mhurhangee/patent-ind-claim-en huggingface dataset:
Method for producing a wind energy converter rotor blade, comprising the steps: providing at least one dry semifinished product on at least one roll , applying a binder onto the semifinished textile product and/or heating the semifinished textile product , draping the at least one semifinished textile product from the at least one roll onto a core by means of rotating the core , diffusing resin into the draped semifinished textile product, curing the semifinished textile product after diffusing the resin in and draping on the core , separating the semifinished textile product, which has been draped and cured, in order to obtain two preform half-shells , the two preform half-shells being used in order to produce a wind energy converter rotor blade by integrating them into the rotor blade centrally. providing at least one dry semifinished product on at least one roll , applying a binder onto the semifinished textile product and/or heating the semifinished textile product , draping the at least one semifinished textile product from the at least one roll onto a core by means of rotating the core , diffusing resin into the draped semifinished textile product, curing the semifinished textile product after diffusing the resin in and draping on the core , separating the semifinished textile product, which has been draped and cured, in order to obtain two preform half-shells , the two preform half-shells being used in order to produce a wind energy converter rotor blade by integrating them into the rotor blade centrally.
A casting insert , comprising - a casting insert wall formed essentially from a liquid-phase-sintered refractory metal alloy, - a cavity formed by the casting insert wall , - at least one cooling duct that is different from the cavity and which at least in sections is configured within the cavity and/or which at least in sections is configured within the casting insert wall , wherein the casting insert wall has a wall thickness (t), which wall thickness (t) is definable as a normal distance between a point of the casting insert wall facing the cavity and a point on an outer surface (A) of the casting insert wall , and the wall thickness (t) along at least 50% of an extent of the casting insert wall is less than 25% of a diameter (D) of the casting insert . - a casting insert wall formed essentially from a liquid-phase-sintered refractory metal alloy, - a cavity formed by the casting insert wall , - at least one cooling duct that is different from the cavity and which at least in sections is configured within the cavity and/or which at least in sections is configured within the casting insert wall ,
A mask comprising: a facepiece disposed within an interior of the mask, the facepiece including a retaining flange ; a face blank ; a lens coupled to the face blank, the lens covering the facepiece; a feedback system including: a display apparatus disposed between the lens and the facepiece and 2. coupled to the facepiece, the display apparatus including: a chassis and a chassis cover , the chassis being coupled to the chassis cover and having an arcuate flange partially encircling the retaining flange of the facepiece; and an eye piece pivotably coupled to the chassis, the eye piece housing an optic and a display ; and a power source coupled to the display apparatus, the power source electrically connected to the display apparatus for supplying power to the display apparatus; and a recording device coupled to the face blank and positioned external to the lens, the recording device operable to communicate data with the display apparatus. a facepiece disposed within an interior of the mask, the facepiece including a retaining flange ; a face blank ; a lens coupled to the face blank, the lens covering the facepiece; a feedback system including: a display apparatus disposed between the lens and the facepiece and 2. coupled to the facepiece, the display apparatus including: a chassis and a chassis cover , the chassis being coupled to the chassis cover and having an arcuate flange partially encircling the retaining flange of the facepiece; and an eye piece pivotably coupled to the chassis, the eye piece housing an optic and a display ; and a power source coupled to the display apparatus, the power source electrically connected to the display apparatus for supplying power to the display apparatus; and a recording device coupled to the face blank and positioned external to the lens, the recording device operable to communicate data with the display apparatus. a display apparatus disposed between the lens and the facepiece and 2. coupled to the facepiece, the display apparatus including: a chassis and a chassis cover , the chassis being coupled to the chassis cover and having an arcuate flange partially encircling the retaining flange of the facepiece; and an eye piece pivotably coupled to the chassis, the eye piece housing an optic and a display ; and a chassis and a chassis cover , the chassis being coupled to the chassis cover and having an arcuate flange partially encircling the retaining flange of the facepiece; and an eye piece pivotably coupled to the chassis, the eye piece housing an optic and a display ; and a power source coupled to the display apparatus, the power source electrically connected to the display apparatus for supplying power to the display apparatus; and a recording device coupled to the face blank and positioned external to the lens, the recording device operable to communicate data with the display apparatus.
A method for estimating or improvising perceptual-cognitive traits of a subject, comprising processor implemented steps of: retrieving and pre-processing data and associated metadata indicative of brainwave activity of the subject to obtain effect of a plurality of elementary cognitive tasks, the data being electroencephalogram (EEG)signals; the method being characterized in that it further comprises the following processor implemented steps of: identifying cognitive categories within a cognitive domain of cognitive learning model; mapping plurality of elementary cognitive tasks to be performed by the subject with identified cognitive categories; performing cluster analysis on each of the mapped elementary cognitive tasks and determining separation index values therefrom the cluster analysis in relation to the identified cognitive categories; and generating metrics from the separation index values for estimation or improvisation of perceptual-cognitive traits of the subject. retrieving and pre-processing data and associated metadata indicative of brainwave activity of the subject to obtain effect of a plurality of elementary cognitive tasks, the data being electroencephalogram (EEG)signals; the method being characterized in that it further comprises the following processor implemented steps of: identifying cognitive categories within a cognitive domain of cognitive learning model; mapping plurality of elementary cognitive tasks to be performed by the subject with identified cognitive categories; performing cluster analysis on each of the mapped elementary cognitive tasks and determining separation index values therefrom the cluster analysis in relation to the identified cognitive categories; and generating metrics from the separation index values for estimation or improvisation of perceptual-cognitive traits of the subject. identifying cognitive categories within a cognitive domain of cognitive learning model; mapping plurality of elementary cognitive tasks to be performed by the subject with identified cognitive categories; performing cluster analysis on each of the mapped elementary cognitive tasks and determining separation index values therefrom the cluster analysis in relation to the identified cognitive categories; and generating metrics from the separation index values for estimation or improvisation of perceptual-cognitive traits of the subject.
System for reading coded information from an object , comprising: - a three-dimensional camera configured such as to capture three-dimensional images of the object , - a processor , characterized in that said processor is configured to process each three-dimensional image captured by said camera in order to: • identify planes upon which faces of the object lie; • extract two-dimensional images that lie on the identified planes ; • apply coded information recognition algorithms to at least part of the extracted two-dimensional images . - a three-dimensional camera configured such as to capture three-dimensional images of the object , - a processor , characterized in that said processor is configured to process each three-dimensional image captured by said camera in order to: • identify planes upon which faces of the object lie; • extract two-dimensional images that lie on the identified planes ; • apply coded information recognition algorithms to at least part of the extracted two-dimensional images . • identify planes upon which faces of the object lie; • extract two-dimensional images that lie on the identified planes ; • apply coded information recognition algorithms to at least part of the extracted two-dimensional images .
Coupling device for supporting a first wing section against a second wing section of an aircraft , that is configured for passive flight load alleviation and comprises a housing comprising a chamber , wherein the chamber comprises a first portion as well as a second portion and is filled with a fluid, a piston device movably arranged in the chamber , wherein the piston device separates the first portion from the second portion in a fluid tight manner, a first fluid pathway connecting the first portion to the second portion , a first pressure relief valve arranged in the first fluid pathway , wherein the first pressure relief valve blocks the first fluid pathway , if the pressure in the second portion is smaller than a first relief pressure, and opens the first fluid pathway , if the pressure in the second portion is greater than the first relief pressure, characterized in that the chamber as well as the first fluid pathway are constituted by the housing such that the housing, the chamber and the first fluid pathway are a single element. a housing comprising a chamber , wherein the chamber comprises a first portion as well as a second portion and is filled with a fluid, a piston device movably arranged in the chamber , wherein the piston device separates the first portion from the second portion in a fluid tight manner, a first fluid pathway connecting the first portion to the second portion , a first pressure relief valve arranged in the first fluid pathway , wherein the first pressure relief valve blocks the first fluid pathway , if the pressure in the second portion is smaller than a first relief pressure, and opens the first fluid pathway , if the pressure in the second portion is greater than the first relief pressure, the chamber as well as the first fluid pathway are constituted by the housing such that the housing, the chamber and the first fluid pathway are a single element.
Ultrasound transducer assembly , in particular for intra vascular ultrasound systems, comprising: - a transducer array including a plurality of transducer elements for transmitting and receiving ultrasound waves, - two support elements flexibly connected to opposite sides of the transducer array for supporting the transducer array in a curved or polygonal shape, and - a flexible connection layer connected to the transducer array and to the support elements for flexibly connecting the support elements to the transducer array, characterized in that each support element comprises a support portion having a circular or polygonal shape and the transducer array is foldable around the support portions, and wherein each support element comprises a connection portion having a larger diameter than the support portion, wherein the connection portion is connected to the flexible connection layer. - a transducer array including a plurality of transducer elements for transmitting and receiving ultrasound waves, - two support elements flexibly connected to opposite sides of the transducer array for supporting the transducer array in a curved or polygonal shape, and - a flexible connection layer connected to the transducer array and to the support elements for flexibly connecting the support elements to the transducer array, characterized in that each support element comprises a support portion having a circular or polygonal shape and the transducer array is foldable around the support portions, and
A soft composite actuator , comprising: a strain limiting layer ; a first radially constraining layer ; and a first elastomeric layer disposed between the first radially constraining layer and the strain limiting layer ; wherein the first elastomeric layer , the strain limiting layer , and the first radially constraining layer are bonded together to form at least one bladder for holding pressurized fluid, and wherein the first radially constraining layer comprises one or more openings through which one or more portions of the adjacent first elastomeric layer expand upon actuation, and wherein the first radially constraining layer comprises one or more strain limiting sections free from any openings. a strain limiting layer ; a first radially constraining layer ; and a first elastomeric layer disposed between the first radially constraining layer and the strain limiting layer ; wherein the first elastomeric layer , the strain limiting layer , and the first radially constraining layer are bonded together to form at least one bladder for holding pressurized fluid, and wherein the first radially constraining layer comprises one or more openings through which one or more portions of the adjacent first elastomeric layer expand upon actuation, and wherein the first radially constraining layer comprises one or more strain limiting sections free from any openings.
An attraction system, comprising: a fluid source configured to emit a fluid stream with a geometry that facilitates internal reflection; a transmitter configured to transmit a signal through the fluid stream such that the signal is enclosed in the fluid stream via the internal reflection, wherein the signal comprises a parameter; a sensor configured to receive the signal via the fluid stream and provide data indicative of the parameter; and a control system communicatively coupled to the sensor , wherein the control system comprises a processor and a memory , wherein the memory comprises instructions that cause the processor to: receive the data indicative of the parameter from the sensor ; and operate the attraction system based on the parameter. a fluid source configured to emit a fluid stream with a geometry that facilitates internal reflection; a transmitter configured to transmit a signal through the fluid stream such that the signal is enclosed in the fluid stream via the internal reflection, wherein the signal comprises a parameter; a sensor configured to receive the signal via the fluid stream and provide data indicative of the parameter; and a control system communicatively coupled to the sensor , wherein the control system comprises a processor and a memory , wherein the memory comprises instructions that cause the processor to: receive the data indicative of the parameter from the sensor ; and operate the attraction system based on the parameter. receive the data indicative of the parameter from the sensor ; and operate the attraction system based on the parameter.
An iron core for a transformer, comprising a plurality of grain-oriented electrical steel sheets stacked together, wherein 50 mass% or more of the plurality of grain-oriented electrical steel sheets: has a region in which closure domains are formed in a direction crossing a rolling direction and a region in which no closure domains are formed; has an area ratio Ro of 0.10 % to 3.0 %, the area ratio Ro being defined as a ratio of So to S; and has an area ratio R 1a of 50 % or more, the area ratio R 1a being defined as a ratio of S 1a to S 1 , where S is an area of the grain-oriented electrical steel sheet, S 1 is an area of the region in which the closure domains are formed, So is an area of the region in which no closure domains are formed, and S 1a is, in the region in which the closure domains are formed, an area of a region in which an expansion amount at a maximum displacement point when excited in the rolling direction at a maximum magnetic flux density of 1.7 T and a frequency of 50 Hz is at least 2 × 10 -7 greater than an expansion amount in the region in which no closure domains are formed. a plurality of grain-oriented electrical steel sheets stacked together, wherein 50 mass% or more of the plurality of grain-oriented electrical steel sheets: has a region in which closure domains are formed in a direction crossing a rolling direction and a region in which no closure domains are formed; has an area ratio Ro of 0.10 % to 3.0 %, the area ratio Ro being defined as a ratio of So to S; and has an area ratio R 1a of 50 % or more, the area ratio R 1a being defined as a ratio of S 1a to S 1 , has a region in which closure domains are formed in a direction crossing a rolling direction and a region in which no closure domains are formed; has an area ratio Ro of 0.10 % to 3.0 %, the area ratio Ro being defined as a ratio of So to S; and has an area ratio R 1a of 50 % or more, the area ratio R 1a being defined as a ratio of S 1a to S 1 , where S is an area of the grain-oriented electrical steel sheet, S 1 is an area of the region in which the closure domains are formed, So is an area of the region in which no closure domains are formed, and S 1a is, in the region in which the closure domains are formed, an area of a region in which an expansion amount at a maximum displacement point when excited in the rolling direction at a maximum magnetic flux density of 1.7 T and a frequency of 50 Hz is at least 2 × 10 -7 greater than an expansion amount in the region in which no closure domains are formed.
Steering rod for a two-wheeled vehicle, in particular an electric scooter, which is connected for shock absorption to a suspension and a shock absorber, wherein the suspension is formed by a compression spring, wherein the compression spring and the shock absorber are arranged inside the steering rod , wherein the steering rod comprises a standpipe , in which the compression spring is positioned in a pretensioned manner between a first displaceable spring receptacle and a second stationary spring receptacle, wherein the first spring receptacle is connected to a dip tube projecting from the standpipe and the second spring receptacle is connected to an adjusting nut arranged on the outside of the standpipe , via which adjusting nut the axial position of the second spring receptacle is adjustable within the standpipe , characterised in that the adjusting nut rests against an adjusting ring , which encompasses the standpipe and which is connected to the second spring receptacle.
A dual-purpose sintering furnace, comprising: a furnace body having a furnace chamber, and a first furnace mouth and a second furnace mouth which are communicated with the furnace chamber; a furnace door hinged to the furnace body and configured for closing the first furnace mouth ; a blocking member lap-jointed inside the furnace chamber and configured for blocking the second furnace mouth ; a sample stage ; an ejection rod fixedly arranged on a sample placement face of the sample stage ; a lifting device configured for driving the sample stage to rise or lower, so that the ejection rod pushes the blocking member until the second furnace mouth is opened, and so that the sample stage enters the furnace chamber through the second furnace mouth ; wherein the dual-purpose sintering furnace is configure to be operated at a preset temperature between 1300°C to 1600°C. a furnace body having a furnace chamber, and a first furnace mouth and a second furnace mouth which are communicated with the furnace chamber; a furnace door hinged to the furnace body and configured for closing the first furnace mouth ; a blocking member lap-jointed inside the furnace chamber and configured for blocking the second furnace mouth ; a sample stage ; an ejection rod fixedly arranged on a sample placement face of the sample stage ; a lifting device configured for driving the sample stage to rise or lower, so that the ejection rod pushes the blocking member until the second furnace mouth is opened, and so that the sample stage enters the furnace chamber through the second furnace mouth ; wherein the dual-purpose sintering furnace is configure to be operated at a preset temperature between 1300°C to 1600°C.
Method for fitting a horseshoe in which the horseshoe having a top surface comprises at least one toe clip, the toe clip comprising an inclined inner surface forming a first acute angle (α1) with the top surface of said shoe, the toe clip is displaced to open the angle formed between said inner surface and said top surface, such that, after opening, a second angle (α2) formed by the inner surface of the toe clip and the top surface of the shoe is strictly between the first angle (α1) and 90°, to place the toe clip in contact with or in proximity to the hoof of the horse so that the latter forms an abutment, characterized in that said toe clip is produced in a thermoplastic material, said at least one toe clip is previously heated to a temperature (T) allowing displacement of the corresponding toe clip.
A method of wireless communication, performed by a scheduling entity configured to transmit scheduling and control information to a subordinate entity , the method comprising: determining a priority of data previously scheduled for transmission in a subframe; determining whether other data ready for transmission has a priority higher than the priority of the data previously scheduled for transmission in the subframe; utilizing an air interface to transmit, to the subordinate entity , the subframe comprising a data portion and a control channel that is at least partly embedded within the data portion; wherein the control channel further comprises an override indicator when other data ready for transmission has a priority higher than the priority of the data previously scheduled for transmission in the subframe, wherein the override indicator is configured to indicate that the data previously scheduled for transmission in the subframe is overridden by the other data ready for transmission having a priority higher than the priority of the data previously scheduled for transmission in the subframe; and wherein the override indicator is further configured to indicate a puncturing of resource elements in the data portion of the subframe to include the other data having a priority higher than the priority of the data previously scheduled for transmission in the subframe. determining a priority of data previously scheduled for transmission in a subframe; determining whether other data ready for transmission has a priority higher than the priority of the data previously scheduled for transmission in the subframe; utilizing an air interface to transmit, to the subordinate entity , the subframe comprising a data portion and a control channel that is at least partly embedded within the data portion; wherein the control channel further comprises an override indicator when other data ready for transmission has a priority higher than the priority of the data previously scheduled for transmission in the subframe,