mhurhangee/ep-ind-claims huggingface dataset:
A wireless radio system comprising: compensation circuitry adapted to adjust, based on a scan loss of an outgoing signal due to beamforming, a transmission power of the outgoing signal by a scan loss adjustment amount to produce an adjusted signal; transmission circuitry adapted to transmit the adjusted signal, the transmission circuitry comprising an antenna array adapted to steer a transmission beam corresponding to the outgoing signal at a plurality of angles; reception circuitry adapted to receive an incoming signal at a reception power; calculation circuitry adapted to perform a calculation of a path loss based on a difference between the transmission power and the reception power, and to adjust the path loss; and reporting circuitry adapted to report an indication of the path loss adjusted by the calculation circuitry to a base station, wherein the calculation circuitry is adapted to adjust the path loss based on the scan loss adjustment amount; and wherein the scan loss is a difference between a maximum gain of the antenna array across all of the plurality of angles and a maximum gain of the transmission beam transmitted at the steered angle. compensation circuitry adapted to adjust, based on a scan loss of an outgoing signal due to beamforming, a transmission power of the outgoing signal by a scan loss adjustment amount to produce an adjusted signal; transmission circuitry adapted to transmit the adjusted signal, the transmission circuitry comprising an antenna array adapted to steer a transmission beam corresponding to the outgoing signal at a plurality of angles; reception circuitry adapted to receive an incoming signal at a reception power; calculation circuitry adapted to perform a calculation of a path loss based on a difference between the transmission power and the reception power, and to adjust the path loss; and reporting circuitry adapted to report an indication of the path loss adjusted by the calculation circuitry to a base station, wherein the calculation circuitry is adapted to adjust the path loss based on the scan loss adjustment amount; and wherein the scan loss is a difference between a maximum gain of the antenna array across all of the plurality of angles and a maximum gain of the transmission beam transmitted at the steered angle.
A welding asset repository, comprising: a housing with a plurality of receptacles, each receptacle configured to retain a welding asset and each receptacle comprising a sensor configured to detect when the welding asset is retained by the receptacle; an asset data collector configured to collect asset data from each of the welding assets when the sensors detect the welding assets are retained by the receptacles; and communication circuitry configured to transmit the asset data to a welding asset tracking server. a housing with a plurality of receptacles, each receptacle configured to retain a welding asset and each receptacle comprising a sensor configured to detect when the welding asset is retained by the receptacle; an asset data collector configured to collect asset data from each of the welding assets when the sensors detect the welding assets are retained by the receptacles; and communication circuitry configured to transmit the asset data to a welding asset tracking server.
A method for use in a system for delivering push content to a wireless device comprising: generating a communication to be delivered to the wireless device, the communication comprising a manifest identification, ID, associated with a stored manifest file that comprises information identifying one or more content files to be delivered to the wireless device; sending the communication to the wireless device; delivering the manifest file to the wireless device upon receipt of a first request including the manifest ID from the wireless device; and delivering the one or more content files identified in the manifest file to the wireless device upon receipt of a second request from the wireless device. generating a communication to be delivered to the wireless device, the communication comprising a manifest identification, ID, associated with a stored manifest file that comprises information identifying one or more content files to be delivered to the wireless device; sending the communication to the wireless device; delivering the manifest file to the wireless device upon receipt of a first request including the manifest ID from the wireless device; and delivering the one or more content files identified in the manifest file to the wireless device upon receipt of a second request from the wireless device.
A medical fluid pump, in particular syringe pump, having a housing and a drive head which can be moved linearly via a retaining arm to the housing and is driven by a motor, wherein the fluid pump is provided with at least one first movement detection unit and at least one second movement detection unit for detecting a movement of the drive head, and the medical fluid pump emitting an alarm, when the first movement detection unit and/or the second movement detection unit detects an interruption in the movement of the drive head, characterized in that the first movement detection unit is configured as an optical rotary encoder with a slotted disk and a light barrier (23; 25).
A brake lining configured to be pressed, by a brake caliper, against a frictional surface of a brake disc fixed to a wheel or an axle of a railway vehicle, the brake lining comprising: a plurality of friction members arranged to be spaced from each other, each of the friction members having a front surface that faces the frictional surface (la) of the brake disc; a metallic backing secured to back surfaces of the friction members; and a base plate supporting each friction member at a central portion thereof on the back surface side via a spring member, the base plate being mounted to the brake caliper; wherein the friction members are provided in pairs with each pair being formed by two adjacent ones of the friction members, and the metallic backing is a one-piece member provided for each pair of the friction members. a plurality of friction members arranged to be spaced from each other, each of the friction members having a front surface that faces the frictional surface (la) of the brake disc; a metallic backing secured to back surfaces of the friction members; and a base plate supporting each friction member at a central portion thereof on the back surface side via a spring member, the base plate being mounted to the brake caliper; wherein the friction members are provided in pairs with each pair being formed by two adjacent ones of the friction members, and the metallic backing is a one-piece member provided for each pair of the friction members.
Protective device for a heat exchanger, said heat exchanger comprising at least a front face and a rear face opposite one another, and a first lateral face and a second lateral face opposite one another, said protective device comprising a protective grille and being intended to be placed facing the front face of said heat exchanger, the protective grille comprising, on its two opposite ends, respectively first holding means and second holding means that are designed to respectively overlap the first lateral face and the second lateral face of the heat exchanger and to come into engagement with the rear face of said heat exchanger, the protective device being characterized in that it further comprises separating elements designed to be placed between the protective grille and the front face of the heat exchanger.
A dish wand comprising: a handle with a holding end and a working end, wherein the working end comprises a first attachment; a support comprising a first portion and second portion, wherein the support connects with the first attachment; a cleaning material for cleaning dishware having a first working surface secured to the first portion of the support and a second working surface secured to the second portion of the support; wherein a hinge is provided between the first portion and the second portion for providing flexing therebetween and is a living hinge, a thinner or weaker section of the support, or a more flexible material than the support; and wherein the first working surface continuously curves to the second working surface forming a curving portion between. a handle with a holding end and a working end, wherein the working end comprises a first attachment; a support comprising a first portion and second portion, wherein the support connects with the first attachment; a cleaning material for cleaning dishware having a first working surface secured to the first portion of the support and a second working surface secured to the second portion of the support; wherein a hinge is provided between the first portion and the second portion for providing flexing therebetween and is a living hinge, a thinner or weaker section of the support, or a more flexible material than the support; and wherein the first working surface continuously curves to the second working surface forming a curving portion between.
A process for the hydrogenation or hydrogenolysis of an oxygenate in a reactor in the presence of a catalyst, hydrogen and liquid water, wherein the catalyst comprises one or more elements from Groups 8 to 11 of the periodic table dispersed on an oxide support, and wherein the oxide support is a mixed metal oxide comprising at least 20wt% titania and at least 20wt% zirconia and at least 80wt% of the mixed metal oxide is made up of titania and zirconia. wherein the catalyst comprises one or more elements from Groups 8 to 11 of the periodic table dispersed on an oxide support, and wherein the oxide support is a mixed metal oxide comprising at least 20wt% titania and at least 20wt% zirconia and at least 80wt% of the mixed metal oxide is made up of titania and zirconia.
An N-substituted imidazole carboxylic ester chiral compound containing an ether side chain as shown in Formula and pharmaceutically-acceptable salts thereof wherein the chiral carbon C* has configuration R.
An integrated circuit die, comprising: a first level of interconnect features with nanometer dimensions and comprising metallization, wherein the interconnect features are interconnect lines comprising a metal, and wherein at least some of the interconnect features are in direct contact with respective underlying interconnect features in a second level of the IC die below the first level of interconnect features; a lithography alignment feature within the second level; and a reveal window within which the metallization is absent, wherein; a perimeter of the reveal window has micrometer pixilation; the reveal window is coplanar with the level of interconnect features; and the perimeter of the reveal window surrounds the alignment feature. a first level of interconnect features with nanometer dimensions and comprising metallization, wherein the interconnect features are interconnect lines comprising a metal, and wherein at least some of the interconnect features are in direct contact with respective underlying interconnect features in a second level of the IC die below the first level of interconnect features; a lithography alignment feature within the second level; and a reveal window within which the metallization is absent, wherein; a perimeter of the reveal window has micrometer pixilation; the reveal window is coplanar with the level of interconnect features; and the perimeter of the reveal window surrounds the alignment feature. a perimeter of the reveal window has micrometer pixilation; the reveal window is coplanar with the level of interconnect features; and the perimeter of the reveal window surrounds the alignment feature.
Electrically trace-heated pipe-in-pipe pipelines joined end-to-end via a transition section, wherein the transition section comprises: an inner pipe and an outer pipe spaced radially from the inner pipe; an annulus defined between the inner and outer pipes (14, 16), the annulus of the transition section containing heating cables that extend longitudinally between annuli of the pipelines and also containing longitudinally-spaced seals that are switchable between a deactivated state to effect fluid communication between the annuli of the pipelines and an activated state to isolate the annuli of the pipelines from each other; longitudinally-spaced blocking plates that close a lumen of the inner pipe and define an inner chamber between them; and longitudinally-spaced openings that penetrate a tubular wall of the inner pipe at locations longitudinally inboard of the blocking plates and the seals to effect fluid communication between the annulus of the transition section and the inner chamber and to define a diversion path for the heating cables that extends from the annulus of the transition section to the inner chamber and back to the annulus of the transition section. an inner pipe and an outer pipe spaced radially from the inner pipe; an annulus defined between the inner and outer pipes (14, 16), the annulus of the transition section containing heating cables that extend longitudinally between annuli of the pipelines and also containing longitudinally-spaced seals that are switchable between a deactivated state to effect fluid communication between the annuli of the pipelines and an activated state to isolate the annuli of the pipelines from each other; longitudinally-spaced blocking plates that close a lumen of the inner pipe and define an inner chamber between them; and longitudinally-spaced openings that penetrate a tubular wall of the inner pipe at locations longitudinally inboard of the blocking plates and the seals to effect fluid communication between the annulus of the transition section and the inner chamber and to define a diversion path for the heating cables that extends from the annulus of the transition section to the inner chamber and back to the annulus of the transition section.
An organic compound represented by general formula: wherein R 1 to R 16 are each independently selected from a hydrogen atom, a halogen atom, a substituted or unsubstituted alkyl group, a substituted or unsubstituted alkoxy group, a substituted amino group, a substituted or unsubstituted aryl group, and a substituted or unsubstituted heterocyclic group.
A method, in a base station node of a wireless network, for aiding the selective use of two or more random access modes, wherein the method comprises: receiving configuration data that includes one or more parameters defining a condition for triggering a change in random access mode; monitoring one or more resource-related conditions and detecting an event for triggering the change in random access mode, based on the configuration data; and sending a trigger message to a controlling network node in response to said detecting, the trigger message indicating that the change in random access mode is needed. receiving configuration data that includes one or more parameters defining a condition for triggering a change in random access mode; monitoring one or more resource-related conditions and detecting an event for triggering the change in random access mode, based on the configuration data; and sending a trigger message to a controlling network node in response to said detecting, the trigger message indicating that the change in random access mode is needed.
A mechanical resonant system (100a-c; 100) for continuously processing a combination of materials, the system comprising: a continuous process vessel (120a-c; 120) having an outlet and one or more inlets, the continuous process vessel configured to oscillate along an oscillation axis; an acoustic agitator coupled (110a-c; 110) to the continuous process vessel, the acoustic agitator configured to oscillate the continuous process vessel along the oscillation axis; and an outlet passage (158a-c; 158) in fluid communication with the outlet, wherein at least a portion of the outlet passage (158a; 158c; 158) or at least a portion of the continuous process vessel (120b-c; 120) is disposed within a portion of the acoustic agitator wherein the continuous process vessel is fastened to the acoustic agitator, so that, in use, the acoustic agitator causes the continuous process vessel to oscillate along the oscillation axis parallel to a direction of fluid flow through the continuous process vessel with a peak-to-peak displacement of between 3mm and 38 mm (0.125 and 1.5 inches) inclusive, characterized in that: the acoustic agitator comprises a cavity extending through the agitator from a first surface to a second surface, and the at least a portion of the outlet passage (158a; 158c; 158) or the continuous process vessel (120b-c; 120) is disposed within a portion of the cavity. a continuous process vessel (120a-c; 120) having an outlet and one or more inlets, the continuous process vessel configured to oscillate along an oscillation axis; an acoustic agitator coupled (110a-c; 110) to the continuous process vessel, the acoustic agitator configured to oscillate the continuous process vessel along the oscillation axis; and an outlet passage (158a-c; 158) in fluid communication with the outlet, wherein at least a portion of the outlet passage (158a; 158c; 158) or at least a portion of the continuous process vessel (120b-c; 120) is disposed within a portion of the acoustic agitator wherein the continuous process vessel is fastened to the acoustic agitator, so that, in use, the acoustic agitator causes the continuous process vessel to oscillate along the oscillation axis parallel to a direction of fluid flow through the continuous process vessel with a peak-to-peak displacement of between 3mm and 38 mm (0.125 and 1.5 inches) inclusive, characterized in that: the acoustic agitator comprises a cavity extending through the agitator from a first surface to a second surface, and the at least a portion of the outlet passage (158a; 158c; 158) or the continuous process vessel (120b-c; 120) is disposed within a portion of the cavity. the acoustic agitator comprises a cavity extending through the agitator from a first surface to a second surface, and the at least a portion of the outlet passage (158a; 158c; 158) or the continuous process vessel (120b-c; 120) is disposed within a portion of the cavity.
A system of base stations and mobile terminals distributed within a communications network, the system comprising: a number of survivability components (116, 126, 136, 146, 330, 430) located with at least one base station (118, 128, 138, 148, 310, 410), the number of survivability components (116, 126, 136, 146) being configured to: monitor communications within the communications network, and perform functions of corresponding components within the communications network, wherein one or more of the survivability components (116, 126, 136, 146) are further configured to monitor and cache network communications and traffic information before a network failure occurs, wherein the cached information is stored within a storage server of the at least one base station (118, 128, 138, 148, 310, 410). monitor communications within the communications network, and perform functions of corresponding components within the communications network, wherein one or more of the survivability components (116, 126, 136, 146) are further configured to monitor and cache network communications and traffic information before a network failure occurs, wherein the cached information is stored within a storage server of the at least one base station (118, 128, 138, 148, 310, 410).
An IL-22 dimer for use in a method of treating pancreatitis in an individual, wherein the method comprises administering to the individual an effective amount of the IL-22 dimer, wherein the IL-22 dimer is administered at the effective amount of 2 μg/kg to 200 μg/kg.
A method of normalizing biological samples, the method comprising: in multiple samples obtained from a source of interest, wherein each sample comprising a plurality of targets; attaching capture tags to substantially all of the targets in a given sample, wherein each capture tag comprises an identifying feature and capture moiety-binding domain, both of which are unique to the sample to which it is added; pooling the samples; after or optionally before pooling, adding an amount of a capture moiety for each sample, wherein each capture moiety is specific for the capture moiety-binding domain of the capture tag utilized in a given sample, and wherein the total amount of each sample-specific capture moiety a. is equivalent across all samples, and b. is less than at least the most abundant target in any one of the samples; and capturing the targets. in multiple samples obtained from a source of interest, wherein each sample comprising a plurality of targets; attaching capture tags to substantially all of the targets in a given sample, wherein each capture tag comprises an identifying feature and capture moiety-binding domain, both of which are unique to the sample to which it is added; pooling the samples; after or optionally before pooling, adding an amount of a capture moiety for each sample, wherein each capture moiety is specific for the capture moiety-binding domain of the capture tag utilized in a given sample, and wherein the total amount of each sample-specific capture moiety a. is equivalent across all samples, and b. is less than at least the most abundant target in any one of the samples; and capturing the targets. a. is equivalent across all samples, and b. is less than at least the most abundant target in any one of the samples; and
An internal combustion engine, comprising: a combustion chamber formed between a cylinder block and a cylinder head opposite to a top portion of a piston slidably fitted in the cylinder block; and an intake path extending from an inlet pipe separately or integrally connected to the cylinder head and communicating with an intake valve port that opens to the top surface of the combustion chamber to be opened/closed with the intake valve, wherein the intake path is provided with a pair of throttle portions (70a, 70b) arranged with an interval in an air flow direction of the intake path and an expanding portion positioned between the throttle portions (70a, 70b), characterized in that, the throttle portions (70a, 70b are provided to a bent portion of the intake path formed in substantially U shape in section as viewed in a projected plan orthogonal to an axial line of a crank shaft and parallel to a cylinder axial line, and the pair of throttle portions (70a, 70b) is arranged upstream side with the intake valve port. a combustion chamber formed between a cylinder block and a cylinder head opposite to a top portion of a piston slidably fitted in the cylinder block; and an intake path extending from an inlet pipe separately or integrally connected to the cylinder head and communicating with an intake valve port that opens to the top surface of the combustion chamber to be opened/closed with the intake valve, wherein the intake path is provided with a pair of throttle portions (70a, 70b) arranged with an interval in an air flow direction of the intake path and an expanding portion positioned between the throttle portions (70a, 70b), the throttle portions (70a, 70b are provided to a bent portion of the intake path formed in substantially U shape in section as viewed in a projected plan orthogonal to an axial line of a crank shaft and parallel to a cylinder axial line, and the pair of throttle portions (70a, 70b) is arranged upstream side with the intake valve port.
A recombinant vaccinia virus, comprising: a gene encoding soluble programmed cell death protein-1 (sPD-1), a gene encoding hyaluronidase, and a gene encoding interleukin -12.