear multiplier (1) equipped with a plurality of shafts (13) that rotate with respect to a rotation axis (X),- at least one impeller (2A, 2B) supported by the shafts (13) and suitable for compressing steam coming from a pipe with a suction flange (14),- a first plate diaphragm (3) rigidly connected to the multiplier (1) with a thermal barrier (23) in between to minimize heat exchange,- a second (5A) and a third diaphragm (5B) rigidly and fluidly connected to the diaphragm (3) and in proximity to the at least one impeller (2A, 2B),- a casing (8) elastically mounted with respect to the third diaphragm (5B) and which is free to expand and move with respect to the third diaphragm (5B) by means of appropriate elastic elements (25) configured to ensure the seal among zones with different pressure levels.

Global tracking device (10) for logistics processes related to vehicles, the device being configured to implement and execute algorithms, the algorithms comprising:- an algorithm for high connectivity tracking,- an algorithm for calculating the fastest and most sustainable route to reach the vehicles,- an algorithm for automatically updating the position of the vehicles at predetermined frequencies.

Roll-up shutter comprising a plurality of fixed slats (10) and a plurality of tiltable slats (20) alternately arranged, the set of said slats (10, 20) being configured to be wound around a roller and subsequently opened by sliding between two vertical tracks located below said roller and laterally to said slats. The fixed slats (10) and tiltable slats (20) are connected to each other at both ends by return elements (30) protruding laterally from the slats themselves and configured to slide within said vertical tracks. The shutter is characterized in that at least part of said fixed slats (10) comprise a hole (101) located at their upper end, through which they are hinged to the return element (30) connected to the upper tiltable slat (20), and a hook (102) located at their lower end, by which they are hooked to the lower tiltable slat (20); at least part of said tiltable slats (20) comprise a hook (202) located at their upper end, by which they are hooked to the hook (102) of the upper fixed slat (10), and a hole (201) located below said hook (202), through which they are hinged to the return element (30) connected to the lower fixed slat (10). The shape of said slats (10, 20) is such that the hooking position of said hooks (102, 202) is offset with respect to the plane defined by said tracks in which said return elements (30) slide.

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