mhurhangee/ep-ind-claims huggingface dataset:
A method performed by a wireless communication device, the method comprising: receiving, from a wireless network node, a synchronization signal/physical broadcast channel block, SSB, at a time domain position; wherein a first index associated with the SSB is determined by: x = i mod L; where x is the first index, i is a second index of the SSB and L is a maximum number of beams, wherein the second index is a time domain position index of the time domain position, and wherein an SSB having the first index is associated with a random access channel resource. receiving, from a wireless network node, a synchronization signal/physical broadcast channel block, SSB, at a time domain position; wherein a first index associated with the SSB is determined by: x = i mod L; where x is the first index, i is a second index of the SSB and L is a maximum number of beams, wherein the second index is a time domain position index of the time domain position, and wherein an SSB having the first index is associated with a random access channel resource. x = i mod L; where x is the first index, i is a second index of the SSB and L is a maximum number of beams, wherein the second index is a time domain position index of the time domain position, and wherein an SSB having the first index is associated with a random access channel resource.
A method for providing a proof-of-work, comprising the steps of a) Computing, by a verification computing device, 'VCD', a first linear feedback shift register sequence, 'LFSR-S', using a first polynomial having a first degree and computing, by said VCD, a second LFSR-S based on a second polynomial, wherein said polynomials are computed such that the first polynomial divides the second polynomial, b) Transmitting elements generated by a function on input of a number of initial state parameters and corresponding coefficients of said second LFSR-S to a proving computing device, 'PCD', c) Transmitting a challenge, generated by said VCD indicating elements to be computed using coefficients of said second LFSR-S, to said PCD, d) Recursively computing, by said PCD, a function of each element of said challenge by using said transmitted elements and coefficients of said second LFSR-S, e) Computing a solution for said received challenge based on said computed elements of said first LFSR-S and transmitting said solution to said VCD, f) Providing a proof-of-work by verifying, by said VCD, said transmitted solution by - recomputing a solution to said challenge using initial state parameters and coefficients of said first LFSR-S - comparing the computed solution of said PCD with said recomputed solution of said VCD. a) Computing, by a verification computing device, 'VCD', a first linear feedback shift register sequence, 'LFSR-S', using a first polynomial having a first degree and computing, by said VCD, a second LFSR-S based on a second polynomial, wherein said polynomials are computed such that the first polynomial divides the second polynomial, b) Transmitting elements generated by a function on input of a number of initial state parameters and corresponding coefficients of said second LFSR-S to a proving computing device, 'PCD', c) Transmitting a challenge, generated by said VCD indicating elements to be computed using coefficients of said second LFSR-S, to said PCD, d) Recursively computing, by said PCD, a function of each element of said challenge by using said transmitted elements and coefficients of said second LFSR-S, e) Computing a solution for said received challenge based on said computed elements of said first LFSR-S and transmitting said solution to said VCD, f) Providing a proof-of-work by verifying, by said VCD, said transmitted solution by - recomputing a solution to said challenge using initial state parameters and coefficients of said first LFSR-S - comparing the computed solution of said PCD with said recomputed solution of said VCD. - recomputing a solution to said challenge using initial state parameters and coefficients of said first LFSR-S - comparing the computed solution of said PCD with said recomputed solution of said VCD.
A method comprising: acquiring multiple device records ranked in chronological order, wherein a device record comprises attribute values of a device at a certain time and a corresponding timestamp; calculating time-domain feature information of a changed attribute value in the device records, wherein the time-domain feature information comprises one of a leap time of the changed attribute value and a stable time of the changed attribute value, wherein the leap time comprises a length of time between two device record timestamps when the changed attribute value changes, and wherein the stable time comprises a length of time between two device record timestamps when the changed attribute value remains unchanged after the changed attribute value has previously changed; calculating a difference value between values of the changed attribute before and after a change based on the time-domain feature information of the changed attribute value in the device records; calculating a similarity of the device records associated with the changed attribute according to difference values of attributes in the device records; and identifying whether the device records associated with the changed attribute belong to the same device according to the similarity of the device records. acquiring multiple device records ranked in chronological order, wherein a device record comprises attribute values of a device at a certain time and a corresponding timestamp; calculating time-domain feature information of a changed attribute value in the device records, wherein the time-domain feature information comprises one of a leap time of the changed attribute value and a stable time of the changed attribute value, wherein the leap time comprises a length of time between two device record timestamps when the changed attribute value changes, and wherein the stable time comprises a length of time between two device record timestamps when the changed attribute value remains unchanged after the changed attribute value has previously changed; calculating a difference value between values of the changed attribute before and after a change based on the time-domain feature information of the changed attribute value in the device records; calculating a similarity of the device records associated with the changed attribute according to difference values of attributes in the device records; and identifying whether the device records associated with the changed attribute belong to the same device according to the similarity of the device records.
A luminous device for an automotive vehicle comprising: a. a plurality of lighting modules juxtaposed along a given direction; b. an outer lens arranged to project a light beam emitted from the plurality of lighting modules, wherein each lighting module comprises: c. a light source support mounted with a plurality of light sources on its first face; and d. a mask disposed opposite to the first face of the light source support, wherein the mask comprises a plurality of cavities through which light rays emitted from the plurality of light sources are directed towards the outer lens; and characterized in that, the mask of each lighting module is provided with a locking means intended to connect masks of the plurality of lighting modules, wherein the locking means is a flexible connecting link. a. a plurality of lighting modules juxtaposed along a given direction; b. an outer lens arranged to project a light beam emitted from the plurality of lighting modules, wherein each lighting module comprises: c. a light source support mounted with a plurality of light sources on its first face; and d. a mask disposed opposite to the first face of the light source support, wherein the mask comprises a plurality of cavities through which light rays emitted from the plurality of light sources are directed towards the outer lens; and characterized in that, the mask of each lighting module is provided with a locking means intended to connect masks of the plurality of lighting modules, wherein the locking means is a flexible connecting link.
Belt hook with enlarged head, comprising a first end with a hook, a connector and a second end with an eyelet, wherein the hook comprises two legs (4, 5) and the two legs (4, 5) complement one another to form a U, wherein the first leg of the U ends freely and is widened towards the free end on both sides relative to the second leg and the widening forms the enlarged head, wherein the second leg is connected at its end to the connector, wherein a belt is passed through the eyelet, and wherein the second end is widened relative to the end of the second leg in order to receive the eyelet, which is wider than the second leg, characterized in that the belt hook is made from a piece of flat steel of uniform thickness but different width and the connector connects with the second end having the eyelet. wherein the hook comprises two legs (4, 5) and the two legs (4, 5) complement one another to form a U, wherein the first leg of the U ends freely and is widened towards the free end on both sides relative to the second leg and the widening forms the enlarged head, wherein the second leg is connected at its end to the connector, wherein a belt is passed through the eyelet, and wherein the second end is widened relative to the end of the second leg in order to receive the eyelet, which is wider than the second leg, characterized in that the belt hook is made from a piece of flat steel of uniform thickness but different width and the connector connects with the second end having the eyelet.
A method for measuring the presence or concentration of an analyte in a sample by spectrophotometry, comprising: providing an open top cuvette having a sample with an analyte to be measured; providing a light source and a detector for detecting emitted light; taking at least two measurements that includes: (i) directing at least two beams of light from the light source to different locations on the cuvette; (ii) passing the at least two beams through the cuvette at their respective locations and through the sample to be measured; and (iii) measuring, with the detector, at least two respective light beams emitted from the cuvette and sample; and characterised by comparing the at least two measurements of said light beams and based on this comparison determining if: all the measurements should be disregarded; one or more of the measurements should be disregarded; or the measurements should be averaged. providing an open top cuvette having a sample with an analyte to be measured; providing a light source and a detector for detecting emitted light; taking at least two measurements that includes: (i) directing at least two beams of light from the light source to different locations on the cuvette; (ii) passing the at least two beams through the cuvette at their respective locations and through the sample to be measured; and (iii) measuring, with the detector, at least two respective light beams emitted from the cuvette and sample; and characterised by comparing the at least two measurements of said light beams and based on this comparison determining if: all the measurements should be disregarded; one or more of the measurements should be disregarded; or the measurements should be averaged. (i) directing at least two beams of light from the light source to different locations on the cuvette; (ii) passing the at least two beams through the cuvette at their respective locations and through the sample to be measured; and (iii) measuring, with the detector, at least two respective light beams emitted from the cuvette and sample; and characterised by comparing the at least two measurements of said light beams and based on this comparison determining if: all the measurements should be disregarded; one or more of the measurements should be disregarded; or the measurements should be averaged.
Vacuum interrupter with a cover, which has an opening for an axially movable switching rod, which is led out of the vacuum interrupter by means of a bellow arranged vacuum-tight on the cover, wherein a torsion preventing means is provided for preventing a torsion of the switching rod with respect to the cover, wherein the torsion preventing means is provided by the housing cover and a torsion lock element, characterized in that the housing cover provides an external gearing arranged on an radial outer side of the housing cover, and the torsion lock element provides engaging means for torsion-proof cooperation with the switching rod and an internal gearing, which in a mounted position interacts with the external gearing of the cover.
A system for performing an improved mobility service, comprising: - a communication unit that is adapted to receive a mobility request specifying a pick up location within a geographic region from a user; and - a vehicle that is adapted to be either remotely driven by a teleoperator via a wireless communication network or to be conventionally driven by the user, characterized in that the system further comprises: - a teleoperator station that is adapted to be used, in response to the mobility request, by the teleoperator to drive the vehicle remotely to the pick up location; - a handover unit that is adapted to hand over the control of the vehicle from remote driving by the teleoperator to conventional driving by the user; and - a teleoperator station selection unit that is adapted to select the teleoperator station from a pool of teleoperator stations, wherein the selection is based on an expected latency between the teleoperator station and the vehicle. - a communication unit that is adapted to receive a mobility request specifying a pick up location within a geographic region from a user; and - a vehicle that is adapted to be either remotely driven by a teleoperator via a wireless communication network or to be conventionally driven by the user, - a teleoperator station that is adapted to be used, in response to the mobility request, by the teleoperator to drive the vehicle remotely to the pick up location; - a handover unit that is adapted to hand over the control of the vehicle from remote driving by the teleoperator to conventional driving by the user; and - a teleoperator station selection unit that is adapted to select the teleoperator station from a pool of teleoperator stations, wherein the selection is based on an expected latency between the teleoperator station and the vehicle.
Portable suction apparatus for hard surfaces having a suction nozzle and a suction unit (41, 42) which is in flow communication with the suction nozzle for extracting a liquid/air mixture from a hard surface, and having a separating device (45, 46) for separating liquid from the liquid/air mixture, as well as having a liquid tank for holding the separated liquid (19, 55), wherein in the flow path between the suction nozzle and the suction unit (41, 42) is arranged a separating chamber (15, 25) which holds the separating device (45, 46) and which is in flow communication via a suction channel with the suction nozzle and via a vacuum channel with the suction unit (41, 42), and which is connected via a tank inlet to the liquid tank, wherein the opening region of the suction channel is directed from the suction nozzle towards the separating device (45, 46) on a direct path conducting liquid via a flow channel into the tank inlet of the liquid tank, characterised in that the opening region of the suction channel is designed as a sloping surface which is directed obliquely towards an opposite, angled wall section of the first separating wall, and in that the wall section deflects a liquid stream impinging there, into the flow channel laterally adjacent to the opening region, wherein the flow channel is designed in such a way that, during cleaning of both a horizontal and a vertical surface, due to the force of gravity the separated liquid fractions automatically flow downwards in the flow channel into the tank inlet.
A device for producing a rod made of web material, comprising a separating device which is designed to separate a flat web into a plurality of strips, characterized in that the separating device comprises a first roller and a second roller which interacts with said first roller, wherein the lateral surfaces (30, 32) of the rollers (26, 28) alternately have circumferential grooves and projections which are closed in the circumferential direction in the axial direction and, in a region of action, the projections of the first roller engage in the grooves of the second roller and the projections of the second roller engage in the grooves of the first roller, wherein the separating device is designed to separate immediately adjacent strips from one another along a predetermined separation line in the region of action in that the flat web is expanded transversely to the separation line so strongly that it tears apart along the separation line, wherein the device further comprises a rod-forming unit which is designed to form a rod from the plurality of strips.
An automated apparatus for performing a maintenance operation on wind turbine blades or other structures comprising: a cart comprising a cart frame, a multiplicity of wheels rotatably coupled to the cart frame, and a cart motor for driving rotation of a wheel of the multiplicity of wheels; a multiplicity of cables depending from the cart; a multiplicity of crawler vehicles respectively attached to the multiplicity of cables, each crawler vehicle comprising a crawler vehicle frame and a set of wheels rotatably coupled to the crawler vehicle frame; a multiplicity of cable spools to which the multiplicity of cables are respectively attached; a multiplicity of maintenance tools respectively coupled to the crawler vehicle frames of the multiplicity of crawler vehicles; and a multiplicity of turrets respectively mounted to the crawler vehicle frames of the multiplicity of crawler vehicles and having respective rotatable portions, wherein the multiplicity of cable spools are respectively rotatably coupled to the respective rotatable portions of the multiplicity of turrets for enabling the multiplicity of cables to respectively twist during rotation of the respective rotatable portions of the multiplicity of turrets. a cart comprising a cart frame, a multiplicity of wheels rotatably coupled to the cart frame, and a cart motor for driving rotation of a wheel of the multiplicity of wheels; a multiplicity of cables depending from the cart; a multiplicity of crawler vehicles respectively attached to the multiplicity of cables, each crawler vehicle comprising a crawler vehicle frame and a set of wheels rotatably coupled to the crawler vehicle frame; a multiplicity of cable spools to which the multiplicity of cables are respectively attached; a multiplicity of maintenance tools respectively coupled to the crawler vehicle frames of the multiplicity of crawler vehicles; and a multiplicity of turrets respectively mounted to the crawler vehicle frames of the multiplicity of crawler vehicles and having respective rotatable portions, wherein the multiplicity of cable spools are respectively rotatably coupled to the respective rotatable portions of the multiplicity of turrets for enabling the multiplicity of cables to respectively twist during rotation of the respective rotatable portions of the multiplicity of turrets.
Method for manufacturing a rotor for an electric motor of a wiper system for an automotive vehicle, the method comprising a step of overmolding at least one magnet so as to form a chassis of the rotor, wherein overmolding material covers a first end of the shaft, a second end of said shaft being free from overmolding; characterized in that the method further comprises: a step of positioning a first ball bearing in the chassis of the rotor, an outer ring of the first ball bearing being positioned against a seat formed integrally with said chassis and an inner ring of said first ball bearing being configured to be mounted upon a chassis of the motor, and a step of positioning a second ball bearing, an inner ring of the second ball bearing being fitted on said second end of the shaft and an outer ring of the second ball bearing being configured to be fixedly mounted in a chassis of the motor.
A sealant composition comprising, per 100 parts by mass of a solid rubber component containing a diene rubber: 95 to 150 parts by mass of a hydrocarbon resin; 20 to 100 parts by mass of a liquid plasticizer; and 20 to 80 parts by mass of silica. 95 to 150 parts by mass of a hydrocarbon resin; 20 to 100 parts by mass of a liquid plasticizer; and 20 to 80 parts by mass of silica.
Inspection chamber cover, said chamber being provided with an access opening being suitable for containing a wireless radiofrequency signal transmission device, said cover comprising a wall intended to cover the access opening of the inspection chamber when the cover is in closed position, characterized in that the wall of the cover is pierced with at least one through opening filled with a cover sealing material, said material being of a single piece and extending over the surface of the wall of the cover which is oriented toward the inside of the inspection chamber when the cover is in closed position, such that the radiofrequency signal transmission device is only separated from the outside of the chamber by the cover, said material being composed of a material transparent to the propagation of a radiofrequency signal transmitted from and/or to the transmission device.
A method for updating a remote geographic database at specified times, the method comprising: receiving sensor data indicative of a road feature from a sensor of a mobile device; receiving a geographic position associated with the road feature from a position detector of the mobile device; characterized in that the method further comprises the steps of: delaying, based on a comparison of a current time to a predetermined time, where the predetermined time is based on an update schedule between the remote database and a local database of the mobile device, the performing of a comparison of the geographic position and the sensor data indicative of the road feature to the local database; and generating an update message for sending to the remote geographic database when there is no match with the local database. receiving sensor data indicative of a road feature from a sensor of a mobile device; receiving a geographic position associated with the road feature from a position detector of the mobile device; characterized in that the method further comprises the steps of: delaying, based on a comparison of a current time to a predetermined time, where the predetermined time is based on an update schedule between the remote database and a local database of the mobile device, the performing of a comparison of the geographic position and the sensor data indicative of the road feature to the local database; and generating an update message for sending to the remote geographic database when there is no match with the local database. delaying, based on a comparison of a current time to a predetermined time, where the predetermined time is based on an update schedule between the remote database and a local database of the mobile device, the performing of a comparison of the geographic position and the sensor data indicative of the road feature to the local database; and generating an update message for sending to the remote geographic database when there is no match with the local database.