mhurhangee/ep-ind-claims huggingface dataset:
A wireless transmit/receive unit, WTRU, comprising: a processor configured to: monitor for a first downlink control information, DCI, in a first search space of a current slot, wherein the first DCI has a first format and is associated with a first radio network temporary identifier, RNTI; monitor for a second DCI in a second search space of the current slot, wherein the second DCI has a second format and is associated with a second RNTI; if the second DCI is detected in the second search space of the current slot, determine, using the second DCI, ultra-reliable low latency data in a previous slot; and decode enhanced mobile broadband data received in the previous slot. monitor for a first downlink control information, DCI, in a first search space of a current slot, wherein the first DCI has a first format and is associated with a first radio network temporary identifier, RNTI; monitor for a second DCI in a second search space of the current slot, wherein the second DCI has a second format and is associated with a second RNTI; if the second DCI is detected in the second search space of the current slot, determine, using the second DCI, ultra-reliable low latency data in a previous slot; and decode enhanced mobile broadband data received in the previous slot.
A drilling system having a drilling instrument - which has a drive mechanism that drives a drilling tool comprising a segmental drill bit, characterised in that - the drilling tool has three or more drilling segments forming a drill head which shares a common drill bit, the individual drilling segments being driven in a predetermined sequence of motions according to the principle of an oscillating stroke operation. - which has a drive mechanism that drives a drilling tool comprising a segmental drill bit, characterised in that - the drilling tool has three or more drilling segments forming a drill head which shares a common drill bit, the individual drilling segments being driven in a predetermined sequence of motions according to the principle of an oscillating stroke operation.
A wire saw for cutting pipe, said saw comprising a saddle having a saddle surface (18, 20) for abutting against a cylindrical pipe, a clamp retaining said pipe against said saddle, an elongate guide (34, 35, 36) fixed to said saddle, said guide (34, 35, 36) having an axis perpendicular to an axis of said pipe while said pipe abuts said saddle, a bow having parallel sides, a bridge end joining said sides, and an open end, a diamond wire loop, a plurality of wheels (84, 86, 88) on said bow for rotating said diamond wire loop with a portion of said diamond wire loop extending across said open end, a cooling system comprising a water spray on said bow, said water spray directing water toward said diamond wire, said bow moveable on said guide (34, 35, 36) toward and away from said pipe while said pipe is against said saddle, a feed unit for urging said bow toward and away from said pipe while said pipe is against said saddle, and a tensioning member retaining one of said wheels (84, 86, 88), characterized in that said tensioning member includes a spring for applying tension to said diamond wire loop, and said wire loop being movable along a track formed within the bow, the track being formed using said plurality of wheels (84, 86, 88) on the bow, the wheels (84, 86, 88) moving the wire loop along the track, wherein an enclosed portion of the wire loop is positioned in an enclosure formed by said bow and an inner guard, and an exposed portion of the wire loop extends across the open end and is not enclosed by the bow.
A print bar, comprising multiple printhead dies molded into an elongated, monolithic body, the printhead dies arranged generally end to end along a length of the body and the body having at least one channel in contact with the printhead dies so that fluid may pass directly to the printhead dies, wherein each printhead die is a thin die; and each thin die is a die sliver, wherein each printhead die includes: multiple holes connected to the at least one channel such that printing fluid can flow from the at least one channel directly into the holes; a manifold connected to the holes such that printing fluid can flow from the holes directly into the manifold; and multiple ejection chambers connected to the manifold such that printing fluid can flow from the manifold into the ejection chambers; characterized in that each hole is tapered from a broader part at the at least one channel to a narrower part at the manifold; and the at least one channel is molded into the body in contact with the printhead die so that fluid in the at least one channel flows directly into or onto the printhead die or both and the at least one channel tapered from a broader part away from the holes to a narrower part at the holes. multiple holes connected to the at least one channel such that printing fluid can flow from the at least one channel directly into the holes; a manifold connected to the holes such that printing fluid can flow from the holes directly into the manifold; and multiple ejection chambers connected to the manifold such that printing fluid can flow from the manifold into the ejection chambers; each hole is tapered from a broader part at the at least one channel to a narrower part at the manifold; and the at least one channel is molded into the body in contact with the printhead die so that fluid in the at least one channel flows directly into or onto the printhead die or both and the at least one channel tapered from a broader part away from the holes to a narrower part at the holes.
An implant for securing a breast of a patient in a lifted position or contouring a patient's breast, the implant having a three-dimensional shape and comprising a support component with an upper section, a lower section, medial side, lateral side, and an outlying border comprising a shape memory component with rounded edges at medial and lateral sides of the implant wherein the rounded edges have radii of 6 to 10 mm.
A method for determination of one or more downshift and upshift points for a gearbox in a motor vehicle, which vehicle comprises an engine connected to, in order to drive, said gearbox, where a downshift point represents a first engine speed at which said gearbox is adapted to effecting a downshift, and an upshift point represents a second engine speed at which said gearbox is adapted to effecting an upshift, wherein said one or more downshift and upshift points are represented by upshift lines and downshift lines, respectively, in a graph of engine torque versus speed of the engine, characterised in that said one or more downshift and upshift points are determined relative to an engine target speed ω T which is a desired speed for said engine, said engine target speed ω T represented by an engine target speed line in said graph, said engine target speed ω T is a dynamic parameter which may be altered during use of the motor vehicle, and wherein the upshift and downshift lines accompany an alteration of the engine target speed line proportionally to a respective scale factor.
A method of automated validation of netblocks of IT-services and/or IT-systems of a company, comprising the following steps performed by a computer system: - as an inputting step: inputting a netblock, wherein the netblock comprises multiple IP addresses as an address range; - as a validation step: validating IP Addresses of the netblock, wherein an IP Address of a netblock is considered valid if this Address belongs to the company, and calculate the number of valid IP Addresses to the number of invalid IP Addresses as a first result; - as an evaluation step: evaluating based on the outcome of the first result if a netblock is valid or invalid; - as a marking step (828, 831, 834, 836): marking the netblock as valid, invalid or not determinable based on evaluation. - as an inputting step: inputting a netblock, wherein the netblock comprises multiple IP addresses as an address range; - as a validation step: validating IP Addresses of the netblock, wherein an IP Address of a netblock is considered valid if this Address belongs to the company, and calculate the number of valid IP Addresses to the number of invalid IP Addresses as a first result; - as an evaluation step: evaluating based on the outcome of the first result if a netblock is valid or invalid; - as a marking step (828, 831, 834, 836): marking the netblock as valid, invalid or not determinable based on evaluation.
A device for decrypting encrypted media content, the device comprising a processing environment configured to: receive and store an encrypted content key for decrypting encrypted media content; evaluate an access condition and, if the access condition is met, decrypt the content key and enable a descrambler to use the content key to decrypt the encrypted media content; receive the encrypted media content and decrypt the encrypted media content using the content key; and re-evaluate within an interval whether use of the content key should remain enabled, characterized in that the processing environment is further configured to: if the re-evaluation is negative, prevent the descrambler from using the content key after the interval has passed in response to the re-evaluation even though the content key remains valid, and in that the access condition comprises a condition that a token indicating that access is authorised has been received before expiry of the interval. receive and store an encrypted content key for decrypting encrypted media content; evaluate an access condition and, if the access condition is met, decrypt the content key and enable a descrambler to use the content key to decrypt the encrypted media content; receive the encrypted media content and decrypt the encrypted media content using the content key; and re-evaluate within an interval whether use of the content key should remain enabled, characterized in that the processing environment is further configured to: if the re-evaluation is negative, prevent the descrambler from using the content key after the interval has passed in response to the re-evaluation even though the content key remains valid, and in that the access condition comprises a condition that a token indicating that access is authorised has been received before expiry of the interval.
An arrangement for determining a vehicle speed behaviour model for a leading vehicle to predict the behaviour of the leading vehicle, where the leading vehicle drives along a path in front of a trailing host vehicle and where the determination is done by a control unit in the host vehicle, where the host vehicle comprises means for measuring the distance to the leading vehicle, means for measuring the speed of the host vehicle, means (8, 9) for obtaining external information regarding an upcoming change in a road condition, characterized in that the control unit is adapted for monitoring the change in vehicle speed of the leading vehicle whenever there is a change in road condition and determining if the external information is indicative of the change in vehicle speed of the leading vehicle, and for determining a vehicle speed behaviour model for the leading vehicle based on the monitored change in vehicle speed of the leading vehicle and on the upcoming change in a road condition, such that the vehicle behaviour model is adapted to the type of road change condition.
Process for the manufacturing of fine line circuitry on a transparent substrate, the process comprises the following steps in the given order (i) providing a transparent substrate having a front side and a back side; (ii) providing a pattern of light-shielding activation layer on the front side of said substrate; (iii) placing a photosensitive composition on the front side of the substrate including the pattern of light-shielding activation layer; (iv) photo-curing the photosensitive composition from the back side of the substrate with a source of electromagnetic radiation; (v) removing any uncured remnants of the photosensitive composition; and thereby selectively exposing recessed structures on the pattern of light-shielding activation layer; and (vi) depositing of at least one metal or metal alloy into the thus formed recessed structures by an electroless plating process. (i) providing a transparent substrate having a front side and a back side; (ii) providing a pattern of light-shielding activation layer on the front side of said substrate; (iii) placing a photosensitive composition on the front side of the substrate including the pattern of light-shielding activation layer; (iv) photo-curing the photosensitive composition from the back side of the substrate with a source of electromagnetic radiation; (v) removing any uncured remnants of the photosensitive composition; and thereby selectively exposing recessed structures on the pattern of light-shielding activation layer; and (vi) depositing of at least one metal or metal alloy into the thus formed recessed structures by an electroless plating process.
A method for operating an analog-to-digital converter, comprising: receiving a sampling time for a sample & hold circuit; receiving a conversion time for the analog-to-digital converter; counting a time between conversions by means of a timer; determining a power up time for the analog-to-digital converter according to at least one low power mode; and after the analog-to-digital converter has performed a conversion or a burst of conversions, if the sum of the power up time and conversion time is less than the sampling time: entering the analog-to-digital converter into the at least one low power mode; and starting a pwer-up sequence after counting a time equal to the sampling time minus the power up time; otherwise: entering the analog-to-digital converter into a reset mode, wherein in the reset mode the power up time is virtually zero; and, counting a time until next sampling time whereupon a next conversion will be performed. receiving a sampling time for a sample & hold circuit; receiving a conversion time for the analog-to-digital converter; counting a time between conversions by means of a timer; determining a power up time for the analog-to-digital converter according to at least one low power mode; and after the analog-to-digital converter has performed a conversion or a burst of conversions, entering the analog-to-digital converter into the at least one low power mode; and starting a pwer-up sequence after counting a time equal to the sampling time minus the power up time; entering the analog-to-digital converter into a reset mode, wherein in the reset mode the power up time is virtually zero; and, counting a time until next sampling time whereupon a next conversion will be performed.
A gamma or x-ray imaging detector comprising: a conversion material for directly or indirectly converting radiation to electrons; a plurality of electrodes, wherein at least a portion of the electrodes includes a flat portion that contacts the conversion material and a raised portion that contacts an adhesion material, wherein the adhesion material is a passivation material and characterized in that at least a portion of the adhesion material is disposed in trenches positioned between the electrodes. a conversion material for directly or indirectly converting radiation to electrons; a plurality of electrodes,
A touch fastening strip comprising: a base portion having two sides wherein the base portion is connected to at least two opposing side walls forming a plurality of channels extending from one side of the base portion; a top portion connected to said opposing side walls; fastening elements positioned on one side of the base portion or on said top portion; wherein said fastening strip includes one or more openings in said channels. a base portion having two sides wherein the base portion is connected to at least two opposing side walls forming a plurality of channels extending from one side of the base portion; a top portion connected to said opposing side walls; fastening elements positioned on one side of the base portion or on said top portion; wherein said fastening strip includes one or more openings in said channels.
A power charge cartridge assembly, having a firing head side and a setting tool side, comprising: a hollow cylindrical housing configured to be located in a power charge chamber having a firing head side configured to be coupled with a firing head and a setting tool side configured to be coupled with a ported sub, the hollow cylindrical housing having a first end corresponding to the firing head side and a second end corresponding to the setting tool side; an energetic material disposed within the hollow cylindrical housing; and an igniter disposed in the hollow cylindrical housing adjacent to the energetic material, the igniter comprising an initiation charge and a heating element and being proximate to the second end. a hollow cylindrical housing configured to be located in a power charge chamber having a firing head side configured to be coupled with a firing head and a setting tool side configured to be coupled with a ported sub, the hollow cylindrical housing having a first end corresponding to the firing head side and a second end corresponding to the setting tool side; an energetic material disposed within the hollow cylindrical housing; and an igniter disposed in the hollow cylindrical housing adjacent to the energetic material, the igniter comprising an initiation charge and a heating element and being proximate to the second end.
A solar heat collector (100; 802) for use in a ventilation system, the collector (100; 802) comprising: a plurality of air channels (110, 115; 806, 807); a top panel positioned above the air channels (110, 115; 806, 807) to define a solar energy absorption space, the air channels (110, 115; 806, 807) being in thermal communication with the solar energy absorption space; and means for creating turbulence of air flow inside the air channels (110; 806), characterised in that the means for creating turbulence comprises a helical fin extending along each channel (110; 806) in a longitudinal direction and comprises one or more protrusions on an inside surface of the channels (110; 806), the one or more protrusions extending longitudinally along a length of the channels (110; 806). a plurality of air channels (110, 115; 806, 807); a top panel positioned above the air channels (110, 115; 806, 807) to define a solar energy absorption space, the air channels (110, 115; 806, 807) being in thermal communication with the solar energy absorption space; and means for creating turbulence of air flow inside the air channels (110; 806), characterised in that the means for creating turbulence comprises a helical fin extending along each channel (110; 806) in a longitudinal direction and comprises one or more protrusions on an inside surface of the channels (110; 806), the one or more protrusions extending longitudinally along a length of the channels (110; 806).
A system comprising a Home Subscriber Server, HSS, comprising a Diameter Sh interface with an Application Server, AS,, wherein the HSS is configured: to store data for user equipment, UE,; to receive a single user data request from the AS over the Diameter Sh interface; to identify multiple serving elements where the UE is presently registered in a packet-switched data network and a legacy network in response to the single user data request, to insert identifiers for the multiple serving elements in the packet-switched data network and the legacy network in a user data answer in response to the single user data request, and to transmit the user data answer to the AS over the Diameter Sh interface. to store data for user equipment, UE,; to receive a single user data request from the AS over the Diameter Sh interface; to identify multiple serving elements where the UE is presently registered in a packet-switched data network and a legacy network in response to the single user data request, to insert identifiers for the multiple serving elements in the packet-switched data network and the legacy network in a user data answer in response to the single user data request, and to transmit the user data answer to the AS over the Diameter Sh interface.
A focus control apparatus for detecting a phase difference between two image signals from a captured image to acquire effective defocus information, comprising: acquiring means for acquiring first defocus information based on a phase difference between two image signals from an output of an image sensor corresponding to a first region (601, 607) in an area of the captured image, and acquiring second defocus information based on a phase difference between two image signals from an output of the image sensor corresponding to a second region (602 - 606) in the area; and control means for obtaining effective defocus information corresponding to the area using the first defocus information and the second defocus information, and performing focus control based on the obtained effective defocus information, wherein the first region (601, 607) has a length longer in a phase-difference detection direction than the length of the second region (602 - 606) in the phase-difference detection direction, characterised in that the first region and the second region each include a plurality of pixel units arranged and extending in the phase-difference detection direction, and wherein each pixel unit includes two or more photodiodes. acquiring means for acquiring first defocus information based on a phase difference between two image signals from an output of an image sensor corresponding to a first region (601, 607) in an area of the captured image, and acquiring second defocus information based on a phase difference between two image signals from an output of the image sensor corresponding to a second region (602 - 606) in the area; and control means for obtaining effective defocus information corresponding to the area using the first defocus information and the second defocus information, and performing focus control based on the obtained effective defocus information, wherein the first region (601, 607) has a length longer in a phase-difference detection direction than the length of the second region (602 - 606) in the phase-difference detection direction, characterised in that the first region and the second region each include a plurality of pixel units arranged and extending in the phase-difference detection direction, and wherein each pixel unit includes two or more photodiodes.