mhurhangee/ep-ind-claims huggingface dataset:
A method for transmitting a null data packet announcement, NDPA, frame comprising: generating, by an apparatus, a NDPA frame that includes one or more station information fields, wherein a length of each of the one or more station information fields is 4 bytes, each of the one or more station information fields comprises an association identifier field, a feedback type field, and an index of number of columns field, and a most significant bit of the front 12 bits of the third and fourth bytes in each of the one or more station information fields is set to 1, wherein the most significant bit of the front 12 bits of the third and fourth bytes is: the 28 th bit, B27, of each of the one or more station information fields; transmitting, by the apparatus, the NDPA frame. generating, by an apparatus, a NDPA frame that includes one or more station information fields, wherein a length of each of the one or more station information fields is 4 bytes, each of the one or more station information fields comprises an association identifier field, a feedback type field, and an index of number of columns field, and a most significant bit of the front 12 bits of the third and fourth bytes in each of the one or more station information fields is set to 1, wherein the most significant bit of the front 12 bits of the third and fourth bytes is: the 28 th bit, B27, of each of the one or more station information fields; transmitting, by the apparatus, the NDPA frame.
An organic solvent dispersion comprising: titanium oxide fine particles each having an average primary particle diameter of 3 nm or more to 50 nm or less, wherein content of the titanium oxide fine particles contained in the organic solvent dispersion is 0.1% by weight or more to 30.0% by weight or less; a titanate-based surface treatment agent selected from the group consisting of isopropyl trimethylsulfonyl titanate, isopropyl tris(trifluoromethylsulfonyl) titanate, isopropyl tridodecylsulfonyl titanate, isopropyl triphenylsulfonyl titanate, isopropyl tri-p-toluene sulfonyl titanate, isopropyl tridodecylbenzenesulfonyl titanate, diisopropyl bis(dodecylbenzenesulfonyl) titanate, triisopropyl dodecylbenzenesulfonyl titanate, isopropyl tris(dioctylpyrophosphate) titanate, diisopropyl bis(dioctylpyrophosphate) titanate and triisopropyl(dioctylpyrophosphate) titanate, wherein content of the titanate-based surface treatment agent is 10.0% by weight or more to 75.0% by weight or less with respect to weight of the titanium oxide fine particles; a polyether-based dispersant, wherein content of the polyether-based dispersant is 3.0% by weight or more to 60.0% by weight or less with respect to weight of the titanium oxide fine particles; and an alcohol-based solvent, wherein content of the alcohol-based solvent is 180% by weight or more to 100,000% by weight or less with respect to weight of the titanium oxide fine particles. titanium oxide fine particles each having an average primary particle diameter of 3 nm or more to 50 nm or less, wherein content of the titanium oxide fine particles contained in the organic solvent dispersion is 0.1% by weight or more to 30.0% by weight or less; a titanate-based surface treatment agent selected from the group consisting of isopropyl trimethylsulfonyl titanate, isopropyl tris(trifluoromethylsulfonyl) titanate, isopropyl tridodecylsulfonyl titanate, isopropyl triphenylsulfonyl titanate, isopropyl tri-p-toluene sulfonyl titanate, isopropyl tridodecylbenzenesulfonyl titanate, diisopropyl bis(dodecylbenzenesulfonyl) titanate, triisopropyl dodecylbenzenesulfonyl titanate, isopropyl tris(dioctylpyrophosphate) titanate, diisopropyl bis(dioctylpyrophosphate) titanate and triisopropyl(dioctylpyrophosphate) titanate, wherein content of the titanate-based surface treatment agent is 10.0% by weight or more to 75.0% by weight or less with respect to weight of the titanium oxide fine particles; a polyether-based dispersant, wherein content of the polyether-based dispersant is 3.0% by weight or more to 60.0% by weight or less with respect to weight of the titanium oxide fine particles; and an alcohol-based solvent, wherein content of the alcohol-based solvent is 180% by weight or more to 100,000% by weight or less with respect to weight of the titanium oxide fine particles.
A waveguide sensor apparatus (50, 100, 130, 140, 160), comprising: a source of first wavelength light; at least one beam scanner (31, 41, 77, 104, 138) for scanning said light; a transmitter waveguide (133, 141, 151, 172); a receiver waveguide (131, 152, 171); and a detector module (21, 46, 58, 86, 117, 119, 139) optically coupled to said receiver waveguide; said transmitter waveguide (133, 141, 151, 172) containing a multiplicity of grating elements disposed in at least one grating layer, each said element operative to diffract light into a different predefined range of output directions; said beam scanner (31, 41, 77, 104, 138) being optically coupled to the transmitter waveguide (133, 141, 151, 172) and configured such that scanned light coupled into said transmitter waveguide (133, 141, 151, 172) executes angular sweeps about the principal diffraction directions of said grating elements, and said receiver waveguide (131, 152, 171) containing a multiplicity of grating elements disposed in at least one grating layer, each said element diffracting light reflected from external points and incident within a different predefined angular range into a total internal reflection path to said detector module (21, 46, 58, 86, 117, 119, 139). a source of first wavelength light; at least one beam scanner (31, 41, 77, 104, 138) for scanning said light; a transmitter waveguide (133, 141, 151, 172); a receiver waveguide (131, 152, 171); and a detector module (21, 46, 58, 86, 117, 119, 139) optically coupled to said receiver waveguide; said transmitter waveguide (133, 141, 151, 172) containing a multiplicity of grating elements disposed in at least one grating layer, each said element operative to diffract light into a different predefined range of output directions; said beam scanner (31, 41, 77, 104, 138) being optically coupled to the transmitter waveguide (133, 141, 151, 172) and configured such that scanned light coupled into said transmitter waveguide (133, 141, 151, 172) executes angular sweeps about the principal diffraction directions of said grating elements, and said receiver waveguide (131, 152, 171) containing a multiplicity of grating elements disposed in at least one grating layer, each said element diffracting light reflected from external points and incident within a different predefined angular range into a total internal reflection path to said detector module (21, 46, 58, 86, 117, 119, 139).
Use as a sensor membrane for direct blood applications in microdialysis of a semipermeable hollow fiber membrane having an outer wall surface, an inner wall surface and an interior lumen extending along the length thereof and having the selective layer on the outer wall surface, having the smallest pore size on the outer wall surface, and by having an outer wall surface which is smooth, continuous and homogeneous in a nanoscopic scale, being virtually devoid of roughness with a roughness parameter R a and Rq of not more than 10 nm, the roughness being measured with the use of atomic force microscope, and calculating the roughness parameters R a and Rq using following equations: R a = 1 N ∑ i = 1 N Z i R q = 1 N ∑ i = 1 N Z i 2 with N being the total number of data points and Z i being the height of a data point above the average picture level, wherein the membrane has a hydraulic permeability within the range of from 1x10 -4 to 100x10 -4 [cm 3 /cm 2 x bar x s].
Method for limiting the force effect of a motor vehicle on persons in the case of a collision, having the following steps: activating a monitoring mode of the motor vehicle determining a collision between a motor vehicle and a person, sensing an interaction force of the motor vehicle with a person outside the motor vehicle when the collision occurs, and limiting the force effect of the motor vehicle on the person by controlling the motor vehicle counter to the sensed interaction force, wherein the step of sensing the interaction force of the motor vehicle with the person comprises determining a deviation of the setpoint rolling resistance of the motor vehicle from the actual rolling resistance of the motor vehicle, characterized in that the setpoint rolling resistance of the motor vehicle is determined taking into account the inclination of the roadway, the route, the kinematics of the vehicle and the weight of the vehicle. activating a monitoring mode of the motor vehicle determining a collision between a motor vehicle and a person, sensing an interaction force of the motor vehicle with a person outside the motor vehicle when the collision occurs, and limiting the force effect of the motor vehicle on the person by controlling the motor vehicle counter to the sensed interaction force, wherein the step of sensing the interaction force of the motor vehicle with the person comprises determining a deviation of the setpoint rolling resistance of the motor vehicle from the actual rolling resistance of the motor vehicle, characterized in that the setpoint rolling resistance of the motor vehicle is determined taking into account the inclination of the roadway, the route, the kinematics of the vehicle and the weight of the vehicle.
A method for the in-depth optical functionalization of a sample made of semiconductor material, comprising: - the emission of a laser beam formed by pulses of effective durations between 1 ps and 100 ns, having a wavelength in the transparency spectral band of the material; - the focusing of the laser beam in depth in the sample, according to a predetermined pattern, the light intensity per pulse in a focal volume of the laser beam being adapted to generate a multiphoton absorption; - the measuring of the real part of the refractive index of the sample at each point of the pattern; - the controlling of the number of pulses received per pattern point as a function of said measurement of the real part of the refractive index so as to obtain, at each pattern point, a progressive modification of the real part of the refractive index of the material until a relative variation of the real part of the refractive index is greater than 10 -3 in absolute value. - the emission of a laser beam formed by pulses of effective durations between 1 ps and 100 ns, having a wavelength in the transparency spectral band of the material; - the focusing of the laser beam in depth in the sample, according to a predetermined pattern, the light intensity per pulse in a focal volume of the laser beam being adapted to generate a multiphoton absorption; - the measuring of the real part of the refractive index of the sample at each point of the pattern; - the controlling of the number of pulses received per pattern point as a function of said measurement of the real part of the refractive index so as to obtain, at each pattern point, a progressive modification of the real part of the refractive index of the material until a relative variation of the real part of the refractive index is greater than 10 -3 in absolute value.
Method for producing an adhesive bond between at least one first and second, at least partially transparent, plate-like component (9; 12), in which the first component is placed onto a supporting plate, in which adhesive is applied to the first component at specified locations on the side of the first component which faces away from the supporting plate, in which the second component is placed onto the first component and is held parallel to the first component at a predetermined distance, namely in such a manner that the second component comes into contact with the adhesive located on the first component, wherein to cure the adhesive, this adhesive is exposed to light from the side of the supporting plate facing away from the components (9; 12) through the at least partially transparent supporting plate and through the first component, characterized in that the first component is placed onto raised structures of the supporting plate.
A battery pack, comprising: a box body; a battery module mounted in the box body, the battery module comprising an anti-explosion assembly; a module electrical connection piece mounted on the battery module; and a first protecting assembly mounted in the box body and configured to protect the module electrical connection piece when an ejecta discharged from the anti-explosion assembly impacts the module electrical connection piece; a second protecting assembly mounted in the box body and facing toward the anti-explosion assembly, the second protecting assembly being configured to protect the box body from an impact by the ejecta discharged from the anti-explosion assembly; wherein the second protecting assembly bends toward the anti-explosion assembly along edges of two sides in a direction of a connecting line, to enclose the anti-explosion assembly in a space formed by the second protecting assembly and the battery module, wherein the connecting line is between the anti-explosion assembly and the module electrical connection piece. a box body; a battery module mounted in the box body, the battery module comprising an anti-explosion assembly; a module electrical connection piece mounted on the battery module; and a first protecting assembly mounted in the box body and configured to protect the module electrical connection piece when an ejecta discharged from the anti-explosion assembly impacts the module electrical connection piece; a second protecting assembly mounted in the box body and facing toward the anti-explosion assembly, the second protecting assembly being configured to protect the box body from an impact by the ejecta discharged from the anti-explosion assembly; wherein the second protecting assembly bends toward the anti-explosion assembly along edges of two sides in a direction of a connecting line, to enclose the anti-explosion assembly in a space formed by the second protecting assembly and the battery module, wherein the connecting line is between the anti-explosion assembly and the module electrical connection piece.
A measurement system (100, 200, 300), the measurement system comprising a source of pressurized gas configured to deliver a gas at a predetermined pressure (P out), a longitudinal storing reservoir (108, 208, 308) configured to store a liquid and comprising a cap, a longitudinal receiving reservoir (112, 212, 312), and a capillary tube (111, 211, 311) fluidly connecting the longitudinal storing reservoir and the longitudinal receiving reservoir, the source of pressurized gas being fluidly connected to the longitudinal storing reservoir to pressurize an inner chamber of the longitudinal storing reservoir, and a measurement device configured to perform a measurement relative to the flow of the liquid inside an inner chamber of the longitudinal receiving reservoir when the pressurized gas is provided in the inner chamber of the longitudinal storing reservoir by the source of pressurized gas, the longitudinal storing reservoir, the capillary tube and the longitudinal receiving reservoir being configured so as to be positioned horizontally during the measurement relative to the flow of the liquid, characterized in that the longitudinal storing reservoir is closed by the cap provided with a septum (210, 310), the capillary tube having pierced the cap provided with the septum and having been plunged into the liquid stored in the chamber of the longitudinal storing reservoir, wherein a volume of the inner chamber of the longitudinal storing reservoir lies between 1mL and 20mL and wherein a volume of the inner chamber of the longitudinal receiving reservoir lies between 0.5mL and 20mL, the horizontal positioning providing a relatively large surface area of the liquid in the longitudinal storing reservoir which is exposed to pressurized gas above it, compared to the surface area of a meniscus of the liquid entering the longitudinal receiving reservoir.
A cable management structure for an optical fiber distribution rack comprising: (a) at least one optical fiber distribution element configured to be supported by the optical fiber distribution rack and having opposite first and second vertical side portions (52, 54) extending between a front end and a rear end, wherein each of the first and second vertical side portions (52, 54) includes a plurality of separated discrete mounting arrangements that are linearly spaced apart between the front end and the rear end; and (b) a first cable support guide defining a cable pathway extending between a front face and a rear face, the first cable support guide being configured for selective mounting to one of the plurality of mounting arrangements on the first vertical side portion, and configured to receive a cable extending from the at least one optical fiber distribution element, and (c) a second cable support guide defining a cable pathway extending between a front face and a rear face, the second cable support guide being configured for selective mounting to one of the plurality of mounting arrangements on the second vertical side portion, and configured to receive a cable extending from the at least one optical fiber distribution element; wherein the first and second cable support guides are each provided with an engagement feature for removable engagement with one of the plurality of mounting arrangements; and wherein the first and second cable support guides include a removable portion in the form of an extension. (a) at least one optical fiber distribution element configured to be supported by the optical fiber distribution rack and having opposite first and second vertical side portions (52, 54) extending between a front end and a rear end, wherein each of the first and second vertical side portions (52, 54) includes a plurality of separated discrete mounting arrangements that are linearly spaced apart between the front end and the rear end; and (b) a first cable support guide defining a cable pathway extending between a front face and a rear face, the first cable support guide being configured for selective mounting to one of the plurality of mounting arrangements on the first vertical side portion, and configured to receive a cable extending from the at least one optical fiber distribution element, and (c) a second cable support guide defining a cable pathway extending between a front face and a rear face, the second cable support guide being configured for selective mounting to one of the plurality of mounting arrangements on the second vertical side portion, and configured to receive a cable extending from the at least one optical fiber distribution element;
A heat exchanger for an electrical machine, where the heat exchanger comprises a housing and a tube bundle, the tube bundle comprising a plurality of tubes within the housing extending between a first end and a second end of the housing in the direction of the length of the heat exchanger, the housing comprises a top wall, end walls (11a-b) extending in the direction of the width (w) of the heat exchanger and first and second side walls extending in the direction of the length of the heat exchanger and a bottom frame, characterized in that between a first side wall of the housing and a side of the tube bundle within the housing is a mounting space extending from the first end to the second end of the housing, a first fan being positioned in the mounting space adjacent to the first end of the housing and a second fan being positioned in the mounting space adjacent to the second end of the housing, the first fan and the second fan being located one after the other in the length direction of the heat exchanger in the same half of the heat exchanger in the direction of the width (w) of the heat exchanger.
A system for attaching an add-on on a wind turbine blade, comprising - a wind turbine blade having - a leading edge and a trailing edge, having a blade profile between them, - a first face, a second face, an application surface at the leading edge and/or at the trailing edge, - a longitudinal extension (e) extending from a root end of the wind turbine blade to a tip end of the wind turbine blade, - an edge centre indicating a centre of the blade profile along the longitudinal extension either at the leading edge or the trailing edge, - an add-on configured to be attached on the wind turbine blade by an adhesive applied between an inside of the add-on and the application surface of the wind turbine blade, the add-on having at least one outer edge, - a masking tape to be detachably applied on the application surface of the wind turbine blade in a predetermined distance from the outer edge, - a joint made of a sealant provided at least between the outer edge of the add-on and the masking tape, the joint is formed to taper from the add-on towards the masking tape, characterised in that a masking film is arranged so as to extend across the sealant at least during the forming of the joint. - a wind turbine blade having - a leading edge and a trailing edge, having a blade profile between them, - a first face, a second face, an application surface at the leading edge and/or at the trailing edge, - a longitudinal extension (e) extending from a root end of the wind turbine blade to a tip end of the wind turbine blade, - an edge centre indicating a centre of the blade profile along the longitudinal extension either at the leading edge or the trailing edge, - a leading edge and a trailing edge, having a blade profile between them, - a first face, a second face, an application surface at the leading edge and/or at the trailing edge, - a longitudinal extension (e) extending from a root end of the wind turbine blade to a tip end of the wind turbine blade, - an edge centre indicating a centre of the blade profile along the longitudinal extension either at the leading edge or the trailing edge, - an add-on configured to be attached on the wind turbine blade by an adhesive applied between an inside of the add-on and the application surface of the wind turbine blade, the add-on having at least one outer edge, - a masking tape to be detachably applied on the application surface of the wind turbine blade in a predetermined distance from the outer edge, - a joint made of a sealant provided at least between the outer edge of the add-on and the masking tape, the joint is formed to taper from the add-on towards the masking tape,