mhurhangee/ep-ind-claims huggingface dataset:
A method of system state monitoring comprising: providing a reference set of data comprising a plurality of learned observations from sensors of a modeled system that characterize the dynamic behaviour of the modeled system, wherein the reference set of data is in the form of a matrix, with each column of the matrix representing an observation and each row representing values from a single sensor; providing a current observation regarding the modeled system; comparing the current observation to the reference set of data using a similarity operator to render a similarity score for each learned observation in the reference set of data; and if the similarity score for a learned observation is above a threshold or is one of a predetermined number of the highest similarity scores across all learned observation, including that learned observations in a subset of data of the reference set of data; computing a model of the system based on the current observation and the current subset of data derived from the reference set of data, wherein computing the model comprises generating a model estimate comprising a weighted composite of the subset of data. providing a series of subsequent current observations regarding the modeled system; re-computing the model by re-determining the subset of data for each new current observation; and detecting incipience of faults in the system by testing the model estimate in contrast to the current observation. providing a reference set of data comprising a plurality of learned observations from sensors of a modeled system that characterize the dynamic behaviour of the modeled system, wherein the reference set of data is in the form of a matrix, with each column of the matrix representing an observation and each row representing values from a single sensor; providing a current observation regarding the modeled system; comparing the current observation to the reference set of data using a similarity operator to render a similarity score for each learned observation in the reference set of data; and if the similarity score for a learned observation is above a threshold or is one of a predetermined number of the highest similarity scores across all learned observation, including that learned observations in a subset of data of the reference set of data; computing a model of the system based on the current observation and the current subset of data derived from the reference set of data, wherein computing the model comprises generating a model estimate comprising a weighted composite of the subset of data. providing a series of subsequent current observations regarding the modeled system; re-computing the model by re-determining the subset of data for each new current observation; and detecting incipience of faults in the system by testing the model estimate in contrast to the current observation.
A bifunctional peptide comprising: a targeting domain that binds to a target; a linker moiety; and an effector domain that recruits a biomolecule to the target, wherein the linker moiety links the targeting domain to the effector domain, and at least one of the targeting domain and the effector domain is, independently, stapled or stitched; both the targeting domain and effector domain are peptidic; and the bifunctional peptide brings the target and the biomolecule in close proximity to one another. a targeting domain that binds to a target; a linker moiety; and an effector domain that recruits a biomolecule to the target, the linker moiety links the targeting domain to the effector domain, and at least one of the targeting domain and the effector domain is, independently, stapled or stitched; both the targeting domain and effector domain are peptidic; and the bifunctional peptide brings the target and the biomolecule in close proximity to one another.
A method of assembling a piston-cylinder group, where the piston-cylinder group comprises: - a cylinder, - a head which is fixable at an and of the cylinder, - a stem to which a piston is coupled, wherein the stem which is housed in the cylinder and has an end which projects from the cylinder through a hole provided in the head, the head having on the internal surface thereof two annular seatings, wherein a seal gasket is housed in one of the annular seatings, while a scraper ring is housed in the other annular seatings, and the piston having on a lateral surface thereof two annular seatings, wherein in one of the annular seatings a seal gasket is housed and a guide ring is housed in the other annular seating, the method comprising steps of: - providing the piston with the seal gasket and the guide ring, - mounting the seal gaskets and the scraper ring in the appropriate annular seatings in the head; - inserting the piston in the cylinder, and - coupling the head with the cylinder; said method being characterized by the fact of comprising the step of: - welding by means of a low-temperature welding carried out by cold metal transfer of the coupling between the head and the cylinder with the seal gaskets already inserted in position and the piston already inserted in the cylinder. - a cylinder, - a head which is fixable at an and of the cylinder, - a stem to which a piston is coupled, - providing the piston with the seal gasket and the guide ring, - mounting the seal gaskets and the scraper ring in the appropriate annular seatings in the head; - inserting the piston in the cylinder, and - coupling the head with the cylinder; - welding by means of a low-temperature welding carried out by cold metal transfer of the coupling between the head and the cylinder with the seal gaskets already inserted in position and the piston already inserted in the cylinder.
A floor for fork lift trucks or other transport means, composed of a number of slabs of moldable material having a circumference which is provided with structural joints comprising two profile elements each being integral with one of the edges of the two adjacent slabs of the type in which one of the joint profile elements has a vertical flange provided with a horizontal groove for accommodating a horizontal flange connected to the vertical flange of the cooperating joint profile element, and characterized in that the top edge of each vertical stem of the profile elements has a undulating shape as seen along the main direction of the joint between two neighbouring slabs.
A method for detecting and characterizing an input signal, comprising: receiving a signal having an in-phase, I, component and a quadrature-phase, Q, component; acquiring, at a first point in time, a first IQ sample of the signal; acquiring, at a second point in time, a second IQ sample of the signal; decorrelating incoherent noise in the first IQ sample of the signal and the second IQ sample of the signal, wherein the decorrelating comprises applying, using one or more processors, a delayed complex conjugate multiply, DCM, to the first IQ sample of the signal and the second IQ sample of the signal to produce a constant product having an in-phase, Ic, component and a quadrature-phase, Qc, component; generating, using the one or more processors, a sequence of Ic components of the constant products and a sequence of Qc components of the constant products; characterized in that the method further comprises: smoothing, using the one or more processors, the sequence of Ic components of the constant products using one or more filters; smoothing, using the one or more processors, the sequence of Qc components of the constant products using the one or more filters; and determining, from the smoothed Ic component of the constant products and the smoothed Qc component of the constant products, using the one or more processors, a signal magnitude and a signal frequency. receiving a signal having an in-phase, I, component and a quadrature-phase, Q, component; acquiring, at a first point in time, a first IQ sample of the signal; acquiring, at a second point in time, a second IQ sample of the signal; decorrelating incoherent noise in the first IQ sample of the signal and the second IQ sample of the signal, wherein the decorrelating comprises applying, using one or more processors, a delayed complex conjugate multiply, DCM, to the first IQ sample of the signal and the second IQ sample of the signal to produce a constant product having an in-phase, Ic, component and a quadrature-phase, Qc, component; generating, using the one or more processors, a sequence of Ic components of the constant products and a sequence of Qc components of the constant products; characterized in that the method further comprises: smoothing, using the one or more processors, the sequence of Ic components of the constant products using one or more filters; smoothing, using the one or more processors, the sequence of Qc components of the constant products using the one or more filters; and determining, from the smoothed Ic component of the constant products and the smoothed Qc component of the constant products, using the one or more processors, a signal magnitude and a signal frequency. smoothing, using the one or more processors, the sequence of Ic components of the constant products using one or more filters; smoothing, using the one or more processors, the sequence of Qc components of the constant products using the one or more filters; and determining, from the smoothed Ic component of the constant products and the smoothed Qc component of the constant products, using the one or more processors, a signal magnitude and a signal frequency.
A neural probe, which comprises: a) a carrier having a carrier thickness extending along a carrier length between first and second major carrier surfaces, the carrier extending from a proximal carrier end to a distal carrier portion having a distal carrier end, wherein the proximal carrier end is electrically connectable to a source of electrical energy, the carrier being of a tape spring-type such that when in an unstressed condition extending in a substantially axial direction, the tape spring-type carrier has a curved cross-section perpendicular to the carrier length and when in a stressed condition bent out of alignment with an axial direction, the tape spring-type carrier has a linear cross-sectional shape perpendicular to the carrier length; and b) at least one electrode configured for electrical stimulation of body tissue or recording of biological characteristics supported on the tape spring-type carrier, wherein the electrode is supported on at least one of the first and second major carrier surfaces; c) wherein the tape spring-type carrier is sandwiched between opposed polymeric layers contacting the first and second major carrier surfaces. a) a carrier having a carrier thickness extending along a carrier length between first and second major carrier surfaces, the carrier extending from a proximal carrier end to a distal carrier portion having a distal carrier end, wherein the proximal carrier end is electrically connectable to a source of electrical energy, the carrier being of a tape spring-type such that when in an unstressed condition extending in a substantially axial direction, the tape spring-type carrier has a curved cross-section perpendicular to the carrier length and when in a stressed condition bent out of alignment with an axial direction, the tape spring-type carrier has a linear cross-sectional shape perpendicular to the carrier length; and b) at least one electrode configured for electrical stimulation of body tissue or recording of biological characteristics supported on the tape spring-type carrier, wherein the electrode is supported on at least one of the first and second major carrier surfaces; c) wherein the tape spring-type carrier is sandwiched between opposed polymeric layers contacting the first and second major carrier surfaces.
An apparatus comprising: means for transmitting, to a second device, a request for access to a channel in a random access procedure; means for receiving from the second device a response to the request; means for generating a report of the random access procedure based at least in part on the response, the report at least indicating whether the random access procedure uses one or more prioritized parameters for access to the channel; and means for transmitting the report to the second device. means for transmitting, to a second device, a request for access to a channel in a random access procedure; means for receiving from the second device a response to the request; means for generating a report of the random access procedure based at least in part on the response, the report at least indicating whether the random access procedure uses one or more prioritized parameters for access to the channel; and means for transmitting the report to the second device.
A method for transmitting a sidelink synchronization signal and a Physical Sidelink Broadcast Channel, PSBCH, in a wireless communication system supporting Device-to-Device, D2D, communication, comprising: mapping the sidelink synchronization signal and the PSBCH to a set of resource blocks; and transmitting the mapped sidelink synchronization signal and the PSBCH to a user equipment, UE, wherein the sidelink synchronization signal is mapped to the set of resource blocks, each resource block having 12 subcarriers, and the sidelink synchronization signal is mapped to 62 subcarriers in the center of the set of resource blocks, wherein the sidelink synchronization signal comprises a Primary Sidelink Synchronization Signal, PSSS, and a Secondary Sidelink Synchronization Signal, SSSS, wherein the PSBCH carries information used for D2D communication, characterized by, the PSBCH is mapped to 72 subcarriers of the set of resource blocks to occupy a larger bandwidth than the mapped sidelink synchronization signal. mapping the sidelink synchronization signal and the PSBCH to a set of resource blocks; and transmitting the mapped sidelink synchronization signal and the PSBCH to a user equipment, UE, wherein the sidelink synchronization signal is mapped to the set of resource blocks, each resource block having 12 subcarriers, and the sidelink synchronization signal is mapped to 62 subcarriers in the center of the set of resource blocks, wherein the sidelink synchronization signal comprises a Primary Sidelink Synchronization Signal, PSSS, and a Secondary Sidelink Synchronization Signal, SSSS, wherein the PSBCH carries information used for D2D communication, characterized by, the PSBCH is mapped to 72 subcarriers of the set of resource blocks to occupy a larger bandwidth than the mapped sidelink synchronization signal.
Blown film comprising at least 95.0 wt% of a propylene-1-butene random copolymer, the propylene-1-butene random copolymer having a) a melt flow rate (MFR 2; 230°C/2.16kg; measured according to ISO 1133) in the range of from 0.5 to below 4.0 g/10 min, b) a 1-butene content in the range of from 2.0 to 15.0 wt% and c) a xylene cold soluble fraction measured according to ISO 16152 at 25°C in the range of from 0.10 to 2.80 wt%, d) a molecular weight distribution (Mw/Mn) of less than 4.5 and e) wherein said copolymer is prepared using a single site catalyst, said blown film having i) a tensile modulus, in machine and transverse direction according to ISO 527-3 at 23°C measured on 50 μm blown films, in the range of from 700 to 1800 MPa. a) a melt flow rate (MFR 2; 230°C/2.16kg; measured according to ISO 1133) in the range of from 0.5 to below 4.0 g/10 min, b) a 1-butene content in the range of from 2.0 to 15.0 wt% and c) a xylene cold soluble fraction measured according to ISO 16152 at 25°C in the range of from 0.10 to 2.80 wt%, d) a molecular weight distribution (Mw/Mn) of less than 4.5 and e) wherein said copolymer is prepared using a single site catalyst, i) a tensile modulus, in machine and transverse direction according to ISO 527-3 at 23°C measured on 50 μm blown films, in the range of from 700 to 1800 MPa.
A process of electrolytic galvanizing, thick layer passivation and subsequent treatment in order to enhance anti-corrosive protection, wherein said process comprises a pretreatment and cleaning of products to be protected against corrosion, respectively, galvanizing in an alkaline media and final treatment, characterized in that a final treatment, in which a thick layer passivation based on chromium III compounds and cobalt compounds represents the primary layer on the zinc coating applied by means of galvanization to a product to be protected, comprises a) treating the product to be protected in a working bath; b) flushing the product to be protected by means of a pure water, preferably by means of demineralized and deionized water; c) sinking the product to be protected for the first time period into a polymer dispersion of silicate and polyurethane in water, said polymer dispersion of silicate and polyurethane in water must be continuously stirred; d) removing the product to be protected for the second time period from said polymer dispersion of silicate and polyurethane in water; e) re-immersion the product to be protected for the third time period into said polymer dispersion of silicate and polyurethane in water, said polymer dispersion of silicate and polyurethane in water must be continuously stirred; f) draining and/or removing of the surplus of said polymer dispersion of silicate and polyurethane in water off the product to be protected; g) drying the product to be protected during the fourth time period by means of a hot air. a) treating the product to be protected in a working bath; b) flushing the product to be protected by means of a pure water, preferably by means of demineralized and deionized water; c) sinking the product to be protected for the first time period into a polymer dispersion of silicate and polyurethane in water, said polymer dispersion of silicate and polyurethane in water must be continuously stirred; d) removing the product to be protected for the second time period from said polymer dispersion of silicate and polyurethane in water; e) re-immersion the product to be protected for the third time period into said polymer dispersion of silicate and polyurethane in water, said polymer dispersion of silicate and polyurethane in water must be continuously stirred; f) draining and/or removing of the surplus of said polymer dispersion of silicate and polyurethane in water off the product to be protected; g) drying the product to be protected during the fourth time period by means of a hot air.
Variable-length protective cover which has at least one fold element having a plurality of folds (14, 16), wherein the fold element has folds which are designed as intermediate folds at regular spacing intervals and which consist of two fold layers of a fold, lying flat atop each other, having a kink point, and to which lamellar elements are fixed which have L-shaped cross-sections, wherein one limb is fixed to the intermediate fold, while the other limbs telescopically overlap, wherein the lamellar elements are attached in the region of the kink points of the intermediate folds, characterised in that regular folds are formed between the intermediate folds and the intermediate folds have the same edge length as the other regular folds of the fold element.
A method of synchronizing a plurality of nodes in a wireless communication system, the method comprising: receiving at a network node a first measured timing offset value between a macro cell node and a common global navigation satellite system, GNSS, reference time received from a first small cell node having the GNSS reference time; determining a timing offset value based on the first measured timing offset value; receiving from a second small cell node a request for timing assistance information contained in a self-organizing network, SON, information element; transmitting the determined timing offset value to the second small cell node that does not have a GNSS reference time so that the second small cell node is enabled to synchronize to timing of the macro cell node (2, S208). receiving at a network node a first measured timing offset value between a macro cell node and a common global navigation satellite system, GNSS, reference time received from a first small cell node having the GNSS reference time; determining a timing offset value based on the first measured timing offset value; receiving from a second small cell node a request for timing assistance information contained in a self-organizing network, SON, information element; transmitting the determined timing offset value to the second small cell node that does not have a GNSS reference time so that the second small cell node is enabled to synchronize to timing of the macro cell node (2, S208).
A procedure for manufacturing a device comprising a bottom surface, a through circular hole and a tubular part for connection to a floor drain, where the device is intended to be used for casting a slope with correct inclination toward the floor drain, characterized by the steps of: - providing an element comprising a first and a second sheet of metal foil, which are arranged in parallel to each other, and a core of a polymeric material that is arranged between said first and second sheet; - taking out the through circular hole of the element; - making several grooves in said first sheet, which are arranged along their lengths between the outer circumference of the element and the circular hole for allowing the polymeric material to flow out into the grooves; - supplying heat to the element; and - applying a pressing force to the first sheet of metal foil for forming the sheets (11, 12) of metal foil so that the bottom surface of the element corresponds to an inclination that provides a correct slope toward the floor drain and, simultaneously, for bending the edge of the circular hole to form the tubular part intended to be connected to the floor drain, wherein the polymeric material flows out into the grooves of the first sheet in a zone at the passage to the tubular part close to the circular hole. - providing an element comprising a first and a second sheet of metal foil, which are arranged in parallel to each other, and a core of a polymeric material that is arranged between said first and second sheet; - taking out the through circular hole of the element; - making several grooves in said first sheet, which are arranged along their lengths between the outer circumference of the element and the circular hole for allowing the polymeric material to flow out into the grooves; - supplying heat to the element; and - applying a pressing force to the first sheet of metal foil for forming the sheets (11, 12) of metal foil so that the bottom surface of the element corresponds to an inclination that provides a correct slope toward the floor drain and, simultaneously, for bending the edge of the circular hole to form the tubular part intended to be connected to the floor drain, wherein the polymeric material flows out into the grooves of the first sheet in a zone at the passage to the tubular part close to the circular hole.