mhurhangee/ep-ind-claims huggingface dataset:
A communication apparatus being a 20 MHz operating station comprising: a receiver which is configured to receive a Trigger frame allocating resource units, RUs, for random access and another frame including a Random Access parameter element that comprises a first field indicating an OFDMA contention window, OCW, minimum value, OCWmin, and a second field indicating an OCW maximum value, OCWmax; and control circuitry which is configured to control an Uplink OFDMA-based Random Access, UORA, procedure using the OCWmin and the OCWmax, and the control circuitry being further configured to: decrement an OFDMA Back-Off, OBO, counter to zero when the OBO counter is not greater than a number of available RUs for random access in the Trigger frame, the available RUs being RUs unrestricted from being used for the 20 MHz operating station, wherein the RUs include at least one RU restricted from being used for the 20 MHz operating station; and decrement the OBO counter by the number of available RUs for random access otherwise. a receiver which is configured to receive a Trigger frame allocating resource units, RUs, for random access and another frame including a Random Access parameter element that comprises a first field indicating an OFDMA contention window, OCW, minimum value, OCWmin, and a second field indicating an OCW maximum value, OCWmax; and control circuitry which is configured to control an Uplink OFDMA-based Random Access, UORA, procedure using the OCWmin and the OCWmax, and the control circuitry being further configured to: decrement an OFDMA Back-Off, OBO, counter to zero when the OBO counter is not greater than a number of available RUs for random access in the Trigger frame, the available RUs being RUs unrestricted from being used for the 20 MHz operating station, wherein the RUs include at least one RU restricted from being used for the 20 MHz operating station; and decrement the OBO counter by the number of available RUs for random access otherwise. decrement an OFDMA Back-Off, OBO, counter to zero when the OBO counter is not greater than a number of available RUs for random access in the Trigger frame, the available RUs being RUs unrestricted from being used for the 20 MHz operating station, wherein the RUs include at least one RU restricted from being used for the 20 MHz operating station; and decrement the OBO counter by the number of available RUs for random access otherwise.
A method to substantiate safe-life criteria of a nonconforming composite structure, comprising: embedding a flaw at a critical loaded region; receiving, with a processor, first signals indicative of strain energy release rates for the flaw at the critical loaded region of a test composite structure, wherein the flaw comprises planar voids; fitting, with the processor, the first signals for the flaw strain energy release rates to a Benzeggah-Kenane mixed mode curve shape; determining, with the processor, values indicative of Benzeggah-Kenane criteria of the test composite structure in response to the fitting of the first signals; receiving, with the processor, second signals indicative of strain energy release rates for a production composite structure; and comparing, with the processor, the second signals with the Benzeggah-Kenane criteria of the test composite structure to substantiate the safe-life criteria. embedding a flaw at a critical loaded region; receiving, with a processor, first signals indicative of strain energy release rates for the flaw at the critical loaded region of a test composite structure, wherein the flaw comprises planar voids; fitting, with the processor, the first signals for the flaw strain energy release rates to a Benzeggah-Kenane mixed mode curve shape; determining, with the processor, values indicative of Benzeggah-Kenane criteria of the test composite structure in response to the fitting of the first signals; receiving, with the processor, second signals indicative of strain energy release rates for a production composite structure; and comparing, with the processor, the second signals with the Benzeggah-Kenane criteria of the test composite structure to substantiate the safe-life criteria.
Method for regulating a strand casting plant, wherein the strand casting plant comprises a mold and a strand guide downstream of the mold, wherein liquid metal is poured into the mold, in particular via an inflow unit, which liquid metal solidifies on walls of the mold, so that a metal strand having a solidified strand shell and a still liquid core forms, wherein the metal strand is drawn out of the mold by means of rollers of the strand guide arranged spaced apart, wherein a measured variable is determined, which correlates with the variation of the casting level forming in the mold, this measured variable is processed with incorporation of at least one computing rule and is used to reduce the variations of the casting level, characterized in that the mutual spacing of opposing rollers of the strand guide before the complete solidification point is cyclically changed to reduce the variations of the casting level, namely by cyclic change, opposing the variations of the casting level, of the roller spacing of opposing rollers of the strand guide.
A hair fixative composition comprising a film forming polymer that is prepared from monomers comprising (a) 10- 30% by weight of one or more copolymerizable comonomers selected from the group consisting of N-alkyl (meth)acrylamide wherein the alkyl group thereof contains from 2 to 12 carbon atoms, wherein for at least one of said copolymerizable comonomers the alkyl group contains from 5 to 12 carbon atoms; (b) 14-21 % by weight of acidic copolymerizable comonomers selected from the group of acrylic acid and optionally one or more from the group of methacrylic acid, crotonic acid, itaconic acid, maleic acid, fumaric acid, and the (C 1 -C 4)alkyl half esters of maleic and fumaric acids; and (c) 40-76% by weight two or more copolymerizable comonomers selected from the group consisting of (C 1 -C 2)alkyl(meth)acrylates, wherein at least one of said two or more copolymerizable comonomers is a (C 1 -C 2)alkyl(meth)acrylate; said film forming polymer being optionally neutralized with a basic reagent. (a) 10- 30% by weight of one or more copolymerizable comonomers selected from the group consisting of N-alkyl (meth)acrylamide wherein the alkyl group thereof contains from 2 to 12 carbon atoms, wherein for at least one of said copolymerizable comonomers the alkyl group contains from 5 to 12 carbon atoms; (b) 14-21 % by weight of acidic copolymerizable comonomers selected from the group of acrylic acid and optionally one or more from the group of methacrylic acid, crotonic acid, itaconic acid, maleic acid, fumaric acid, and the (C 1 -C 4)alkyl half esters of maleic and fumaric acids; and (c) 40-76% by weight two or more copolymerizable comonomers selected from the group consisting of (C 1 -C 2)alkyl(meth)acrylates, wherein at least one of said two or more copolymerizable comonomers is a (C 1 -C 2)alkyl(meth)acrylate;
A vehicle, the vehicle comprising: an engine (42, 44) having a heat source; a structure having a skin defining an inside surface, and a thermal management system, the thermal management system comprising: a heat exchanger assembly (102, 102A) comprising a structural backing and a cooling unit, the structural backing mounting the cooling unit in a position adjacent to, and in thermal communication with, the inside surface of the skin, the cooling unit formed of a flexible or semi-rigid material to conform to a shape of the inside surface of the skin; wherein the thermal management system of the vehicle is thermally coupled to the heat source of the engine for rejecting heat from the heat source using the heat exchanger assembly, wherein the cooling unit is a cooling tube, and characterised in that the heat exchanger assembly further includes an inflatable member operable with the cooling tube to press the cooling tube towards the inside surface of the skin. an engine (42, 44) having a heat source; a structure having a skin defining an inside surface, and a thermal management system, the thermal management system comprising: a heat exchanger assembly (102, 102A) comprising a structural backing and a cooling unit, the structural backing mounting the cooling unit in a position adjacent to, and in thermal communication with, the inside surface of the skin, the cooling unit formed of a flexible or semi-rigid material to conform to a shape of the inside surface of the skin; wherein the thermal management system of the vehicle is thermally coupled to the heat source of the engine for rejecting heat from the heat source using the heat exchanger assembly, wherein the cooling unit is a cooling tube, and characterised in that the heat exchanger assembly further includes an inflatable member operable with the cooling tube to press the cooling tube towards the inside surface of the skin.
A hot beverage preparation machine comprising - a body; - a water reservoir wherein water is filled; - a water heater enabling the water in the water reservoir to be heated; - a brewing chamber wherein the raw material of the beverage to be prepared is put and whereto the water heated in the water reservoir is transferred, wherein the brewing process is performed as a result of the interaction between the raw beverage material and water; - a cover for isolating the brewing chamber from the outer environment; - a housing which is situated on the body, under the brewing chamber; and - a pot which is placed into the housing, the top surface thereof being at least partially open and whereto the beverage brewed in the brewing chamber is transferred; characterized by - a first brewing receptacle which can be detachably mounted into the brewing chamber and wherein raw material of tea is added, - a second brewing receptacle wherein raw material of coffee is added, and - a control unit which is adapted to provide the identification of the first brewing receptacle or the second brewing receptacle and which is adapted to offer brewing recommendations to the user depending on the identified type of receptacle (9 or 10). - a body; - a water reservoir wherein water is filled; - a water heater enabling the water in the water reservoir to be heated; - a brewing chamber wherein the raw material of the beverage to be prepared is put and whereto the water heated in the water reservoir is transferred, wherein the brewing process is performed as a result of the interaction between the raw beverage material and water; - a cover for isolating the brewing chamber from the outer environment; - a housing which is situated on the body, under the brewing chamber; and - a pot which is placed into the housing, the top surface thereof being at least partially open and whereto the beverage brewed in the brewing chamber is transferred; - a first brewing receptacle which can be detachably mounted into the brewing chamber and wherein raw material of tea is added, - a second brewing receptacle wherein raw material of coffee is added, and - a control unit which is adapted to provide the identification of the first brewing receptacle or the second brewing receptacle and which is adapted to offer brewing recommendations to the user depending on the identified type of receptacle (9 or 10).
Draining and sound-absorbing road pavement layers characterised in that the wearing course layer, and optionally also the binder layer, consist of a draining pervious cement concrete mixture consisting of silica or porphyry aggregates with a particle size of more than 4 mm and less than 31.5 mm, Portland cement in the proportion of between 280 and 330 kg per cubic metre of concrete, water, 0.15-0.60% by weight of cement of non-sulphonated acrylic superplasticizer and optionally pigments.
A method of introducing a CO 2 composition into a subterranean aquifer for storage of CO 2 therein, said method comprising the steps of: providing a supply of a mixture of a CO 2 composition and a salt-lean fluid, wherein the CO 2 composition is compressed to assume a liquid or supercritical state at the site of injection of said mixture into said aquifer, passing said mixture downwards via a shaft and injecting said mixture from said shaft into said aquifer, wherein the proportions of said CO 2 composition and said salt-lean fluid in said mixture is such that the CO 2 composition is between 50% oversaturated and 50% under-saturated with said salt-lean fluid at the site of injection of said mixture into said aquifer. providing a supply of a mixture of a CO 2 composition and a salt-lean fluid, wherein the CO 2 composition is compressed to assume a liquid or supercritical state at the site of injection of said mixture into said aquifer, passing said mixture downwards via a shaft and injecting said mixture from said shaft into said aquifer, wherein the proportions of said CO 2 composition and said salt-lean fluid in said mixture is such that the CO 2 composition is between 50% oversaturated and 50% under-saturated with said salt-lean fluid at the site of injection of said mixture into said aquifer.
Method for configuring at least one built-in radar sensor installed in a motor vehicle on one of several mounting positions with respect to the mounting position, characterised in that at each mounting position is provided at least one mounting position-specific identification structure which can be detected by the installed radar sensor, wherein the configuration of the radar sensor is carried out depending on reflection-based radar data describing the identification structure.
A method of manufacturing a blister package having a backing sealing of a blister sheet and providing discrete areas framed by windows of an overlaid stratum covering the backing sheet and having an irregular surface profile to which print is to be applied, the method comprising: loading required objects into the blister cavities; sealing the cavities by applying an adhering backing sheet over them; characterized by attaching a windowed stratum to the exposed surface of the backing sheet so that each window is positioned over a respective cavity; and, controlling a non-contact printing head to move it from window to window without touching the stratum so that it passes in a non-contact manner over the irregular surface profile while writing in the discrete areas information to be recorded there.
A surgical guiding tool (200, 300, 400, 800) for a bone comprising: a body (202, 302) including: one or more clamps configured to attach the surgical guiding tool to one or more portions of the bone, wherein a first clamp of the one or more clamps includes a snap-fit portion including a flexible structure (406, 600) for increasing a clamping force of the first clamp and allowing ease of removal of the surgical guiding tool from the bone; and at least one aperture for guiding a surgical instrument, characterized in that the flexible structure (406, 600) of the snap-fit portion includes a plurality of holes that add flexibility and rigidity to the flexible structure. a body (202, 302) including: one or more clamps configured to attach the surgical guiding tool to one or more portions of the bone, wherein a first clamp of the one or more clamps includes a snap-fit portion including a flexible structure (406, 600) for increasing a clamping force of the first clamp and allowing ease of removal of the surgical guiding tool from the bone; and at least one aperture for guiding a surgical instrument, one or more clamps configured to attach the surgical guiding tool to one or more portions of the bone, wherein a first clamp of the one or more clamps includes a snap-fit portion including a flexible structure (406, 600) for increasing a clamping force of the first clamp and allowing ease of removal of the surgical guiding tool from the bone; and at least one aperture for guiding a surgical instrument, characterized in that the flexible structure (406, 600) of the snap-fit portion includes a plurality of holes that add flexibility and rigidity to the flexible structure.
Surface-forming equipment, comprising: - a blade including a girder having the shape of a geometric profile section that is elongate along a longitudinal axis, the blade comprising a scraper secured to the girder and covering a lower surface of the girder, the lower surface of the scraper being in contact with a surface that is to be formed while the surface-forming equipment is in use; and - an attachment structure having a proximal end connected to the blade and a distal end configured to be attached to a mobile unit; the blade being characterized in that the girder has at least three surfaces extending along the longitudinal axis, these including the lower surface, a front surface and a rear surface, the lower surface extending between the front and rear surfaces (30, 32) and the front surface and rear surface having a substantially flat or concave profile. - a blade including a girder having the shape of a geometric profile section that is elongate along a longitudinal axis, the blade comprising a scraper secured to the girder and covering a lower surface of the girder, the lower surface of the scraper being in contact with a surface that is to be formed while the surface-forming equipment is in use; and - an attachment structure having a proximal end connected to the blade and a distal end configured to be attached to a mobile unit;
System for processing data transmitted by tyre-condition measurement devices, including in particular pressure sensors mounted on the tyres of a vehicle, including portable apparatus provided with a user interface (10, 11) able to enter into communication with said pressure sensors, the system further including an electronic pressure gauge for measuring the pressure of the tyres communicating with the portable apparatus in order to transmit the pressure value measured, said electronic pressure gauge including a pressure sensor intended to come manually in contact with the valve outside the tyre in order to measure the pressure thereof, the portable apparatus including means for correlating the two pressure measurements, characterised in that the system further includes means (8, 9) for measuring the wear on the tyres communicating with the portable apparatus in order to transmit a measured wear value, the portable apparatus including means for comparing the received value with a minimum value in memory, the portable apparatus further including means for analysing values coming from said measurement, correlation and/or comparison means, means for sending alerts and/or recommendations resulting from the taking into account of all or some of the whole of these values, and a memory containing a minimum pressure value for this vehicle, the portable apparatus sending an alarm message when the pressure value measured by the pressure sensor and by the electronic pressure gauge is situated below this minimum value.
An apparatus to monitor a welding-type system (100, 200), comprising: a test signal generator configured to output a test signal to a welding-type circuit; and a lock-in amplifier configured to: receive a reference signal based on the test signal; measure a leakage current in the welding-type circuit based on the reference signal; and generate an output signal representative of the leakage current. a test signal generator configured to output a test signal to a welding-type circuit; and a lock-in amplifier configured to: receive a reference signal based on the test signal; measure a leakage current in the welding-type circuit based on the reference signal; and generate an output signal representative of the leakage current. receive a reference signal based on the test signal; measure a leakage current in the welding-type circuit based on the reference signal; and generate an output signal representative of the leakage current.
A device comprising: a luminescent layer of a material adapted to form a conforming layer when placed over a target surface of an object, the luminescent layer configured to emit light at a first wavelength and a second wavelength; a sensor positioned to capture an intensity of the first wavelength and an intensity of the second wavelength in a direction of a location on the target surface, along the optical return path to a particular sensor location; an absorbing medium, the medium positioned between the sensor and the luminescent layer and the medium absorbing the first wavelength more than the second wavelength; and a processor programmed to calculate a thickness of the medium in the direction of the location based upon a function of the intensity of the first wavelength and the intensity of the second wavelength; and programmed to calculate a three-dimensional image of the target surface based on the calculated thickness. a luminescent layer of a material adapted to form a conforming layer when placed over a target surface of an object, the luminescent layer configured to emit light at a first wavelength and a second wavelength; a sensor positioned to capture an intensity of the first wavelength and an intensity of the second wavelength in a direction of a location on the target surface, along the optical return path to a particular sensor location; an absorbing medium, the medium positioned between the sensor and the luminescent layer and the medium absorbing the first wavelength more than the second wavelength; and a processor programmed to calculate a thickness of the medium in the direction of the location based upon a function of the intensity of the first wavelength and the intensity of the second wavelength;