mhurhangee/patent-ind-claim-en huggingface dataset:
A dental composition for use in a method of treating or preventing dentine hypersensitivity or caries, wherein the dental composition comprises glass flakes and a resin wherein: the glass flakes and resin have a refractive index difference of less than 0.04; the glass flakes are coated with a silane and have a thickness in the range of between 0.5 and 10 microns and an aspect ratio in the range of between 14:1 and 90:1; the resin is a vinyl resin comprising a monomer selected from 4-methacryloxyethyl trimellitic acid and its anhydride, bisphenol type epoxy acrylates and their oligomers, urethane dimethacrylates, methyl acrylate, methyl methacrylate, ethyl methacrylate, butyl methacrylate, polyethyleneglycol dimethacrylates, 2,2-bis(p-2'-hydroxy-3'-methacryloxy propoxyphenyl) propane, 2-hydroxyethyl methacrylate, triethylene glycol dimethacrylate, tetrahydrofurfuryl methacrylate, bis[2-(methacryloyloxy)ethyl] phosphate, 2,2-bis(4-methacryloxy polyethoxy phenyl) propane, acrylonitril, vinyl acetate, 2-cyano acrylic acid esters, styrene and divinyl benzene; and the weight fraction of glass flakes in the dental composition is from 10% to 40% and the weight fraction of resin in the dental composition is from 50% to 90%. the glass flakes and resin have a refractive index difference of less than 0.04; the glass flakes are coated with a silane and have a thickness in the range of between 0.5 and 10 microns and an aspect ratio in the range of between 14:1 and 90:1; the resin is a vinyl resin comprising a monomer selected from 4-methacryloxyethyl trimellitic acid and its anhydride, bisphenol type epoxy acrylates and their oligomers, urethane dimethacrylates, methyl acrylate, methyl methacrylate, ethyl methacrylate, butyl methacrylate, polyethyleneglycol dimethacrylates, 2,2-bis(p-2'-hydroxy-3'-methacryloxy propoxyphenyl) propane, 2-hydroxyethyl methacrylate, triethylene glycol dimethacrylate, tetrahydrofurfuryl methacrylate, bis[2-(methacryloyloxy)ethyl] phosphate, 2,2-bis(4-methacryloxy polyethoxy phenyl) propane, acrylonitril, vinyl acetate, 2-cyano acrylic acid esters, styrene and divinyl benzene; and the weight fraction of glass flakes in the dental composition is from 10% to 40% and the weight fraction of resin in the dental composition is from 50% to 90%.
A tread for bonding to a tire carcass to form a retreaded tire comprising: a length extending in a longitudinal direction; a width extending in a lateral direction; a top side having a portion for engaging the ground; a bottom side for bonding to the tire carcass ; a central portion having a bottom side forming a portion of the bottom side of the tread and a top side forming a portion of the top side of the tread , wherein the central portion top and bottom sides define a central thickness (dl); and a pair of opposed wing portions extending laterally from the edges of the central portion along the length of the tread , each wing portion having a bottom side forming a portion of the bottom side of the tread and a top side forming a portion of the top side of the tread , wherein the wing portion top side and the wing portion bottom side define a wing thickness (d2), characterized by each wing portion comprising a plurality of thickened portions spaced apart along a length of the wing portion and each thickened portion including a discontinuity having a longitudinal component formed in the top side of the wing portions and extending depthwise into the at least one thickened portion, the wing portions being configured to resist deflection when subjected to a force from the bottom side and to deflect when subjected to a force from the top side . a length extending in a longitudinal direction; a width extending in a lateral direction; a top side having a portion for engaging the ground; a bottom side for bonding to the tire carcass ; a central portion having a bottom side forming a portion of the bottom side of the tread and a top side forming a portion of the top side of the tread , wherein the central portion top and bottom sides define a central thickness (dl); and a pair of opposed wing portions extending laterally from the edges of the central portion along the length of the tread , each wing portion having a bottom side forming a portion of the bottom side of the tread and a top side forming a portion of the top side of the tread , wherein the wing portion top side and the wing portion bottom side define a wing thickness (d2), characterized by each wing portion comprising a plurality of thickened portions spaced apart along a length of the wing portion and each thickened portion including a discontinuity having a longitudinal component formed in the top side of the wing portions and extending depthwise into the at least one thickened portion, the wing portions being configured to resist deflection when subjected to a force from the bottom side and to deflect when subjected to a force from the top side .
An apparatus for the production and filling of containers designed to contain food, comprising at least one device for forming a sheet made of polymeric material in order to provide a plurality of accommodation receptacles which have at least one access opening , at least one filling unit adapted to fill, through said access opening , said accommodation receptacles with at least one type of food, at least one sealing unit adapted to seal said access opening by means of a closure film , at least one device for removing a plurality of portions to be removed, and at least one laser emitter for providing at least one weakening portion at a respective connecting edge between at least two adjacent accommodation receptacles , said polymeric material being chosen from the group comprising: - PET (polyethylene terephthalate); - PP (polypropylene) and copolymers thereof; characterized in that said apparatus comprises a first section of the apparatus which accommodates said at least one filling unit , said at least one sealing unit and said at least one device for removing a plurality of portions to be removed, and a second section of the apparatus which accommodates said at least one laser emitter , said at least one second section being separate from said first section , wherein the separation between the first section and the second section is ensured by a separation wall or partition which allows the crossing of the accommodation receptacles but is capable of isolating the atmospheres in which the devices that are present respectively in the first section and in the second section operate. - PET (polyethylene terephthalate); - PP (polypropylene) and copolymers thereof;
A method of producing a thermoplastic liquid-crystal polymer film comprising: forming a thermoplastic liquid-crystal polymer film having opposite surfaces by molding a thermoplastic liquid-crystal polymer; melting the thermoplastic liquid-crystal polymer film by heating the thermoplastic liquid-crystal polymer film with the opposite surfaces being in contact with two support sheets at a temperature of from a melting point of the thermoplastic liquid-crystal polymer to a temperature higher than the melting point by 70 °C; cooling the melted thermoplastic liquid-crystal polymer film to a temperature equal to or less than a crystallization temperature of the thermoplastic liquid-crystal polymer at a cooling rate of from 3°C per second to 7°C per second; and separating the cooled thermoplastic liquid-crystal polymer film from the support sheets. forming a thermoplastic liquid-crystal polymer film having opposite surfaces by molding a thermoplastic liquid-crystal polymer; melting the thermoplastic liquid-crystal polymer film by heating the thermoplastic liquid-crystal polymer film with the opposite surfaces being in contact with two support sheets at a temperature of from a melting point of the thermoplastic liquid-crystal polymer to a temperature higher than the melting point by 70 °C; cooling the melted thermoplastic liquid-crystal polymer film to a temperature equal to or less than a crystallization temperature of the thermoplastic liquid-crystal polymer at a cooling rate of from 3°C per second to 7°C per second; and separating the cooled thermoplastic liquid-crystal polymer film from the support sheets.
Proton-conducting membrane for fuel cell constituted of inorganic particles bonded, covalently, to polymer chains (referred to as first chains) constituted of at least one polymer carrying proton-exchanging groups, optionally in the form of salts, said particles also being bonded to polymer chains (referred to as second chains) constituted of at least one fluorinated polymer not carrying proton-exchanging groups, with the bond between the particles and said second chains corresponding to one of the following alternatives: - said second chains are bonded to the particles via organic spacer groups; or - said second chains are bonded to first chains via organic spacer groups; or - a portion of said second chains is bonded to the particles via organic spacer groups while the other portion of said second chains is bonded to first chains via organic spacer groups. - said second chains are bonded to the particles via organic spacer groups; or - said second chains are bonded to first chains via organic spacer groups; or - a portion of said second chains is bonded to the particles via organic spacer groups while the other portion of said second chains is bonded to first chains via organic spacer groups.
An aggregate comprised of a connector -in particular a quick connector-and a media line hooked up to the connector , in particular a heatable media line , wherein the connector has a cast and/or sprayed jacket, in particular an outer jacket made out of plastic, and wherein an end of the media line facing the connector has a sealing cap , which prevents molten plastic from penetrating into the media line while casting and/or spraying the jacket, wherein the sealing cap has a first cylindrical section and a second cylindrical section , wherein the first cylindrical section has a larger diameter than the second cylindrical section, wherein the first cylindrical section of the sealing cap directly adjoins the second cylindrical section, wherein the first cylindrical section of the sealing cap overlaps an outer pipe of the media line, and wherein the length of the sealing cap is less than the length of the connector in the longitudinal direction of the connector .
A calibration device for use in a prosthetic device testing apparatus, the calibration device comprising: a plurality of walls spaced from each other; and at least one indicator on at least one of the plurality of walls indicating a position on the respective wall; wherein each of the plurality of walls includes a coupling portion and an end portion , each of the plurality of walls being coupled to another one of the plurality of walls at the coupling portion and extending radially outwards from the coupling portion to the end portion. a plurality of walls spaced from each other; and at least one indicator on at least one of the plurality of walls indicating a position on the respective wall; wherein each of the plurality of walls includes a coupling portion and an end portion , each of the plurality of walls being coupled to another one of the plurality of walls at the coupling portion and extending radially outwards from the coupling portion to the end portion.
A bulk processor for an item, comprising: a processing chamber having a product inlet and a product outlet ; a conveyor for conveying product through the processing chamber from the product inlet to the product outlet ; and an axial flow fan for circulating air around the product, the axial flow fan having a curved back wall forming an air flow chamber for directing air from below the conveyor to a high-pressure region above the conveyor . a processing chamber having a product inlet and a product outlet ; a conveyor for conveying product through the processing chamber from the product inlet to the product outlet ; and an axial flow fan for circulating air around the product, the axial flow fan having a curved back wall forming an air flow chamber for directing air from below the conveyor to a high-pressure region above the conveyor .
Binder composition for producing a wood-based material, in particular a board-shaped wood-based material, with - an organic phase comprising at least one isocyanate binder, - an aqueous phase and - a phase transfer catalyst to accelerate the curing of the isocyanate binder. - an organic phase comprising at least one isocyanate binder, - an aqueous phase and - a phase transfer catalyst to accelerate the curing of the isocyanate binder.
A method of ventilating an excised lung, comprising: applying a first pressure (P1) to an airway of the lung, wherein P1 is above an atmospheric pressure; applying a second pressure (P2) to an exterior surface of the lung; and varying P2 to change a pressure differential (PD) so as to cause the lung to breathe, wherein PD=P1-P2, characterized in that a regenerative vacuum pump, in particular a single turbine, is used to apply and control both P1 and P2, wherein an exhaust pressure at an exhaust side of the pump is used to regulate P1 and a vacuum pressure at a vacuum side of the pump is used to regulate P2. applying a first pressure (P1) to an airway of the lung, wherein P1 is above an atmospheric pressure; applying a second pressure (P2) to an exterior surface of the lung; and varying P2 to change a pressure differential (PD) so as to cause the lung to breathe, wherein PD=P1-P2, characterized in that a regenerative vacuum pump, in particular a single turbine, is used to apply and control both P1 and P2, wherein an exhaust pressure at an exhaust side of the pump is used to regulate P1 and a vacuum pressure at a vacuum side of the pump is used to regulate P2.
Apixel circuit structure of an organic light emitting display, OLED, device, comprising a first to a fifth thin film transistor, TFT, , a capacitor and an OLED device , wherein a drain of the first TFT is connected to a negative supply (ARVSS) of a backboard via the OLED device , a source of the first TFT is connected to a drain of the third TFT , and a source of the third TFT is connected to a positive power supply (ARVDD) of the backboard; one end of the capacitor is connected (N3) between the first TFT and third TFT , and the other end of the capacitor is connected (N2) to a source of the second TFT and a source of the fourth TFT ; a drain of the second TFT is connected (N4) to the drain of the first TFT and the OLED device ; a drain of the fourth TFT is connected (N1) to a drain of the fifth TFT and a gate of the first TFT , a source of the fifth TFT is connected to a data line (DATA), and a gate of the fifth TFT and a gate of the second TFT are connected to a scan line (SCAN); and a gate of the third TFT is configured to be provided with a first control signal (EM), and a gate of the fourth TFT is configured to be provided with a second control signal (EMD), wherein the pixel circuit structure is configured for a light emitting period,during which the scan line (SCAN) is at a high level, the first control signal (EM) and the second control signal (EMD) are at a low level, the first TFT , the third TFT , and the fourth TFT are turned on, and the second TFT and the fifth TFT are turned off.
An antibody which binds to human CSF-1R wherein the antibody is administered in combination with a Toll-like receptor 9 (TLR9) agonist for use in the treatment of cancer, wherein the cancer is further characterized by CSF-1R expression or overexpression, wherein the TLR9 agonist is a oligodeoxynucleotide containing cytosine-phosphate-guanosine (CpG) motifs (CpG ODNs), wherein the cancer is colorectal cancer, and wherein the antibody is characterized in binding to the dimerization domains D4 to D5 of SEQ ID No: 85 of the extracellular domain of human CSF-1R.
A method for calibrating a quantum computing system , the quantum computing system implementing a quantum circuit on a quantum system having a plurality of qubits, the quantum circuit comprising a composite quantum gate, wherein the composite quantum gate acts on more than one qubit, the method comprising: accessing , by one or more computing devices, a unitary gate model describing the composite quantum gate, the unitary gate model comprising a plurality of gate parameters; implementing , by the one or more computing devices, the composite quantum gate for a plurality of gate cycles on the quantum system to amplify the plurality of gate parameters; obtaining , by the one or more computing devices, a measurement of a state of the quantum system after implementing the composite quantum gate for the plurality of gate cycles, by obtaining a measurement of the state of the quantum system for each of a plurality of measurement instances, wherein each measurement instance is associated with a different number of gate cycles and all gates cycled in the plurality of gate cycles remain fixed between cycles and measurement instances; determining , by the one or more computing devices, at least one of the plurality of gate parameters based at least in part on the measurement of the state of the quantum system; and calibrating , by the one or more computing devices, the composite quantum gate for the quantum computing system based at least in part on the plurality of gate parameters by adjusting at least one gate control parameter of the composite quantum gate. accessing , by one or more computing devices, a unitary gate model describing the composite quantum gate, the unitary gate model comprising a plurality of gate parameters; implementing , by the one or more computing devices, the composite quantum gate for a plurality of gate cycles on the quantum system to amplify the plurality of gate parameters; obtaining , by the one or more computing devices, a measurement of a state of the quantum system after implementing the composite quantum gate for the plurality of gate cycles, by obtaining a measurement of the state of the quantum system for each of a plurality of measurement instances, wherein each measurement instance is associated with a different number of gate cycles and all gates cycled in the plurality of gate cycles remain fixed between cycles and measurement instances; determining , by the one or more computing devices, at least one of the plurality of gate parameters based at least in part on the measurement of the state of the quantum system; and calibrating , by the one or more computing devices, the composite quantum gate for the quantum computing system based at least in part on the plurality of gate parameters by adjusting at least one gate control parameter of the composite quantum gate.
Control method for a pallet truck ; wherein the pallet truck is controlled manually while sensor data from at least one sensor of the pallet truck are stored; wherein the pallet truck is controlled autonomously while sensor data from the at least one sensor are captured and compared against the stored sensor data; wherein the pallet truck is controlled autonomously in such a way that the captured sensor data are brought into line with the stored sensor data; wherein the sensor data captured and stored are at least one motion variable of the pallet truck or of a part of the pallet truck ; wherein a motion sequence of the pallet truck is reconstructed from the stored sensor data; wherein the pallet truck performs the motion sequence autonomously; wherein the pallet truck performs the motion sequence starting from an initial position in the reconstructed motion sequence; wherein the pallet truck performs the motion sequence inversely, characterized in that the motion sequence encompasses not only a recorded path but also operation of a lifting apparatus or of operating hydraulics, there being provision for an adaptation function for operating the lifting apparatus or the operating hydraulics. the pallet truck is controlled manually while sensor data from at least one sensor of the pallet truck are stored; wherein the pallet truck is controlled autonomously while sensor data from the at least one sensor are captured and compared against the stored sensor data; wherein the pallet truck is controlled autonomously in such a way that the captured sensor data are brought into line with the stored sensor data; wherein the sensor data captured and stored are at least one motion variable of the pallet truck or of a part of the pallet truck ; wherein a motion sequence of the pallet truck is reconstructed from the stored sensor data; wherein the pallet truck performs the motion sequence autonomously; wherein the pallet truck performs the motion sequence starting from an initial position in the reconstructed motion sequence; wherein the pallet truck performs the motion sequence inversely, characterized in that the motion sequence encompasses not only a recorded path but also operation of a lifting apparatus or of operating hydraulics, there being provision for an adaptation function for operating the lifting apparatus or the operating hydraulics.
A time and/or attendance recording device , wherein the time and/or attendance recording device has a playback device , wherein the time and/or attendance recording device is configured in such manner that a reproduction of personal information of a person is carried out using the playback device depending on to which information type from a plurality of information types the personal information is assigned, wherein the plurality of information types comprises at least a first information type, wherein the time and/or attendance recording device is configured in such manner that personal information, which is assigned to the first information type, can be reproduced using the playback device , wherein the plurality of information types comprises at least a second information type, wherein the time and/or attendance recording device is configured in such manner that a reproduction by the playback device of personal information, which is assigned to the second information type, is prevented, wherein the time and/or attendance recording device is configured in such manner that via a user input using an input device of the time and/or attendance recording device , it can be specified and/or selected by a person that personal information of the person , which is assigned to the second information type, is reproduced by the playback device . wherein the time and/or attendance recording device is configured in such manner that a reproduction of personal information of a person is carried out using the playback device depending on to which information type from a plurality of information types the personal information is assigned, wherein the plurality of information types comprises at least a first information type, wherein the time and/or attendance recording device is configured in such manner that personal information, which is assigned to the first information type, can be reproduced using the playback device , wherein the plurality of information types comprises at least a second information type, wherein the time and/or attendance recording device is configured in such manner that a reproduction by the playback device of personal information, which is assigned to the second information type, is prevented, wherein the time and/or attendance recording device is configured in such manner that via a user input using an input device of the time and/or attendance recording device , it can be specified and/or selected by a person that personal information of the person , which is assigned to the second information type, is reproduced by the playback device .