mhurhangee/ep-ind-claims huggingface dataset:
A method to measure exposure to streaming media, the method comprising: accessing, with a browser of a client device, a website including a monitoring instruction, the monitoring instruction integrated into the website, the monitoring instruction to cause the transmission of a first request by the client device; extracting, with a processor of the client device, data from a first field of an ID3 tag, the ID3 tag located in streaming media accessed by the browser of the client device via the website; processing, with the processor, the data from the first field of the ID3 tag to generate the first request directed to a first internet domain, the location of the first internet domain identified based on the data, the first request including a media identifier from a second field of the ID3 tag, the second field of the ID3 tag separate from the first field of the ID3 tag, the media identifier identifying the streaming media; sending, in response to detection of the ID3 tag, the first request from the client device to the first internet domain; receiving a redirection message from the first internet domain; and sending, in response to the redirection message, a second request to a second internet domain specified by the redirection message, the second internet domain different from the first internet domain, the second request including the media identifier and a cookie, the cookie identifying at least one of a user of the client device or the client device. accessing, with a browser of a client device, a website including a monitoring instruction, the monitoring instruction integrated into the website, the monitoring instruction to cause the transmission of a first request by the client device; extracting, with a processor of the client device, data from a first field of an ID3 tag, the ID3 tag located in streaming media accessed by the browser of the client device via the website; processing, with the processor, the data from the first field of the ID3 tag to generate the first request directed to a first internet domain, the location of the first internet domain identified based on the data, the first request including a media identifier from a second field of the ID3 tag, the second field of the ID3 tag separate from the first field of the ID3 tag, the media identifier identifying the streaming media; sending, in response to detection of the ID3 tag, the first request from the client device to the first internet domain; receiving a redirection message from the first internet domain; and sending, in response to the redirection message, a second request to a second internet domain specified by the redirection message, the second internet domain different from the first internet domain, the second request including the media identifier and a cookie, the cookie identifying at least one of a user of the client device or the client device.
An electrophotographic member comprising: an electro-conductive substrate; an elastic layer on the substrate; and a coating layer on the elastic layer, wherein the elastic layer has a first protrusion on a surface thereof on a side opposite to a side facing the substrate, the electrophotographic member has, on an outer surface thereof, a second protrusion derived from the first protrusion, the outer surface of the electrophotographic member is constituted by one or more of electrical insulating first region(s) and an electro-conductive second region, the elastic layer has an elastic modulus, as measured in an environment of a temperature of 30°C and a relative humidity of 80%, of 0.5 MPa or more to 3.0 MPa or less and the coating layer has an elastic modulus, as measured in an environment of a temperature of 30°C and a relative humidity of 80%, of 5.0 MPa or more to 100.0 MPa or less. an electro-conductive substrate; an elastic layer on the substrate; and a coating layer on the elastic layer, wherein the elastic layer has a first protrusion on a surface thereof on a side opposite to a side facing the substrate, the electrophotographic member has, on an outer surface thereof, a second protrusion derived from the first protrusion, the outer surface of the electrophotographic member is constituted by one or more of electrical insulating first region(s) and an electro-conductive second region, the elastic layer has an elastic modulus, as measured in an environment of a temperature of 30°C and a relative humidity of 80%, of 0.5 MPa or more to 3.0 MPa or less and the coating layer has an elastic modulus, as measured in an environment of a temperature of 30°C and a relative humidity of 80%, of 5.0 MPa or more to 100.0 MPa or less.
A battery controlling device comprising: - a voltage detecting unit configured to detect a closed-circuit voltage of a secondary battery; - an open-circuit-voltage computing unit configured to compute an open-circuit voltage of the secondary battery; characterised by - an assembled-battery controlling unit configured to calculate a voltage difference between the closed-circuit voltage and the open-circuit voltage of the secondary battery repeatedly in a continuous predetermined period and to discriminate whether a computed value computed based on a plurality of calculated voltage differences is exceeding a permissible value determined in advance or not, wherein if the computed value is exceeding the permissible value determined in advance, the assembled-battery controlling unit outputs a signal that carries out charge/discharge restriction of the secondary battery. - a voltage detecting unit configured to detect a closed-circuit voltage of a secondary battery; - an open-circuit-voltage computing unit configured to compute an open-circuit voltage of the secondary battery; characterised by - an assembled-battery controlling unit configured to calculate a voltage difference between the closed-circuit voltage and the open-circuit voltage of the secondary battery repeatedly in a continuous predetermined period and to discriminate whether a computed value computed based on a plurality of calculated voltage differences is exceeding a permissible value determined in advance or not, wherein
A handheld device, comprising: a touch display panel, being configured to display a user interface, and sense a long pressing action on a region of the touch display panel to generate a first touch signal, wherein the region corresponds to a blank area of the user interface; and a processor electrically connected with the touch display panel, being configured to execute a homescreen management program according to the first touch signal, and enable the touch display panel to display a homescreen management interface corresponding to the homescreen management program, wherein the homescreen management interface comprises a page navigation area and a candidate object area, and the page navigation area comprises a first page image and the candidate object area comprises at least one object image; wherein the touch display panel further senses a pressing action to generate a second touch signal for selecting an object image of the candidate object area, and the processor adds the object image into the first page image according to the second touch signal. a touch display panel, being configured to display a user interface, and sense a long pressing action on a region of the touch display panel to generate a first touch signal, wherein the region corresponds to a blank area of the user interface; and a processor electrically connected with the touch display panel, being configured to execute a homescreen management program according to the first touch signal, and enable the touch display panel to display a homescreen management interface corresponding to the homescreen management program, wherein the homescreen management interface comprises a page navigation area and a candidate object area, and the page navigation area comprises a first page image and the candidate object area comprises at least one object image; wherein the touch display panel further senses a pressing action to generate a second touch signal for selecting an object image of the candidate object area, and the processor adds the object image into the first page image according to the second touch signal.
A compound selected from the group consisting of the compounds according to formulae I-XII below: wherein L can be any of the structures according to formula or or both if there is more than one L in the structure, and wherein R is an alkyl or an alkenyl with 1 - 6 double bonds, and wherein the hydrocarbon chain is straight and has a length of 3 or more carbon atoms but 21 or less carbon atoms.
An infrared control device configured for use in a mesh network environment to control a controlled device by transmitting an infrared signal, wherein the controlled device comprises an identification tag, the identification tag comprises a first control instruction, the first control instruction comprises a control instruction for the controlled device 90, and wherein the infrared control device comprises: a tag identification module configured to scan the identification tag to identify the first control instruction; a database electrically connected to the tag identification module configured to store the first control instruction; an infrared emitting module; a transmission module configured to receive a second control instruction transmitted from an electronic device; and a processing module configured to search the database according to the second control instruction to convert the second control instruction to the first control instruction, and the first control instruction is transmitted by the infrared emitting module as the infrared signal to control the controlled device. a tag identification module configured to scan the identification tag to identify the first control instruction; a database electrically connected to the tag identification module configured to store the first control instruction; an infrared emitting module; a transmission module configured to receive a second control instruction transmitted from an electronic device; and a processing module configured to search the database according to the second control instruction to convert the second control instruction to the first control instruction, and the first control instruction is transmitted by the infrared emitting module as the infrared signal to control the controlled device.
Pitch tube having a first tube piece and having a second tube piece; wherein the pitch tube has exactly two openings; wherein the first tube piece and the second tube piece each form one of the mouths; wherein the first tube piece and the second tube piece are releasably connected to one another; characterized in that the first tube piece and the second tube piece each form a first circularly symmetrical support surface; wherein the first support surfaces are supported against one another at least in at least one radial direction; the first tube piece and the second tube piece each form a second circularly symmetrical support surface; wherein the second support surfaces are supported against one another at least partially in at least one radial direction. the pitch tube has exactly two openings; wherein the first tube piece and the second tube piece each form one of the mouths; wherein the first tube piece and the second tube piece are releasably connected to one another; characterized in that the first tube piece and the second tube piece each form a first circularly symmetrical support surface; wherein the first support surfaces are supported against one another at least in at least one radial direction; the first tube piece and the second tube piece each form a second circularly symmetrical support surface; wherein the second support surfaces are supported against one another at least partially in at least one radial direction.
Floor element for a vehicle, such as a lorry, semitrailer or trailer, - having an upper top layer which has an upper cover layer, the free surface of which forms a load surface for a load to be transported which is to be set down on it, and a support layer consisting of a wood-based material which supports the cover layer, characterised in that the cover layer of the upper top layer is composed of at least two mouldings (4, 4a) prefabricated from a light metal material and extending over the length of the floor element, these mouldings (4, 4a) butting flush against one another with their longitudinal sides and joined together by means of a friction stir weld, and in that the cover layer is bonded with the support layer of the upper top layer over the complete surface. - having an upper top layer which has an upper cover layer, the free surface of which forms a load surface for a load to be transported which is to be set down on it, and a support layer consisting of a wood-based material which supports the cover layer, characterised in that the cover layer of the upper top layer is composed of at least two mouldings (4, 4a) prefabricated from a light metal material and extending over the length of the floor element, these mouldings (4, 4a) butting flush against one another with their longitudinal sides and joined together by means of a friction stir weld, and in that the cover layer is bonded with the support layer of the upper top layer over the complete surface.
A method for reducing the unpleasant taste of ibuprofen in oral pharmaceutical formulations that contain ibuprofen or salt thereof or solvate of these, comprising a step of incorporating ibuprofen or salt thereof or solvate of these, and magnesium oxide into the same composition, such that the mass ratio [ /] of component and component in the oral pharmaceutical formulation is 0.2-1.5.
A refrigeration system for an enclosure, including: a first cooling subsystem that is powered by an external source, including a compressor/condenser arrangement (20, 21) that is powered by mains electricity, a second cooling subsystem that can operate without electrical power from an external source, wherein the second cooling system is an eutectic tank a first thermal pathway by which the first cooling subsystem, when powered, cools the second cooling subsystem, a second thermal pathway by which the second cooling subsystem cools the enclosure without requiring electrical power from an external source, and a controller in the second thermal pathway that operates to maintain the enclosure at a predetermined temperature, and, a temperature detector in the second cooling subsystem that determines when operation of the first cooling subsystem is required. a first cooling subsystem that is powered by an external source, including a compressor/condenser arrangement (20, 21) that is powered by mains electricity, a second cooling subsystem that can operate without electrical power from an external source, wherein the second cooling system is an eutectic tank a first thermal pathway by which the first cooling subsystem, when powered, cools the second cooling subsystem, a second thermal pathway by which the second cooling subsystem cools the enclosure without requiring electrical power from an external source, and a controller in the second thermal pathway that operates to maintain the enclosure at a predetermined temperature, and, a temperature detector in the second cooling subsystem that determines when operation of the first cooling subsystem is required.
A passive compound strong ionization discharging plasma lightning rejection device comprises a thundercloud charge gathering and eliminating unit for passively producing air-plasma, a passive strong-ionization discharging unit and a grounding conductor, wherein the discharging electrode of the strong-ionization unit has two electrodes (30, 31, 32, 35, 36, 37, 38, 39), electrode A (31, 35, 38, 37, 30, 39) being connected with the thundercloud charge gathering and eliminating unit, electrode B (32, 36, 37, 38, 39, 30) being connected to the grounding conductor, and a discharging gap being kept and fixed between the two electrodes (30, 31, 32, 35, 36, 37, 38, 39) by an insulating supporter; characterized in that the strong-ionization discharging unit is connected in series between the thundercloud charge gathering and eliminating unit and the grounding conductor unit, and that the thundercloud charge gathering and eliminating unit is a lightning eliminating array, wherein the lightning-eliminating array contains an arc-shaped base and a dozen to hundreds of array rods with tips and these array rods are mounted on the outer wall of the base.
Use of a renewable component for making an on-spec jet fuel composition from an off-spec jet fuel wherein the off-spec jet fuel is a mineral-based kero/jet-type distillate component having an initial boiling point of at least 100°C and two or more of the following enumerated properties: a T90 boiling point from 260°C to 295°C; a final boiling point from 275°C to 300°C; a freezing point from -45°C to -20°C; a smoke point from 14 mm to 19 mm; a naphthalene content from 2.8 vol% to 3.5 vol%; a JFTOT VTR rating failing the jet fuel specification; and a sulfur content from 2000 wppm to 3500 wppm; wherein the renewable component is a deoxygenated and dewaxed renewable component derived from triglycerides and/or fatty acids and having an isoparaffin to normal paraffin ratio from 2:1 to 6:1 and an aromatics content less than 1 vol%; wherein from 75 vol% to 97 vol% of the mineral-based distillate components is blended with from 3 vol% to 25 vol% of the renewable component to form the on-spec jet fuel composition, and wherein the on-spec jet fuel composition has all the following enumerated properties: a final boiling point of at most 300°C; a freezing point of at most -40°C; a smoke point of at least 18 mm; a naphthalene content of at most 3.0 vol%; a JFTOT VTR rating passing the jet fuel specification; and a sulfur content of at most 3000 wppm. a final boiling point of at most 300°C; a freezing point of at most -40°C; a smoke point of at least 18 mm; a naphthalene content of at most 3.0 vol%; a JFTOT VTR rating passing the jet fuel specification; and a sulfur content of at most 3000 wppm.
A method for wireless communications at a first device (115; 705; 805; 1005), comprising: determining (605; 1505) a plurality of basis vectors for a set of beams, wherein the plurality of basis vectors is used for frequency domain compression for determining a set of non-zero precoding coefficients; encoding (610; 1510) first information for the plurality of basis vectors to obtain a first encoded report (215; 405), wherein the first information comprises a first payload size; encoding (615; 1515) second information for the plurality of basis vectors to obtain a second encoded report (220; 410), wherein a second payload size for the second information is based at least in part on the first information; and transmitting (620; 1520) the first and second encoded reports to a second device (105; 1105; 1205; 1405), wherein: the first information (415-a) indicates a respective number of basis vectors for each beam of the set of beams; and the second information (415-b) indicates respective element indices for the basis vectors for each beam of the set of beams. determining (605; 1505) a plurality of basis vectors for a set of beams, wherein the plurality of basis vectors is used for frequency domain compression for determining a set of non-zero precoding coefficients; encoding (610; 1510) first information for the plurality of basis vectors to obtain a first encoded report (215; 405), wherein the first information comprises a first payload size; encoding (615; 1515) second information for the plurality of basis vectors to obtain a second encoded report (220; 410), wherein a second payload size for the second information is based at least in part on the first information; and transmitting (620; 1520) the first and second encoded reports to a second device (105; 1105; 1205; 1405), wherein: the first information (415-a) indicates a respective number of basis vectors for each beam of the set of beams; and the second information (415-b) indicates respective element indices for the basis vectors for each beam of the set of beams. the first information (415-a) indicates a respective number of basis vectors for each beam of the set of beams; and the second information (415-b) indicates respective element indices for the basis vectors for each beam of the set of beams.
A method performed by a wireless device for updating an allocated search space for downlink control information, the method comprises: - obtaining from a downlink control information message, a downlink assignment specifying resources for transmission of downlink data on a physical downlink channel, - obtaining, from another downlink control information message, an indication of a dynamic search space extension, wherein said dynamic search space extension is part of said resources for transmission of downlink data on said physical downlink channel; - obtaining a further downlink control information message from said dynamic search space extension; and - determining an updated search space based on the allocated search space and the obtained indication of a dynamic search space extension; characterized in that said dynamic search space extension has a validity time for N future Transmission Time Intervals, where N is a standardization, system or configuration parameter, and the validity time is explicitly indicated in the obtained indication. - obtaining from a downlink control information message, a downlink assignment specifying resources for transmission of downlink data on a physical downlink channel, - obtaining, from another downlink control information message, an indication of a dynamic search space extension, wherein said dynamic search space extension is part of said resources for transmission of downlink data on said physical downlink channel; - obtaining a further downlink control information message from said dynamic search space extension; and - determining an updated search space based on the allocated search space and the obtained indication of a dynamic search space extension; characterized in that
Method for feeding sheet elements to a machine for treating sheet elements, from an initial stack of elements, comprising the steps consisting in: - pushing a first batch of elements downstream, from the top of the stack, until the first batch arrives at storage means that are able to store the first pushed batch, and at the same time, - moving the storage means downstream over a determined distance corresponding to the length of the first batch, in order to separate the first batch from the stack, then - transferring the elements of the first batch one after another to the machine. - pushing a first batch of elements downstream, from the top of the stack, until the first batch arrives at storage means that are able to store the first pushed batch, and at the same time, - moving the storage means downstream over a determined distance corresponding to the length of the first batch, in order to separate the first batch from the stack, then - transferring the elements of the first batch one after another to the machine.
Pneumatic vehicle tyre with run-flat properties, having a tread, a multi-ply breaker belt assembly, an inner layer of an airtight form, a carcass, which in the bead region is led from axially the inside axially outwards around tension-resistant cores as a carcass turn-up, and sidewalls, within which there is arranged at least one reinforcing profile, which is of a sickle-shaped cross section and is of a continuous ring-shaped form over the circumference of the sidewall, the inner layer not running right through the cross section of the tyre from bead region to bead region, but it rather being the case that the inner layer is omitted within the cross-sectional height of the reinforcing profile and the inner layer in a region lying opposite the tread being arranged between the two upper ends of the reinforcing profiles, characterized in that the inner layer does not cover these two ends of the reinforcing profiles axially on the inside.