mhurhangee/ep-ind-claims huggingface dataset:
A method for determining a fault condition for a component of a drivetrain in a wind turbine, comprising: measuring an audible acoustic signal using an acoustic signal measuring device positioned proximate to the drive train of the wind turbine; measuring a vibration signal using a vibration signal measuring device configured to measure vibrations of the drivetrain, a generator, or other device of the wind turbine; transmitting the acoustic signal and the vibration signal to a control device; receiving the acoustic signal from the acoustic signal measuring device; receiving the vibration signal from the vibration signal measuring device; analyzing the acoustic signal to determine an analyzed acoustic signal comprising extracting an envelope and estimating a power spectral density for the acoustic signal; analyzing the vibration signal to determine an analyzed vibration signal comprising extracting an envelope and estimating a power spectral density for the vibration signal; determining a fault condition for the component based at least in part on the analyzed acoustic signal and analyzed vibration signal; and performing a corrective action for the wind turbine based at least in part on the fault condition. measuring an audible acoustic signal using an acoustic signal measuring device positioned proximate to the drive train of the wind turbine; measuring a vibration signal using a vibration signal measuring device configured to measure vibrations of the drivetrain, a generator, or other device of the wind turbine; transmitting the acoustic signal and the vibration signal to a control device; receiving the acoustic signal from the acoustic signal measuring device; receiving the vibration signal from the vibration signal measuring device; analyzing the acoustic signal to determine an analyzed acoustic signal comprising extracting an envelope and estimating a power spectral density for the acoustic signal; analyzing the vibration signal to determine an analyzed vibration signal comprising extracting an envelope and estimating a power spectral density for the vibration signal; determining a fault condition for the component based at least in part on the analyzed acoustic signal and analyzed vibration signal; and performing a corrective action for the wind turbine based at least in part on the fault condition.
A medical imaging system arranged to identify a target structure in an associated biological tissue, the system comprising - a hyperspectral camera system arranged to provide a hyperspectral image and configured to cover a first surface area of the biological tissue, wherein pixels of the hyperspectral image contains information at different light wavelength bands, - a probe arranged to provide a probe measurement of a second surface area of the biological tissue with information indicative of the target structure, and to generate probe measurement data accordingly, wherein the probe is configured so that the second surface area covered is smaller than the first surface area that is covered by the hyperspectral camera system, and wherein the probe is selected to provide a higher specificity with respect to identification of the target structure than the hyperspectral camera system, and - a processor functionally connected to receive the hyperspectral image and the probe measurement data, wherein the processor is arranged to analyze the hyperspectral image according to a hyperspectral processing algorithm in order to identify a part of the hyperspectral image which possibly contains the target structure, characterised in that the processor is further arranged to analyze the probe measurement data and to calibrate the hyperspectral processing algorithm in response thereto, so as to provide a calibrated hyperspectral processing algorithm with an enhanced sensitivity to identify the target structure in the hyperspectral image. - a hyperspectral camera system arranged to provide a hyperspectral image and configured to cover a first surface area of the biological tissue, wherein pixels of the hyperspectral image contains information at different light wavelength bands, - a probe arranged to provide a probe measurement of a second surface area of the biological tissue with information indicative of the target structure, and to generate probe measurement data accordingly, wherein the probe is configured so that the second surface area covered is smaller than the first surface area that is covered by the hyperspectral camera system, and wherein the probe is selected to provide a higher specificity with respect to identification of the target structure than the hyperspectral camera system, and - a processor functionally connected to receive the hyperspectral image and the probe measurement data, wherein the processor is arranged to analyze the hyperspectral image according to a hyperspectral processing algorithm in order to identify a part of the hyperspectral image which possibly contains the target structure, characterised in that the processor is further arranged to analyze the probe measurement data and to calibrate the hyperspectral processing algorithm in response thereto, so as to provide a calibrated hyperspectral processing algorithm with an enhanced sensitivity to identify the target structure in the hyperspectral image.
Protective helmet comprising a helmet body with some ventilation openings provided therein, characterized in that a rear camera is provided at the rear of the helmet body, the rear camera being electrically connected to an intelligent hardware, and in that on the side of the helmet body a main carrier is detachably attached, on which a rocker arm module with a display unit and a front camera is mounted, wherein the user can store the images recorded by means of the front camera in a memory or can use the rear camera to display the images on the display unit, so that the user can observe the situation behind the bicycle.
A polyphenylene-ether-based thermoplastic resin composition, comprising: 100 parts by weight of a mixed resin including (A-1) 5 to 95 wt% of a polyphenylene-ether-based resin and (A-2) 5 to 95 wt% of a polyamide resin; 1 to 30 parts by weight of a styrene-based copolymer resin based on 100 parts by weight of the mixed resin; 0.1 to 10 parts by weight of a conductive additive based on 100 parts by weight of the mixed resin, the conductive additive comprises carbon nanotubes, carbon black, carbon fiber, metal powder, or a combination thereof; and 30 to 50 parts by weight of mica based on 100 parts by weight of the mixed resin. 100 parts by weight of a mixed resin including (A-1) 5 to 95 wt% of a polyphenylene-ether-based resin and (A-2) 5 to 95 wt% of a polyamide resin; 1 to 30 parts by weight of a styrene-based copolymer resin based on 100 parts by weight of the mixed resin; 0.1 to 10 parts by weight of a conductive additive based on 100 parts by weight of the mixed resin, the conductive additive comprises carbon nanotubes, carbon black, carbon fiber, metal powder, or a combination thereof; and 30 to 50 parts by weight of mica based on 100 parts by weight of the mixed resin.
Method for locating an error location on a print sheet comprising the steps of • carrying out a print job and inspecting the printed sheets • placing a sample print sheet on a deposit device • marking the print defects found in the inspection on the sample print sheet by highlighting the error coordinates by a light source arranged on or in the deposit device, the light source being a laser pointer • displaying the errors found in the automated inspection on a display device arranged above or on the deposit device. • carrying out a print job and inspecting the printed sheets • placing a sample print sheet on a deposit device • marking the print defects found in the inspection on the sample print sheet by highlighting the error coordinates by a light source arranged on or in the deposit device, the light source being a laser pointer • displaying the errors found in the automated inspection on a display device arranged above or on the deposit device.
Solid ion conductor which has a garnet-like crystal structure and has the stoichiometric composition L 7+x A x G 3-x Zr 2 O 12, where L is in each case independently a monovalent alkali metal cation selected from among Li +, Na + and K +, A is in each case independently a divalent alkaline earth metal cation, G is La, and 0 ≤ x ≤ 3
An endoscope system comprising: a processor configured to acquire shape data of an insertion part of an endoscope in a body cavity in an examination using the endoscope with movement of a distal end of the insertion part; and a memory configured to store the shape data, wherein the processor is configured to store the shape data at a position of an object to be observed in a first examination as first shape data in the memory, and to determine that the distal end of the insertion part has reached the position of the object to be observed and provides notification of a result of determination in a case where the shape data acquired in a second examination after the first examination matches the first shape data; and wherein the processor is further configured to store in the memory an arrival time, which is a time at which the distal end of the insertion part reaches the position of the object to be observed after the insertion part is inserted into the body cavity, and to perform a notification on the basis of the arrival time a processor configured to acquire shape data of an insertion part of an endoscope in a body cavity in an examination using the endoscope with movement of a distal end of the insertion part; and a memory configured to store the shape data, wherein the processor is configured to store the shape data at a position of an object to be observed in a first examination as first shape data in the memory, and to determine that the distal end of the insertion part has reached the position of the object to be observed and provides notification of a result of determination in a case where the shape data acquired in a second examination after the first examination matches the first shape data; and wherein the processor is further configured to store in the memory an arrival time, which is a time at which the distal end of the insertion part reaches the position of the object to be observed after the insertion part is inserted into the body cavity, and to perform a notification on the basis of the arrival time
A photonic-interconnect system for reading data from, and writing data to, a number of memory cells of a memory chip at approximately the same time, the system comprising: a photonic-interconnect coupled to the memory chip and configured to encode a first data set stored in the memory cells into a first set of electromagnetic signals at approximately the same time, decode a second data set encoded in a second set of electromagnetic signals at approximately the same time, and store the second data set in the memory cells, wherein the photonic-interconnect comprises waveguides (1406 - 1412) and photonic nodes (1414 to 1419) coupled to the waveguides (1406 - 1412), wherein one photonic node (1414 to 1419) is provided for each memory cell and wherein each memory cell is coupled to the corresponding photonic node; and a photonic device coupled to the photonic interconnect and configured to transmit the first set of electromagnetic signals out from the photonic interconnect and transmit the second set of electromagnetic signals into the photonic interconnect. a photonic-interconnect coupled to the memory chip and configured to encode a first data set stored in the memory cells into a first set of electromagnetic signals at approximately the same time, decode a second data set encoded in a second set of electromagnetic signals at approximately the same time, and store the second data set in the memory cells, wherein the photonic-interconnect comprises waveguides (1406 - 1412) and photonic nodes (1414 to 1419) coupled to the waveguides (1406 - 1412), wherein one photonic node (1414 to 1419) is provided for each memory cell and wherein each memory cell is coupled to the corresponding photonic node; and a photonic device coupled to the photonic interconnect and configured to transmit the first set of electromagnetic signals out from the photonic interconnect and transmit the second set of electromagnetic signals into the photonic interconnect.
Method of producing an insulated corrugated fiber cement sheet, comprising the steps of: a) providing a cured corrugated fiber cement sheet; b) shrinking of the cured corrugated fiber cement sheet, thereby providing a pre-shrunk corrugated fiber cement sheet having a residual shrinkage in the direction of the corrugation is less than 4 mm/m measured by the method described in the description. c) adhering a thermal insulation panel comprising a plurality of elongated recesses to one side of the pre-shrunk corrugated fiber cement sheet having undulations thereby providing said insulated corrugated fiber cement sheet, the recesses having a shape for partly engaging with the undulations of the pre-shrunk corrugated fiber cement sheet while leaving openings between the thermal insulation panel and the pre-shrunk corrugated fiber cement sheet for allowing air flow on both sides of the fiber cement sheet. a) providing a cured corrugated fiber cement sheet; b) shrinking of the cured corrugated fiber cement sheet, thereby providing a pre-shrunk corrugated fiber cement sheet having a residual shrinkage in the direction of the corrugation is less than 4 mm/m measured by the method described in the description. c) adhering a thermal insulation panel comprising a plurality of elongated recesses to one side of the pre-shrunk corrugated fiber cement sheet having undulations thereby providing said insulated corrugated fiber cement sheet, the recesses having a shape for partly engaging with the undulations of the pre-shrunk corrugated fiber cement sheet while leaving openings between the thermal insulation panel and the pre-shrunk corrugated fiber cement sheet for allowing air flow on both sides of the fiber cement sheet.
A wind turbine arrangement comprising a first rotatable blade arrangement; and a second rotatable blade arrangement operable to power rotation of the first blade arrangement, wherein the first rotatable blade arrangement comprises: a plurality of blades arranged to rotate about a first axis, characterised by means for varying the moment of inertia of the first rotatable blade arrangement away from the first axis; wherein the means for varying the moment of inertia of the first rotatable blade arrangement comprises a hub at the first axis, the hub is coupled to the blades of the first rotatable blade arrangement and is operable to rotate with the blades, and the hub comprises means to offset the moment of inertia of the hub from the first axis. a plurality of blades arranged to rotate about a first axis, characterised by means for varying the moment of inertia of the first rotatable blade arrangement away from the first axis;
A hybrid cache apparatus, comprising: a first type of memory (606, 808); a second type of memory (607,809); a first memory bank (602, 801) including a plurality of macros of the first type of memory and a plurality of macros of the second type of memory coupled to a cache interface; and a first cache line comprising a number of macros of the first type of memory, and a number of macros of the second type of memory in the first memory bank (602, 801), and wherein the number of macros of the first type and the number of macros of the second type are determined based on a difference between a cache access time of the first type of memory and a cache access time of the second type of memory, the first cache line being configured for accessing the first type of memory and the second type of memory during a cache accessing operation, and for accessing the first type of memory before the second type of memory. a first type of memory (606, 808); a second type of memory (607,809); a first memory bank (602, 801) including a plurality of macros of the first type of memory and a plurality of macros of the second type of memory coupled to a cache interface; and a first cache line comprising a number of macros of the first type of memory, and a number of macros of the second type of memory in the first memory bank (602, 801), and wherein the number of macros of the first type and the number of macros of the second type are determined based on a difference between a cache access time of the first type of memory and a cache access time of the second type of memory, the first cache line being configured for accessing the first type of memory and the second type of memory during a cache accessing operation, and for accessing the first type of memory before the second type of memory.
A method of marking randomly a code onto a transparent, polymeric film comprising the steps of: - providing a transparent, polymeric film; - marking the film using a laser assembly comprising a laser; - directing the laser in an x and y direction using two galvanometer mounted mirrors; - driving the mirrors randomly by random current generation means; and characterised in that: said marking step employs a random current generated by at least one of electrical noise, ambient noise obtained by a microphone, a random number generator, and converting the feed from a camera looking at a white background. - providing a transparent, polymeric film; - marking the film using a laser assembly comprising a laser; - directing the laser in an x and y direction using two galvanometer mounted mirrors; - driving the mirrors randomly by random current generation means; and said marking step employs a random current generated by at least one of electrical noise, ambient noise obtained by a microphone, a random number generator, and converting the feed from a camera looking at a white background.
A parasol comprising a series of spokes, between which a piece of fabric, designed to project shade extends, these spokes being linked to a mechanism that makes it possible to vary the arrangement of the spokes, such that the parasol adopts at least one folded position and one operative unfolded position (B1, B2, B3, B4, B5), the mechanism comprising a shaft and a plurality of rings, which overlap and are mounted rotationally around said shaft, at least two spokes being joined to different rings, the mechanism comprising a stop device, which may be operated manually and is capable of blocking relative movement between rings, wherein the stop device comprises two press bodies, between which the rings are arranged such that they overlap and form a packet with the same, the press bodies being able to move closer to or further away from one another and to adopt both stop and free positions, which respectively compress or relax the plurality of overlapping rings axially, in order to respectively block or allow the relative movement thereof; wherein at least one of the press bodies is joined to the shaft, in such a way that upon compressing the plurality of rings, in addition to impeding the relative movement thereof, the assembly formed by the same is also prevented from rotating around the shaft; wherein the press bodies are subject to the action of a number of elastic means, which tend to arrange them in their stop position, i.e. at a distance from one another such that they axially compress the plurality of rings, the stop device comprising a number of actuation means, adapted to overcome the force of said elastic means and arrange the press bodies in their free position, i.e. sufficiently separated from another so as to allow the rings to rotate freely around the shaft.
Cultivation and preparation method for obtaining chopped vegetables, wherein the stalk and the leaves exhibit a high sensitivity to oxidation, such as chicory in particular, characterised in that it comprises at least the following successive steps: - this hydroponic cultivation of the vegetables is carried out by feeding the root thereof with an acidic nutrient solution, - the ambient temperature of the vegetables is lowered on the day prior to the separation of the root and the flower stalk so as to inhibit the cell functions thereof, - the stalk and the leaves of the vegetables are chopped, - the chopped vegetables are cleaned in a water-bath, - the chopped vegetables are drained and dried or spin-dried by centrifugation. - this hydroponic cultivation of the vegetables is carried out by feeding the root thereof with an acidic nutrient solution, - the ambient temperature of the vegetables is lowered on the day prior to the separation of the root and the flower stalk so as to inhibit the cell functions thereof, - the stalk and the leaves of the vegetables are chopped, - the chopped vegetables are cleaned in a water-bath, - the chopped vegetables are drained and dried or spin-dried by centrifugation.
A method for obtaining a digital model of a heat treatment fixture for fabricating an orthodontic appliance, comprising: obtaining original tooth arrangement data representing a patient's gingiva and teeth in the OTA; obtaining final tooth arrangement data representing the patient's gingiva and teeth in the FTA; and obtaining a digital model of a heat treatment fixture based on the OTA and FTA data, the digital model comprising (a) a gingival surface, and (b) a securing portion characterizing a position of one or more of the patient's teeth in the FTA, wherein the heat treatment fixture is configured to be releasably secured to an orthodontic appliance configured to move the patient's teeth from the OTA to the FTA such that the orthodontic appliance has a shape based at least in part on a shape of the heat treatment fixture. obtaining original tooth arrangement data representing a patient's gingiva and teeth in the OTA; obtaining final tooth arrangement data representing the patient's gingiva and teeth in the FTA; and obtaining a digital model of a heat treatment fixture based on the OTA and FTA data, the digital model comprising (a) a gingival surface, and (b) a securing portion characterizing a position of one or more of the patient's teeth in the FTA, wherein the heat treatment fixture is configured to be releasably secured to an orthodontic appliance configured to move the patient's teeth from the OTA to the FTA such that the orthodontic appliance has a shape based at least in part on a shape of the heat treatment fixture.
An apparatus, comprising: a near field communication unit configured to read connectivity information from an object storing information pertaining to a plurality of devices within a smart space, wherein the connectivity information includes supported connectivity techniques and corresponding connectivity parameters for connecting to each of the plurality of devices within the smart space; and a short-range communication unit configured to forward at least part of said connectivity information to one or more devices of a personal space comprising devices personally held by a certain user. a near field communication unit configured to read connectivity information from an object storing information pertaining to a plurality of devices within a smart space, wherein the connectivity information includes supported connectivity techniques and corresponding connectivity parameters for connecting to each of the plurality of devices within the smart space; and a short-range communication unit configured to forward at least part of said connectivity information to one or more devices of a personal space comprising devices personally held by a certain user.