mhurhangee/patent-ind-claim-en huggingface dataset:
A method comprising: generating a near field communication (NFC) field using an NFC enabled device; receiving, from an NFC tag associated with a printer, a set of data associated with the printer in response to the generated NFC field, wherein the set of data comprises information indicating data stored in at least one sector of the NFC tag, wherein the data stored in the at least one sector indicates a read-only status of one or more of the sectors of the NFC tag; determining a source for accessing a set of configuration values for a configuration of the printer based on the data stored in the at least one sector and based on whether the read-only status has changed from a default value determining that the printer has been modified from its original configuration, wherein the source is either the NFC tag or a remote database, wherein the source is determined to be the NFC tag in response to determining that the read-only status has not changed from the default value and wherein the source is determined to be the remote database in response to determining that the read-only status has changed from the default value; and obtaining the set of configuration values for the configuration of the printer from the determined source. generating a near field communication (NFC) field using an NFC enabled device; receiving, from an NFC tag associated with a printer, a set of data associated with the printer in response to the generated NFC field, wherein the set of data comprises information indicating data stored in at least one sector of the NFC tag, wherein the data stored in the at least one sector indicates a read-only status of one or more of the sectors of the NFC tag; determining a source for accessing a set of configuration values for a configuration of the printer based on the data stored in the at least one sector and based on whether the read-only status has changed from a default value determining that the printer has been modified from its original configuration, wherein the source is either the NFC tag or a remote database, wherein the source is determined to be the NFC tag in response to determining that the read-only status has not changed from the default value and wherein the source is determined to be the remote database in response to determining that the read-only status has changed from the default value; and obtaining the set of configuration values for the configuration of the printer from the determined source.
A process for making acrylic bead particles comprising mixing at least one monomer with oligomer seed particles and at least one initiator wherein the mixing is performed under conditions in which the at least one monomer is capable of forming oligomer or polymer or a mixture thereof, wherein the oligomer seed particles are made by the process of: making preseed particles comprising the steps of: mixing initial seed latex particles; a monomer mixture comprising at least one monomer and at least one copolymerizable surfactant, at least one initiator; and a chain transfer agent to form the preseed particles, mixing the preseed particles, a monomer mixture comprising at least one monomer and at least one copolymerizable surfactant, and at least one initiator to form oligomer seed particles. making preseed particles comprising the steps of: mixing initial seed latex particles; a monomer mixture comprising at least one monomer and at least one copolymerizable surfactant, at least one initiator; and a chain transfer agent to form the preseed particles, mixing initial seed latex particles; a monomer mixture comprising at least one monomer and at least one copolymerizable surfactant, at least one initiator; and a chain transfer agent to form the preseed particles, mixing the preseed particles, a monomer mixture comprising at least one monomer and at least one copolymerizable surfactant, and at least one initiator to form oligomer seed particles.
An apparatus comprising: a first magnetic field sensor mounted to a printed circuit board , the first magnetic field sensor to provide a first output signal in response to a magnetic field generated by a magnet coupled to a movable portion of a process control device; a second magnetic field sensor mounted to the printed circuit board, the second magnetic field sensor to provide a second output signal in response to the magnetic field; and a processor to compare one of a difference between or a ratio of the first and second output signals over a range of motion of the magnet to a stored difference between or a ratio of the first and second output signals, where the stored difference between or the ratio of the first and second output signals varies over the range of motion, to generate diagnostic information associated with a feedback of the process control device; characterized in that the first magnetic field sensor and the second magnetic field sensor are arranged offset to one another in two different directions along a plane of the printed circuit board to provide different output signals based on the magnetic field. a first magnetic field sensor mounted to a printed circuit board , the first magnetic field sensor to provide a first output signal in response to a magnetic field generated by a magnet coupled to a movable portion of a process control device; a second magnetic field sensor mounted to the printed circuit board, the second magnetic field sensor to provide a second output signal in response to the magnetic field; and a processor to compare one of a difference between or a ratio of the first and second output signals over a range of motion of the magnet to a stored difference between or a ratio of the first and second output signals, where the stored difference between or the ratio of the first and second output signals varies over the range of motion, to generate diagnostic information associated with a feedback of the process control device; characterized in that the first magnetic field sensor and the second magnetic field sensor are arranged offset to one another in two different directions along a plane of the printed circuit board to provide different output signals based on the magnetic field.
An ultrasonic surgical apparatus comprising: a first signal generator outputting a drive signal at a predetermined voltage and frequency; a first oscillating structure , receiving the drive signal and oscillating at the frequency of the drive signal; a bridge circuit, detecting the mechanical motion of the first oscillating structure and outputting a signal representative of the mechanical motion; a second oscillating structure integrally formed within a portion of the first oscillating structure, the second oscillating structure outputting an electrical signal; and a microcontroller receiving the signal representative of the mechanical motion output by the bridge circuit and the electrical signal output by the second oscillating structure, the microcontroller determining an instantaneous frequency at which the first oscillating structure is oscillating based on the received signal representative of the mechanical motion, comparing the electrical signal from the second oscillating structure with a known signal value and determining the temperature of the second oscillating structure based on the comparison further comprising multiple second oscillating structures wherein the multiple second oscillating structures include at least one integrally formed in the blade and at least one integrally formed in the waveguide . a first signal generator outputting a drive signal at a predetermined voltage and frequency; a first oscillating structure , receiving the drive signal and oscillating at the frequency of the drive signal; a bridge circuit, detecting the mechanical motion of the first oscillating structure and outputting a signal representative of the mechanical motion; a second oscillating structure integrally formed within a portion of the first oscillating structure, the second oscillating structure outputting an electrical signal; and a microcontroller receiving the signal representative of the mechanical motion output by the bridge circuit and the electrical signal output by the second oscillating structure, the microcontroller determining an instantaneous frequency at which the first oscillating structure is oscillating based on the received signal representative of the mechanical motion, comparing the electrical signal from the second oscillating structure with a known signal value and determining the temperature of the second oscillating structure based on the comparison further comprising multiple second oscillating structures wherein the multiple second oscillating structures include at least one integrally formed in the blade and at least one integrally formed in the waveguide .
A nanostructured biocompatible wafer for placement in the conjunctival cul-de-sac, the wafer comprising a tissue-reactive mucoadhesive polymer and a mesh formed of a plurality of hydrophobic polymer fibers, wherein the tissue-reactive mucoadhesive polymer is coated on the wafer or intercalated with the hydrophobic fibers; the wafer has a thickness of 0.05 mm to 0.5 mm, a hydrated flexural modulus of less than 25 MPa, and an oxygen permeability of 15 Dk to 30 Dk; the mesh has a pore size of 50 nm to 1000 nm; and the hydrophobic polymer fibers have a diameter of 100 nm to 1500 nm, and wherein the tissue-reactive mucoadhesive polymer is PEG-succinimidyl glutarate, PEG-amine, polylysine, xanthan gum, guar gum, polyacrylic acid, chitosan, or hyaluronic acid.
Method for handling sludge arranged on the bottom of a water filled basin , the water defining a surface, characterised in that it comprises the steps of freezing the sludge in a portion of the bottom of the basin , arranging a closable container in the basin below the surface of the water, which container comprises a collecting filter, moving the frozen sludge into the container to a position above the collecting filter, closing the container , and thawing the frozen sludge in the container .
A communications device configured to transmit signals to and/or receive signals from an infrastructure equipment of a wireless communications network, the communications device comprising a receiver configured to receive signals transmitted by the infrastructure equipment, a transmitter configured to transmit signals to the infrastructure equipment, and a controller configured to control the transmitter and the receiver, wherein the wireless communications network forms a wireless access interface comprising a plurality of communications resource elements formed by dividing a system bandwidth in time and frequency, the wireless access interface comprising a plurality of transmission units, each of the transmission units comprising a predetermined number of the communications resource elements, and one or more transmission units are configured to form combined transmission units, which can be allocated by the wireless communications network to one or more communications devices for receiving signals from the infrastructure equipment or transmitting signals to the infrastructure equipment, and the controller is configured with the receiver to receive an indication from the infrastructure equipment of a plurality of transmission units forming a combined transmission unit for the communications device, the plurality of transmission units including a first one or more transmission units and a second one or more transmission units , to receive an indication for each of the plurality of transmission units of the combined transmission unit of whether the transmission unit is for transmitting signals to the infrastructure equipment on the uplink, whether the transmission unit is for receiving signals from the infrastructure equipment on the downlink or whether the transmission unit is not to be used for transmitting or receiving signals, and to receive an indication of a type of signals which are to be transmitted or received in each of the plurality of transmission units wherein a type of signals to be transmitted or received in the first one or more transmission units differs from a type of signals to be transmitted or received in the second one or more transmission units, and the indicated types of signals which are to be transmitted or received in the plurality of transmission units includes two or more of signals representing data, signals representing reference signals, signals representing synchronisation signals or an indication that no signals are to be transmitted.
A thin-film solar cell comprising, arranged on each other in the following order, - a substrate ; - a first electrode layer ; - a p-type light absorption layer formed by a Group I-III-VI 2 compound; and - an n-type second electrode layer , wherein the p-type light absorption layer has a first surface facing the side of the first electrode layer and a second surface facing the side of the n-type second electrode layer , and wherein the p-type light absorption layer comprises Cu as a Group I element and Ga and In as Group III elements; and the atomic ratio of Cu over the Group III elements in the entire p-type absorption layer is < 1.0, characterized in that the atomic ratio of Cu over the Group III elements in the second surface of the p-type light absorption layer and its vicinity in a thickness direction is ≥ 1.0; and the atomic ratio of Ga over the Group III elements in the second surface of the p-type light absorption layer and its vicinity in the thickness direction is ≤ 0.13. - a substrate ; - a first electrode layer ; - a p-type light absorption layer formed by a Group I-III-VI 2 compound; and - an n-type second electrode layer , wherein the p-type light absorption layer has a first surface facing the side of the first electrode layer and a second surface facing the side of the n-type second electrode layer , and wherein the p-type light absorption layer comprises Cu as a Group I element and Ga and In as Group III elements; and the atomic ratio of Cu over the Group III elements in the entire p-type absorption layer is < 1.0, characterized in that the atomic ratio of Cu over the Group III elements in the second surface of the p-type light absorption layer and its vicinity in a thickness direction is ≥ 1.0; and the atomic ratio of Ga over the Group III elements in the second surface of the p-type light absorption layer and its vicinity in the thickness direction is ≤ 0.13.
A spray dried dispersion comprising (R)-1-(2,2-difluorobenzo[d] dioxol-5-yl)-N-(1-(2,3-dihydroxypropyl)-6-fluoro-2-(1-hydroxy-2-methylpropan-2-yl)-1H-indol-5-yl)cyclopropanecarboxamide (Compound 1) and N-(5-hydroxy-2,4-di-tert-butylphenyl)-4-oxo-1H-quinoline-3-carboxamide (Compound 2), wherein the spray dried dispersion is substantially amorphous and comprises less than about 15% crystallinity.
A portable electronic device that executes a command from a processing apparatus, the portable electronic device comprising: an interface configured to transmit and receive data to and from the processing apparatus; and a processor configured to transmit, through the interface, data in a first frame not comprising a start code or an end code upon receiving, through the interface, a first command requesting transmission of data in the first frame; and a storage unit storing a flag indicating whether the start code and the end code are necessary or unnecessary, wherein the processor sets, in the flag, a value indicating that the start code and the end code are unnecessary, upon receiving the first command; transmits data in the first frame to the processing apparatus if the value indicating that the start code and the end code are unnecessary is set in the flag; and transmits data in a second frame comprising the start code upon receiving a second command requesting the start code through the interface, regardless of whether the value indicating that the start code and the end code are unnecessary is set in the flag, wherein the second command requests transmission of data in the second frame comprising the start code, and wherein the second frame does not comprise the end code. an interface configured to transmit and receive data to and from the processing apparatus; and a processor configured to transmit, through the interface, data in a first frame not comprising a start code or an end code upon receiving, through the interface, a first command requesting transmission of data in the first frame; and a storage unit storing a flag indicating whether the start code and the end code are necessary or unnecessary, wherein the processor sets, in the flag, a value indicating that the start code and the end code are unnecessary, upon receiving the first command; transmits data in the first frame to the processing apparatus if the value indicating that the start code and the end code are unnecessary is set in the flag; and transmits data in a second frame comprising the start code upon receiving a second command requesting the start code through the interface, regardless of whether the value indicating that the start code and the end code are unnecessary is set in the flag, wherein the second command requests transmission of data in the second frame comprising the start code, and wherein the second frame does not comprise the end code.
Iron-free supported catalyst for the selective conversion of hydrocarbons to carbon nanotubes, said catalyst comprising cobalt and vanadium as active catalytic metals in any oxidation state on a catalyst support comprising at least 30% by weight of aluminum oxide hydroxide based on the total of aluminum hydroxides and/or aluminum oxides and aluminum oxide hydroxide, as determined by X-Ray diffraction, wherein: - the mass ratio of cobalt to vanadium is between 2 and 15; - the mass ratio of cobalt to aluminum is between 5.8 10 -2 and 5.8 10 -1 ; - the mass ratio of vanadium to aluminum is between 5.8 10 -3 and 8.7 10 -2 . - the mass ratio of cobalt to vanadium is between 2 and 15; - the mass ratio of cobalt to aluminum is between 5.8 10 -2 and 5.8 10 -1 ; - the mass ratio of vanadium to aluminum is between 5.8 10 -3 and 8.7 10 -2 .
An electronic device comprising: a display device ; a first camera ; a processor ; and a memory configured to store instructions, which when executed, instruct the processor to: acquire image information through the first camera for a predetermined time, when an input associated with image acquisition is received; acquire, based on the acquired image information, a plurality of first images having a first attribute and one or more second images having a second attribute; generate one or more image content based on the plurality of first images or the one or more second images, and output the one or more image content through the display device. a display device ; a first camera ; a processor ; and a memory configured to store instructions, which when executed, instruct the processor to: acquire image information through the first camera for a predetermined time, when an input associated with image acquisition is received; acquire, based on the acquired image information, a plurality of first images having a first attribute and one or more second images having a second attribute; generate one or more image content based on the plurality of first images or the one or more second images, and output the one or more image content through the display device. acquire image information through the first camera for a predetermined time, when an input associated with image acquisition is received; acquire, based on the acquired image information, a plurality of first images having a first attribute and one or more second images having a second attribute; generate one or more image content based on the plurality of first images or the one or more second images, and output the one or more image content through the display device.
A spray nozzle to be applied to a film forming device which sprays a film material, together with a carrier gas, onto a base material so as to form a film on the base material , comprising: - a nozzle main body ; - a nozzle tip section connected to a tip of the nozzle main body ; and - at least one path changing section which is provided in a passage of the carrier gas in the nozzle tip section and changes a path of the film material, wherein a cross section of the at least one path changing section which cross section is taken along a direction in which the carrier gas flows is in a shape that allows the path of the film material to be changed so that the film material is delivered onto the base material , characterized in that the at least one path changing section is in a rod-like shape and is provided so as to intersect the passage of the carrier gas, wherein - the cross section of the at least one path changing section which cross section is taken along a direction in which the carrier gas flows is in a shape of a triangle; and - the at least one path changing section is arranged in the passage of the carrier gas such that, when a film material is sprayed onto the base material , one of three sides of the triangle is parallel to a surface of the base material. - a nozzle main body ; - a nozzle tip section connected to a tip of the nozzle main body ; and - at least one path changing section which is provided in a passage of the carrier gas in the nozzle tip section and changes a path of the film material, wherein a cross section of the at least one path changing section which cross section is taken along a direction in which the carrier gas flows is in a shape that allows the path of the film material to be changed so that the film material is delivered onto the base material , characterized in that the at least one path changing section is in a rod-like shape and is provided so as to intersect the passage of the carrier gas, wherein - the cross section of the at least one path changing section which cross section is taken along a direction in which the carrier gas flows is in a shape of a triangle; and - the at least one path changing section is arranged in the passage of the carrier gas such that, when a film material is sprayed onto the base material , one of three sides of the triangle is parallel to a surface of the base material. - the cross section of the at least one path changing section which cross section is taken along a direction in which the carrier gas flows is in a shape of a triangle; and - the at least one path changing section is arranged in the passage of the carrier gas such that, when a film material is sprayed onto the base material , one of three sides of the triangle is parallel to a surface of the base material.
A flat panel cardboard packaging for protecting a flat panel (FP), wherein the packaging is formed from a flat panel cardboard packaging blank and comprises a base part , first and second side walls extending along parallel first and second sides of the base part , at least a first lid part adapted for covering a flat panel (FP) placed on the base part between the side walls , and at least a first cushioning part arranged along a third side of the base part , said third side being perpendicular to said first and second sides , wherein the first side wall is supported at a first angle (α1), which is different from 0° to a plane (PV) which is perpendicular to the base part , to form a first side deformation zone , characterised in that the first cushioning part comprises an outer gable portion , which is connected to the third side of the base part , and an inner gable portion which is arranged at a free inner distance (IS) from the outer gable portion , thereby forming an end deformation zone between the outer and inner gable portions , wherein the first cushioning part comprises a gable connecting portion that connects the outer and inner gable portions to each other and holds them at the free inner distance (IS) from each other, wherein the first side wall is supported at the first angle (α1) by at least a first side edge of the first cushioning part , and wherein the at least first lid part is an integrated part of the packaging blank forming the packaging .