mhurhangee/patent-ind-claim-en huggingface dataset:
A printing system comprising: a printer adapted to print an image on a sheet (S1); a stapler adapted to staple a bundle of sheets on which images are printed by the printer; a slit through which another bundle of sheets (S2) is manually insertable to be stapled; a detector arranged to detect that the another bundle of sheets (S2), inserted through the slit , is at a predetermined position (M); a timer adapted to measure an elapsed time period having elapsed from detection of the another bundle of sheets by the detector; and a controller adapted to operate the stapler to staple the another bundle of sheets (S2) in a state in which the another bundle of sheets is in the slit when the elapsed time period measured by the timer reaches a predetermined time period (T1), characterized by an operating unit configured as a user interface into which a user inputs information representing a time length, and wherein the operating unit includes a display portion configured to display information representing the predetermined time period (T1) so that the user can input information to vary the predetermined time period (T1). a printer adapted to print an image on a sheet (S1); a stapler adapted to staple a bundle of sheets on which images are printed by the printer; a slit through which another bundle of sheets (S2) is manually insertable to be stapled; a detector arranged to detect that the another bundle of sheets (S2), inserted through the slit , is at a predetermined position (M); a timer adapted to measure an elapsed time period having elapsed from detection of the another bundle of sheets by the detector; and a controller adapted to operate the stapler to staple the another bundle of sheets (S2) in a state in which the another bundle of sheets is in the slit when the elapsed time period measured by the timer reaches a predetermined time period (T1), characterized by an operating unit configured as a user interface into which a user inputs information representing a time length, and wherein the operating unit includes a display portion configured to display information representing the predetermined time period (T1) so that the user can input information to vary the predetermined time period (T1).
A system for treatment of a patient, comprising: a. a suction chamber with a vacuum conduit for delivering negative pressure to a wound, a rigid sidewall and a longitudinal axis, wherein the suction chamber is configured to generate a vacuum in communication with the vacuum conduit; b. a piston assembly comprising a slidable seal with a perimeter edge configured to slidably seal against the rigid sidewalls of the suction chamber along the longitudinal axis; and c. a first one-way valve configured to permit exit of fluid out of the suction chamber and to resist entry of fluid into the suction chamber , wherein the one- way valve is not located along the vacuum conduit, characterised by the system further comprising a valve flap located over an opening of the first one-way valve , wherein the valve flap is configured to permit the passage of air, but resists the passage of liquids or solids, wherein the valve flap is disposed over a stand-off over the first one-way valve , wherein the stand-off comprises one or more gaps in communication with an opening of the first one-way valve . a. a suction chamber with a vacuum conduit for delivering negative pressure to a wound, a rigid sidewall and a longitudinal axis, wherein the suction chamber is configured to generate a vacuum in communication with the vacuum conduit; b. a piston assembly comprising a slidable seal with a perimeter edge configured to slidably seal against the rigid sidewalls of the suction chamber along the longitudinal axis; and c. a first one-way valve configured to permit exit of fluid out of the suction chamber and to resist entry of fluid into the suction chamber , wherein the one- way valve is not located along the vacuum conduit, characterised by the system further comprising a valve flap located over an opening of the first one-way valve ,
Grooved noodles formed with three grooves along a longitudinal direction of the noodles and having a substantially circular configuration in cross section, wherein the three grooves are arranged at intervals of 120° along a circumferential direction of the noodles and extend in a same rotational direction with respect to a center point in a cross section of the noodles, wherein each of the grooves includes a pair of sides opposing to each other and extending from an opening part of the groove toward an innermost part of the groove, a first opening end part located on one side of the pair of sides closer to the center point, and a second opening end part located on another side of the pair of sides farther from the center point, wherein an acute angle formed between a straight line passing through the first opening end part and the innermost part and another straight line passing through the first opening end part and the center point in each of the grooves is 20° to 25°, wherein a center region defined in a triangle formed by three straight lines each passing through the innermost part and a middle point between the first opening end part and the second opening end part of a relevant groove has an area of 17% to 27% of a hypothetical area of the configuration when it is assumed that the three grooves are not provided, and wherein the noodles accounts for at least 85% of the center region. wherein the three grooves are arranged at intervals of 120° along a circumferential direction of the noodles and extend in a same rotational direction with respect to a center point in a cross section of the noodles, wherein each of the grooves includes a pair of sides opposing to each other and extending from an opening part of the groove toward an innermost part of the groove, a first opening end part located on one side of the pair of sides closer to the center point, and a second opening end part located on another side of the pair of sides farther from the center point, wherein an acute angle formed between a straight line passing through the first opening end part and the innermost part and another straight line passing through the first opening end part and the center point in each of the grooves is 20° to 25°, wherein a center region defined in a triangle formed by three straight lines each passing through the innermost part and a middle point between the first opening end part and the second opening end part of a relevant groove has an area of 17% to 27% of a hypothetical area of the configuration when it is assumed that the three grooves are not provided, and wherein the noodles accounts for at least 85% of the center region.
A method of fabricating a matrix array of phosphor-converted LEDs , the method comprising: in a first phosphor deposition step depositing a phosphor material at alternating locations in a matrix array to form a checkerboard pattern of phosphor pixels in which locations in the matrix array at which phosphor pixels are deposited alternate with locations in the array at which phosphor pixels are not deposited, the phosphor pixels comprising side walls adjacent to and facing the locations in the array at which phosphor pixels are not deposited; depositing reflective structures on the side walls of the phosphor pixels deposited in the first phosphor deposition step; and in a second phosphor deposition step, after depositing the reflective structures , depositing a phosphor material to form phosphor pixels at the alternating locations in the matrix array at which phosphor pixels were not deposited in the first phosphor deposition step, such that after the first and second phosphor deposition steps adjacent phosphor pixels in the resulting matrix array of phosphor pixels are in contact with and spaced apart by one of the reflective structures , characterized in that in the first phosphor deposition step depositing the phosphor material in openings in a photoresist structure to form the checkerboard pattern of phosphor pixels , and removing the photoresist structure before depositing the reflective structures . in a first phosphor deposition step depositing a phosphor material at alternating locations in a matrix array to form a checkerboard pattern of phosphor pixels in which locations in the matrix array at which phosphor pixels are deposited alternate with locations in the array at which phosphor pixels are not deposited, the phosphor pixels comprising side walls adjacent to and facing the locations in the array at which phosphor pixels are not deposited; depositing reflective structures on the side walls of the phosphor pixels deposited in the first phosphor deposition step; and in a second phosphor deposition step, after depositing the reflective structures , depositing a phosphor material to form phosphor pixels at the alternating locations in the matrix array at which phosphor pixels were not deposited in the first phosphor deposition step, such that after the first and second phosphor deposition steps adjacent phosphor pixels in the resulting matrix array of phosphor pixels are in contact with and spaced apart by one of the reflective structures , characterized in that in the first phosphor deposition step depositing the phosphor material in openings in a photoresist structure to form the checkerboard pattern of phosphor pixels , and removing the photoresist structure before depositing the reflective structures .
A rodent whose genome comprises: (a) a plurality of human IgH V regions, one or more human D regions and one or more human J regions upstream of the host rodent constant region; wherein the rodent is able to produce a repertoire of chimaeric antibodies, or chimaeric heavy chains, having a rodent constant region and a human variable region, and (b) a light chain transgene comprising human variable and human constant region DNA; wherein the host rodent heavy chain constant region is the endogenous host wild-type heavy chain constant region located at the wild type heavy chain locus. (a) a plurality of human IgH V regions, one or more human D regions and one or more human J regions upstream of the host rodent constant region; wherein the rodent is able to produce a repertoire of chimaeric antibodies, or chimaeric heavy chains, having a rodent constant region and a human variable region, and (b) a light chain transgene comprising human variable and human constant region DNA;
A frame for a road vehicle comprising components manufactured using an aluminium alloy comprising: • 6% to 8% by weight of silicon, • 0.18% to 0.28% by weight of iron, • optionally 0.01% to 0.04% by weight of copper, • optionally 0.005% to 0.015% by weight of manganese, • optionally 0.25% to 0.45% by weight of magnesium, • optionally 0.12% to 0.25% by weight of titanium, and • a balance of aluminium so that the aluminium is 90% to 94% by weight; the frame is characterized in that the aluminium alloy also comprises: • 0.01% to 0.04% by weight of chromium, • 0.01% to 0.04% by weight of zinc, • 0.01% to 0.04% by weight of lead. • 6% to 8% by weight of silicon, • 0.18% to 0.28% by weight of iron, • optionally 0.01% to 0.04% by weight of copper, • optionally 0.005% to 0.015% by weight of manganese, • optionally 0.25% to 0.45% by weight of magnesium, • optionally 0.12% to 0.25% by weight of titanium, and • a balance of aluminium so that the aluminium is 90% to 94% by weight; • 0.01% to 0.04% by weight of chromium, • 0.01% to 0.04% by weight of zinc, • 0.01% to 0.04% by weight of lead.
A method for identifying the properties of a sample, in particular a liquid sample, characterized in that a substance in the sample consists of on the one hand metal ions and on the other hand a thiol group or disulphide bonds, and that the sample is subjected to a sequence of steps consisting of: (i) first, either subjecting said sample to fluorescence spectral analysis in the original or initial untreated state, i.e. not irradiated by UV radiation, the result of the fluorescence spectral analysis is a unique fluorescence spectrum of the sample in the original or initial untreated state, or providing from an information database a unique fluorescence spectrum of the sample in the original or initial untreated state, i.e. not irradiated by UV radiation, (ii) then, subjecting the sample in the original or initial untreated state to UV radiation at a wavelength selected from the range from 250 to 400 nm, thereby causing spectral changes in the fluorescence spectrum of the sample that are characteristic of the substance in the sample, and thereby providing a sample in the treated state, i.e. irradiated by UV radiation, (iii) then, subjecting said sample in the treated state to fluorescence spectral analysis under the same conditions as in step (i), the result of the fluorescence spectral analysis is a unique fluorescence spectrum of the sample in the treated state, and (iv) then, identifying properties of the sample based on the spectral changes that are characteristic of the substance in the sample derived from the differences between the unique fluorescence spectra of steps (i) and (iii). (i) first, either subjecting said sample to fluorescence spectral analysis in the original or initial untreated state, i.e. not irradiated by UV radiation, the result of the fluorescence spectral analysis is a unique fluorescence spectrum of the sample in the original or initial untreated state, or providing from an information database a unique fluorescence spectrum of the sample in the original or initial untreated state, i.e. not irradiated by UV radiation, (ii) then, subjecting the sample in the original or initial untreated state to UV radiation at a wavelength selected from the range from 250 to 400 nm, thereby causing spectral changes in the fluorescence spectrum of the sample that are characteristic of the substance in the sample, and thereby providing a sample in the treated state, i.e. irradiated by UV radiation, (iii) then, subjecting said sample in the treated state to fluorescence spectral analysis under the same conditions as in step (i), the result of the fluorescence spectral analysis is a unique fluorescence spectrum of the sample in the treated state, and (iv) then, identifying properties of the sample based on the spectral changes that are characteristic of the substance in the sample derived from the differences between the unique fluorescence spectra of steps (i) and (iii).
Cyclotron for accelerating charged particles around an axis, comprising - an electromagnet with an upper pole and a lower pole, configured for producing a given magnetic field in the direction of said axis; - a Dee electrode assembly and a counter Dee electrode assembly separated from each other by a gap and means for submitting said Dee electrode assembly and said counter Dee electrode assembly to a given accelerating voltage for accelerating said charged particles; - a pair of ion sources located in a central region of said cyclotron; said electromagnet, Dee electrode assembly and sources being adapted for producing said charged particles along paths in said cyclotron characterized in that said ion sources are located at a distance of said axis such that the particles emitted from the first ion source pass between said first and second ion sources after a path of half a turn, and radially outwards of the second ion source after a path of three half-turns, and the particles emitted from the second ion source pass between said second and said first ion source after a path of half a turn, and radially outwards of the first ion source after a path of three half-turns - an electromagnet with an upper pole and a lower pole, configured for producing a given magnetic field in the direction of said axis; - a Dee electrode assembly and a counter Dee electrode assembly separated from each other by a gap and means for submitting said Dee electrode assembly and said counter Dee electrode assembly to a given accelerating voltage for accelerating said charged particles; - a pair of ion sources located in a central region of said cyclotron; said electromagnet, Dee electrode assembly and sources being adapted for producing said charged particles along paths in said cyclotron
A wearable phototherapy eye device comprising: a facial housing having a user eye side; a light source disposed in or on the facial housing and configured to emit light towards or from the user eye side; a controller electrically coupled with the light source and configured to vary an emission property of the light based on an emission target associated with a sleep phase of at least two sleep phases, emission targets of the at least two sleep phases being different from each other and different from a zero emission, characterised in that : the emission property is varied further based on a predetermined transfer function of the light from the wearable phototherapy eye device to an eye retina; and in that a set of electrodes configured to measure an electrical response of the eye retina at different light emission levels, wherein the predetermined transfer function is defined based on the electrical response and on transmissivity levels of an eye lid at the different emission levels. a facial housing having a user eye side; a light source disposed in or on the facial housing and configured to emit light towards or from the user eye side; a controller electrically coupled with the light source and configured to vary an emission property of the light based on an emission target associated with a sleep phase of at least two sleep phases, emission targets of the at least two sleep phases being different from each other and different from a zero emission, characterised in that : the emission property is varied further based on a predetermined transfer function of the light from the wearable phototherapy eye device to an eye retina; and in that a set of electrodes configured to measure an electrical response of the eye retina at different light emission levels, wherein the predetermined transfer function is defined based on the electrical response and on transmissivity levels of an eye lid at the different emission levels.
A method for receiving an uplink channel by a base station, BS, in a wireless communication system supporting an unlicensed band, the method comprising: transmitting, to a first user equipment, UE, a first Downlink Control Indicator, DCI, for transmitting an uplink control channel; transmitting, to a second UE, a second DCI for scheduling transmission of an uplink data channel, characterized in that each of the first DCI and the second DCI comprises information about a time interval used for performing a first Listen-Before-Talk, LBT, procedure for the uplink control channel and a second LBT procedure for the uplink data channel; and receiving through the unlicensed band at least one of the uplink control channel transmitted by the first UE and the uplink data channel transmitted by the second UE, based on results of the first LBT procedure and the second LBT procedure in the time interval. transmitting, to a first user equipment, UE, a first Downlink Control Indicator, DCI, for transmitting an uplink control channel; transmitting, to a second UE, a second DCI for scheduling transmission of an uplink data channel, characterized in that each of the first DCI and the second DCI comprises information about a time interval used for performing a first Listen-Before-Talk, LBT, procedure for the uplink control channel and a second LBT procedure for the uplink data channel; and receiving through the unlicensed band at least one of the uplink control channel transmitted by the first UE and the uplink data channel transmitted by the second UE, based on results of the first LBT procedure and the second LBT procedure in the time interval.
A dry, phosphate-based mixture for making a high strength cement, comprising monopotassium phosphate, a Group IIA metal oxide in amounts of about 50 to about 70 parts per 100 parts of said monopotassium phosphate, and mono calcium orthophosphate in amounts of from about 3 to about 30 parts per 100 parts of said monopotassium phosphate, wherein the proportions of monopotassium phosphate, Group IIA metal oxide and monocalcium orthophosphate are selected so that the set product has a pH in the range from about 7.0 to about 9.0 and the set product has a compressive strength greater than 13.5 megapascals (2000 psi) in 24 hours.
Filter sector for a rotating filter disc of a disc filter comprising at least one perforated and structured filter plate and an interior space of the filter sector , wherein the filter plate can be suctioned via the interior space of the filter sector for separating liquid from a suspension, characterised in that the filter plate comprises at least one arch structure with a polygonal base wherein the polygonal base of the arch structure is a hexagon.
A method for receiving multimedia content in a system, the method comprising: receiving a signalling message related to a package of the multimedia content; and processing the received signalling message, wherein the signalling message comprises: a message type field comprising information on a type of signalling information comprised in the signaling message, a length field comprising information on a length of the signalling message, and a field comprising information related to each of a plurality of tables comprised in a payload field of the signalling message, an identifier of each of the plurality of tables, and a version of each of the plurality of tables, and the payload field comprising the plurality of tables, and wherein a first table of the plurality of tables comprises information on the at least one remaining table from the plurality of tables, the at least one remaining table from the plurality of tables being required for accessing the package, wherein the information on the at least one remaining table from the plurality of tables comprises an identifier of each of the at least one remaining table from the plurality of tables, a version of each of the at least one remaining table from the plurality of tables, and first location information of each of the at least one remaining table from the plurality of tables. receiving a signalling message related to a package of the multimedia content; and processing the received signalling message, wherein the signalling message comprises: a message type field comprising information on a type of signalling information comprised in the signaling message, a length field comprising information on a length of the signalling message, and a field comprising information related to each of a plurality of tables comprised in a payload field of the signalling message, an identifier of each of the plurality of tables, and a version of each of the plurality of tables, and the payload field comprising the plurality of tables, and a message type field comprising information on a type of signalling information comprised in the signaling message, a length field comprising information on a length of the signalling message, and a field comprising information related to each of a plurality of tables comprised in a payload field of the signalling message, an identifier of each of the plurality of tables, and a version of each of the plurality of tables, and the payload field comprising the plurality of tables, and wherein a first table of the plurality of tables comprises information on the at least one remaining table from the plurality of tables, the at least one remaining table from the plurality of tables being required for accessing the package, wherein the information on the at least one remaining table from the plurality of tables comprises an identifier of each of the at least one remaining table from the plurality of tables, a version of each of the at least one remaining table from the plurality of tables, and first location information of each of the at least one remaining table from the plurality of tables.