mhurhangee/patent-ind-claim-en huggingface dataset:
A housing for a centrifugal separator , wherein the centrifugal separator is configured to separate a liquid phase from crankcase gases of an internal combustion engine using a rotor , wherein the housing comprises: - a housing body forming a separation chamber , - an opening in the housing body , - a bearing retainer arranged at the opening , and - a bearing inserted into the bearing retainer , wherein the bearing is configured to receive a rotor shaft extending through the bearing and the opening into the separation chamber , the rotor shaft being configured to hold the rotor within the separation chamber , characterized in that the bearing retainer comprises a bearing seat portion provided with a number of plastically deformed zones retaining the bearing in the bearing retainer , wherein the bearing comprises an outer ring configured to be stationary relative the housing during rotation of the rotor shaft , wherein the number of plastically deformed zones abut against the outer ring of the bearing , wherein the bearing retainer is provided with walls enclosing an outer surface of the bearing , wherein the bearing seat portion further comprises a stop portion extending into bearing seat portion , wherein the outer ring comprises a first surface abutting the stop portion of the bearing seat portion , and a second surface , being opposite to the first surface , wherein the number of plastically deformed zones abut against the second surface of the outer ring of the bearing . - a housing body forming a separation chamber , - an opening in the housing body , - a bearing retainer arranged at the opening , and - a bearing inserted into the bearing retainer ,
A flight crew connectivity system comprising: two or more data interface devices configured to communicate data; a power module configured to provide power to the two or more data interface devices ; a switch coupled between the power module and each of the two or more data interface devices and configured to selectively provide power from the power module to at least one of the two or more data interface devices ; a data transceiver configured to couple to an external communication device ; and a controller coupled between the two or more data interface devices and the data transceiver and configured to provide a data communication path (228A/228C, 228B/228C) between the selectively powered data interface device and the data transceiver for the external communication device . two or more data interface devices configured to communicate data; a power module configured to provide power to the two or more data interface devices ; a switch coupled between the power module and each of the two or more data interface devices and configured to selectively provide power from the power module to at least one of the two or more data interface devices ; a data transceiver configured to couple to an external communication device ; and a controller coupled between the two or more data interface devices and the data transceiver and configured to provide a data communication path (228A/228C, 228B/228C) between the selectively powered data interface device and the data transceiver for the external communication device .
A pan for a hot air apparatus for preparing food, comprising: - a pan bottom providing a pan surface area for receiving food to be prepared; - side-walls at least partly surrounding the pan surface area; and - a mounting connector for temporarily mounting the pan inside a food preparation chamber of an apparatus for preparing food; wherein the pan bottom is provided with a plurality of through-holes as a hot air passage; wherein the through-holes cover approximately 3 to 50 % of the pan surface area; and in that the heat capacity per area of the projected bottom surface of the pan bottom is between 10 and 75 JK -1 dm -2 , wherein two diagonally opposed corners are provided with lowered side-wall corner segments . - a pan bottom providing a pan surface area for receiving food to be prepared; - side-walls at least partly surrounding the pan surface area; and - a mounting connector for temporarily mounting the pan inside a food preparation chamber of an apparatus for preparing food; wherein the pan bottom is provided with a plurality of through-holes as a hot air passage; wherein the through-holes cover approximately 3 to 50 % of the pan surface area; and in that the heat capacity per area of the projected bottom surface of the pan bottom is between 10 and 75 JK -1 dm -2 , wherein two diagonally opposed corners are provided with lowered side-wall corner segments .
Apparatus for unstacking sheets stacked by a transfer unit comprising a plurality of suction cups , wherein said transfer unit consists of a closed-track linear motor which moves a plurality of moving parts which support the suction cup supports, the apparatus being characterized in that the suction cup support comprises a first hinged connection which is connected to a first carriage and a second hinged connection which is connected to a second carriage , the inclination of the contact plane of the suction cup and/or the distance relative to the engagement/removal planes being determined by the relative position of said first and said second carriage .
A multiview display comprising multiview pixels , each multiview pixel comprising a set of view pixels, each view pixel corresponding to a respective different view direction of the multiview display, and a multiview backlight, wherein the multiview backlight comprises: a first array of active emitters spaced apart from one another, an active emitter of the first array of active emitters being configured to provide a first plurality of directional light beams having directions corresponding to the view directions of the multiview display; and a second array of active emitters interleaved between active emitters of the first array of active emitters , an active emitter of the second array of active emitters being configured to provide a second plurality of directional light beams (102") having directions corresponding to the view directions of the multiview display, wherein the active emitters of the first and second active emitter arrays have a size (s) between one half and two times the size (S) of a view pixel of the multiview display. a first array of active emitters spaced apart from one another, an active emitter of the first array of active emitters being configured to provide a first plurality of directional light beams having directions corresponding to the view directions of the multiview display; and a second array of active emitters interleaved between active emitters of the first array of active emitters , an active emitter of the second array of active emitters being configured to provide a second plurality of directional light beams (102") having directions corresponding to the view directions of the multiview display, wherein the active emitters of the first and second active emitter arrays have a size (s) between one half and two times the size (S) of a view pixel of the multiview display.
Apparatus for measuring biological electrical activity, comprising: a plurality of sensors adapted for contact with a human or animal body; a signal injector configured to inject a reference signal into the body, the reference signal having a frequency substantially different to frequencies characteristic of the biological electrical activity; a lift-detection unit configured to receive signals from the plurality of sensors and, in dependence on the magnitude of the reference signal detected by each sensor, form a measure of the degree of contact between each respective sensor and the body; and a noise calculation unit configured to form an active cancellation signal by combining the signals detected by the sensors in dependence on their respective measures of the degree of contact with the body and to cause the signal injector to inject the active cancellation signal into the body. a plurality of sensors adapted for contact with a human or animal body; a signal injector configured to inject a reference signal into the body, the reference signal having a frequency substantially different to frequencies characteristic of the biological electrical activity; a lift-detection unit configured to receive signals from the plurality of sensors and, in dependence on the magnitude of the reference signal detected by each sensor, form a measure of the degree of contact between each respective sensor and the body; and a noise calculation unit configured to form an active cancellation signal by combining the signals detected by the sensors in dependence on their respective measures of the degree of contact with the body and to cause the signal injector to inject the active cancellation signal into the body.
A method performed by a terminal in a wireless communication system, the method comprising determining whether to trigger a first Power Headroom Report, PHR; generating the first PHR in case that the first PHR is triggered; and transmitting , to a base station, the first PHR, wherein the determining of whether to trigger the first PHR comprises: determining that there are uplink, UL, resources allocated for a transmission on a serving cell at a first time point ; determining whether power backoff due to power management on the serving cell has changed more than a threshold value since a last transmission of a second PHR on the serving cell at a second time point when the terminal had UL resources allocated for a transmission on the serving cell; and determining that the first PHR is triggered, in case that the power backoff due to power management on the serving cell has changed more than the threshold value since the last transmission of the second PHR on the serving cell at the second time point when the terminal had UL resources allocated for the transmission on the serving cell. determining whether to trigger a first Power Headroom Report, PHR; generating the first PHR in case that the first PHR is triggered; and transmitting , to a base station, the first PHR, determining that there are uplink, UL, resources allocated for a transmission on a serving cell at a first time point ; determining whether power backoff due to power management on the serving cell has changed more than a threshold value since a last transmission of a second PHR on the serving cell at a second time point when the terminal had UL resources allocated for a transmission on the serving cell; and determining that the first PHR is triggered, in case that the power backoff due to power management on the serving cell has changed more than the threshold value since the last transmission of the second PHR on the serving cell at the second time point when the terminal had UL resources allocated for the transmission on the serving cell.
A conjugated therapeutic peptide for use in a method of treatment, comprising a targeting group that is a non-hormonal 25-hydroxy-vitamin D that is not hydroxylated at the carbon 1 position, conjugated to the therapeutic peptide at the carbon 3 position of said non-hormonal vitamin D targeting group, wherein said therapeutic peptide is conjugated to said non-hormonal vitamin D targeting group via a poly(ethylene glycol) or polypropylene glycol) scaffold, and wherein: i) said therapeutic peptide is a peptide having apelin activity comprising an amino acid sequence with at least a 90% sequence identity to SEQ ID NO: 1 or 16; or ii) said therapeutic peptide is a peptide having ghrelin activity comprising an amino acid sequence with at least a 90% sequence identity to a protein selected from the group consisting of SEQ ID NO: 2, 3, 4, and 5; or iii) said therapeutic peptide is a peptide having PTH activity comprising an amino acid sequence with at least a 90% sequence identity to SEQ ID NO: 10 or 17; or iv) said therapeutic peptide is a peptide having insulin activity and comprising a dimer of peptides having amino acid sequences with at least a 90% sequence identity to SEQ ID NO: 11 or 12; or v) said therapeutic peptide is a peptide of 50 amino acids or less. i) said therapeutic peptide is a peptide having apelin activity comprising an amino acid sequence with at least a 90% sequence identity to SEQ ID NO: 1 or 16; or ii) said therapeutic peptide is a peptide having ghrelin activity comprising an amino acid sequence with at least a 90% sequence identity to a protein selected from the group consisting of SEQ ID NO: 2, 3, 4, and 5; or iii) said therapeutic peptide is a peptide having PTH activity comprising an amino acid sequence with at least a 90% sequence identity to SEQ ID NO: 10 or 17; or iv) said therapeutic peptide is a peptide having insulin activity and comprising a dimer of peptides having amino acid sequences with at least a 90% sequence identity to SEQ ID NO: 11 or 12; or v) said therapeutic peptide is a peptide of 50 amino acids or less.
Curable dental material producible by mixing starting materials, wherein the starting materials to be mixed are exclusively: - one, two, three or more than three polymerizable monomers which form the total amount (A) of the polymerizable monomers in the curable dental material, - one, two, three or more than three particulate fillers which form the total amount (B) of the particulate fillers in the curable dental material, and - one, two, three or more than three auxiliaries which form the total amount (C) of the auxiliaries in the curable dental material, wherein the curable dental material comprises a component (B1) which forms part of the total amount (B), consisting of the total amount of the following that are present in the curable dental material: (a) nonaggregated and nonagglomerated filler particles having a particle size in the range from 25 to 120 nm of ytterbium fluoride and (b) nonaggregated and nonagglomerated filler particles having a particle size in the range from 25 to 120 nm of barium sulfate, wherein the proportion of component (B1) is - 2.5% by weight or greater than 2.5% by weight, based on the total mass of the curable dental material, and - 90% by weight or greater than 90% by weight, based on the total mass of filler particles of ytterbium fluoride and barium sulfate in the curable dental material, wherein the qualitative and quantitative characterization of the filler particles is effected as specified in the description. - one, two, three or more than three polymerizable monomers which form the total amount (A) of the polymerizable monomers in the curable dental material, - one, two, three or more than three particulate fillers which form the total amount (B) of the particulate fillers in the curable dental material, and - one, two, three or more than three auxiliaries which form the total amount (C) of the auxiliaries in the curable dental material, (a) nonaggregated and nonagglomerated filler particles having a particle size in the range from 25 to 120 nm of ytterbium fluoride and (b) nonaggregated and nonagglomerated filler particles having a particle size in the range from 25 to 120 nm of barium sulfate, - 2.5% by weight or greater than 2.5% by weight, based on the total mass of the curable dental material, and - 90% by weight or greater than 90% by weight, based on the total mass of filler particles of ytterbium fluoride and barium sulfate in the curable dental material,
Method for butt welding of flat metal blanks in a welding machine, where two metal blanks are placed on a conveyor unit by feed devices and secured by holding means, where two edges of two metal blanks to be welded together are placed together to form a butt joint with the smallest possible gap and then welded together using a welding laser , the gap width being measured and controlled by means of the measured values from the welding process, characterized in that the gap width is measured by means of the reflected-light method and the true gap width is measured simultaneously by means of the transmitted light method, and in that the missing area or missing volume in the gap is thereby estimated.
Construction vehicle provided with a body carried by an undercarriage configured to move on ground, said construction vehicle further comprising a working arm carried by said body and a working element carried by said working arm in a position opposite with respect to the coupling of said working arm to said body , said working arm comprising a plurality of booms hinged one with respect to the other via respective hinges between said working element and said body , said construction vehicle further comprising locking means configured to lock at least two among said hinges thereby coupling together two among said booms or one among said booms and said body ; wherein said working arm comprises three booms , a first boom being hinged via a first hinge to said body , a second boom being hinged via a second hinge to said first boom and via a third hinge to a third boom , this latter being further hinged via a fourth hinge to said working element , said construction vehicle further comprising a first actuator cylinder between said second boom and said body , a second actuator cylinder between said second boom and said third boom and a third actuator cylinder between said third boom and said working element , said construction vehicle comprising locking means configured to lock said second boom to said first boom and being characterized in that it further comprises locking means configured to selectively lock said first boom to said body said construction vehicle further comprising a first actuator cylinder between said second boom and said body , a second actuator cylinder between said second boom and said third boom and a third actuator cylinder between said third boom and said working element , said construction vehicle comprising locking means configured to lock said second boom to said first boom and being characterized in that it further comprises locking means configured to selectively lock said first boom to said body
Concentrate for colouring polyester preforms and/or containers, comprising 20-90 % of polymethylpentene, and 10-80 % of titanium dioxide, based on total weight of the concentrate, wherein 98 % or more by total weight of the concentrate comprises polymethylpentene and titanium dioxide together.
A diaphragm for the compression stage of a compressor, characterized in that it comprises a set of at least one through passage extending between two mutually opposite faces of the diaphragm, so as to create a flow of gas between said faces depending on the pressure difference prevailing on either side of the diaphragm and in that it comprises a set of passages arranged regularly in the thickness of the diaphragm so as to extend radially outwardly in an inclined manner between a zone converging toward the rotor , on the suction side, and a radial zone, located in the diffuser, downstream of the wheel and each extending, on one of the faces of the diaphragm, between two fixed blades provided on the diaphragm, the number of passages corresponding to the number of fixed blades of the diaphragm.
An imaging unit comprising an imaging chip having a pixel region including a plurality of pixels, wherein adjacent pixels are grouped to form a plurality of single groups arranged two-dimensionally over the imaging chip , wherein the pixels included in one single group each include a photoelectric converting section configured to convert incident light into charge and to accumulate the charge, a transfer transistor , a reset transistor , an amplification transistor , a floating diffusion (FD) to which charge accumulated in the photoelectric converting section is transferred by the transfer transistor , the floating diffusion (FD) being connected to a gate of the amplification transistor , and a selection transistor , wherein gates of the transfer transistors of the pixels included in one single group are connected to a common control line supplying a transfer pulse, gates of the reset transistors included in one single group are connected to a common reset line that is supplied with a reset pulse to reset the floating diffusions (FD), and gates of the selection transistors included in one single group are connected to independent selection lines supplied with a connection pulse, wherein the pixels included in one single group are connected to a common output line via which signals of the pixels included in the single group are output, wherein the imaging unit further comprises: a memory chip that records the signals of the pixels, and a signal processing chip that is configured to process the signals of the pixels, wherein the imaging chip , the signal processing chip , and the memory chip are layered and electrically connected to each other, and a control section that, while a single charge accumulation is being performed in the photoelectric converting sections of a first single group of the plurality of single groups , causes respective photoelectric converting section signals to be output by performing charge accumulation in the photoelectric converting sections of a second single group of the plurality of single groups a number of times differing from a number of times charge accumulation is performed in the photoelectric converting sections of the first single group . a memory chip that records the signals of the pixels, and a signal processing chip that is configured to process the signals of the pixels, wherein the imaging chip , the signal processing chip , and the memory chip are layered and electrically connected to each other, and a control section that, while a single charge accumulation is being performed in the photoelectric converting sections of a first single group of the plurality of single groups , causes respective photoelectric converting section signals to be output by performing charge accumulation in the photoelectric converting sections of a second single group of the plurality of single groups a number of times differing from a number of times charge accumulation is performed in the photoelectric converting sections of the first single group .