mhurhangee/patent-ind-claim-en huggingface dataset:
A method of fabricating a ceramic material, the method comprising the following steps: - forming a ceramic material by performing a first chemical reaction at least between a first powder of a metallic disilicide MSi 2 where M is a transition metal and a reactive gas phase, the first chemical reaction being a nitriding reaction and the reactive gas phase comprising the element N or the first chemical reaction being a carburizing reaction and the reactive gas phase comprising the element C, a liquid phase obtained from a second powder being present around the grains of the first powder during the first chemical reaction, a working temperature being imposed during the formation of the ceramic material, which temperature is low enough to avoid melting the first powder, and one of the two following characteristics being true: - the second powder is a powder of nickel and the liquid phase is obtained as a result of a second chemical reaction between at least one element of the first powder and the nickel of the second powder; or - the second powder is a powder of an alloy of aluminum and of silicon AlSi13 comprising 13% by weight silicon and the liquid phase is obtained by melting by said alloy of aluminum and of silicon. - forming a ceramic material by performing a first chemical reaction at least between a first powder of a metallic disilicide MSi 2 where M is a transition metal and a reactive gas phase, the first chemical reaction being a nitriding reaction and the reactive gas phase comprising the element N or the first chemical reaction being a carburizing reaction and the reactive gas phase comprising the element C, a liquid phase obtained from a second powder being present around the grains of the first powder during the first chemical reaction, a working temperature being imposed during the formation of the ceramic material, which temperature is low enough to avoid melting the first powder, and one of the two following characteristics being true: - the second powder is a powder of nickel and the liquid phase is obtained as a result of a second chemical reaction between at least one element of the first powder and the nickel of the second powder; or - the second powder is a powder of an alloy of aluminum and of silicon AlSi13 comprising 13% by weight silicon and the liquid phase is obtained by melting by said alloy of aluminum and of silicon. - the second powder is a powder of nickel and the liquid phase is obtained as a result of a second chemical reaction between at least one element of the first powder and the nickel of the second powder; or - the second powder is a powder of an alloy of aluminum and of silicon AlSi13 comprising 13% by weight silicon and the liquid phase is obtained by melting by said alloy of aluminum and of silicon.
A method of transmitting a sidelink discovery signal by a user equipment, UE, in a wireless communication system, the method comprising: setting a transmit power for the sidelink discovery signal; and transmitting the sidelink discovery signal with the transmit power, wherein the transmit power is determined based on discMaxTxPower which is power information for the sidelink discovery signal transmission, wherein i) based on the UE being configured with a range class for transmitting the sidelink discovery signal and ii) based on the UE being located in a cell coverage, the discMaxTxPower informs a parameter used to calculate a maximum transmit power of the UE configured with the range class, wherein i) based on the UE transmitting a sidelink communication signal and ii) based on the UE being located in the cell coverage, P-Max, being power information for an uplink transmission, is used to calculate a maximum transmit power of the UE, wherein the sidelink discovery signal is a sidelink signal which is transmitted to discover other UE in proximity and the sidelink communication signal is a sidelink signal which is transmitted to a specific UE to directly communicate with the specific UE, and wherein the P-Max and the discMaxTxPower are received through different system information. setting a transmit power for the sidelink discovery signal; and transmitting the sidelink discovery signal with the transmit power, wherein the transmit power is determined based on discMaxTxPower which is power information for the sidelink discovery signal transmission, wherein i) based on the UE being configured with a range class for transmitting the sidelink discovery signal and ii) based on the UE being located in a cell coverage, the discMaxTxPower informs a parameter used to calculate a maximum transmit power of the UE configured with the range class, wherein i) based on the UE transmitting a sidelink communication signal and ii) based on the UE being located in the cell coverage, P-Max, being power information for an uplink transmission, is used to calculate a maximum transmit power of the UE, wherein the sidelink discovery signal is a sidelink signal which is transmitted to discover other UE in proximity and the sidelink communication signal is a sidelink signal which is transmitted to a specific UE to directly communicate with the specific UE, and wherein the P-Max and the discMaxTxPower are received through different system information.
A centrifuge plate which is intended for casting housing ends of hollow fiber filter modules and can be rotated around a centrifuge axis , comprising at least two bearing elements arranged diametrically with respect to the centrifuge axis and provided for supporting a housing of a hollow fiber filter module to be cast, wherein each bearing element is rotatably supported on the centrifuge plate around a bearing axle which is parallel to the centrifuge axis , characterized in that a bearing head including differently shaped receiving structures is mounted, which structures are provided for receiving housings with different dimensions, wherein, by twisting the bearing elements around the respective bearing axle , the different receiving structures are relative-positioned by bearing elements allocated to one another.
Device for feeding an object arranged in a film bag from a room , in particular a cleanroom , into a further room separated by a partition , in particular a further cleanroom , comprising at least one holding means for holding the film bag, at least one cutting device for cutting open the film bag, wherein the holding means and/or the cutting device are arranged in the room , with at least one feed means in order to feed the object to the further room , wherein the feed means is also arranged in the room , wherein the feed means comprises at least one advance system and at least one transfer system which are designed to be movable both together and also relative to one another, wherein the transfer system is arranged on the advance system , wherein at least one coupling means is provided which interconnects or disconnects the advance system and the transfer system , and which interacts with an actuating means .
Polyester comprising ethylene-2,5-furandicarboxylate units, which polyester has an IV of at least 0.75 dl/g,an acetaldehyde content of less than 0.5 mg/kg and an amount of carboxylic acid end groups in the range of 5 to 30 meq/kg, all measured as described in the description.
A battery pack , comprising: a housing ; a plurality of cells , provided in the housing ; wherein the sum V1 of the volumes of the plurality of cells and the volume V2 of the battery pack satisfy V1/V2≥55%; and the battery pack has a first direction and a second direction perpendicular to each other; a length direction of the cell is arranged along the first direction of the battery pack , and the plurality of cells are arranged along the second direction of the battery pack ; the housing accommodates only one cell along the first direction; and the cell comprises a cell body , and the length of the cell body is 600-2500 mm. a housing ; a plurality of cells , provided in the housing ; wherein the sum V1 of the volumes of the plurality of cells and the volume V2 of the battery pack satisfy V1/V2≥55%; and the battery pack has a first direction and a second direction perpendicular to each other; a length direction of the cell is arranged along the first direction of the battery pack , and the plurality of cells are arranged along the second direction of the battery pack ; the housing accommodates only one cell along the first direction; and the cell comprises a cell body , and the length of the cell body is 600-2500 mm.
A reflective skin-spread composition comprising: (a) 80 to 90 w/w % reflective glass microspheres; and (b) 10 to 20 w/w % carrier medium; wherein: (i) the reflective glass microspheres have an average diameter of 30 to 80 microns; (ii) the carrier medium comprises an emollient ester, a plant emollient, a binder/stabilizer, and a water-resistant film-forming agent; and (iii) the composition comprises the emollient ester at 3 to 6 w/w%, the plant emollient at 2 to 5 w/w %, the binder/stabilizer at 3 to 6 w/w %, and the water-resistant film-forming agent at 1 to 4 w/w %. (a) 80 to 90 w/w % reflective glass microspheres; and (b) 10 to 20 w/w % carrier medium; wherein: (i) the reflective glass microspheres have an average diameter of 30 to 80 microns; (ii) the carrier medium comprises an emollient ester, a plant emollient, a binder/stabilizer, and a water-resistant film-forming agent; and (iii) the composition comprises the emollient ester at 3 to 6 w/w%, the plant emollient at 2 to 5 w/w %, the binder/stabilizer at 3 to 6 w/w %, and the water-resistant film-forming agent at 1 to 4 w/w %. (i) the reflective glass microspheres have an average diameter of 30 to 80 microns; (ii) the carrier medium comprises an emollient ester, a plant emollient, a binder/stabilizer, and a water-resistant film-forming agent; and (iii) the composition comprises the emollient ester at 3 to 6 w/w%, the plant emollient at 2 to 5 w/w %, the binder/stabilizer at 3 to 6 w/w %, and the water-resistant film-forming agent at 1 to 4 w/w %.
An ink composition comprising: a metal salt; an optional solvent; and a stable component that is stable in the ink composition until treated, wherein, upon treatment, the component forms a compound that reduces the metal salt to form metal, wherein the stable component is an initiator selected from the group consisting of hydrogen peroxide, 2,2'-Azobis-[2-methyl-propanimidamide] dihydrochloride, azobisisobutyronitrile, benzoyl peroxide, and combinations thereof. a metal salt; an optional solvent; and a stable component that is stable in the ink composition until treated, wherein, upon treatment, the component forms a compound that reduces the metal salt to form metal, wherein the stable component is an initiator selected from the group consisting of hydrogen peroxide, 2,2'-Azobis-[2-methyl-propanimidamide] dihydrochloride, azobisisobutyronitrile, benzoyl peroxide, and combinations thereof.
Method of indexing a video taken with a mobile camera and stored on a storage disk , wherein the video is formed of a collection of frames each comprising a date and shooting information, wherein the method implemented by a server comprises for each frame : - a step for selecting the date of the frame by a selection module of a computer of the server ; - a step for extracting a location of the frame from the shooting information of the frame by a determining module of the computer of the server ; - a step for assigning interpretability to the frame by an interpretability calculation module of the computer of the server , the interpretability of a frame being defined for each frame, being calculated by an autonomous calculating function from radiometric and geometric indices of the frame and being a value from a range of values; and - for indexing the video, a step for generating a metadata file separate from the video, comprising for each frame of the video, the date, the location and the interpretability of the frame , and wherein it is designed to be interrogated by a query comprising at least one criterion, i.e. at least the date, location or interpretability. - a step for selecting the date of the frame by a selection module of a computer of the server ; - a step for extracting a location of the frame from the shooting information of the frame by a determining module of the computer of the server ; - a step for assigning interpretability to the frame by an interpretability calculation module of the computer of the server , the interpretability of a frame being defined for each frame, being calculated by an autonomous calculating function from radiometric and geometric indices of the frame and being a value from a range of values; and - for indexing the video, a step for generating a metadata file separate from the video, comprising for each frame of the video, the date, the location and the interpretability of the frame , and wherein it is designed to be interrogated by a query comprising at least one criterion, i.e. at least the date, location or interpretability.
Autonomous apparatus to cook food comprising a support body , a lid associated with said support body and mobile with respect thereto, and a container positioned inside said support body , wherein said lid in the closed condition together with said container defines a cooking chamber , said autonomous apparatus also comprising at least one upper heating device , located above said container , and at least one ventilation device associated with said upper heating device , and a thermostat unit configured to activate/deactivate said upper heating device according to whether a threshold temperature inside said cooking chamber is reached or not, characterized in that it comprises a regulation device comprising a first actuation element configured to assume at least two angular positions to set a corresponding rotation speed of said at least one ventilation device , and a second actuation element , mechanically connected to said first actuation element and configured to act mechanically on said thermostat unit to condition the value of said threshold temperature in a manner functionally correlated to the value of the rotation speed of said at least one ventilation device determined by the position of said first actuation element .
An information processing device comprising a processor configured to: display a plurality of thumbnail images each representing one of a plurality of files on a screen ; receive an enlargement instruction for a file among the plurality of files to display an enlarged thumbnail image for the file, the enlarged thumbnail image being an image obtained by enlarging the thumbnail image ; bundle, in response to receiving enlargement instructions for two or more files among the plurality of files , the enlarged thumbnail images of the two or more files into a single multi-page enlarged thumbnail comprising a page for each of the two or more files, and display one page of the multi-page enlarged thumbnail as the enlarged thumbnail image together with one or more page turning buttons which, with user selection, enable to turn forward or back through the pages of the multi-page enlarged thumbnail receive, via the one or more page turning buttons, a change instruction to display an enlarged thumbnail image of another page corresponding to one file among the plurality of files; and display the enlarged thumbnail image of the another page instead of the enlarged thumbnail image of the one file. display a plurality of thumbnail images each representing one of a plurality of files on a screen ; receive an enlargement instruction for a file among the plurality of files to display an enlarged thumbnail image for the file, the enlarged thumbnail image being an image obtained by enlarging the thumbnail image ; bundle, in response to receiving enlargement instructions for two or more files among the plurality of files , the enlarged thumbnail images of the two or more files into a single multi-page enlarged thumbnail comprising a page for each of the two or more files, and display one page of the multi-page enlarged thumbnail as the enlarged thumbnail image together with one or more page turning buttons which, with user selection, enable to turn forward or back through the pages of the multi-page enlarged thumbnail receive, via the one or more page turning buttons, a change instruction to display an enlarged thumbnail image of another page corresponding to one file among the plurality of files; and display the enlarged thumbnail image of the another page instead of the enlarged thumbnail image of the one file.
A method for joining bumper members comprising: providing a bumper reinforcement including a first portion provided with a first hole , and a bumper stay which has a hollow shape and a rectangular cross section; and inserting the bumper stay into the first hole of the bumper reinforcement to pass through the first portion , wherein the bumper stay is inserted into the first hole until an end surface of the bumper stay contacts a wall of the bumper reinforcement ; inserting an elastic body into the bumper stay until an end surface of the elastic body contacts a wall of the bumper reinforcement ; and compressing the elastic body in an axial direction of the bumper stay to expand the elastic body outward from inside, thereby expanding and deforming at least a portion of the bumper stay inserted into the first hole to join the bumper stay to the first portion by press-fitting. providing a bumper reinforcement including a first portion provided with a first hole , and a bumper stay which has a hollow shape and a rectangular cross section; and inserting the bumper stay into the first hole of the bumper reinforcement to pass through the first portion , wherein the bumper stay is inserted into the first hole until an end surface of the bumper stay contacts a wall of the bumper reinforcement ; inserting an elastic body into the bumper stay until an end surface of the elastic body contacts a wall of the bumper reinforcement ; and compressing the elastic body in an axial direction of the bumper stay to expand the elastic body outward from inside, thereby expanding and deforming at least a portion of the bumper stay inserted into the first hole to join the bumper stay to the first portion by press-fitting.
The use of at least one polyelectrolyte complex for providing an oxygen barrier for packaging materials made of polymer foils, where polymeric components of the polyelectrolyte complex are applied in polymerized form to the polymer foil, and where at least one side of at least one polymer foil is coated with a composition comprising a polyelectrolyte complex previously produced from anionic polymer and from cationic surfactant, or where at least one side of a polymer foil is coated with at least three alternating layers, where respectively one of two adjacent layers comprises at least one anionic polyelectrolyte component and the other of two adjacent layers comprises at least one cationic polyelectrolyte component, and polyelectrolyte complexes can form at the opposite, adjacent interfaces of the at least three alternating layers, wherein the cationic polyelectrolyte component used comprises a cationic polymer selected from the group consisting of polymers comprising vinylimidazolium units, polydiallyldimethylammonium halides, polymers comprising vinylamine units, polymers comprising ethyleneimine units, polymers comprising dialkylaminoalkyl acrylate units, polymers comprising dialkylaminoalkyl methacrylate units, polymers comprising dialkylaminoalkylacrylamide units, and polymers comprising dialkylaminoalkyl methacrylamide units; or wherein the cationic polyelectrolyte component used comprises a cationic surfactant.
A method for deploying a cellular communication network comprising reconfiguring a cellular communication network, wherein the cellular communication network in an initial state comprises cells , each cell comprising a base station located in an essentially central position inside the cell , with one or more antennas of each cell are arranged to cover the area of the cell for communicating with communication devices inside the cell , with the steps of: ▪ selecting a plurality of non-adjacent cells as central cells ; ▪ for each central cell ∘ in base stations of cells that are adjacent to the central cell , arranging one or more antennas to be directed towards the central cell ; ∘ thereby defining a super-cell comprising the central cell and part of the adjacent cells, the outline of the super-cell being defined by the base stations of the adjacent cells, and antennas of the super-cell comprising the antennas of the adjacent cells that are directed towards the central cell , ∘ providing a common processing system to coordinate the emanation of radiation by the antennas of the adjacent cells that are directed towards the central cell of the super-cell so as to communicate with one or more communication devices located within the central cell of the super-cell ; ∘ wherein the signals from the antennas of the super-cell use at least a same channel resource. ▪ selecting a plurality of non-adjacent cells as central cells ; ▪ for each central cell ∘ in base stations of cells that are adjacent to the central cell , arranging one or more antennas to be directed towards the central cell ; ∘ thereby defining a super-cell comprising the central cell and part of the adjacent cells, the outline of the super-cell being defined by the base stations of the adjacent cells, and antennas of the super-cell comprising the antennas of the adjacent cells that are directed towards the central cell , ∘ providing a common processing system to coordinate the emanation of radiation by the antennas of the adjacent cells that are directed towards the central cell of the super-cell so as to communicate with one or more communication devices located within the central cell of the super-cell ; ∘ wherein the signals from the antennas of the super-cell use at least a same channel resource. ∘ in base stations of cells that are adjacent to the central cell , arranging one or more antennas to be directed towards the central cell ; ∘ thereby defining a super-cell comprising the central cell and part of the adjacent cells, the outline of the super-cell being defined by the base stations of the adjacent cells, and antennas of the super-cell comprising the antennas of the adjacent cells that are directed towards the central cell , ∘ providing a common processing system to coordinate the emanation of radiation by the antennas of the adjacent cells that are directed towards the central cell of the super-cell so as to communicate with one or more communication devices located within the central cell of the super-cell ; ∘ wherein the signals from the antennas of the super-cell use at least a same channel resource.