mhurhangee/ep-ind-claims huggingface dataset:
Headlight unit including: a reflector, a lamp mounting cavity provided at said reflector, a lamp (30, 130) mounted within said lamp mounting cavity, and a cap (40, 140) of at least partly flexible material sealing the lamp mounting cavity and being dismountable from the cavity separate from the lamp (30, 130), wherein said cap (40, 140) is provided as a heat spreader and dissipation element in thermal contact with said lamp (30, 130), characterized in that said cap (40, 140) comprises a flexible material with embedded metal, graphite or carbon heat conduction elements. a reflector, a lamp mounting cavity provided at said reflector, a lamp (30, 130) mounted within said lamp mounting cavity, and a cap (40, 140) of at least partly flexible material sealing the lamp mounting cavity and being dismountable from the cavity separate from the lamp (30, 130), wherein said cap (40, 140) is provided as a heat spreader and dissipation element in thermal contact with said lamp (30, 130), characterized in that said cap (40, 140) comprises a flexible material with embedded metal, graphite or carbon heat conduction elements.
A method performed by a mobile device for routing traffic of applications installed on the mobile device, the method comprising: receiving, from a source external to the mobile device, a set of attributes for a first application installed on the mobile device; receiving, from a network element, a set of application traffic routing rules; responsive to accessing user information in a user's social profile, determining a user preference from the user information in the user's social profile; determining that a first attribute of the set of attributes matches the user preference; applying at least one application traffic routing rule of the received set of application traffic routing rules to select an access network from multiple access networks for the mobile device for routing traffic of the first application, wherein the selecting of the access network is based on the first attribute matching the user preference; and routing traffic of the first application using the selected access network. receiving, from a source external to the mobile device, a set of attributes for a first application installed on the mobile device; receiving, from a network element, a set of application traffic routing rules; responsive to accessing user information in a user's social profile, determining a user preference from the user information in the user's social profile; determining that a first attribute of the set of attributes matches the user preference; applying at least one application traffic routing rule of the received set of application traffic routing rules to select an access network from multiple access networks for the mobile device for routing traffic of the first application, wherein the selecting of the access network is based on the first attribute matching the user preference; and routing traffic of the first application using the selected access network.
A method of assembling a plurality of contigs originating from a single DNA molecule, comprising: generating a plurality of paired-end sequencing reads by probing the physical layout of chromosomes, chromatin, or reconstituted chromatin in vitro by: obtaining the DNA molecule; cross-linking the DNA molecule to chromosomes, chromatin, or reconstituted chromatin using a fixative agent to form DNA-protein cross-links; cutting DNA of the DNA-protein cross-links with one or more restriction enzymes so as to generate a plurality of DNA-protein complexes comprising sticky ends; filing in the sticky ends with nucleotides comprising one or more markers to create blunt ends that are then ligated together; fragmenting the plurality of DNA-protein complexes into fragments using one or more nucleases; pulling down junction-containing fragments using a high-throughput sequencing method to generate the plurality of paired-end sequencing reads; mapping the plurality of paired-end sequencing reads to the plurality of contigs thereby producing read-mapping data; and assembling the plurality of contigs using the plurality of read-mapping data, wherein at least 1% of the plurality of paired-end sequencing reads span a distance of at least 30 kB on the DNA molecule. obtaining the DNA molecule; cross-linking the DNA molecule to chromosomes, chromatin, or reconstituted chromatin using a fixative agent to form DNA-protein cross-links; cutting DNA of the DNA-protein cross-links with one or more restriction enzymes so as to generate a plurality of DNA-protein complexes comprising sticky ends; filing in the sticky ends with nucleotides comprising one or more markers to create blunt ends that are then ligated together; fragmenting the plurality of DNA-protein complexes into fragments using one or more nucleases; pulling down junction-containing fragments using a high-throughput sequencing method to generate the plurality of paired-end sequencing reads; mapping the plurality of paired-end sequencing reads to the plurality of contigs thereby producing read-mapping data; and assembling the plurality of contigs using the plurality of read-mapping data, wherein at least 1% of the plurality of paired-end sequencing reads span a distance of at least 30 kB on the DNA molecule.
A manufacturing method for a reactor (10; 10a) including a coil in which a resin for covering at least a part of the coil is formed integrally with the coil, the manufacturing method comprising: a step of manufacturing a molded product including following i) to iii), i) arranging the reactor (10; 10a in a cavity space for injection-molding of resin, ii) fixing the coil with a surface of a mold brought into contact with a first face and a second face of the coil, the first face and the second face are located on a periphery of the coil, and the first face and the second face 21(b) sandwich the coil and iii) injecting resin into the cavity space to cover at least a coil surface around the first face and a coil surface around the second face with resin with the first face and the second face of the coil exposed, and a step of attaching a temperature sensor (31; 131) such that the temperature sensor (31; 131) is attached to to the first face of the coil. a step of manufacturing a molded product including following i) to iii), i) arranging the reactor (10; 10a in a cavity space for injection-molding of resin, ii) fixing the coil with a surface of a mold brought into contact with a first face and a second face of the coil, the first face and the second face are located on a periphery of the coil, and the first face and the second face 21(b) sandwich the coil and iii) injecting resin into the cavity space to cover at least a coil surface around the first face and a coil surface around the second face with resin with the first face and the second face of the coil exposed, and a step of attaching a temperature sensor (31; 131) such that the temperature sensor (31; 131) is attached to to the first face of the coil. i) arranging the reactor (10; 10a in a cavity space for injection-molding of resin, ii) fixing the coil with a surface of a mold brought into contact with a first face and a second face of the coil, the first face and the second face are located on a periphery of the coil, and the first face and the second face 21(b) sandwich the coil and iii) injecting resin into the cavity space to cover at least a coil surface around the first face and a coil surface around the second face with resin with the first face and the second face of the coil exposed, and a step of attaching a temperature sensor (31; 131) such that the temperature sensor (31; 131) is attached to to the first face of the coil.
A method for reducing bit errors in continuous optical data transmission via an optical data transmission medium formed by one or more optical fibres, the method comprising the following steps (a) monitoring parameters of at least one transceiver transmitting said data or parameters of said optical data transmission medium; (b) predicting a time and a duration of an occurrence of at least one event affecting a bit error rate of said continuous optical data transmission depending on the monitored parameters; and (c) throttling a bandwidth of a data switch connected to said transceiver during the predicted duration of the event for bit error reduction. (a) monitoring parameters of at least one transceiver transmitting said data or parameters of said optical data transmission medium; (b) predicting a time and a duration of an occurrence of at least one event affecting a bit error rate of said continuous optical data transmission depending on the monitored parameters; and (c) throttling a bandwidth of a data switch connected to said transceiver during the predicted duration of the event for bit error reduction.
A method (100, 200) for managing tilt of an antenna providing network coverage over a coverage area, the method comprising: obtaining an elevation model of the coverage area; obtaining antenna attenuation to points on the elevation model according to a current antenna tilt angle and a proposed antenna tilt angle, wherein obtaining antenna attenuation to points on the elevation model for the current antenna tilt angle comprises: obtaining a measured received signal power at points on the elevation model by obtaining Subscriber and Equipment Traces as defined in 3GPP specification TS 32.421 from User Equipments located within a threshold distance of points on the elevation model; and calculating from the measured received signal power the antenna attenuation to the points on the elevation model; using the obtained attenuations to predict an impact upon network traffic distribution within the coverage area of changing from the reference to the proposed antenna tilt angle; and approving use of the proposed antenna tilt angle if the predicted impact satisfies an acceptability criterion. obtaining an elevation model of the coverage area; obtaining antenna attenuation to points on the elevation model according to a current antenna tilt angle and a proposed antenna tilt angle, wherein obtaining antenna attenuation to points on the elevation model for the current antenna tilt angle comprises: obtaining a measured received signal power at points on the elevation model by obtaining Subscriber and Equipment Traces as defined in 3GPP specification TS 32.421 from User Equipments located within a threshold distance of points on the elevation model; and calculating from the measured received signal power the antenna attenuation to the points on the elevation model; obtaining a measured received signal power at points on the elevation model by obtaining Subscriber and Equipment Traces as defined in 3GPP specification TS 32.421 from User Equipments located within a threshold distance of points on the elevation model; and calculating from the measured received signal power the antenna attenuation to the points on the elevation model; using the obtained attenuations to predict an impact upon network traffic distribution within the coverage area of changing from the reference to the proposed antenna tilt angle; and approving use of the proposed antenna tilt angle if the predicted impact satisfies an acceptability criterion.
A dye-sensitized solar cell comprising: a semiconductor electrode including a substrate and a metal oxide layer formed on the substrate, the metal oxide layer composed of dye-adsorbed metal oxide nanoparticles; a counter electrode spaced apart from the semiconductor electrode; and an electrolyte filled between the semiconductor electrode and the counter electrode, wherein the metal oxide nanoparticles are formed by electrospinning a mixed solution of a metal oxide precursor and a polymer into ultrafine composite fibers, and thermally compressing and sintering the ultrafine composite fibers, characterized in that the density of the metal oxide layer defined by the weight (g) ratio of the metal oxide nanoparticles per unit volume (ml) of the metal oxide layer is in a range of 0.5 to 1.8 and the dye adsorption amount per unit gram of the metal oxide nanoparticles is in a range of 6x10 -5 to 5x10 -4 mole. a semiconductor electrode including a substrate and a metal oxide layer formed on the substrate, the metal oxide layer composed of dye-adsorbed metal oxide nanoparticles; a counter electrode spaced apart from the semiconductor electrode; and an electrolyte filled between the semiconductor electrode and the counter electrode, wherein the metal oxide nanoparticles are formed by electrospinning a mixed solution of a metal oxide precursor and a polymer into ultrafine composite fibers, and thermally compressing and sintering the ultrafine composite fibers, characterized in that the density of the metal oxide layer defined by the weight (g) ratio of the metal oxide nanoparticles per unit volume (ml) of the metal oxide layer is in a range of 0.5 to 1.8 and the dye adsorption amount per unit gram of the metal oxide nanoparticles is in a range of 6x10 -5 to 5x10 -4 mole.
A method comprising removing an entry of a first system information block from a list included in a second system information block to be broadcasted, said first system information block comprising information related to multimedia broadcast and multicast services, said list comprising information related to broadcasted system information elements; prohibiting modification of an information tag included in said second system information block to be broadcasted, said information tag being indicative of a change of system information comprising at least said list; and prohibiting inclusion of a modification indicator in any paging messages that may be transmitted, said modification indicator being indicative of said change of said system information.
A crystal form K of the dimaleate of the compound of formula I, the X-ray powder diffraction pattern (CuKα radiation) of the crystal form K has characteristic peaks at the following diffraction angles 2θ: 5.8±0.2°, 12.5±0.2°, 14.8±0.2°, 18.9±0.2°, 21.7±0.2°, 23.6±0.2°, 24.9±0.2° and 25.8±0.2°.
An acoustic apparatus, comprising: a housing having a housing space; an operation button opening communicated with the housing space and formed in the housing; an operation button disposed on an inner side of the operation button opening; a gap corresponding to at least part of a space between an edge of the operation button opening and the operation button; and a sound outputter provided in the housing space and configured to output a sound, characterized in that the operation button is configured to rotate about a rotation axis when a front surface of the operation button is pushed into the housing, the rotation axis being located between a center of the operation button and an outer periphery of the operation button in a front view of the operation button, at least part of the gap is located at a side of the rotation axis viewed from a virtual straight line which is parallel to the rotation axis and which runs through the center of the operation button in the front view of the operation button, and the sound outputter has a center located at a side of the rotation axis viewed from the virtual straight line in the front view of the operation button, and in the front view of the operation button, the sound outputter is disposed at a location where at least part of the sound outputter overlaps the operation button. a housing having a housing space; an operation button opening communicated with the housing space and formed in the housing; an operation button disposed on an inner side of the operation button opening; a gap corresponding to at least part of a space between an edge of the operation button opening and the operation button; and a sound outputter provided in the housing space and configured to output a sound, characterized in that the operation button is configured to rotate about a rotation axis when a front surface of the operation button is pushed into the housing, the rotation axis being located between a center of the operation button and an outer periphery of the operation button in a front view of the operation button, at least part of the gap is located at a side of the rotation axis viewed from a virtual straight line which is parallel to the rotation axis and which runs through the center of the operation button in the front view of the operation button, and the sound outputter has a center located at a side of the rotation axis viewed from the virtual straight line in the front view of the operation button, and in the front view of the operation button, the sound outputter is disposed at a location where at least part of the sound outputter overlaps the operation button.
A cutting tool comprising a tool main body containing a drive motor to generate a drive force, wherein the tool main body is equipped with a housing and a drive mechanism portion provided within the housing, wherein the drive mechanism portion is of a configuration extending in a longitudinal direction of the tool main body, wherein the longitudinal direction corresponds to a front-rear direction, a blade mounted to a mounting portion provided at a front end of the drive mechanism portion, wherein the blade is replaceable and is arranged so as to protrude forward from a front side of the tool main body, and the blade is reciprocated in the longitudinal direction, in which the blade protrudes, by the drive force to thereby cut a work, and a cutting aid (40; 40A) protruding from the front side of the tool main body, wherein the cutting aid (40; 40A) is adapted to allow the setting of a cutting region of the blade to be applied to the work according to the relative position of the cutting aid (40; 40A) with respect to the tool main body, wherein the cutting aid includes a shoe main body, a stay portion, and a shaft portion connecting the shoe main body and the stay portion, wherein the stay portion comprises a slide support portion and mounting portions, and wherein the slide support portion is inserted into the tool main body in the longitudinal direction to be supported by the tool main body such that the slide support portion extends in the longitudinal direction and can slide in the longitudinal direction with respect to the tool main body, thereby the cutting aid is supported by the tool main body such that the relative position of the cutting aid with respect to the tool main body can be changed, characterized in that the cutting aid (40; 40A) is provided with a suction opening for collecting chippings from the work cut by the blade, and the suction opening is subjected to the sucking action of a dust collector provided externally or on the tool main body.
Entropy encoding apparatus comprising a decomposer configured to convert a sequence of syntax elements having a value range which is sub-divided into a sequence of N partitions (140 1-3) into a sequence of source symbols by individually decomposing at least a subgroup of the syntax elements into a respective number n of source symbols s i with i=1...n, the respective number n of source symbols depending on as to which of the sequence of N partitions (140 1-3) a value z of the respective syntax elements falls into, so that a sum of values of the respective number of source symbols s i yields z, and, if n>1, for all i=1...n-1, the value of s i corresponds to a range of the i th partition; a subdivider configured to subdivide the sequence of source symbols into a first subsequence of source symbols and a second subsequence of source symbols such that all source symbols s x with x being member of a first subset of {1...N} are contained within the first subsequence and all source symbols s y with y being member of a second subset of {1...N} being disjoint to the first subset, are contained within the second subsequence; a VLC encoder configured to symbol-wisely encode the source symbols of the first subsequence; and an arithmetic encoder configured to encode the second subsequence of source symbols, wherein the number of partitions N and the bound of the partitions are dependent on the actual syntax element.
Filter system with a filter element disposed in a housing, the filter element comprising a filter body in concentric shape with a longitudinal axis, a first open or closed end disk disposed on a front side and a second end disk disposed on the opposite front side, a support tube disposed concentrically around the longitudinal axis between the first and the second end disk (16, 18), wherein at least one of the end disks (16, 18) features one or more support knobs which are disposed circularly around the longitudinal axis by extending axially outwardly and which during installation into a receiving housing, abutting on an inner cover contour of the housing, fold down outwardly in radial direction and rest axially and radially against the housing, the filter system comprising furthermore - a housing which is substantially designed concentrically around a longitudinal axis, - a cover closing the housing which is also disposed concentrically around the longitudinal axis and features on its interior side an inner cover contour with a truncated cone protruding into the interior space of the housing to which one or several support knobs of a second end disk of the filter element can be applied and overlapped outwardly in radial direction, - an inlet disposed on the housing and/or on the cover for supplying the medium to be filtered, in particular air, wherein an outlet for discharging the filtered medium is provided on the housing concentrically to the longitudinal axis, wherein a sealing contour, which corresponds with the radial sealing of the first end disk of the filter element, is provided on the housing in the area of the outlet, wherein the filter element is disposed replaceably in the housing of the filter system. - a housing which is substantially designed concentrically around a longitudinal axis, - a cover closing the housing which is also disposed concentrically around the longitudinal axis and features on its interior side an inner cover contour with a truncated cone protruding into the interior space of the housing to which one or several support knobs of a second end disk of the filter element can be applied and overlapped outwardly in radial direction, - an inlet disposed on the housing and/or on the cover for supplying the medium to be filtered, in particular air,
Method for actuating an immobilizer for a trailer vehicle which can be coupled to a towing vehicle, with an electronic trailer braking system and with a brake assembly (206, 207, 215, 216) driven by said trailer braking system and exhibiting a parking brake, wherein the electronic trailer braking system can be driven by means of a control device in order to bring about the immobilization by driving the brake assembly (206, 207, 215, 216) and in order to apply the brakes on the trailer vehicle by means of the brake assembly (206, 207, 215, 216) so as to counter unauthorized removal, characterized in that the electronic trailer braking system places the brake assembly (206, 207, 215, 216) in the "brake closed" state or "brake released" state when a parking brake in a towing vehicle is actuated in the closing direction or releasing direction by a driver of the vehicle, wherein the immobilizer is activated in such a manner that the electronic trailer braking system is driven, remotely controlled by the control device, in order to place the parking brake of the brake assembly (206, 207, 215, 216) permanently in the "brake closed" state, only when the trailer vehicle has been uncoupled from the towing vehicle and parked, and wherein the immobilizer is deactivated when the trailer vehicle has been coupled to a towing vehicle and also the parking brake in the towing vehicle has been applied.