mhurhangee/patent-ind-claim-en huggingface dataset:
An access point , comprising: a memory ; and a processor operatively coupled to the memory, the processor configured to: send, using a Transport Control Protocol, TCP, and at a first time, a first Control And Provisioning of Wireless Access Points, CAPWAP, packet to a CAPWAP controller, wherein the first CAPWAP control packet includes a CAPWAP header portion specific to a type of the first CAPWAP control packet and not specific to a CAPWAP binding; activate a TCP timer based on sending the first CAPWAP control packet; send, using the TCP, a second CAPWAP control packet to the CAPWAP controller after the first time and before a second time; receive, using the TCP and at the second time, a response to the first CAPWAP control packet; and suspend the TCP timer in response to receiving the response to the first CAPWAP control packet, wherein the TCP timer provides a measure of a duration of time between the first time and the second time. a memory ; and a processor operatively coupled to the memory, the processor configured to: send, using a Transport Control Protocol, TCP, and at a first time, a first Control And Provisioning of Wireless Access Points, CAPWAP, packet to a CAPWAP controller, wherein the first CAPWAP control packet includes a CAPWAP header portion specific to a type of the first CAPWAP control packet and not specific to a CAPWAP binding; activate a TCP timer based on sending the first CAPWAP control packet; send, using the TCP, a second CAPWAP control packet to the CAPWAP controller after the first time and before a second time; receive, using the TCP and at the second time, a response to the first CAPWAP control packet; and suspend the TCP timer in response to receiving the response to the first CAPWAP control packet, wherein the TCP timer provides a measure of a duration of time between the first time and the second time. send, using a Transport Control Protocol, TCP, and at a first time, a first Control And Provisioning of Wireless Access Points, CAPWAP, packet to a CAPWAP controller, wherein the first CAPWAP control packet includes a CAPWAP header portion specific to a type of the first CAPWAP control packet and not specific to a CAPWAP binding; activate a TCP timer based on sending the first CAPWAP control packet; send, using the TCP, a second CAPWAP control packet to the CAPWAP controller after the first time and before a second time; receive, using the TCP and at the second time, a response to the first CAPWAP control packet; and suspend the TCP timer in response to receiving the response to the first CAPWAP control packet, wherein the TCP timer provides a measure of a duration of time between the first time and the second time.
A method performed by a communication device for uplink transmission, the communication device being configured with a primary carrier for uplink data transmission and a dedicated secondary carrier for uplink data transmission to a network node , the dedicated secondary carrier comprising a dedicated high bitrate carrier and used for high-bitrate uplink transmissions, the dedicated secondary carrier being always on, the dedicated secondary carrier requiring no activation or deactivation, the method comprising: - transmitting a scheduling information report always using the primary carrier, wherein the scheduling information report is sent upon start of an uplink scheduled transmission on the primary carrier and when a parameter value for the triggering of the scheduling information report exceeds a preconfigured threshold, - receiving , on the primary carrier, a grant to use the dedicated secondary carrier, wherein the grant to use the dedicated secondary carrier is a time limited grant, and - transmitting user data using a data channel on the dedicated secondary carrier upon reception of the grant for the dedicated secondary carrier, wherein the communication device is configured such that it does not transmit any data on the dedicated secondary carrier unless receiving a grant for the dedicated secondary carrier. - transmitting a scheduling information report always using the primary carrier, wherein the scheduling information report is sent upon start of an uplink scheduled transmission on the primary carrier and when a parameter value for the triggering of the scheduling information report exceeds a preconfigured threshold, - receiving , on the primary carrier, a grant to use the dedicated secondary carrier, wherein the grant to use the dedicated secondary carrier is a time limited grant, and - transmitting user data using a data channel on the dedicated secondary carrier upon reception of the grant for the dedicated secondary carrier, wherein the communication device is configured such that it does not transmit any data on the dedicated secondary carrier unless receiving a grant for the dedicated secondary carrier.
A retaining ring comprising: a generally annular body comprising a top surface ; a bottom surface ; an outer surface connected to the top surface at an outer top perimeter and the bottom surface at an outer bottom perimeter; and an inner surface connected to the top surface at an inner top perimeter and the bottom surface at an inner bottom perimeter, characterised by the inner surface comprising seven or more planar facets (150, 150a-f), adjacent planar facets (150, 150a-f) being connected at corners (162, 162a-e), and the inner bottom perimeter comprising straight edges (170, 170a-l) of the planar facets (150, 150a-f) connected at the corners (162, 162a-e). a top surface ; a bottom surface ; an outer surface connected to the top surface at an outer top perimeter and the bottom surface at an outer bottom perimeter; and an inner surface connected to the top surface at an inner top perimeter and the bottom surface at an inner bottom perimeter, characterised by the inner surface comprising seven or more planar facets (150, 150a-f), adjacent planar facets (150, 150a-f) being connected at corners (162, 162a-e), and the inner bottom perimeter comprising straight edges (170, 170a-l) of the planar facets (150, 150a-f) connected at the corners (162, 162a-e).
Method for integrating on silicon, a component with the basis of III-V material, called III-V component, comprising at least the following steps: - Providing a first substrate comprising a silicon-based optical layer , said optical layer comprising at least one waveguide , - Transferring a second substrate with the basis of III-V material onto the optical layer , - Forming the III-V component from said second substrate , in the proximity of the waveguide so as to enable a coupling between the waveguide and said III-V component and by preserving a layer with the basis of III-V material laterally extending from the III-V component , - Forming, by epitaxy, from said layer with the basis of III-V material, an InP:Fe-based structure laterally bordering the III-V component , - Forming a layer comprising contacts , called III-V contacts, intended to electrically contact the III-V component , on a face of the III-V component opposite the optical layer , - Transferring a third silicon-based substrate onto said layer comprising the III-V contacts. - Providing a first substrate comprising a silicon-based optical layer , said optical layer comprising at least one waveguide , - Transferring a second substrate with the basis of III-V material onto the optical layer , - Forming the III-V component from said second substrate , in the proximity of the waveguide so as to enable a coupling between the waveguide and said III-V component and by preserving a layer with the basis of III-V material laterally extending from the III-V component , - Forming, by epitaxy, from said layer with the basis of III-V material, an InP:Fe-based structure laterally bordering the III-V component , - Forming a layer comprising contacts , called III-V contacts, intended to electrically contact the III-V component , on a face of the III-V component opposite the optical layer , - Transferring a third silicon-based substrate onto said layer comprising the III-V contacts.
A machine for transporting a liner into a grinding mill body, comprising a housing for insertion through an opening of said grinding mill body, said housing having a first end , a second end and a conduit in communication with said first end and said second end, and a conveying device for conveying said liner along said conduit between said first and second ends, wherein said conveying device is located inside said conduit .
A method of testing a rolling device having a roller element made of steel comprising Mn and S, wherein the rolling device is a rolling bearing, a gear, or a component of these; an element composition of the steel is such that C is no smaller than 0.95 mass percent and no greater than 1.1 mass percent, Si is smaller than 0.35 mass percent, Mn is smaller than 0.5 mass percent, S is smaller than 0.025 mass percent, Cr is no smaller than 1.4 mass percent and smaller than 1.6 mass percent, and remaining elements are iron and impurities; the steel is high-carbon chromium bearing steel SUJ2 (JIS standard), 52100 (AISI standard or SAE standard) that is a material comparable to SUJ2, 100Cr6 (DIN standard), or GCr15 (GSB standard); and the steel is an ingot casting, the method comprising: observing oxide-based inclusions having maximum diameter of 3 μm or greater in the steel constituting the roller element as observed and detected by optical microscopy in a section of the steel with a testing area of 900 mm 2 ; determining a ratio of a number of oxide-based inclusions covered by MnS to a total number thereof, where "covered by MnS" means a state in which MnS precipitates, by using an oxide-based inclusion as a core, are coated around the oxide-based inclusion, and this state includes both cases in which an oxide-based inclusion is completely covered and in which only a part of an oxide-based inclusion is covered; and determining that the roller element is suitable for use if the ratio is over 40%. observing oxide-based inclusions having maximum diameter of 3 μm or greater in the steel constituting the roller element as observed and detected by optical microscopy in a section of the steel with a testing area of 900 mm 2 ; determining a ratio of a number of oxide-based inclusions covered by MnS to a total number thereof, where "covered by MnS" means a state in which MnS precipitates, by using an oxide-based inclusion as a core, are coated around the oxide-based inclusion, and this state includes both cases in which an oxide-based inclusion is completely covered and in which only a part of an oxide-based inclusion is covered; and determining that the roller element is suitable for use if the ratio is over 40%.
Thermoplastic composition, containing A) 44% by weight to 96.999% by weight of aromatic polycarbonate, B) 3.0% by weight to 30.0% by weight of titanium dioxide and C) glass flakes comprising a titanium dioxide coating, characterized in that the amount of component C is 0.001% by weight to 0.25% by weight, wherein the reported amounts are in each case based on the total weight of the thermoplastic composition. A) 44% by weight to 96.999% by weight of aromatic polycarbonate, B) 3.0% by weight to 30.0% by weight of titanium dioxide and C) glass flakes comprising a titanium dioxide coating, characterized in that the amount of component C is 0.001% by weight to 0.25% by weight, wherein the reported amounts are in each case based on the total weight of the thermoplastic composition.
Drive arrangement for a vehicle that can be driven by muscle power and/or - in particular additionally - by motor power, an electric bicycle, e-bike or pedelec, having: - a crankshaft which is rotatable about an axis of rotation (Y) and which serves for receiving a first torque, generated in particular by muscle power, and - a transfer device which is designed for transferring the first torque from the crankshaft to an output element which is couplable to a drive wheel (9-2) of the vehicle and, by means of an - in particular automatically - shiftable multi-stage planetary gearing , for a variable transmission ratio, in which drive arrangement: - the transmission ratio of the planetary gearing can be adjusted by means of a gear ratio change and by means of a controlled connection and/or release of respective sun gears of corresponding planetary stages by means of a driver element coupled to the respective sun gear for conjoint rotation, - the respective driver element is arranged radially and/or axially outside the respectively coupled sun gear , - the respective driver element can be braked and arrested and/or released in controllable fashion by means of controllable frictional engagement with a brake element , and - a respective driver element is formed on a, or as a radially outer or outermost section of a, brake caliper ring which is coupled to the respective sun gear for conjoint rotation, in particular with a circular ring shape in cross section or in plan view in or with a plane perpendicular to an axis of rotation of the brake caliper ring . - a crankshaft which is rotatable about an axis of rotation (Y) and which serves for receiving a first torque, generated in particular by muscle power, and - a transfer device which is designed for transferring the first torque from the crankshaft to an output element which is couplable to a drive wheel (9-2) of the vehicle and, by means of an - in particular automatically - shiftable multi-stage planetary gearing , for a variable transmission ratio, - the transmission ratio of the planetary gearing can be adjusted by means of a gear ratio change and by means of a controlled connection and/or release of respective sun gears of corresponding planetary stages by means of a driver element coupled to the respective sun gear for conjoint rotation, - the respective driver element is arranged radially and/or axially outside the respectively coupled sun gear , - the respective driver element can be braked and arrested and/or released in controllable fashion by means of controllable frictional engagement with a brake element , and - a respective driver element is formed on a, or as a radially outer or outermost section of a, brake caliper ring which is coupled to the respective sun gear for conjoint rotation, in particular with a circular ring shape in cross section or in plan view in or with a plane perpendicular to an axis of rotation of the brake caliper ring .
Rotating cleaner having a housing which has a cavity and an inlet which can be connected to a fluid supply line, having a shaft extending in sections into the cavity , having a sprayer body which is connected to the shaft for conjoint-rotation therewith and comprises an outlet , and having a sliding bearing for rotatably supporting the shaft in the housing , the sliding bearing comprising a rotating bearing surface , an idle bearing surface and a bearing gap, wherein the rotating bearing surface and the idle bearing surface are each formed as a contiguous surface for supporting the shaft in the radial and axial direction, characterised in that the rotating bearing surface and the idle bearing surface are conical in shape.
A glass panel unit comprising: a first panel (T1) including at least a first glass plate ; a second panel (T2) arranged to face the first panel (T1) and including at least a second glass plate ; a frame member formed in a shape of a frame, corresponding in shape to respective peripheral portions of the first panel (T1) and the second panel (T2) extending along edges thereof, and bonded to the peripheral portions; and at least one spacer provided in a vacuum space between the first panel (T1) and the second panel (T2), the at least one spacer containing a polyimide, the polyimide having an absorption edge at which an absorption index decreases in an optical absorption spectrum ranging from an ultraviolet ray to visible radiation, the absorption edge being equal to or less than 400 nm, the absorption edge of the polyimide being less than a wavelength at which optical transmittance of the first glass plate and the second glass plate decreases. a first panel (T1) including at least a first glass plate ; a second panel (T2) arranged to face the first panel (T1) and including at least a second glass plate ; a frame member formed in a shape of a frame, corresponding in shape to respective peripheral portions of the first panel (T1) and the second panel (T2) extending along edges thereof, and bonded to the peripheral portions; and at least one spacer provided in a vacuum space between the first panel (T1) and the second panel (T2), the at least one spacer containing a polyimide, the polyimide having an absorption edge at which an absorption index decreases in an optical absorption spectrum ranging from an ultraviolet ray to visible radiation, the absorption edge being equal to or less than 400 nm, the absorption edge of the polyimide being less than a wavelength at which optical transmittance of the first glass plate and the second glass plate decreases.
Method for monitoring renal disease in a subject, comprising subjecting a serum sample comprising albumin from that subject to electrophoresis, wherein carbamylated albumin is used as a bio-marker for the monitoring of the renal disease, wherein the monitoring comprises determining the symmetry ratio of the electrophoresis serum albumin peak.
Device for retaining a fluid, having a hinged bulkhead which can float and is mounted on a bulkhead receptacle so as to pivot about a horizontal pivot axis between a horizontal standby position and an upright shut-off position, which hinged bulkhead , in its standby position, is inserted into the bulkhead receptacle , which is designed in the form of a trough, and wherein, in order to position the hinged bulkhead in the shut-off position, at least one actuating drive , in particular a first gas pressure spring, is provided engaging at one end on the hinged bulkhead and at the other end on the bulkhead receptacle , characterized in that a knee lever is provided to assist lifting of the hinged bulkhead from the standby position, which knee lever is pivotably mounted at both ends in the region of the bulkhead receptacle and whose knee is set against a contact surface of the hinged bulkhead to lift the hinged bulkhead from the standby position.
Mechanical timepiece oscillator including at least one base arranged to be fixed to a bottom plate or a bridge of a timepiece movement , and at least one inertial element arranged to oscillate about a virtual pivot axis (D) of fixed position with respect to said at least one base or of fixed position with respect to said bases when said oscillator has several, in a plane of pivoting (P) perpendicular to said virtual pivot axis (D), each said inertial element being suspended to at least one said base by several flexible connections each including at least one elastic strip , and said flexible connections together defining said virtual pivot axis (D), wherein at least one said flexible connection includes at least one deformable compass-like member comprising a said elastic strip forming a first arm arranged, at a first end , to be fixed to a said base or integral with a said base , angularly movable, in projection onto said plane of pivoting (P), with respect to another said elastic strip forming a second arm of said deformable compass-like member which, at a second end , is arranged to be fixed to said inertial element , or integral with said inertial element , said first arm and said second arm being joined at a reversal edge defining a virtual apex of said deformable compass-like member , a straight line forming a compass axis (D7) joining said virtual pivot axis (D) and the projection of said virtual apex of said deformable compass-like member onto said plane of pivoting (P), characterised in that , in an unstressed rest state of said oscillator , the projection of said virtual apex onto a plane defined by said virtual pivot axis (D) and said compass axis (D7) is on a first side of said virtual pivot axis (D), opposite to a second side where said first end and said second end are projected.
A current sensor comprising: a lead frame having a plurality of leads (12a - 12f), at least two of the plurality of leads (12a - 12f) forming a current conductor configured to carry a current that generates a magnetic field; a substrate having first and second opposing surfaces , the first surface proximate to said current conductor and the second surface distal from the current conductor; a first magnetic field transducer disposed on the substrate ; a first coil disposed on the substrate adjacent to the first magnetic field transducer, wherein the first magnetic field transducer and the first coil are positioned on a first side of the current conductor ; a second magnetic field transducer disposed on the substrate ; and a second coil disposed on the substrate adjacent to the second magnetic field transducer, wherein the second magnetic field transducer and the second coil are positioned on a second side of the current conductor , characterized in that the first coil comprises third and fourth coils wound in opposite directions with respect to each other and the second coil comprises fifth and sixth coils wound in opposite directions with respect to each other. a lead frame having a plurality of leads (12a - 12f), at least two of the plurality of leads (12a - 12f) forming a current conductor configured to carry a current that generates a magnetic field; a substrate having first and second opposing surfaces , the first surface proximate to said current conductor and the second surface distal from the current conductor; a first magnetic field transducer disposed on the substrate ; a first coil disposed on the substrate adjacent to the first magnetic field transducer, wherein the first magnetic field transducer and the first coil are positioned on a first side of the current conductor ; a second magnetic field transducer disposed on the substrate ; and a second coil disposed on the substrate adjacent to the second magnetic field transducer, wherein the second magnetic field transducer and the second coil are positioned on a second side of the current conductor , characterized in that the first coil comprises third and fourth coils wound in opposite directions with respect to each other and the second coil comprises fifth and sixth coils wound in opposite directions with respect to each other.