mhurhangee/patent-ind-claim-en huggingface dataset:
A method , performed by a radio network device , of synchronizing to a wireless communication network, comprising: receiving a wideband signal for a duration of at least a sync signal repetition period and storing the received wideband signal; transforming the received wideband signal to the frequency domain; and charcterised by: selecting a subset of frequency bins in the frequency domain signal that correspond to a sync frequency, numerology, and frequency error hypothesis; converting the selected subset of the frequency domain signal to the time domain; filtering the time domain signal with a sync reference; and applying a criterion to detect a sync signal in the time domain signal; wherein the selecting , converting , filtering , and applying steps are repeated using different frequency error hypotheses, and wherein the criterion is based on a filter output magnitude. receiving a wideband signal for a duration of at least a sync signal repetition period and storing the received wideband signal; transforming the received wideband signal to the frequency domain; and charcterised by: selecting a subset of frequency bins in the frequency domain signal that correspond to a sync frequency, numerology, and frequency error hypothesis; converting the selected subset of the frequency domain signal to the time domain; filtering the time domain signal with a sync reference; and applying a criterion to detect a sync signal in the time domain signal; wherein the selecting , converting , filtering , and applying steps are repeated using different frequency error hypotheses, and wherein the criterion is based on a filter output magnitude.
A method of authenticating content offered by a content source to a local device for displaying content, the method comprising: establishing a communication session between the content source and a browser executing at the local device; transmitting from the content source to the browser a validation page comprising a content authentication token which is a randomly generated one-time use only credential bound to the content source; capturing the content authentication token from the browser by a verification application; transmitting the authentication token to a validation service which determines whether the token is bound to a valid source of content; and causing the content to be displayed on the local device if the token is bound to a valid source of content establishing a communication session between the content source and a browser executing at the local device; transmitting from the content source to the browser a validation page comprising a content authentication token which is a randomly generated one-time use only credential bound to the content source; capturing the content authentication token from the browser by a verification application; transmitting the authentication token to a validation service which determines whether the token is bound to a valid source of content; and causing the content to be displayed on the local device if the token is bound to a valid source of content
An apparatus comprising: processing circuitry to perform vector processing operations; and an instruction decoder to decode vector instructions to control the processing circuitry to perform the vector processing operations specified by the vector instructions; characterised in that : the instruction decoder is responsive to a vector generating instruction identifying a scalar start value and wrapping control information , to control the processing circuitry to generate a vector comprising a plurality of elements, the processing circuitry comprising vector generating circuitry to generate the vector with the value of the first element in said plurality being dependent on the scalar start value, and the values of the plurality of elements following a regularly progressing sequence that is constrained to wrap as required to ensure that each value is within bounds that are determined from the wrapping control information, wherein the processing circuitry is arranged to employ an adjust amount to determine a difference between values of adjacent elements in the regularly progressing sequence. processing circuitry to perform vector processing operations; and an instruction decoder to decode vector instructions to control the processing circuitry to perform the vector processing operations specified by the vector instructions; characterised in that : the instruction decoder is responsive to a vector generating instruction identifying a scalar start value and wrapping control information , to control the processing circuitry to generate a vector comprising a plurality of elements, the processing circuitry comprising vector generating circuitry to generate the vector with the value of the first element in said plurality being dependent on the scalar start value, and the values of the plurality of elements following a regularly progressing sequence that is constrained to wrap as required to ensure that each value is within bounds that are determined from the wrapping control information, wherein the processing circuitry is arranged to employ an adjust amount to determine a difference between values of adjacent elements in the regularly progressing sequence.
An apparatus for use with a bone preparation device , the apparatus comprising: a sleeve member having a guide slot , the guide slot having a central guide slot axis that is offset from a longitudinal sleeve axis of the sleeve member ; a handle member having an inner area sized to receive removable insertion of at least a portion of the sleeve member , the handle member having a connection member structured to be coupled to the bone preparation device ; and a retention member adapted to selectively secure the sleeve member to the handle member at a selected one of a plurality of rotational positions, each of the plurality of rotational positions adjusting an angular position of at least the guide slot relative to a longitudinal handle axis of the handle member , and wherein the retention member includes a mating engagement between one or more projections of either the handle member and the sleeve member with one or more recesses of the other of the handle member and the sleeve member . a sleeve member having a guide slot , the guide slot having a central guide slot axis that is offset from a longitudinal sleeve axis of the sleeve member ; a handle member having an inner area sized to receive removable insertion of at least a portion of the sleeve member , the handle member having a connection member structured to be coupled to the bone preparation device ; and a retention member adapted to selectively secure the sleeve member to the handle member at a selected one of a plurality of rotational positions, each of the plurality of rotational positions adjusting an angular position of at least the guide slot relative to a longitudinal handle axis of the handle member , and wherein the retention member includes a mating engagement between one or more projections of either the handle member and the sleeve member with one or more recesses of the other of the handle member and the sleeve member .
Heat exchanger housing for a heat exchanger arrangement for a fuel-operated vehicle heater, comprising a housing wall with a circumferential wall extending in the direction of a housing longitudinal axis (A) and surrounding a housing longitudinal axis (A) and a bottom wall arranged transversely to the housing longitudinal axis (A), further comprising a support arrangement formed integrally with the housing wall , wherein the support arrangement comprises at least one plate-like support element formed integrally with the housing wall for fastening to a support structure of a vehicle, wherein a fastening formation is provided on the at least one support element for fastening to the support structure , characterised in that at least one plate-like support element is connected to the circumferential wall by means of a plurality of connecting regions forming an intermediate space between each other or/and that at least one plate-like support element (40") is connected to the bottom wall by means of a plurality of connecting regions forming an intermediate space between each other, and in that on each support element the fastening formation comprises a plurality of fastening element through-openings for fastening elements fastening the support element .
Sealing system, comprising two drainage channels arranged adjacent to one another in the installed position, wherein the joint region between these drainage channels is sealed, wherein the face side of one drainage channel is designed as a groove side and the face side of the other drainage channel is designed as a tongue side, and these drainage channels are connected to one another in the joint region by a tongue-and-groove connection and thereby in the horizontal direction, i.e. in the direction of the longitudinal extension of the drainage channels , at least one pull-out protection for the joint connection between the two drainage channels is produced, wherein at least one latching element is latchingly connected as the first locking element of the tongue side to at least one respective complementary recess of the groove side, or vice versa the latching element on the groove side and the complementary recess on the tongue side of the joint connection, and thereby the tongue-and-groove joint of the two drainage channels is effected vertically to the longitudinal extension of the connected drainage channels in the installed position, characterized in that the drainage channels are produced from concrete or polyester concrete, wherein plastic inlays with the latching elements and recesses are incorporated on the inside and/or outside of the tongue and/or groove side in the joint region, and the joint connection of the drainage channels involved are produced by means of these plastic inlays.
A method of operating an inserter comprising a base , a spring , a sharp , and a shuttle , the method comprising: positioning an end of the base of the inserter on a skin surface (S) of a subject, the inserter containing an analyte monitoring assembly including electronics coupled to an analyte sensor and comprising a power source , the electronics operable to communicate analyte data; displacing the shuttle, the analyte monitoring assembly and the sharp from a first position within the inserter to a second position where at least a portion of the analyte sensor of the analyte monitoring assembly is in contact with interstitial fluid under the skin surface; and automatically retracting the shuttle and the sharp from the second position and into the inserter with a force applied by the spring to the shuttle while the end of the base is maintained on the skin surface. positioning an end of the base of the inserter on a skin surface (S) of a subject, the inserter containing an analyte monitoring assembly including electronics coupled to an analyte sensor and comprising a power source , the electronics operable to communicate analyte data; displacing the shuttle, the analyte monitoring assembly and the sharp from a first position within the inserter to a second position where at least a portion of the analyte sensor of the analyte monitoring assembly is in contact with interstitial fluid under the skin surface; and automatically retracting the shuttle and the sharp from the second position and into the inserter with a force applied by the spring to the shuttle while the end of the base is maintained on the skin surface.
A process for producing metal colloids comprising the following steps: a) production of a composition comprising a1) at least one type of metal ion; a2) at least one organic reducing agent; a3) at least one complexing agent comprising at least one functional group which can interact with the produced metal colloids, where the reducing agent and/or the oxidized form of the reducing agent can act as a complexing agent, wherein the molar ratio between metal ions and complexing agent is between 30:1 and 1,5:1; a4) at least one solvent; b) thermal and/or photochemical activation during or after the production of the composition; c) reduction of the at least one type of metal ions to metal colloids; d) purification of the modified metal colloids. a) production of a composition comprising a1) at least one type of metal ion; a2) at least one organic reducing agent; a3) at least one complexing agent comprising at least one functional group which can interact with the produced metal colloids, where the reducing agent and/or the oxidized form of the reducing agent can act as a complexing agent, wherein the molar ratio between metal ions and complexing agent is between 30:1 and 1,5:1; a4) at least one solvent; a1) at least one type of metal ion; a2) at least one organic reducing agent; a3) at least one complexing agent comprising at least one functional group which can interact with the produced metal colloids, where the reducing agent and/or the oxidized form of the reducing agent can act as a complexing agent, wherein the molar ratio between metal ions and complexing agent is between 30:1 and 1,5:1; a4) at least one solvent; b) thermal and/or photochemical activation during or after the production of the composition; c) reduction of the at least one type of metal ions to metal colloids; d) purification of the modified metal colloids.
A support structure for a nacelle of a wind turbine , wherein the support structure comprises a main foundation and a rear frame comprising only two rear end beams that are connected to the main foundation at one end and extend from the main foundation , wherein the main foundation and each of the only two rear end beams are connected in a connection area by a single connection arrangement , wherein, the connection arrangement comprises at least one curved section with a curved pattern of connection elements , such that a load on the connection area is distributed within the connection arrangement .
A method of operating a first base station in a cellular telecommunications network, the first base station having normal, compensation and energy saving modes of operation and being configured to switch between the normal, compensation and energy saving modes of operation, the method comprising the steps of: the first base station sending a first message to a second base station , the first message including energy saving mode data for the first base station ; the first base station receiving a second message from the second base station , the second message being responsive to the energy saving mode data; and the first base station determining whether to enter the energy saving mode of operation based on the second message, characterised in that the first message includes data indicating that the first base station is of a first network operator's network. the first base station sending a first message to a second base station , the first message including energy saving mode data for the first base station ; the first base station receiving a second message from the second base station , the second message being responsive to the energy saving mode data; and the first base station determining whether to enter the energy saving mode of operation based on the second message, characterised in that the first message includes data indicating that the first base station is of a first network operator's network.
An insulating sheet comprising: a thermosetting component; and a thermally conductive filler, the thermally conductive filler containing boron nitride, the insulating sheet having a first surface on one side in a thickness direction and a second surface on the other side in the thickness direction, and wherein the content of the boron nitride is 30% by volume or more and 80% by volume or less in 100% by volume of the insulating sheet, and wherein a first content of the boron nitride in 100% by volume of a region having a thickness of 10% of a thickness of the sheet, from the first surface toward the second surface is smaller than a second content of the boron nitride in 100% by volume of a region having a thickness of 90% of a thickness of the sheet, from the second surface toward the first surface. a thermosetting component; and a thermally conductive filler, the thermally conductive filler containing boron nitride, the insulating sheet having a first surface on one side in a thickness direction and a second surface on the other side in the thickness direction, and wherein the content of the boron nitride is 30% by volume or more and 80% by volume or less in 100% by volume of the insulating sheet, and wherein a first content of the boron nitride in 100% by volume of a region having a thickness of 10% of a thickness of the sheet, from the first surface toward the second surface is smaller than a second content of the boron nitride in 100% by volume of a region having a thickness of 90% of a thickness of the sheet, from the second surface toward the first surface.
A venting device for a casting mold for the production of metallic components, the venting device comprising: a first chill block half and a second chill block half with opposing venting surfaces , wherein the venting surface of the first chill block half has a plurality of elevations , the venting surface of the second chill block half has a plurality of depressions , and with cooperating chill block halves, the elevations of the venting surface of the first chill block half project into the depressions of the venting surface of the second chill block half and form a gap between the two venting surfaces which extends in an wave-like manner in the longitudinal direction of the venting device , wherein the plurality of elevations and the plurality of depressions each have an asymmetrical shape in longitudinal section with respect to the shape of an individual elevation or an individual depression , and an elevation has an ascending flank (122_1) in the direction of flow of the melt and a descending flank (122_2) in the direction of flow of the melt, and the ascending flank (122_1) is steeper than the descending flank (122_2). a first chill block half and a second chill block half with opposing venting surfaces , wherein the venting surface of the first chill block half has a plurality of elevations , the venting surface of the second chill block half has a plurality of depressions , and with cooperating chill block halves, the elevations of the venting surface of the first chill block half project into the depressions of the venting surface of the second chill block half and form a gap between the two venting surfaces which extends in an wave-like manner in the longitudinal direction of the venting device , wherein the plurality of elevations and the plurality of depressions each have an asymmetrical shape in longitudinal section with respect to the shape of an individual elevation or an individual depression , and an elevation has an ascending flank (122_1) in the direction of flow of the melt and a descending flank (122_2) in the direction of flow of the melt, and the ascending flank (122_1) is steeper than the descending flank (122_2).
A method of manufacturing a display unit, the method comprising: preparing an optical film ; forming a first alignment mark (M11a, M12a) on the optical film ; forming a cut-out line (CL), corresponding to a predetermined closed curve layout, on the optical film based on a position of the first alignment mark (M11a, M12a) ; preparing a panel having a second alignment mark (M21a, M22a); aligning one of the optical film and the panel with the other of the optical film and the panel based on the positions of the first alignment mark (M11a, M12a) and the second alignment mark (M21a, M22a); and laminating the optical film , after the processing of forming the cut-out line (CL), on the panel ; wherein the optical film has a polarizing film , a surface protective film disposed at one side of the polarizing film , and a carrier film disposed at the other side of the polarizing film ; wherein the cut-out line (CL) is formed by cutting the surface protective film and the polarizing film without cutting the carrier film ; wherein the first alignment mark (M11a, M12a) is formed on the carrier film . preparing an optical film ; forming a first alignment mark (M11a, M12a) on the optical film ; forming a cut-out line (CL), corresponding to a predetermined closed curve layout, on the optical film based on a position of the first alignment mark (M11a, M12a) ; preparing a panel having a second alignment mark (M21a, M22a); aligning one of the optical film and the panel with the other of the optical film and the panel based on the positions of the first alignment mark (M11a, M12a) and the second alignment mark (M21a, M22a); and laminating the optical film , after the processing of forming the cut-out line (CL), on the panel ; wherein the optical film has a polarizing film , a surface protective film disposed at one side of the polarizing film , and a carrier film disposed at the other side of the polarizing film ; wherein the cut-out line (CL) is formed by cutting the surface protective film and the polarizing film without cutting the carrier film ; wherein the first alignment mark (M11a, M12a) is formed on the carrier film .
A tip for a plasma arc torch comprising: a proximal portion adapted for connection to an adjacent anode member of the plasma arc torch , the proximal portion including: a first annular flange defining a first set of fluid passageways or a first single fluid passageway ; and a second annular flange in contact with the first annular flange and defining a second set of fluid passageways or a second single fluid passageway ; and a distal portion extending from the proximal portion to an exit orifice of the tip , the distal portion defining an internal cavity configured for entry and exit of a cooling fluid into and out of the tip , wherein a base portion of the internal cavity surrounds the exit orifice ; wherein the first set of fluid passageways or the first single fluid passageway has a radial inlet extending radially through the first annular flange for entry of the cooling fluid into the tip and the second set of fluid passageways or the second single fluid passageway has a radial outlet extending radially through the second annular flange for exit of the cooling fluid from the tip . a first annular flange defining a first set of fluid passageways or a first single fluid passageway ; and a second annular flange in contact with the first annular flange and defining a second set of fluid passageways or a second single fluid passageway ; and a distal portion extending from the proximal portion to an exit orifice of the tip , the distal portion defining an internal cavity configured for entry and exit of a cooling fluid into and out of the tip , wherein a base portion of the internal cavity surrounds the exit orifice ; wherein the first set of fluid passageways or the first single fluid passageway has a radial inlet extending radially through the first annular flange for entry of the cooling fluid into the tip and the second set of fluid passageways or the second single fluid passageway has a radial outlet extending radially through the second annular flange for exit of the cooling fluid from the tip .