mhurhangee/ep-ind-claims huggingface dataset:
A receiver unit comprising: - a signal input (12, 18) configured to receive a receive signal including a plurality of data symbols, a frequency domain equalizer configured to receive the receive signal and to provide equalized symbols, - a symbol detection circuit configured to receive the equalized symbols and to detect a subset of data symbols and to output detected data symbols, - a reliability measuring circuit configured to determine reliability values for the detected data symbols, - a feedback loop configured to feed back the detected data symbols from the reliability measuring circuit to the frequency domain equalizer based on the corresponding reliability values as to detect the subset of data symbols and the reliability values iteratively, wherein, for all data symbols which have improved reliability values in the current iteration compared to the reliability values of previous iterations, the data symbols of the current iteration are updated in the feedback, and wherein, for all data symbols which have worse reliability values in the current iteration compared to the reliability values of previous iterations, the data symbols of the previous iteration are taken, - a signal output circuitry configured to determine output values of the subset of data symbols on the basis of the detected subset of data symbols and the determined reliability values. - a signal input (12, 18) configured to receive a receive signal including a plurality of data symbols, a frequency domain equalizer configured to receive the receive signal and to provide equalized symbols, - a symbol detection circuit configured to receive the equalized symbols and to detect a subset of data symbols and to output detected data symbols, - a reliability measuring circuit configured to determine reliability values for the detected data symbols, - a feedback loop configured to feed back the detected data symbols from the reliability measuring circuit to the frequency domain equalizer based on the corresponding reliability values as to detect the subset of data symbols and the reliability values iteratively, wherein, for all data symbols which have improved reliability values in the current iteration compared to the reliability values of previous iterations, the data symbols of the current iteration are updated in the feedback, and wherein, for all data symbols which have worse reliability values in the current iteration compared to the reliability values of previous iterations, the data symbols of the previous iteration are taken, - a signal output circuitry configured to determine output values of the subset of data symbols on the basis of the detected subset of data symbols and the determined reliability values.
A palletising, stacking, and/or handling apparatus for transport goods in a packaging line, said palletising, stacking, and/or handling apparatus having a carrying and/or handling element, which is movable along a vertically extending pillar hoist, and being coupled with a counterweight, which is vertically movable along the pillar hoist in the opposite sense to the carrying and/or handling element, which counterweight comprises one or more hollow vessels, which is/are filled with a loose bulk filling of a variable amount of granular ballast material, characterised in that the palletising apparatus has a hollow vessel, which is open at the top and which forms the counterweight.
A battery module comprising a cover, battery cells and a voltage sensing member for sensing voltage of battery cells constituting a battery module, the voltage sensing member comprising: a plurality of conductive sensing parts (512, 514, 516, 518) connected to electrode terminal connection parts of the battery cells of the battery module, each of the conductive sensing parts (512, 514, 516, 518) having a plate strip shape; a connector for transmitting the voltage sensed by the conductive sensing parts (512, 514, 516, 518) to a battery management system; and a plurality of wires for electrically connecting the conductive sensing parts (512, 514, 516, 518) to the connector, wherein the conductive sensing parts (512, 514, 516, 518) are coupled to the electrode terminal connection parts in a surface contact manner by welding, and one end of each of the conductive sensing parts (512, 514, 516, 518) is coupled to a corresponding one of the electrode terminal connection parts, characterized in that the electrode terminal connection parts being portions at which electrode terminals, which protrude from the battery cells, are connected in series or parallel to each other by welding in a state in which the electrode terminals are partially overlapped, and in that the other end of each of the conductive sensing parts (512, 514, 516, 518) is provided with one or more fastening holes, through which each of the conductive sensing parts (512, 514, 516, 518) is fixed to the cover of the battery module. a plurality of conductive sensing parts (512, 514, 516, 518) connected to electrode terminal connection parts of the battery cells of the battery module, each of the conductive sensing parts (512, 514, 516, 518) having a plate strip shape; a connector for transmitting the voltage sensed by the conductive sensing parts (512, 514, 516, 518) to a battery management system; and a plurality of wires for electrically connecting the conductive sensing parts (512, 514, 516, 518) to the connector, wherein the conductive sensing parts (512, 514, 516, 518) are coupled to the electrode terminal connection parts in a surface contact manner by welding, and one end of each of the conductive sensing parts (512, 514, 516, 518) is coupled to a corresponding one of the electrode terminal connection parts, characterized in that the electrode terminal connection parts being portions at which electrode terminals, which protrude from the battery cells, are connected in series or parallel to each other by welding in a state in which the electrode terminals are partially overlapped,
A computer implemented method of making an oral appliance, the method comprising: creating a digital record of a patient's oral cavity by obtaining a baseline digital image of at least a portion of the teeth, and/or soft tissue of the oral cavity using an imaging device; obtaining a first digital image of an oral appliance corresponding to the at least a portion of the teeth, and/or soft tissue of the oral cavity of the baseline image; creating a second digital image corresponding to at least a portion of the teeth and/or soft tissue of the oral cavity in need of treatment, wherein said second digital image is a three dimensional representation of the geographic area to be targeted by the oral appliance; combining the first digital image and the second digital image to form a third digital image of the oral appliance that comprises the treatment area; storing the third digital image in the computer; and manufacturing the oral appliance according to the third digital image.
Fence intended to surround a surface of land, comprising: a frame of pickets installed vertically, arranged in parallel and at a distance from each other and fixed by means of one or more cross-slats; wherein a series of slats is foreseen between the said pickets and wherein one or more slats are supported by a fixing element, of which said fixing element comprises a suspension hookable to said cross-slat and said fixing element comprises a support foot at a lower end of a slat, said support foot being equipped with an elastically deformable lip, which can be inserted in an internal space at the lower end of a slat, characterised in that said elastically deformable lip is made with a curved part for fixing a slat.
Cyclobutyl -2-{[(2 R,3 R,4 R,5 R)-5-(2,4-dioxo-3,4-dihydro-2H-pyrimidin-1-yl)-4-fluoro-3-hydroxy-4-methyl-tetrahydrofuran-2-ylmethoxy]-phenoxy-phosphorylamino}propanoate of general formula 1, a stereoisomer, an isotopically enriched analog, a crystalline or polycrystalline form thereof,
System for automatically adjusting a lighting atmosphere based on presence detection, comprising - at least one sensor for gathering information on the presence of people in a supervised area, and - a processing unit being adapted for determining the presence level of people in the supervised area based on the gathered information, wherein the determining of the presence level of people comprises the determining of the number of people, and for adjusting the lighting atmosphere based on the determined presence level, wherein - the processing unit is further adapted to compare the determined presence level with a threshold and to adjust the lighting atmosphere, if the determined presence level is above the threshold, characterized in that the processing unit is further adapted for adjusting the lighting atmosphere by controlling the dynamics level of the lighting atmosphere depending on the determined presence level, wherein prominent dynamic effects of the lighting atmosphere are either disabled or adjusted to be less dynamic, if the determined presence level is above the threshold. - at least one sensor for gathering information on the presence of people in a supervised area, and - a processing unit being adapted for determining the presence level of people in the supervised area based on the gathered information, wherein the determining of the presence level of people comprises the determining of the number of people, and for adjusting the lighting atmosphere based on the determined presence level, wherein - the processing unit is further adapted to compare the determined presence level with a threshold and to adjust the lighting atmosphere, if the determined presence level is above the threshold,
A secure Small Data Transmission, SDT, method for a Machine Type Communication, MTC, device group, comprising a process of generating, by an MTC device and an MTC Interworking Function, MTC-IWF, a shared key K IWF on the basis of a Generic Bootstrapping Architecture, GBA, key agreement process in which Authentication and Key Agreement, AKA, authentication between the MTC device and a Bootstrapping Server Function, BSF, comprises: sending, by the MTC device, to the BSF, an initialization request carrying MTC device identification information and MTC device group identification information; after receiving the initialization request from the MTC device, sending, by the BSF, to a Home Subscriber Serve, HSS, a retrieval request carrying the MTC device identification information, MTC device SDT capability information and the MTC device group identification information; determining, by the HSS, whether the MTC device belongs to the MTC device group or not according to the MTC device identification information and the MTC device group identification information; when determining that the MTC device belongs to the MTC device group, determining, by the HSS, whether the MTC device has a small data sending and receiving capability or not; when determining that the MTC device belongs to the MTC device group and has the small data sending and receiving capability, sending, by the HSS, an AKA authentication vector generated on the basis of an MTC device group key to the BSF; and performing, by the BSF, AKA authentication with the MTC device according to the received AKA authentication vector. sending, by the MTC device, to the BSF, an initialization request carrying MTC device identification information and MTC device group identification information; after receiving the initialization request from the MTC device, sending, by the BSF, to a Home Subscriber Serve, HSS, a retrieval request carrying the MTC device identification information, MTC device SDT capability information and the MTC device group identification information; determining, by the HSS, whether the MTC device belongs to the MTC device group or not according to the MTC device identification information and the MTC device group identification information; when determining that the MTC device belongs to the MTC device group, determining, by the HSS, whether the MTC device has a small data sending and receiving capability or not; when determining that the MTC device belongs to the MTC device group and has the small data sending and receiving capability, sending, by the HSS, an AKA authentication vector generated on the basis of an MTC device group key to the BSF; and performing, by the BSF, AKA authentication with the MTC device according to the received AKA authentication vector.
Eccentrically cycloidal gearing of two toothed profiles comprising curved teeth, wherein: - a first of the toothed profiles is a gearwheel comprising two helical teeth (2, 21,53), - lateral operating regions (13, 32, 33) of each tooth (2, 21, 53) of the gearwheel of the first toothed profile are formed in any desired main portion by arcs (14, 15, 34, 35, 55) of a circle (3, 22, 36, 56) that is shifted eccentrically (e) relative to a rotational axis of the gearwheel, - working surfaces (17, 41, 42, 57) of the teeth of a second toothed profile in the same main portion are formed by portions (7, 8, 18, 19, 25, 26, 27, 44, 45) of cycloidal curves (9, 10, 29, 30, 31, 46, 47, 48) that engage in the teeth (2, 21, 53) of the gearwheel of the first toothed profile. - a first of the toothed profiles is a gearwheel comprising two helical teeth (2, 21,53), - lateral operating regions (13, 32, 33) of each tooth (2, 21, 53) of the gearwheel of the first toothed profile are formed in any desired main portion by arcs (14, 15, 34, 35, 55) of a circle (3, 22, 36, 56) that is shifted eccentrically (e) relative to a rotational axis of the gearwheel, - working surfaces (17, 41, 42, 57) of the teeth of a second toothed profile in the same main portion are formed by portions (7, 8, 18, 19, 25, 26, 27, 44, 45) of cycloidal curves (9, 10, 29, 30, 31, 46, 47, 48) that engage in the teeth (2, 21, 53) of the gearwheel of the first toothed profile.
Continuous annealing equipment for a steel sheet, at least comprising: a heating zone, a soaking zone, and a rapid cooling zone; and the rapid cooling zone having gas jet cooling equipment and being provided with at least one pair of seal rolls at each of an inlet and an outlet thereof and bridle roll units each composed of two or more bridle rolls in front of and behind itself, characterized in that: the bridle roll unit behind the rapid cooling zone having two or more heating rolls each having an induction heater thereinside; and the heating roll having a winding angle of 100[deg.]or more per heating roll and 380[deg.] or more in total of all the heating rolls. a heating zone, a soaking zone, and a rapid cooling zone; and the rapid cooling zone having gas jet cooling equipment and being provided with at least one pair of seal rolls at each of an inlet and an outlet thereof and bridle roll units each composed of two or more bridle rolls in front of and behind itself, characterized in that: the bridle roll unit behind the rapid cooling zone having two or more heating rolls each having an induction heater thereinside; and the heating roll having a winding angle of 100[deg.]or more per heating roll and 380[deg.] or more in total of all the heating rolls. the bridle roll unit behind the rapid cooling zone having two or more heating rolls each having an induction heater thereinside; and the heating roll having a winding angle of 100[deg.]or more per heating roll and 380[deg.] or more in total of all the heating rolls.
Device for guiding a pull-out, which can be moved displaceably by means of the device on a wall section, wherein the device comprises a support rail securable to the wall section, a pull-out rail assignable to the pull-out and a central rail acting between the pull-out rail and the support rail, and load-transferring bearing means for the mobile support of the rails relative to one another for enabling a displacement movement of the rails over a pull-out length of the rails, characterised in that the load-transferring bearing means comprise at least three bearing rollers provided between the support rail and the central rail each with a concave bearing surface (43, 44), and rolling bearing elements provided between the central rail and the pull-out rail each with a convex bearing surface, wherein there is a transfer of load of the bearing means over the bearing surfaces (43, 44), and wherein on the central rail a web section (45, 46) is formed which on the outside has a first running surface and on the inside has a second running surface, wherein the first and second running surface are spaced apart from one another by the material thickness of the web section (45, 46), so that during a displacement movement of the rails the bearing rollers cooperate via the concave bearing surface (43, 44) with a section of the inner second running surface and the rolling bearing elements roll over the respective convex bearing surface on a section of the outer first running surface, the rolling bearing elements are arranged between the outer first running surface and a pull-out rail web section (23a, 23b), which is opposite the outer first running surface, wherein a roller pair with an upper bearing roller and a lower bearing roller is provided, the respective axes of rotation of which are aligned relative to one another and wherein the bearing rollers are mounted on a roller support, which is provided between the support rail and the central rail, wherein the bearing rollers roll in a load-transferring manner between the support rail and the central rail.
An aircraft galley cart, comprising: a left-side compartment having at least one left-side door and a right-side compartment having at least one right-side door, the left-side compartment and the right-side compartment hingedly coupled, the left-side compartment accessible via the at least one left-side door and the right-side compartment accessible via the at least one right-side door; the aircraft galley cart having a default configuration associated with a first cart width and a deployed configuration associated with a second cart width substantially half of the first cart width, the left-side compartment adjacent to the right-side compartment in both the default and deployed configurations and sharing with the right-side compartment a common lateral surface when in the deployed configuration, the left-side compartment hingedly articulable relative to the right-side compartment to transition the aircraft galley cart between the default configuration and the deployed configuration; a plurality of main casters attached to an underside of the left-side compartment or the right-side compartment, the aircraft galley cart capable of travel along an aircraft floor via the plurality of main casters; and a plurality of auxiliary casters stowed within one of the common lateral surface or the underside of the left-side compartment or the right-side compartment, the plurality of auxiliary casters configured to stabilize the aircraft galley cart by deploying when in the deployed configuration. a left-side compartment having at least one left-side door and a right-side compartment having at least one right-side door, the left-side compartment and the right-side compartment hingedly coupled, the left-side compartment accessible via the at least one left-side door and the right-side compartment accessible via the at least one right-side door; the aircraft galley cart having a default configuration associated with a first cart width and a deployed configuration associated with a second cart width substantially half of the first cart width, the left-side compartment adjacent to the right-side compartment in both the default and deployed configurations and sharing with the right-side compartment a common lateral surface when in the deployed configuration, the left-side compartment hingedly articulable relative to the right-side compartment to transition the aircraft galley cart between the default configuration and the deployed configuration; a plurality of main casters attached to an underside of the left-side compartment or the right-side compartment, the aircraft galley cart capable of travel along an aircraft floor via the plurality of main casters; and a plurality of auxiliary casters stowed within one of the common lateral surface or the underside of the left-side compartment or the right-side compartment, the plurality of auxiliary casters configured to stabilize the aircraft galley cart by deploying when in the deployed configuration.
A resin sheet having hairlike bodies arranged regularly on at least one surface of an underlayer, wherein a continuous phase is formed without a structural boundary between the underlayer and the hairlike bodies and the underlayer and the hairlike bodies at least partially have a crosslinked structure by an electron beam irradiation, and wherein the average height (h) of the hairlike bodies is no less than 100 μm and no greater than 1,200 μm, the average diameter (d) of the hairlike bodies is no less than 1 μm and no greater than 50 μm, and the average spacing (t) of the hairlike bodies is no less than 20 μm and no greater than 200 μm. wherein a continuous phase is formed without a structural boundary between the underlayer and the hairlike bodies and the underlayer and the hairlike bodies at least partially have a crosslinked structure by an electron beam irradiation, and wherein the average height (h) of the hairlike bodies is no less than 100 μm and no greater than 1,200 μm, the average diameter (d) of the hairlike bodies is no less than 1 μm and no greater than 50 μm, and the average spacing (t) of the hairlike bodies is no less than 20 μm and no greater than 200 μm.
A tissue scaffold for use in a tendon and/or a ligament, comprising a weave with a pore size of 0.1 to 1 mm formed by interlacing a warp yarn and a weft yarn (110, 120), wherein the warp yarn comprises a plurality of fibers each with a non-circular cross section structure, and the weave comprises: a main body area comprising a bioactive component on a fiber surface thereof; and a fixed area (121, 122), wherein the fixed area (121, 122) is formed on both sides of the main body area, and the weft yarn comprises a bioceramic material; wherein the bioceramic material accounts for 1 to 4% by weight of the total weight of the weft yarn of the fixed area (121, 122), and the warp yarn of the fixed area (121, 122) is free from containing the bioceramic material. a main body area comprising a bioactive component on a fiber surface thereof; and a fixed area (121, 122), wherein the fixed area (121, 122) is formed on both sides of the main body area, and the weft yarn comprises a bioceramic material; wherein the bioceramic material accounts for 1 to 4% by weight of the total weight of the weft yarn of the fixed area (121, 122), and the warp yarn of the fixed area (121, 122) is free from containing the bioceramic material.