mhurhangee/ep-ind-claims huggingface dataset:
A strapping tool or a tensioning tool comprising a full complement needle bearing (100, 300), the full complement needle bearing (100, 300) is comprising: a race (110, 310) having first and second radially inwardly directed collars (112, 114) on opposing ends of the race to form a channel (116, 316); the first collar having a first groove formed along an inner surface of the first collar, and the second collar having a second groove formed along an inner surface of the second collar; and a plurality of rollers (140, 240) disposed within the channel (116, 316); each of said plurality of rollers having a central portion (142, 242); a first nib (146, 246) extending from one end of the central portion and a second nib (144, 244) extending from an opposing end of the central portion, wherein at least a portion of the first nib (146, 246) is retained within the first groove and at least a portion of the second nib (144, 244) is retained within the second groove, the race (110, 310) being formed from three components, namely a ring or housing of other shape intended to rotate freely, a first washer and a second washer. a race (110, 310) having first and second radially inwardly directed collars (112, 114) on opposing ends of the race to form a channel (116, 316); the first collar having a first groove formed along an inner surface of the first collar, and the second collar having a second groove formed along an inner surface of the second collar; and a plurality of rollers (140, 240) disposed within the channel (116, 316); each of said plurality of rollers having a central portion (142, 242); a first nib (146, 246) extending from one end of the central portion and a second nib (144, 244) extending from an opposing end of the central portion, wherein at least a portion of the first nib (146, 246) is retained within the first groove and at least a portion of the second nib (144, 244) is retained within the second groove, the race (110, 310) being formed from three components, namely a ring or housing of other shape intended to rotate freely, a first washer and a second washer.
An information processing device comprising a recipe generation unit configured to generate a new recipe on the basis of chemical structure information representing chemical structures of food ingredients used for cooking, sensing information obtained by measuring flavors of food ingredients using a sensor, and flavor subjective information representing subjective evaluation of people with respect to flavors of food ingredients; wherein the recipe generation unit generates the new recipe using food ingredients included in a combination of food ingredients selected on the basis of chemical structures represented by the chemical structure information, the chemical structure information being determined from flavor subjective information designated by a user performing a predetermined operation on the information processing device and a function to transform the flavor subjective information to the chemical structure information, and the selected combination of food ingredients having a chemical structure closest to a chemical structure of the chemical structure information in a chemical structure space.
Lithium-air or lithium-water rechargeable battery which has a solid-state electrolyte, comprising an open-pore ceramic carrier substrate, which features at least on the cathode-facing surface at least one layer which is conductive for lithium ions, which has a lithium-ion conductivity of at least 10 -5 Scm -1 and which is gas-impervious, and the carrier substrate has greater mechanical strength and a larger layer thickness than the at least one layer.
A method for preparing biopolymer particles, said method comprising: a. a membrane emulsification of a dispersed phase into a continuous phase wherein the dispersed phase comprises the biopolymer in a solvent, and wherein passing the dispersed phase through the membrane forms an emulsion of the biopolymer in the continuous phase; and b. a phase inversion with an anti-solvent to form particles of the biopolymer; wherein prior to (b), the emulsion is cooled to a temperature, T 1, T 1 being greater than the pour point of the continuous phase (T cont), and equal to or less than a transition temperature of the dispersed phase (T disp): T cont < T 1 ≤ T disp; wherein the transition temperature is selected from the group consisting of the freezing point, the glass transition temperature (as measured according to the description), and the pour point; and wherein T disp > T cont. a. a membrane emulsification of a dispersed phase into a continuous phase wherein the dispersed phase comprises the biopolymer in a solvent, and wherein passing the dispersed phase through the membrane forms an emulsion of the biopolymer in the continuous phase; and b. a phase inversion with an anti-solvent to form particles of the biopolymer; wherein prior to (b), the emulsion is cooled to a temperature, T 1, T 1 being greater than the pour point of the continuous phase (T cont), and equal to or less than a transition temperature of the dispersed phase (T disp): T cont < T 1 ≤ T disp; wherein the transition temperature is selected from the group consisting of the freezing point, the glass transition temperature (as measured according to the description), and the pour point; and wherein T disp > T cont.
Method for reading an emulsion comprising: - acquiring partial images of the emulsion during at least one scanning of the emulsion by an optical system, in which the droplets (21,22) of the emulsion do not move during scanning, - constructing an image of the emulsion from the partial images of the emulsion acquired during said at least one scanning, characterized in that: - the emulsion comprises water droplets (21, 22) and a continuous phase of oil that surrounds the droplets (21,22), - the droplets of the emulsion form a colloidal solid, - said scanning of the emulsion is two-dimensional and said image is two-dimensional, for the extraction of information from this emulsion, each droplet constituting a reservoir isolated from the other droplets and which may act as biological microreactors or may contain specific cells or molecules, and the method for reading also comprising a time-based monitoring of a chemical or biological reaction taking place in at least one of the droplets, said monitoring comprising a repetition of the scanning and construction steps. - acquiring partial images of the emulsion during at least one scanning of the emulsion by an optical system, in which the droplets (21,22) of the emulsion do not move during scanning, - constructing an image of the emulsion from the partial images of the emulsion acquired during said at least one scanning, - the emulsion comprises water droplets (21, 22) and a continuous phase of oil that surrounds the droplets (21,22), - the droplets of the emulsion form a colloidal solid, - said scanning of the emulsion is two-dimensional and said image is two-dimensional, each droplet constituting a reservoir isolated from the other droplets and which may act as biological microreactors or may contain specific cells or molecules, and the method for reading also comprising a time-based monitoring of a chemical or biological reaction taking place in at least one of the droplets, said monitoring comprising a repetition of the scanning and construction steps.
Active rolling noise control assembly for a motor vehicle, comprising a trajectory control device comprising at least one wheel speed sensor (21, 21') fixed to a steering knuckle (20, 20') of a wheel (10, 10') of the motor vehicle, and an anti-noise device able to command at least one loudspeaker installed in the passenger compartment of the motor vehicle, the trajectory control device comprising at least one accelerometer (22, 22') fixed to said steering knuckle (20, 20'), said trajectory control device being designed to transmit, to said anti-noise device, measurements obtained by said accelerometer (22, 22'); characterized in that said accelerometer (22, 22') is designed to sample said measurements obtained from said associated steering knuckle (20, 20') at a frequency greater than or equal to 2000 Hz; and said trajectory control device communicates with said anti-noise device via a low-latency communication bus, for example with a maximum latency of one or two samples; said communication bus being designed to transmit said measurements obtained by said accelerometer (22, 22') at a frequency at least equal to said sampling frequency of said accelerometer; said anti-noise device being designed to generate an anti-noise signal on the basis of said raw measurements obtained from said accelerometer (22, 22') and command the emission thereof via said loudspeaker. the trajectory control device comprising at least one accelerometer (22, 22') fixed to said steering knuckle (20, 20'), said trajectory control device being designed to transmit, to said anti-noise device, measurements obtained by said accelerometer (22, 22'); characterized in that said accelerometer (22, 22') is designed to sample said measurements obtained from said associated steering knuckle (20, 20') at a frequency greater than or equal to 2000 Hz; and said trajectory control device communicates with said anti-noise device via a low-latency communication bus, for example with a maximum latency of one or two samples; said communication bus being designed to transmit said measurements obtained by said accelerometer (22, 22') at a frequency at least equal to said sampling frequency of said accelerometer; said anti-noise device being designed to generate an anti-noise signal on the basis of said raw measurements obtained from said accelerometer (22, 22') and command the emission thereof via said loudspeaker.
A head assembly for a crash test dummy comprising: a skull; and a head skin disposed over said skull; characterized in that the head assembly further comprises a facial insert disposed between said skull and said head skin and having a plurality of defined cell structures to achieve a biomechanical response that provides for evaluation of potential head injuries during vehicle crash testing. a skull; and a head skin disposed over said skull; characterized in that the head assembly further comprises a facial insert disposed between said skull and said head skin and having a plurality of defined cell structures to achieve a biomechanical response that provides for evaluation of potential head injuries during vehicle crash testing.
A track set, comprising: a tower comprising a rear wall, a first upper track section (510; 710) configured to receive toy vehicles from a top portion of the tower; a second lower track section (512; 712) configured to direct the toy vehicles towards a bottom portion of the tower; a corkscrew rotationally secured to the tower, the corkscrew having a central shaft and a surface integral with said central shaft, extending along said central shaft and constituting a riding platform of the corkscrew to support said toy vehicles thereon; and a motor coupled to the corkscrew, characterized in that the riding platform of the corkscrew is configured to retain the toy vehicle, the rear wall of the tower, in combination with the central shaft of the corkscrew, loosely entrapping the toy vehicle in a substantially consistent horizontal orientation; and in that operation of the motor causes the corkscrew to rotate, wherein rotation of the corkscrew causes the toy vehicles to move from the bottom portion of the tower to the top portion of the tower, wherein rotational movement of the corkscrew causes toy vehicles entering the bottom of the tower to engage the riding platform of the corkscrew and be drawn upwards along a substantially vertical direction towards the top portion of the tower via the riding platform of the corkscrew. a tower comprising a rear wall, a first upper track section (510; 710) configured to receive toy vehicles from a top portion of the tower; a second lower track section (512; 712) configured to direct the toy vehicles towards a bottom portion of the tower; a corkscrew rotationally secured to the tower, the corkscrew having a central shaft and a surface integral with said central shaft, extending along said central shaft and constituting a riding platform of the corkscrew to support said toy vehicles thereon; and a motor coupled to the corkscrew, characterized in that
A circuit breaker, having a bimetal unit including a bimetal element, wherein the bimetal element is mounted in the circuit breaker so that a current of the circuit breaker is flowable through the bimetal element, characterized in that the bimetal element is coaxially surrounded, by a ferrous ring and a copper coil wound around the ferrous ring.
A method for uplink transmission comprising: determining a channel loss that occurs along a communication channel between an access point and a tag; determining an uplink spreading factor based at least in part on the channel loss and at least in part on a predetermined power at which the access point is to receive an uplink signal from the tag, wherein the uplink signal comprises a plurality of symbols, and wherein the uplink spreading factor comprises a number of chips per symbol, wherein the uplink spreading factor is determined to be a minimum spreading factor; determining an uplink power at which to transmit the uplink signal, wherein the uplink power is determined based at least in part on the uplink spreading factor being the minimum spreading factor, at least in part on the channel loss and at least in part on the predetermined power, wherein the uplink power is determined to be decreased relative to full power; spreading the uplink signal with the uplink spreading factor; and transmitting the uplink signal at the uplink power from the tag to the access point. determining a channel loss that occurs along a communication channel between an access point and a tag; determining an uplink spreading factor based at least in part on the channel loss and at least in part on a predetermined power at which the access point is to receive an uplink signal from the tag, wherein the uplink signal comprises a plurality of symbols, and wherein the uplink spreading factor comprises a number of chips per symbol, wherein the uplink spreading factor is determined to be a minimum spreading factor; determining an uplink power at which to transmit the uplink signal, wherein the uplink power is determined based at least in part on the uplink spreading factor being the minimum spreading factor, at least in part on the channel loss and at least in part on the predetermined power, wherein the uplink power is determined to be decreased relative to full power; spreading the uplink signal with the uplink spreading factor; and transmitting the uplink signal at the uplink power from the tag to the access point.
An etching composition, comprising: at least one sulfonic acid, the at least one sulfonic acid being from 25% by weight to 95% by weight of the composition; at least one compound containing a halide anion, the halide anion being chloride or bromide and the halide anion being from 0.01% by weight to 0.5% by weight of the composition; at least one compound containing a nitrate or nitrosyl ion, the nitrate or nitrosyl ion being from 0.1% by weight to 20% by weight of the composition; and at least 3% by weight of water. at least one sulfonic acid, the at least one sulfonic acid being from 25% by weight to 95% by weight of the composition; at least one compound containing a halide anion, the halide anion being chloride or bromide and the halide anion being from 0.01% by weight to 0.5% by weight of the composition; at least one compound containing a nitrate or nitrosyl ion, the nitrate or nitrosyl ion being from 0.1% by weight to 20% by weight of the composition; and at least 3% by weight of water.
A wireless communication device comprising processing circuitry to: transmit data frames for two or more wireless communication devices, the data frames to be transmitted in accordance with down link, DL, multiuser multiple input and multiple output, MU-MIMO; concurrently transmit block acknowledgement requests, BARs, for the transmitted data frames to the two or more wireless communication devices in accordance with DL MU-MIMO; and concurrently receive block acknowledgements, BA, of the data frames from the two or more wireless communication devices in accordance with uplink, UL, MU-MIMO, characterized in that: the BARs comprise an indication of which sub-channel each of the two or more wireless communications devices should use to transmit the BAs of the data frames. transmit data frames for two or more wireless communication devices, the data frames to be transmitted in accordance with down link, DL, multiuser multiple input and multiple output, MU-MIMO; concurrently transmit block acknowledgement requests, BARs, for the transmitted data frames to the two or more wireless communication devices in accordance with DL MU-MIMO; and concurrently receive block acknowledgements, BA, of the data frames from the two or more wireless communication devices in accordance with uplink, UL, MU-MIMO, characterized in that: the BARs comprise an indication of which sub-channel each of the two or more wireless communications devices should use to transmit the BAs of the data frames.
Cooling apparatus for a synthetic thread, in particular a twisted thread, within a texturing zone, having an elongate cooling body which on a guiding side has an open cooling groove for guiding the thread, wherein the cooling groove by way of a metering opening in the groove base (4.1) is connected to a metering installation for feeding a cooling liquid, characterized in that the cooling groove has a groove cross section which is subdivided into a plurality of part-cross sections (7.1, 7.2, 7.3), in which the groove flanks (10.1, 10.2) in at least one of the part-cross sections (7.2) (guiding cross section) are embodied so as to be mutually parallel or in each case inclined at an opening angle (α 2)< 15°.
An aqueous polymer composition, comprising, (a) an acetoacetoxy functional polymer, (b) a metal pyrithione compound, and (c) from 0.005% to 1% by weight of 2,2,6,6-tetramethyl-1-piperidinyloxy (TEMPO) and/or a derivative thereof, based on the total weight of the aqueous polymer composition. (a) an acetoacetoxy functional polymer, (b) a metal pyrithione compound, and (c) from 0.005% to 1% by weight of 2,2,6,6-tetramethyl-1-piperidinyloxy (TEMPO) and/or a derivative thereof, based on the total weight of the aqueous polymer composition.
A method of transferring access to a digital asset, the method comprising:- receiving a first blockchain transaction from a first participant by each of a plurality of second participants (6, 10, 12), wherein said first participant has a first private key of a first private-public key pair of a cryptography system, and each said participant (6, 8, 10, 12) has a respective share of a second private key of a second private-public key pair of the cryptography system, wherein said first blockchain transaction is signed with said first private key; verifying, by a plurality of said second participants (6, 10, 12), that said first blockchain transaction has been signed with said first private key; applying a respective said share of said second private key to said first blockchain transaction to generate a respective share of a first secret value, wherein said first secret value is a second blockchain transaction signed with said second private key, wherein said first secret value is accessible to a first threshold number of said shares of said first secret value and is inaccessible to less than said first threshold number of shares of said first secret value; and combining at least said first threshold number of said shares of said first secret value from said first participant and a plurality of said second participants (6, 10, 12) to generate said first secret value. receiving a first blockchain transaction from a first participant by each of a plurality of second participants (6, 10, 12), wherein said first participant has a first private key of a first private-public key pair of a cryptography system, and each said participant (6, 8, 10, 12) has a respective share of a second private key of a second private-public key pair of the cryptography system, wherein said first blockchain transaction is signed with said first private key; verifying, by a plurality of said second participants (6, 10, 12), that said first blockchain transaction has been signed with said first private key; applying a respective said share of said second private key to said first blockchain transaction to generate a respective share of a first secret value, wherein said first secret value is a second blockchain transaction signed with said second private key, wherein said first secret value is accessible to a first threshold number of said shares of said first secret value and is inaccessible to less than said first threshold number of shares of said first secret value; and combining at least said first threshold number of said shares of said first secret value from said first participant and a plurality of said second participants (6, 10, 12) to generate said first secret value.
A method of manufacturing a wire, comprising: extruding a cross-linkable receptor polymer, substantially free of curing agent, about a conductive core; extruding a donor polymer; associating a curing agent with the donor polymer; disposing the extruded donor polymer and the associated curing agent about the receptor polymer, thereby forming a multi-layer wire pre-product; and heat curing the multi-layer wire pre-product. extruding a cross-linkable receptor polymer, substantially free of curing agent, about a conductive core; extruding a donor polymer; associating a curing agent with the donor polymer; disposing the extruded donor polymer and the associated curing agent about the receptor polymer, thereby forming a multi-layer wire pre-product; and heat curing the multi-layer wire pre-product.
A system for handling a gas turbine engine fan case comprising: a composite fan containment case, the composite fan containment case including a case outer surface, a case inner surface, and at least one main case aperture extending from the case outer surface through the case inner surface; and at least one shear puck, the at least one shear puck including a shear puck protrusion; characterised in that the shear puck protrusion of each of the at least one shear pucks is disposed within a respective one of each of the at least one main case apertures, and wherein the shear puck protrusion is configured to engage the at least one main case aperture to allow the shear puck to react vertical lifting loads into the composite fan containment case. a composite fan containment case, the composite fan containment case including a case outer surface, a case inner surface, and at least one main case aperture extending from the case outer surface through the case inner surface; and at least one shear puck, the at least one shear puck including a shear puck protrusion; characterised in that the shear puck protrusion of each of the at least one shear pucks is disposed within a respective one of each of the at least one main case apertures, and wherein the shear puck protrusion is configured to engage the at least one main case aperture to allow the shear puck to react vertical lifting loads into the composite fan containment case.