mhurhangee/ep-ind-claims huggingface dataset:
Screed applied to a surface situated underneath, comprising a substance such as sand cement, insulating sand cement, grit, gravel and/or pebble, wherein the screed comprises a grid composed of several battens (2, 20a, 20b) connected to each other, wherein these battens (2, 20a, 20b) comprise complementary connecting elements (3, 4a, 4b) by means of which the battens (2, 20a, 20b) are connected to each other, wherein the substance extends substantially between the battens (2, 20a, 20b), and the upper sides of battens (2, 20a, 20b) and the upper sides of the substance extend in virtually the same plane, whereby the assembly comprises a leg with external screw thread, characterized in that one or more of said battens comprise at least one hole which is delimited by internal screw thread, wherein this internal screw thread extends around an axis, and in that said external screw thread of the leg corresponds to said internal screw thread so that the leg is rotatably fittable in the hole along the axis, and wherein this axis extends virtually along the height direction of the batten, so that the height of the respective batten with respect to the surface is adjustable by rotating the leg in the hole.
A method in a first wireless device, WD, configured to communicate with at least one other WD on sidelink, and to communicate with a network node on an uplink, the WD configured to carry sidelink traffic that terminates at the first WD, and to relay traffic between the first WD and a network node, the method comprising: associating each of a plurality of layer 2 destinations with a first priority index indicating a first priority level of a first group of sidelink logical channels that carry the sidelink traffic, and a second priority index indicating a second priority level of a second group of sidelink logical channels which carry the relay traffic; prioritizing at least one layer 2 destination of the plurality of layer 2 destinations based at least in part on at least one of the two priority indices; and when uplink transmissions and sidelink transmissions overlap in time, prioritizing between uplink transmissions and sidelink transmissions based at least in part on whether the sidelink transmissions carry relay traffic. associating each of a plurality of layer 2 destinations with a first priority index indicating a first priority level of a first group of sidelink logical channels that carry the sidelink traffic, and a second priority index indicating a second priority level of a second group of sidelink logical channels which carry the relay traffic; prioritizing at least one layer 2 destination of the plurality of layer 2 destinations based at least in part on at least one of the two priority indices; and when uplink transmissions and sidelink transmissions overlap in time, prioritizing between uplink transmissions and sidelink transmissions based at least in part on whether the sidelink transmissions carry relay traffic.
A lens compound for connecting to an interchangeable lens mount of a digital camera having a single image sensor, the lens compound comprising: a body; a single mount connecting ring mounted on said body for connecting to the lens mount of the digital camera; at least two lenses of substantially identical focal length mounted in said body; and a different single or multi bandpass filter associated with each of said lenses, allowing the passage of at least one visible band and one non-visible band, selected from the group consisting of near infra-red bands and ultra violet bands of light, through the filters to the sensor; wherein the lenses are of substantially identical field of view and substantially identical image circle at a sensor plane of the camera. a body; a single mount connecting ring mounted on said body for connecting to the lens mount of the digital camera; at least two lenses of substantially identical focal length mounted in said body; and a different single or multi bandpass filter associated with each of said lenses, allowing the passage of at least one visible band and one non-visible band, selected from the group consisting of near infra-red bands and ultra violet bands of light, through the filters to the sensor; wherein the lenses are of substantially identical field of view and substantially identical image circle at a sensor plane of the camera.
Process for the mechanical production of a fuelcontaining explosive mix, comprising • a granulated fuel consisting of from 92% by weight to 98% by weight of an inorganic fuel or a mixture or an alloy of inorganic fuels and an organic binder in amounts of from 2% by weight to 8% by weight or • a granulated pyrotechnic mixture consisting of an inorganic fuel or a mixture or an alloy of inorganic fuels in amounts of from 15% by weight to 86% by weight, an inorganic oxidant or an oxidant mixture in amounts of from 12% by weight to 83% by weight and an organic binder in amounts of from 2% by weight to 8% by weight, • wherein the granulated fuel or the granulated pyrotechnic mixture have been produced separately in a fluidized-bed process and/or in a multistage kneading, granulation and packaging process and wherein • explosive mix contains from 2 to 15% by weight of one or more binders or a binder system and optionally further additives in a total amount of 1 to 7% by weight, and • mechanical mixing of the granulated fuel or granulated pyrotechnic mixture fractionated to particle sizes of from 0.2 mm to 0.8 mm in amounts of from 18% by weight to 72% by weight with a desensitized explosive or explosive mixture in amounts of from 28% by weight to 82% by weight and graphite in amounts of from 0% by weight to 2% by weight and • processing of the explosive mix by pressing to give pellets or charges. • a granulated fuel consisting of from 92% by weight to 98% by weight of an inorganic fuel or a mixture or an alloy of inorganic fuels and an organic binder in amounts of from 2% by weight to 8% by weight or • a granulated pyrotechnic mixture consisting of an inorganic fuel or a mixture or an alloy of inorganic fuels in amounts of from 15% by weight to 86% by weight, an inorganic oxidant or an oxidant mixture in amounts of from 12% by weight to 83% by weight and an organic binder in amounts of from 2% by weight to 8% by weight, • wherein the granulated fuel or the granulated pyrotechnic mixture have been produced separately in a fluidized-bed process and/or in a multistage kneading, granulation and packaging process and wherein • explosive mix contains from 2 to 15% by weight of one or more binders or a binder system and optionally further additives in a total amount of 1 to 7% by weight, and • mechanical mixing of the granulated fuel or granulated pyrotechnic mixture fractionated to particle sizes of from 0.2 mm to 0.8 mm in amounts of from 18% by weight to 72% by weight with a desensitized explosive or explosive mixture in amounts of from 28% by weight to 82% by weight and graphite in amounts of from 0% by weight to 2% by weight and • processing of the explosive mix by pressing to give pellets or charges.
Use of an expression cassette comprising a tissue-specific or inducible promoter operably linked to a polynucleotide encoding a PYR/PYL receptor polypeptide for improving drought tolerance in a plant, wherein the PYR/PYL receptor polypeptide is characterized by the presence of one or both of a polyketide cyclase domain 2 or a polyketide cyclase domain 1, and wherein the PYR/PYL receptor polypeptide comprises SEQ ID NO:102.
An electrical stimulation lead, comprising: a lead body having a distal end portion, a proximal end portion, and a longitudinal length; a plurality of electrodes disposed along the distal end portion of the lead body, wherein the plurality of electrodes comprises a first set of electrodes and a second set of electrodes, wherein the electrodes of the first set are spaced apart from each other by a first distance and the electrodes of the second set are spaced apart from each other by a second distance that is greater than the first distance and the first set is spaced apart from the second set by a third distance that is greater than or equal to the second distance; a plurality of terminals disposed along the proximal end portion of the lead body; a plurality of conductors electrically coupling the terminals to the electrodes; and a plurality of anchoring units disposed along the distal end portion of the lead body and proximal to all of the electrodes of the first set of electrodes, wherein at least two of the anchoring units are disposed between the first set of electrodes and the second set of electrodes and longitudinally spaced apart from each other. a lead body having a distal end portion, a proximal end portion, and a longitudinal length; a plurality of electrodes disposed along the distal end portion of the lead body, wherein the plurality of electrodes comprises a first set of electrodes and a second set of electrodes, wherein the electrodes of the first set are spaced apart from each other by a first distance and the electrodes of the second set are spaced apart from each other by a second distance that is greater than the first distance and the first set is spaced apart from the second set by a third distance that is greater than or equal to the second distance; a plurality of terminals disposed along the proximal end portion of the lead body; a plurality of conductors electrically coupling the terminals to the electrodes; and a plurality of anchoring units disposed along the distal end portion of the lead body and proximal to all of the electrodes of the first set of electrodes, wherein at least two of the anchoring units are disposed between the first set of electrodes and the second set of electrodes and longitudinally spaced apart from each other.
A portable electronic equipment, comprising: a first sensor to record media, the first sensor comprising an image sensor; at least one second sensor (18, 19, 30) to capture data (51-54, 55-58) representing a physical condition of a user of the portable electronic equipment, the at least one second sensor (18, 19, 30) being configured to capture the data (51-54, 55-58) in response to the first sensor recording the media; a processing device interfaced with the at least one second sensor (18, 19, 30), the processing device being configured to: retrieve the data (51-54, 55-58) captured by the at least one second sensor (18, 19, 30); generate metadata for the recorded media based on the data (51-54, 55-58), the metadata being indicative of the physical condition; and cause the metadata to be stored in association with the recorded media, characterized in that the at least one second sensor (18, 19, 30) comprises a second image sensor configured to capture an image of a body of the user, and the processing device is configured to derive a numerical value by image processing of the image of the body of the user captured by the second image sensor to generate the metadata. a first sensor to record media, the first sensor comprising an image sensor; at least one second sensor (18, 19, 30) to capture data (51-54, 55-58) representing a physical condition of a user of the portable electronic equipment, the at least one second sensor (18, 19, 30) being configured to capture the data (51-54, 55-58) in response to the first sensor recording the media; a processing device interfaced with the at least one second sensor (18, 19, 30), the processing device being configured to: retrieve the data (51-54, 55-58) captured by the at least one second sensor (18, 19, 30); generate metadata for the recorded media based on the data (51-54, 55-58), the metadata being indicative of the physical condition; and cause the metadata to be stored in association with the recorded media, retrieve the data (51-54, 55-58) captured by the at least one second sensor (18, 19, 30); generate metadata for the recorded media based on the data (51-54, 55-58), the metadata being indicative of the physical condition; and cause the metadata to be stored in association with the recorded media, characterized in that the at least one second sensor (18, 19, 30) comprises a second image sensor configured to capture an image of a body of the user, and the processing device is configured to derive a numerical value by image processing of the image of the body of the user captured by the second image sensor to generate the metadata.
Gas supply unit for an exhaust gas analysis unit for the measurement of exhaust gases of internal combustion engines comprising a measuring device for analyzing sample gas, a calibration gas line (30; 32; 34), a purge gas line and a sample gas line, which open into a common connecting line via which a fluid communication with the measuring device can be established, stop valves (24, 28, 36, 38, 40) in the calibration gas line (30; 32; 34), the purge gas line and the sample gas line, via which the sample gas flow, the calibration gas flow and the purge gas flow can be blocked or released, a pump for conveying the sample gas flow from an exhaust gas source, wherein the sample gas line between the respective measuring device and the calibration gas line (30; 32; 34) as well as the purge gas line opens into the connecting line, wherein a discharge nozzle is arranged at the end of the connecting line opposite the measuring device and a discharge line branches off from the connecting line, in which a discharge nozzle and a stop valve are arranged.
A nail set comprising: an elongated body having a longitudinal axis and a pivot axis; a tool member supported by the elongated body at the pivot axis, the tool member including a first end portion having a first punch tool and a second end portion having a second punch tool that is different from the first punch tool, the tool member being selectively rotatable about the pivot axis; and a locking member supported by the elongated body and movable between a first position, where the locking member engages the tool member to inhibit rotation of the tool member about the pivot axis, and a second position, where the tool member is rotatable relative to the elongated body about the pivot axis. an elongated body having a longitudinal axis and a pivot axis; a tool member supported by the elongated body at the pivot axis, the tool member including a first end portion having a first punch tool and a second end portion having a second punch tool that is different from the first punch tool, the tool member being selectively rotatable about the pivot axis; and a locking member supported by the elongated body and movable between a first position, where the locking member engages the tool member to inhibit rotation of the tool member about the pivot axis, and a second position, where the tool member is rotatable relative to the elongated body about the pivot axis.
A computer-implemented method comprising: analyzing code of a particular application against a semantic model of a software development kit of a particular platform, the semantic model associating a plurality of application behaviors with respective application programming interface, API, calls of the particular platform; identifying, based on the analysis of the code, a set of behaviors of the particular application; identifying that a particular one of the set of behaviors is an undesired behavior according to a weighted average of undesired behaviors, wherein the undesired behavior includes malicious, privacy infringing or policy violating behavior of the application; identifying a section of code of the particular application corresponding to the particular behavior based on comparing the section of code with known functionality defined in or identifiable from the software development kit and/or common APIs; and performing a remediation action on the section of code to remediate the particular behavior including modifying or replacing the identified offending section of code with code that modifies or suppresses the particular behavior by redirecting API calls of the application to custom implementations and generate a healed version of the particular application. analyzing code of a particular application against a semantic model of a software development kit of a particular platform, the semantic model associating a plurality of application behaviors with respective application programming interface, API, calls of the particular platform; identifying, based on the analysis of the code, a set of behaviors of the particular application; identifying that a particular one of the set of behaviors is an undesired behavior according to a weighted average of undesired behaviors, wherein the undesired behavior includes malicious, privacy infringing or policy violating behavior of the application; identifying a section of code of the particular application corresponding to the particular behavior based on comparing the section of code with known functionality defined in or identifiable from the software development kit and/or common APIs; and performing a remediation action on the section of code to remediate the particular behavior including modifying or replacing the identified offending section of code with code that modifies or suppresses the particular behavior by redirecting API calls of the application to custom implementations and generate a healed version of the particular application.
A method for recompressing a round bale into a square bale, comprising: receiving a round bale on a platform (56, 220); actuating, by an actuator (116, 306, 406, 510, 1114), a pusher to transfer the round bale from the platform (56, 220) to a bottom platen coupled to the platform (56, 220); characterized by actuating, by an actuator (116, 306, 406, 510, 1114), an upper platen (110, 610, 1110) coupled to the bottom platen to rotate the upper platen (110, 610, 1110) toward the bottom platen from a first position to a second position to recompress the round bale into a square bale. receiving a round bale on a platform (56, 220); actuating, by an actuator (116, 306, 406, 510, 1114), a pusher to transfer the round bale from the platform (56, 220) to a bottom platen coupled to the platform (56, 220); characterized by actuating, by an actuator (116, 306, 406, 510, 1114), an upper platen (110, 610, 1110) coupled to the bottom platen to rotate the upper platen (110, 610, 1110) toward the bottom platen from a first position to a second position to recompress the round bale into a square bale.
A coding device for encoding an input digital signal to generate a stream, comprising: a coding unit operable to encode an input digital signal using code words contained in one of plural code word groups each including variable length code words; and a multiplexer operable to generate the stream by generating parameters describing specific information about the stream, encoding the parameters using one of the code words, and adding the encoded parameters to the output data from the coding unit; wherein the length of the code words contained in any single code word group is the same; characterized in that for encoding a specific parameter which is a parameter required to be rewritten when two streams are connected to generate one stream, the multi-plexer selects one code word group containing four or more code words out of the plural code word groups, and encodes the specific parameter using one code word selected from the code words contained in the selected code word group, the specific parameter describes specific information about a picture of the stream, and the stream contains a plurality of pictures and the one code word is se-lected such as to ensure that the code words of specific parameters relating to adjacent pictures are different. a coding unit operable to encode an input digital signal using code words contained in one of plural code word groups each including variable length code words; and a multiplexer operable to generate the stream by generating parameters describing specific information about the stream, encoding the parameters using one of the code words, and adding the encoded parameters to the output data from the coding unit; wherein the length of the code words contained in any single code word group is the same; characterized in that for encoding a specific parameter which is a parameter required to be rewritten when two streams are connected to generate one stream, the multi-plexer selects one code word group containing four or more code words out of the plural code word groups, and encodes the specific parameter using one code word selected from the code words contained in the selected code word group, the specific parameter describes specific information about a picture of the stream, and the stream contains a plurality of pictures and the one code word is se-lected such as to ensure that the code words of specific parameters relating to adjacent pictures are different.
Seal arrangement (15; 26; 43; 50) for sealing an annular gap between a high-pressure steam space and an adjacent low-pressure steam space, which gap is defined between two turbine casings (10, 11) in each case split into two casing halves, wherein the seal arrangement (15; 26; 43; 50) has a seal element (24; 47; 58) which is formed in a segmented and annular manner and, in the intended state, extends between the two turbine casings (10, 11) and engages in an annular receiving groove (9, 23; 30, 34; 49; 54) by means of at least one of its radial end regions, characterized in that the seal arrangement (15; 26; 43; 50) has at least one segmented ring (16, 20; 27, 31; 44; 51; 55) whose first circumferential surface (17, 21; 28, 32; 42; 49, 53) is, in the intended state, releasably attached to one of the turbine casings (10, 11) in the region of the annular gap, and whose opposite second circumferential surface (18, 22; 29, 33; 43; 53, 57) is provided either with the annular receiving groove (9, 23; 30, 34; 54) or, in a one-piece form, with the radially projecting annular seal element (44; 58).
A method of automatically checking an operational status of electrical components (D N) of an elevator system (101, 201), the method comprising: setting a first power state of all addressed electrical components (D N) of the elevator system (101, 201); measuring a control value power consumption (P 0) with a power consumption counter; switching a first addressed electrical component (D N) into a second power state; monitoring a power consumption (P N) associated with the first addressed electrical component (D N); comparing the power consumption (P N) associated with the first addressed electrical component (D N) with the control value power consumption (P 0); and when the power consumption (P N) associated with the first addressed electrical component (D N) is not greater than the control value power consumption (P 0), performing a detected failure operation. setting a first power state of all addressed electrical components (D N) of the elevator system (101, 201); measuring a control value power consumption (P 0) with a power consumption counter; switching a first addressed electrical component (D N) into a second power state; monitoring a power consumption (P N) associated with the first addressed electrical component (D N); comparing the power consumption (P N) associated with the first addressed electrical component (D N) with the control value power consumption (P 0); and when the power consumption (P N) associated with the first addressed electrical component (D N) is not greater than the control value power consumption (P 0), performing a detected failure operation.