mhurhangee/patent-ind-claim-en huggingface dataset:
A computer-implemented method comprising: determining a feature set for a plurality of deployments of a software resource; based on varying values in the feature set, clustering each of the plurality of deployments into a cluster of a plurality of clusters; wherein each cluster of the plurality of clusters comprises one or more nodes; wherein at least one cluster of the plurality of clusters comprises a plurality of nodes; wherein each node of the one or more nodes corresponds to at least a subset of values of the feature set that are detected in at least one deployment of the plurality of deployments of the software resource; determining a representative node (702-708, 802) for each cluster of the plurality of clusters; initializing a first node corresponding to a first deployment, wherein the first node is a new node, said initializing comprising: assigning the first deployment to a first cluster of the plurality of clusters based on initial parameters, and setting configuration settings of the first deployment to match those of the representative node (702-708, 802) for the first cluster; and after occurrence of a configuration drift within the first cluster, remediating the configuration drift by updating at least the first deployment to match configuration settings of the representative node (702-708, 802) for the first cluster. determining a feature set for a plurality of deployments of a software resource; based on varying values in the feature set, clustering each of the plurality of deployments into a cluster of a plurality of clusters; wherein each cluster of the plurality of clusters comprises one or more nodes; wherein at least one cluster of the plurality of clusters comprises a plurality of nodes; wherein each node of the one or more nodes corresponds to at least a subset of values of the feature set that are detected in at least one deployment of the plurality of deployments of the software resource; determining a representative node (702-708, 802) for each cluster of the plurality of clusters; initializing a first node corresponding to a first deployment, wherein the first node is a new node, said initializing comprising: assigning the first deployment to a first cluster of the plurality of clusters based on initial parameters, and setting configuration settings of the first deployment to match those of the representative node (702-708, 802) for the first cluster; and assigning the first deployment to a first cluster of the plurality of clusters based on initial parameters, and setting configuration settings of the first deployment to match those of the representative node (702-708, 802) for the first cluster; and after occurrence of a configuration drift within the first cluster, remediating the configuration drift by updating at least the first deployment to match configuration settings of the representative node (702-708, 802) for the first cluster.
A method of enhancing dialog intelligibility in an audio signal, comprising, for each frame of the audio signal: determining, by a speech classifier, a speech confidence score that the frame includes speech content; determining, by a music classifier, a music confidence score that the frame includes music correlated content; in response to said speech confidence score, applying, by a dialog enhancement module, a user selected gain of selected frequency bands of the audio signal to obtain a dialog enhanced audio signal, the method is characterised in that the user selected gain is smoothed by an adaptive smoothing algorithm, an impact of past frames in said smoothing algorithm being determined by a smoothing factor, said smoothing factor being selected in response to said music confidence score, and having a relatively higher value for content having a relatively higher music confidence score and a relatively lower value for speech content having a relatively lower music confidence score, so as to increase the impact of past frames on the dialog enhancement of music correlated content. determining, by a speech classifier, a speech confidence score that the frame includes speech content; determining, by a music classifier, a music confidence score that the frame includes music correlated content; in response to said speech confidence score, applying, by a dialog enhancement module, a user selected gain of selected frequency bands of the audio signal to obtain a dialog enhanced audio signal, the method is characterised in that the user selected gain is smoothed by an adaptive smoothing algorithm, an impact of past frames in said smoothing algorithm being determined by a smoothing factor, said smoothing factor being selected in response to said music confidence score, and having a relatively higher value for content having a relatively higher music confidence score and a relatively lower value for speech content having a relatively lower music confidence score, so as to increase the impact of past frames on the dialog enhancement of music correlated content.
A retractor comprising: a first blade having an inner surface and an outer surface ; a second blade having an inner surface and an outer surface , the outer surfaces being engageable with tissue, the blades being relatively movable between a first configuration and a second configuration to space the tissue and define an opening (G1, G2) between the blades , wherein the inner surface of the first blade includes a uniformly configured channel disposed in a substantially co-axial or parallel alignment with a longitudinal axis of the first blade and the inner surface of the second blade includes a uniformly configured channel disposed in a substantially co-axial or parallel alignment with a longitudinal axis of the second blade ; and a third blade , wherein flanges disposed on sides of the third blade are oriented for alignment with the uniformly configured channels, wherein the uniformly configured channels are configured to receive the third blade , wherein the third blade is selectively disposed within the opening (G1, G2) to at least partially close the opening (G1, G2). a first blade having an inner surface and an outer surface ; a second blade having an inner surface and an outer surface , the outer surfaces being engageable with tissue, the blades being relatively movable between a first configuration and a second configuration to space the tissue and define an opening (G1, G2) between the blades , wherein the inner surface of the first blade includes a uniformly configured channel disposed in a substantially co-axial or parallel alignment with a longitudinal axis of the first blade and the inner surface of the second blade includes a uniformly configured channel disposed in a substantially co-axial or parallel alignment with a longitudinal axis of the second blade ; and a third blade , wherein flanges disposed on sides of the third blade are oriented for alignment with the uniformly configured channels, wherein the uniformly configured channels are configured to receive the third blade , wherein the third blade is selectively disposed within the opening (G1, G2) to at least partially close the opening (G1, G2).
A horizontal axis wind turbine comprising a tower, comprising power transmission cables , wherein the power transmission cables are laid as a plurality of repeated bending shapes in a vertical direction, wherein the power transmission cables are arranged as a saw shape bending repeatedly downward with a predetermined bending angle.
A treatment machine for containers , comprising at least one treatment unit , a lower transport means with rotary plates which revolve thereon for base regions of the containers , and an upper transport means with centring heads which revolve thereon for mouth regions of the containers , wherein the transport means in the region of the treatment unit run in a rectilinear manner one above another, wherein the upper transport means comprises a revolving conveyor chain with a central rotary union and media lines , which are connected thereto to rotate along with it, for the centring heads , and the treatment machine comprises on the inlet side transport belts for laterally holding the containers , which transport belts overlap with the conveyor chain in the direction of transport .
A method for sending information, comprising: determining , by a first network device , first indication information, wherein the first indication information is used to indicate a first time segment and N second time segments, the first time segment is used by a first terminal device to send a first measurement signal to at least one second terminal device in coverage of N second network devices , and a k th second time segment of the N second time segments is used by the first terminal device to receive a second measurement signal from a second terminal device in the coverage of a k th second network device of the N second network devices , wherein N is a positive integer, and k = 1, 2, ..., and N; and sending , by the first network device , the first indication information to the first terminal device , wherein the first time segment and some or all of the N second time segments belong to a first time unit, and the first time unit is any one of the following: a slot, a subframe and a mini-slot and wherein the first time segment comprises at least one symbol, and the k th second time segment comprises at least one symbol. determining , by a first network device , first indication information, wherein the first indication information is used to indicate a first time segment and N second time segments, the first time segment is used by a first terminal device to send a first measurement signal to at least one second terminal device in coverage of N second network devices , and a k th second time segment of the N second time segments is used by the first terminal device to receive a second measurement signal from a second terminal device in the coverage of a k th second network device of the N second network devices , wherein N is a positive integer, and k = 1, 2, ..., and N; and sending , by the first network device , the first indication information to the first terminal device , wherein the first time segment and some or all of the N second time segments belong to a first time unit, and the first time unit is any one of the following: a slot, a subframe and a mini-slot and wherein the first time segment comprises at least one symbol, and the k th second time segment comprises at least one symbol.
Method for producing a pile in the ground, in which - a ground working tool with a hollow stem is introduced into the ground and in doing so a hole is produced in the ground, - the hollow stem is or will be filled with a pile mass , - at least during withdrawal of the ground working tool from the ground pile mass is fed via the hollow stem into the hole, wherein by means of the pile mass the pile is formed in the ground, and - a filling level of the pile mass in the ground working tool is detected by means of at least one detector , c h aracterized in that - the at least one detector is connected to a control, wherein by means of the control an introduction of the ground working tool with a penetration depth into the ground is controlled depending on the detected filling level. - a ground working tool with a hollow stem is introduced into the ground and in doing so a hole is produced in the ground, - the hollow stem is or will be filled with a pile mass , - at least during withdrawal of the ground working tool from the ground pile mass is fed via the hollow stem into the hole, wherein by means of the pile mass the pile is formed in the ground, and - a filling level of the pile mass in the ground working tool is detected by means of at least one detector , - the at least one detector is connected to a control, wherein by means of the control an introduction of the ground working tool with a penetration depth into the ground is controlled depending on the detected filling level.
A heavy-load vehicle comprising at least one axle unit , the or each axle unit comprising at least one wheel , each wheel comprising at least one tire, at least one tire being a tubeless radial tire (100; 1200) having, when used as a single tire, a load-bearing capacity per millimeter section width (SW) at a speed of 60 km/h of at least 11 kg, characterized in that the tire (100; 1200) has an outer diameter (OD) of less than 755 mm, and is adapted and configured for an internal pressure of at least 10 bar.
A method for manufacturing a value document, in particular a banknote, comprising a) making available a value document substrate; b) printing the value document substrate with a printing ink based on magnetically orientable effect pigments; c) as long as the printed printing ink is still liquid, orienting or aligning the magnetically orientable effect pigments by means of a first magnetic field; d) selectively curing the ink matrix surrounding the magnetically oriented effect pigments by UV radiation or by laser radiation in a first region of the printed printing ink, so that the effect pigments are immobilized in the aligned state, wherein the curing takes place with a resolution or a line width of less than 1.59 mm, characterized in that by means of the selective curing of the ink matrix surrounding the magnetically oriented effect pigments mutually interlaced image regions are produced, each of which having a resolution or line width of less than 200 μm. a) making available a value document substrate; b) printing the value document substrate with a printing ink based on magnetically orientable effect pigments; c) as long as the printed printing ink is still liquid, orienting or aligning the magnetically orientable effect pigments by means of a first magnetic field; d) selectively curing the ink matrix surrounding the magnetically oriented effect pigments by UV radiation or by laser radiation in a first region of the printed printing ink, so that the effect pigments are immobilized in the aligned state, wherein the curing takes place with a resolution or a line width of less than 1.59 mm,
A power generating system comprising a variable speed genset comprising an engine and a variable speed generator mechanically coupled to the engine and configured to generate electrical power; an energy storage device configured to be charged or discharged during transient load conditions of a power grid ; and a controller to generate a speed control signal to select a speed for the genset based upon stored energy in the energy storage device and power generating system conditions, power grid conditions, or combinations thereof and characterized in that the variable speed genset further comprises an auxiliary machine mechanically coupled to the engine; and a converter configured to couple the energy storage device to the auxiliary machine , wherein the speed control signal comprises an auxiliary machine control signal and is transmitted through the converter.
Method for manufacturing a door leaf for a door designed as a fire barrier, comprising the steps of: - providing at least one flat shaped blank for forming an outer broad side of the door leaf ; - providing a mineral wool mat as a mat-shaped filling material for the door leaf ; - embossing a predefined broadside shape contour into a predetermined surface area of the shaped blank ; - making a predefined mat shape contour , which corresponds complementarily to the predefined broadside shape contour , in a predetermined surface area of the mineral wool mat ; - joining the shaped blank and the mineral wool mat in such a way that the broadside shape contour and the mat shape contour interlock. - providing at least one flat shaped blank for forming an outer broad side of the door leaf ; - providing a mineral wool mat as a mat-shaped filling material for the door leaf ; - embossing a predefined broadside shape contour into a predetermined surface area of the shaped blank ; - making a predefined mat shape contour , which corresponds complementarily to the predefined broadside shape contour , in a predetermined surface area of the mineral wool mat ; - joining the shaped blank and the mineral wool mat in such a way that the broadside shape contour and the mat shape contour interlock.
A nonwoven abrasive article comprising: a nonwoven web comprising first fibers having a first diameter and second fibers having a second diameter, wherein the first diameter is different than the second diameter; and abrasive particles distributed throughout at least a portion of the nonwoven web; characterized in that the abrasive particles are shaped particles; and the first fibers have a denier of at least 1 and no greater than 10, the second fibers have a denier of at least 10, the first fibers are at least 10 wt% and no greater than 35 wt% of the fibers in the nonwoven web, and the second fibers are at least 65 wt% and no greater than 90 wt% of the fibers in the nonwoven web. a nonwoven web comprising first fibers having a first diameter and second fibers having a second diameter, wherein the first diameter is different than the second diameter; and abrasive particles distributed throughout at least a portion of the nonwoven web; characterized in that the abrasive particles are shaped particles; and the first fibers have a denier of at least 1 and no greater than 10, the second fibers have a denier of at least 10, the first fibers are at least 10 wt% and no greater than 35 wt% of the fibers in the nonwoven web, and the second fibers are at least 65 wt% and no greater than 90 wt% of the fibers in the nonwoven web. the first fibers have a denier of at least 1 and no greater than 10, the second fibers have a denier of at least 10, the first fibers are at least 10 wt% and no greater than 35 wt% of the fibers in the nonwoven web, and the second fibers are at least 65 wt% and no greater than 90 wt% of the fibers in the nonwoven web.
A topical pharmaceutical gel composition comprising: about 0.01-1 % w/w of an amlodipine salt, as measured as the free base; about 5-75 % w/w of at least one glycol solvent; about 0.1-10 %w/w of at least one gelling agent; about 5-75 % w/w of glycerin; about 1-20 % w/w of ethanol; and about 10-40 % w/w of water. about 0.01-1 % w/w of an amlodipine salt, as measured as the free base; about 5-75 % w/w of at least one glycol solvent; about 0.1-10 %w/w of at least one gelling agent; about 5-75 % w/w of glycerin; about 1-20 % w/w of ethanol; and about 10-40 % w/w of water.
A system comprising: a cable comprising an insulation and one or more wires disposed in the insulation; a housing comprising a tapered exit hole connected to an internal volume , wherein the one or more wires of the cable are connected to one or more terminals disposed in the internal volume; a tapered seal comprising a tapered outer surface and an inner aperture , wherein the inner aperture of the tapered seal receives the cable; a low viscosity encapsulant disposed in the internal volume and about the one or more wires of the cable connected to the one or more terminals; and a compression cap placed over the tapered seal to compress the tapered seal into the tapered exit hole; wherein compression from the compression cap forces the encapsulant up inside the insulation of the cable and around wire strands of the one or more wires of the cable, wherein the encapsulant prevents capillary transport of moisture through the one or more wires of the cable, and wherein the encapsulant is cured and thereby seals the cable from moisture ingress. a cable comprising an insulation and one or more wires disposed in the insulation; a housing comprising a tapered exit hole connected to an internal volume , wherein the one or more wires of the cable are connected to one or more terminals disposed in the internal volume; a tapered seal comprising a tapered outer surface and an inner aperture , wherein the inner aperture of the tapered seal receives the cable; a low viscosity encapsulant disposed in the internal volume and about the one or more wires of the cable connected to the one or more terminals; and a compression cap placed over the tapered seal to compress the tapered seal into the tapered exit hole; wherein compression from the compression cap forces the encapsulant up inside the insulation of the cable and around wire strands of the one or more wires of the cable, wherein the encapsulant prevents capillary transport of moisture through the one or more wires of the cable, and wherein the encapsulant is cured and thereby seals the cable from moisture ingress.
A method of assisting tilt angle adjustment of a thermal camera that is tiltably mounted for monitoring a scene at an angle from an elevated position, the method comprising arranging the thermal camera at an initial tilt angle, acquiring at least one thermal image by the thermal camera, determining , from the at least one thermal image, a series of sharpness indicators of image parts corresponding to vertically spaced parts of the camera view, identifying a maximum in the series of sharpness indicators, based on the identified maximum, determining a target sharpness indicator as a predetermined fraction of the identified maximum, and during tilt angle adjustment, assisting by providing a target signal for indicating a target tilt angle of the thermal camera in which a sharpness indicator of a lower part of the camera view equals the determined target sharpness indicator. arranging the thermal camera at an initial tilt angle, acquiring at least one thermal image by the thermal camera, determining , from the at least one thermal image, a series of sharpness indicators of image parts corresponding to vertically spaced parts of the camera view, identifying a maximum in the series of sharpness indicators, based on the identified maximum, determining a target sharpness indicator as a predetermined fraction of the identified maximum, and during tilt angle adjustment, assisting by providing a target signal for indicating a target tilt angle of the thermal camera in which a sharpness indicator of a lower part of the camera view equals the determined target sharpness indicator.
Access and mobility Management Function, AMF, for a communication system , the AMF being configured to receive a Protocol Data Unit, PDU, session request from a client device , wherein the PDU session request indicates a set of Single Network Slice Selection Assistance Information, S-NSSAI(s), for supporting an aggregated PDU session for the client device in a single Public Land Mobile Network, PLMN, wherein the aggregated PDU session comprises two or more S-NSSAIs; select a set of Session Management Functions, SMFs, (810a, 810b,..., 810n) based on the PDU session request ; transmit a set of PDU session operation session management context requests (720a, 720b,..., 720n) associated with the aggregated PDU session to the set of selected SMFs (810a, 810b,..., 810n); receive a set of PDU session operation session management context responses (730a, 730b,..., 730n) from the set of selected SMFs (810a, 810b,..., 810n); and serve an operation of the aggregated PDU session based on the set of PDU session operation session management context responses (730a, 730b,..., 730n). receive a Protocol Data Unit, PDU, session request from a client device , wherein the PDU session request indicates a set of Single Network Slice Selection Assistance Information, S-NSSAI(s), for supporting an aggregated PDU session for the client device in a single Public Land Mobile Network, PLMN, wherein the aggregated PDU session comprises two or more S-NSSAIs; select a set of Session Management Functions, SMFs, (810a, 810b,..., 810n) based on the PDU session request ; transmit a set of PDU session operation session management context requests (720a, 720b,..., 720n) associated with the aggregated PDU session to the set of selected SMFs (810a, 810b,..., 810n); receive a set of PDU session operation session management context responses (730a, 730b,..., 730n) from the set of selected SMFs (810a, 810b,..., 810n); and serve an operation of the aggregated PDU session based on the set of PDU session operation session management context responses (730a, 730b,..., 730n).