mhurhangee/patent-ind-claim-en huggingface dataset:
A method of manufacturing a fibre composite component, in particular a fibre composite component for a rotor blade of a wind energy installation, wherein the method comprises the following process steps: - introducing a fibre material for the fibre composite component into a manufacturing mould , - supplying a flowable matrix material for the fibre composite component via a runner of the manufacturing mould having an extent in a longitudinal direction, using a vacuum assisted infusion process, so that the fibre material in the manufacturing mould is impregnated with matrix material from the runner flowing transversely to the longitudinal extent of the runner , wherein a first region (42, 42', 42") of the fibre material is impregnated substantially with matrix material from a first portion (22, 22', 22") of the runner and a second region (42, 42', 42") of the fibre material is impregnated substantially with matrix material from a second portion (22, 22', 22") of the runner , - specifying a first matrix material flow rate for the first portion (22, 22', 22") of the runner as a function of a thickness of the fibre material in the first region (42, 42', 42"), as well as specifying a second matrix material flow rate for the second portion (22, 22', 22") of the runner as a function of a thickness of the fibre material in the second region (42, 42', 42"), wherein the runner is formed by a channel , the channel cross-section (24, 24', 24") of which is changed by means of an insert piece of complementary shape. - introducing a fibre material for the fibre composite component into a manufacturing mould , - supplying a flowable matrix material for the fibre composite component via a runner of the manufacturing mould having an extent in a longitudinal direction, using a vacuum assisted infusion process, so that the fibre material in the manufacturing mould is impregnated with matrix material from the runner flowing transversely to the longitudinal extent of the runner , wherein a first region (42, 42', 42") of the fibre material is impregnated substantially with matrix material from a first portion (22, 22', 22") of the runner and a second region (42, 42', 42") of the fibre material is impregnated substantially with matrix material from a second portion (22, 22', 22") of the runner , - specifying a first matrix material flow rate for the first portion (22, 22', 22") of the runner as a function of a thickness of the fibre material in the first region (42, 42', 42"), as well as specifying a second matrix material flow rate for the second portion (22, 22', 22") of the runner as a function of a thickness of the fibre material in the second region (42, 42', 42"), wherein the runner is formed by a channel , the channel cross-section (24, 24', 24") of which is changed by means of an insert piece of complementary shape.
Optical insulation-monitoring device for power cables , having at least one optical waveguide for transmitting an optical measurement signal, a plurality of optical waveguides being present which are each designed to transport an associated optical measurement signal, a coupling element for coupling the optical measurement signals into and/or out of the optical waveguides being present at each end of the optical waveguides , characterized in that the optical waveguides are integrated into a polymer film , each of the coupling elements being formed from a region of the polymer film that has two different polymers, the different polymers differing with regard to their refractive indices.
A computer-implemented method for calculating a wear rate of a tire, the method comprising: providing an aggregation of residual tread depth, RTD, assessments based at least in part on data obtained from at least one sensor attached to at least one tire of a vehicle; generating a mathematical model of the tire wear rate based at least in part on the provided aggregation of RTD assessments; and calculating the tire wear rate based at least in part on the generated mathematical model of the tire wear rate; characterised in that generating the mathematical model of the tire wear rate based at least in part on the provided aggregation of RTD assessments further comprises selecting one of a plurality of pre-stored algorithms based at least in part on the provided aggregation of RTD assessments. providing an aggregation of residual tread depth, RTD, assessments based at least in part on data obtained from at least one sensor attached to at least one tire of a vehicle; generating a mathematical model of the tire wear rate based at least in part on the provided aggregation of RTD assessments; and calculating the tire wear rate based at least in part on the generated mathematical model of the tire wear rate; characterised in that generating the mathematical model of the tire wear rate based at least in part on the provided aggregation of RTD assessments further comprises selecting one of a plurality of pre-stored algorithms based at least in part on the provided aggregation of RTD assessments.
An optical film useful in a display device comprising at least one first population of cadmium-containing core-shell nanostructures and at least one second population of core-shell nanostructures that are not cadmium-containing core-shell nanostructures in a common matrix material, wherein each population of core-shell nanostructures has a photoluminescence spectrum having a FWHM of between 10 nm and 50 nm and wherein the optical film contains 10 to 99 ppm of cadmium, and wherein the first population comprises CdSe/ZnSe/ZnS nanostructures and the second population comprises InP/ZnSe/ZnS nanostructures, wherein the cores of the first population of core-shell nanostructures comprise CdSe and the cores of the second population of core-shell nanostructures comprise InP, and wherein the shell of each population of nanostructures comprise ZnSe/ZnS.
An editing method comprising: obtaining (S101) a high quality image and a first low quality image that are still images showing an identical scene, and edit management information that indicates whether or not to permit editing at least one image of the high quality image and the first low quality image , wherein, when the edit management information includes an information indicating whether or not to permit editing the high quality image , said information indicates whether or not to permit generating a second low quality image from the high quality image as an editing of the high quality image by conversion; and editing (S103) the high quality image by conversion, wherein, in the editing, the second low quality image is generated from the high quality image , when the edit management information indicates to permit generating the second low quality image from the high quality image as the editing, wherein, when the edit management information indicates not to permit generating the second low quality image from the high quality image as the editing, the high quality image is not converted into the second low quality image . obtaining (S101) a high quality image and a first low quality image that are still images showing an identical scene, and edit management information that indicates whether or not to permit editing at least one image of the high quality image and the first low quality image , wherein, when the edit management information includes an information indicating whether or not to permit editing the high quality image , said information indicates whether or not to permit generating a second low quality image from the high quality image as an editing of the high quality image by conversion; and editing (S103) the high quality image by conversion, wherein, in the editing, the second low quality image is generated from the high quality image , when the edit management information indicates to permit generating the second low quality image from the high quality image as the editing, wherein, when the edit management information indicates not to permit generating the second low quality image from the high quality image as the editing, the high quality image is not converted into the second low quality image .
An aqueous chemical-mechanical polishing (CMP) composition for polishing a molybdenum-containing substrate, the composition comprising an aqueous carrier having a pH in the range of 3 to 6 and containing, at point of use: (a) a particulate abrasive; (b) a water soluble surface active material, wherein the particulate abrasive comprises alpha-alumina and the surface active agent is a cationic material; wherein the cationic material is a cationic polymer; and (c) an oxidizing agent; (a) a particulate abrasive; (b) a water soluble surface active material, wherein the particulate abrasive comprises alpha-alumina and the surface active agent is a cationic material; wherein the cationic material is a cationic polymer; and (c) an oxidizing agent;
A packet forwarding method, wherein the method is applied to a segment routing over Internet protocol version 6 data plane, SRv6, network, and the method comprises: receiving (S310) a packet; adding (S315) a first pointer, a second pointer, and a segment identifier, SID, list to a packet header of the packet, the SID list comprises at least one element, the length of each of the at least one element is 128 bits, wherein the at least one element comprises a first element, the first element comprises a plurality of compressed segment identifiers, C-SIDs, the value of the second pointer indicates the location of the first element in the SID list, and the value of the first pointer indicates the location of a first C-SID of the plurality of C-SIDs in the first element; and sending (S320) the packet encapsulated with the packet header. receiving (S310) a packet; adding (S315) a first pointer, a second pointer, and a segment identifier, SID, list to a packet header of the packet, the SID list comprises at least one element, the length of each of the at least one element is 128 bits, wherein the at least one element comprises a first element, the first element comprises a plurality of compressed segment identifiers, C-SIDs, the value of the second pointer indicates the location of the first element in the SID list, and the value of the first pointer indicates the location of a first C-SID of the plurality of C-SIDs in the first element; and sending (S320) the packet encapsulated with the packet header.
An aerosol delivery device , comprising: an outer body ; a heating element received in the outer body ; a reservoir received in the outer body ; and a liquid transport element wrapped with the reservoir so that the liquid transport element is at least partially received within the reservoir , the liquid transport element being adapted to transport an aerosol precursor composition stored in the reservoir to the heating element ; a power source ; a control component ; one or more electronic component being adapted to communicate with the control component for controlling electrical current flow from the power source to the heating element ; characterized in that the liquid transport element comprises a porous monolith that defines one or more channels extending at least partially therethrough and configured so that the one or more electronic component of the aerosol delivery device is at least partially received in the one or more channels. an outer body ; a heating element received in the outer body ; a reservoir received in the outer body ; and a liquid transport element wrapped with the reservoir so that the liquid transport element is at least partially received within the reservoir , the liquid transport element being adapted to transport an aerosol precursor composition stored in the reservoir to the heating element ; a power source ; a control component ; one or more electronic component being adapted to communicate with the control component for controlling electrical current flow from the power source to the heating element ; characterized in that the liquid transport element comprises a porous monolith that defines one or more channels extending at least partially therethrough and configured so that the one or more electronic component of the aerosol delivery device is at least partially received in the one or more channels.
A computer-implemented method for recovering off scale data in an image produced by a camera in a capillary electrophoresis instrument , wherein multiple columns of raw spectral data of a full frame of the camera are combined into spectral bins, each bin combining electrons from one or more camera pixels, the method comprising: identifying bins of the image where electron counts produce a signal greater than a maximum camera signal; setting an off-scale flag for the identified bins; and processing the image to obtain a recovered dye signal, based on the flag set for each bin, and using a dye matrix, wherein processing the image further characterized by : setting to zero any coefficient of the dye matrix corresponding to bins that have been flagged as off-scale; calculating a modified pseudoinverse dye matrix; and calculating the recovered dye signal using the modified pseudoinverse dye matrix. identifying bins of the image where electron counts produce a signal greater than a maximum camera signal; setting an off-scale flag for the identified bins; and processing the image to obtain a recovered dye signal, based on the flag set for each bin, and using a dye matrix, wherein processing the image further characterized by : setting to zero any coefficient of the dye matrix corresponding to bins that have been flagged as off-scale; calculating a modified pseudoinverse dye matrix; and calculating the recovered dye signal using the modified pseudoinverse dye matrix. setting to zero any coefficient of the dye matrix corresponding to bins that have been flagged as off-scale; calculating a modified pseudoinverse dye matrix; and calculating the recovered dye signal using the modified pseudoinverse dye matrix.
A method , comprising: receiving , at a server and from an electronic device , information for determining remaining battery life including at least one of an unloaded battery voltage, a loaded battery voltage at a particular current value, or a temperature at the electronic device ; determining , at the server and based on at least one of the unloaded battery voltage, the loaded battery voltage at the particular current value, or the temperature at the electronic device , a remaining battery life of the electronic device , wherein the electronic device is powered by a battery and associated with a power management profile for managing power consumption at the electronic device , and wherein the power management profile comprises a frequency for polling measurements from one or more sensors of the electronic device ; and based on the determined remaining battery life, provisioning , at the server , an updated power management profile for the electronic device . receiving , at a server and from an electronic device , information for determining remaining battery life including at least one of an unloaded battery voltage, a loaded battery voltage at a particular current value, or a temperature at the electronic device ; determining , at the server and based on at least one of the unloaded battery voltage, the loaded battery voltage at the particular current value, or the temperature at the electronic device , a remaining battery life of the electronic device , wherein the electronic device is powered by a battery and associated with a power management profile for managing power consumption at the electronic device , and wherein the power management profile comprises a frequency for polling measurements from one or more sensors of the electronic device ; and based on the determined remaining battery life, provisioning , at the server , an updated power management profile for the electronic device .
A controller for a machine tool , the controller comprising: determination means configured to determine whether a chatter vibration is occurring while a spindle on which a cutting tool (CT) or a workpiece (W) is mounted is rotating and the workpiece (W) is being cut; setting means configured to set an upper limit (UL) and a lower limit (LL) on a change amount (V) of a rotational speed of the spindle ; and control means configured to control the rotational speed of the spindle , wherein the control means is configured to rotate the spindle at a first rotational speed (RS1), and the controller being characterized in that : when the chatter vibration is determined as occurring while the spindle is rotating at the first rotational speed (RS1), the control means is configured to determine the change amount (V) randomly from a range between the upper limit (UL) and the lower limit (LL), to rotate the spindle at a second rotational speed (RS2) obtained by changing the first rotational speed (RS1) by the change amount (V) that has been determined, and to repeat changing the rotational speed until the chatter vibration is determined as not occurring. determination means configured to determine whether a chatter vibration is occurring while a spindle on which a cutting tool (CT) or a workpiece (W) is mounted is rotating and the workpiece (W) is being cut; setting means configured to set an upper limit (UL) and a lower limit (LL) on a change amount (V) of a rotational speed of the spindle ; and control means configured to control the rotational speed of the spindle , wherein the control means is configured to rotate the spindle at a first rotational speed (RS1), and the controller being characterized in that : when the chatter vibration is determined as occurring while the spindle is rotating at the first rotational speed (RS1), the control means is configured to determine the change amount (V) randomly from a range between the upper limit (UL) and the lower limit (LL), to rotate the spindle at a second rotational speed (RS2) obtained by changing the first rotational speed (RS1) by the change amount (V) that has been determined, and to repeat changing the rotational speed until the chatter vibration is determined as not occurring. when the chatter vibration is determined as occurring while the spindle is rotating at the first rotational speed (RS1), the control means is configured to determine the change amount (V) randomly from a range between the upper limit (UL) and the lower limit (LL), to rotate the spindle at a second rotational speed (RS2) obtained by changing the first rotational speed (RS1) by the change amount (V) that has been determined, and to repeat changing the rotational speed until the chatter vibration is determined as not occurring.
Circuit for the parallel connection of a first battery string to a second battery string consisting of a battery that is designed to receive and output electrical energy via the battery strings through an intermediate circuit capacitor as electrical consumer having an input capacitance and a resistance that is very small for the battery in the completely discharged state, wherein each battery string has a positive pole and a negative pole for receiving and outputting the electrical energy , characterized in that the circuit has at least a first switch and a second switch , wherein the first switch is designed to connect and disconnect two like poles of the two battery strings , wherein the second switch is designed to connect and disconnect the remaining like poles of the battery strings , wherein, in order to disconnect the electrical connection to the intermediate circuit capacitor , a protective switching device having a first power switch , a second power switch , a third power switch and a protective resistor is arranged between the parallel-connected battery strings and the intermediate circuit capacitor , wherein the battery , upon disconnection of the electrical connection to the intermediate circuit capacitor , is initially designed to open the protective switching device and then to open at least the first switch in the circuit , as a result of which the battery strings are at a common voltage level when the parallel circuit is opened.
A wearable electronic device comprising: a reading means configured to read optical information; a display means configured to display information read by the reading means ; a power supply unit configured to supply power to the reading means or the display means ; and a mounting means configured to support the power supply unit , the display means and the reading means , characterized in that the mounting means has at least a part formed of a flexible member, is wearable to an arm, and is configured to be capable of fixing the display means to a side surface of a forearm close to the thumb, the power supply unit to a side surface of the forearm close to a little finger, and the reading means to a back of a hand or a back of a finger. a reading means configured to read optical information; a display means configured to display information read by the reading means ; a power supply unit configured to supply power to the reading means or the display means ; and a mounting means configured to support the power supply unit , the display means and the reading means , characterized in that the mounting means has at least a part formed of a flexible member, is wearable to an arm, and is configured to be capable of fixing the display means to a side surface of a forearm close to the thumb, the power supply unit to a side surface of the forearm close to a little finger, and the reading means to a back of a hand or a back of a finger.
A method performed by a wireless device for repetition signalling, the method comprising: receiving , from a base station , a configuration message transmitted via radio resource control, RRC, signalling, and downlink control information, DCI, transmitted on a physical downlink control channel, PDCCH, the configuration message comprising time domain resource allocation, TDRA, configuration information and the DCI comprising an indication of an index value; and obtaining , using the index value, a set of parameters from the TDRA configuration information, the set of parameters comprising a repetition factor. receiving , from a base station , a configuration message transmitted via radio resource control, RRC, signalling, and downlink control information, DCI, transmitted on a physical downlink control channel, PDCCH, the configuration message comprising time domain resource allocation, TDRA, configuration information and the DCI comprising an indication of an index value; and obtaining , using the index value, a set of parameters from the TDRA configuration information, the set of parameters comprising a repetition factor.
A brake drum system for a wheel of a vehicle , comprising - a brake drum rotatable with the wheel, the brake drum having an inner surface adapted to receive a friction-generating lining when a driver applies the brakes of the vehicle, - a wheel end hub adapted to be located radially between a drive axle of the vehicle and the brake drum, characterized by a substantially circular spring element for concentrically aligning the brake drum with the wheel end hub, the spring element being adapted to be clamped between the brake drum and the wheel end hub for providing a radially directed spring force, and the spring element, or at least parts of it, being radially compressed when it is clamped between the brake drum and the wheel end hub, thus urging to expand in the radial direction, wherein the spring element has an outer surface adapted to be pressed against the brake drum and an inner surface adapted to be pressed against the wheel end hub. - a brake drum rotatable with the wheel, the brake drum having an inner surface adapted to receive a friction-generating lining when a driver applies the brakes of the vehicle, - a wheel end hub adapted to be located radially between a drive axle of the vehicle and the brake drum,