Botti & Ferrari S.p.A

An AI-based semantic communication apparatus, comprising: a processor; and a memory connected to the processor, wherein the memory stores program instructions which, when executed by the processor, cause the processor to: divide a user input signal into a plurality of tokens on a predetermined frame basis; calculate, based on artificial intelligence (AI), an importance of each of the plurality of tokens; compress first tokens having an importance greater than or equal to a predetermined threshold and second tokens having an importance greater than or equal to the predetermined threshold at different resolutions to generate feature data; and transmit the feature data.

A process and a plant for the production of metal-containing products, in particular ferrous products from at least one liquid and/or solid processing waste containing metal particles, in particular ferrous particles such as steel rolling scales and/or sludge, are described, wherein the at least one processing waste, an organic binder and, optionally, a carbon-based reducing agent are loaded into a mixer and mixed to form an homogeneous blend, and said blend is poured into molds having a predetermined shape and compressed into the respective molds, thereby obtaining said ferrous products, which are extracted from the respective molds. The products obtained from the above-mentioned process, in particular the ferrous products, are suitable for being recycled in a process for the production of steel, in particular as raw material for feeding a melting furnace for steel production, such as an electric arc furnace (EAF), an induction furnace or a fuel furnace.

An implant device (10) for an eye disease to be inserted into an eyeball may include: a tube (11) having one end to be inserted into an anterior chamber of the eyeball, the tube comprising a hollow portion through which aqueous humor is drained; and a ripcord (13) inserted into the hollow portion of the tube to control an amount of aqueous humor drainage through the tube. In the implant device, an inner diameter of the tube and a diameter of the ripcord are determined so that pressure formed in the anterior chamber of the eyeball when the tube is inserted into the anterior chamber of the eyeball is within a preset pressure range. The pressure formed in an anterior chamber to an optimal range through an appropriate combination of the tube and the ripcord inserted into the tube.

Provided are a back-contact solar cell module and a manufacturing method thereof. The back-contact solar cell module includes a solar cell, a busbar, a plurality of first-polarity solder strips, a plurality of second-polarity solder strips, and an insulating film. The busbar, the plurality of first-polarity solder strips, the plurality of second-polarity solder strips, and the insulating film are all arranged on a back surface of the solar cell. The first-polarity solder strips and the second-polarity solder strips are alternately arranged on the back surface of the solar cell, the first-polarity solder strips are electrically connected to the busbar, and the insulating film can isolate the busbar from the solar cell. Along a thickness direction of the solar cell, the first-polarity solder strips and the second-polarity solder strips are respectively arranged on two sides of the insulating film.

The present invention refers to glasses (1) comprising a frame (2) comprising a front (3) and a pair of temples (4), a pair of lenses (5), at least one image acquisition device (10) connected to the frame (2) and with an acquisition direction (D2) opposite a viewing direction (D1).The glasses (1) according to the invention further comprise a noise detection sensor (13) within a predetermined range of sound intensity frequency and an amplification device (14) of said noise.At least one of said pair of lenses (5) comprises a first lens portion (5A) for a frontal view in the viewing direction (D1) and a second lens portion (5B), smaller in size than the first lens portion (5A), consisting of an electronic lens connected to the image acquisition device (10).The at least one image acquisition device (10) and/or the connection of the second lens portion (5B) with the image acquisition device (10) are activated by means of a microprocessor, housed in the glasses (1), for the execution of machine learning algorithms configured to process the information coming from the image acquisition device (10).

A process for recovering phosphorus from ashes coming from combustion plants fed with solid fuel in the form of a renewable and/or waste material, comprising a step of mixing phosphorus-comprising ashes with a sulfuric acid solution, carrying out a solid-liquid extraction and thereby obtaining an acidic slurry comprising a supernatant and an exhausted precipitate, wherein the supernatant comprises phosphoric acid, as well as subjecting said supernatant to successive steps to obtain a concentrated, neutralized, phosphorus-containing mixture, possibly mixed with urea so as to obtain a soil conditioner in liquid form. A plant for carrying out said process and one or more products obtainable through said process are also described.

An improved method (100) for the production and profiling of insulating panels is herein described, comprising a central layer and two outer coating layers on surfaces which are opposite the central layer, said method comprising at least the following steps:- production (101) of a continuous strip of insulating panel;- first sectioning cut (103) of a first panel segment (5) that is transverse to a sliding direction of the continuous strip;- longitudinal lateral profiling (104) of the first panel segment (5);- second multiple transverse cut (105) of the first panel segment (5) into a plurality of second panel segments (10) and preferably transverse squaring and profiling (106) of the second segments;and furthermore comprisingat least one of the longitudinal lateral profiling step (104) and/or second multiple transverse cut step (105) and/or transverse squaring and profiling step (106) comprises a removal, or peeling (107) step, and collating at least one portion of at least one or both the two outer layers, and a separate removal and recovery step (108) and collating the related central layer,wherein the removal step (107) comprises an incision, lifting, or removal, removing and collating step (109) of at least one of two strips or both comprising the outer coating layers of surfaces which are opposite the central layer, thus generating a surface groove by cutting and removing the outer layers comprising a first foam thickness adhering thereto at the surface groove.A related production and profiling plant of insulating panels is also described.

The present invention relates to a collaborative creation system between stars and fans, and an object thereof is to provide a collaborative creation system between stars and fans and a method therefor which enable users to perform new communicative creation through the processes of: dividing a display space of a star creative work uploaded by a star creator into a plurality of pieces; and issuing and distributing, as a blockchain-based NFT, information on the star creative work and location information of the pieces on the star creative work, which allows fan creative works to be displayed in each piece on the star creative work.

The present invention relates to a cleaning device (1, 1') for nasal cavities comprising a hollow main body (2) comprising an air inlet (11) and defining a housing space (4), at least one respiratory care device (5, 35) for the upper or lower respiratory tracts, removably coupled to the main body (2) and an activation element (16).The device (1, 1') further comprises a compressor unit (13) adapted to be inserted in said housing space (4) and comprising a hollow motor support (14) adapted to contain a compressor (15) and defined between a bottom (3) and an upper end (16) close to the housing of the respiratory care device (5, 35).The main body (2), the compressor unit (13), and the at least one respiratory care device (5, 35), when assembled, define an inner suction chamber (17) comprising a flow inlet (18), a compressor flow inlet (20), and a flow outlet (19).The motor support (14) comprises a channel (21), preferably longitudinal, along an outer wall (22) of the motor support (14) defined between the air inlet (11) and the flow inlet (18) of the suction chamber (17).

The present invention relates to a hair dye additive comprising citric acid, phosphoric acid, polyethylene glycol (PEG), and at least one further acid selected from malic acid, lactic acid, succinic acid and combinations thereof, preferably malic acid. The invention also relates to a hair dye, in particular an oxidation dye comprising said additive and a method for the preparation of a mixture for hair dyeing comprising the mixture of a hair dye containing dyeing precursors, an oxidizer, and said additive.