mhurhangee/ep-ind-claims huggingface dataset:
A method, executed by a computer, of tracking a three-dimensional, 3D, object (102, 302, 312, 310), comprising: capturing a set of 2D images of the 3D object (102, 302, 312, 310) with a tracking background, wherein the tracking background includes at least one known pattern for segmenting the 3D object from the tracking background, wherein the set of 2D images includes a plurality of viewing angles (106a-e) of the 3D object (102, 302, 312, 310); extracting a set of feature points from each 2D image, wherein the set of feature points include a first subset of feature points of the 3D object (102, 302, 312, 310) and a second subset of feature points of the tracking background; and storing the first subset of feature points in a database; receiving a tracking image of the 3D object (102, 302, 312, 310) at a mobile device; extracting feature points of the tracking image of the 3D object (102, 302, 312, 310); comparing the feature points of the tracking image of the 3D object (102, 302, 312, 310) to corresponding feature points stored in the database; determining whether the feature points of the tracking image match said feature points of one or more images in the set of 2D images in the database; and providing information about the tracking image on the mobile device in response to determination of the feature points of the tracking image match the feature points of the one or more images in the set of 2D images in the database. capturing a set of 2D images of the 3D object (102, 302, 312, 310) with a tracking background, wherein the tracking background includes at least one known pattern for segmenting the 3D object from the tracking background, wherein the set of 2D images includes a plurality of viewing angles (106a-e) of the 3D object (102, 302, 312, 310); extracting a set of feature points from each 2D image, wherein the set of feature points include a first subset of feature points of the 3D object (102, 302, 312, 310) and a second subset of feature points of the tracking background; and storing the first subset of feature points in a database; receiving a tracking image of the 3D object (102, 302, 312, 310) at a mobile device; extracting feature points of the tracking image of the 3D object (102, 302, 312, 310); comparing the feature points of the tracking image of the 3D object (102, 302, 312, 310) to corresponding feature points stored in the database; determining whether the feature points of the tracking image match said feature points of one or more images in the set of 2D images in the database; and providing information about the tracking image on the mobile device in response to determination of the feature points of the tracking image match the feature points of the one or more images in the set of 2D images in the database.
Refrigerator, in particular a household refrigerator, having a body having an inner container which lines a refrigerating zone and having at least one storage shelf for refrigerated goods which is mounted in the refrigerating zone on inner walls (9, 10) of the inner container such that it can be pulled out by linear guides (11a, 11b), wherein the linear guides (11a, 11b) have supports which engage under the storage shelf, and at least one flat shelf section of the storage shelf is guided onto the inner walls (9, 10) of the inner container so as to cover the supports, wherein the storage shelf is connected to support strips which form the supports and are fixedly connected to moveable guide rails of the linear guides (11a, 11b), characterised in that each support strip has a perpendicularly running wall section and each support strip is embodied as a box-shaped hollow profile strip in a region of the perpendicularly running wall section lying below the plane of the storage shelf, and has a receptacle arranged beneath the storage shelf and embodied as open up to the lateral edges of the storage shelf, within which receptacle the linear guides (11a, 11b) are at least largely accommodated, in particular such that they terminate flush with the free edges of the receptacle directed away from the storage shelf, and wherein the storage shelf rests on the cover area of the box-shaped hollow profile strip.
In a cellular communication system, a method of operating a transmitter for use with a base station, or operating a receiver for use with a user equipment, comprising: providing a primary synchronization signal selected from a group of multiple sequences, wherein at least two of the group of multiple sequences have complex conjugate symmetry in the time domain; and transmitting or receiving the primary synchronization signal, characterized in that the group corresponds to a set of frequency domain Zadoff-Chu sequences of length 63; wherein the set consists of a first, second and third sequence, wherein the first sequence has a root index n1, the second sequence has a root index n2 being different from n1, and the third sequence has a root index 63-n1, where n1 and n2 take values between 1 and 63. providing a primary synchronization signal selected from a group of multiple sequences, wherein at least two of the group of multiple sequences have complex conjugate symmetry in the time domain; and transmitting or receiving the primary synchronization signal, characterized in that the group corresponds to a set of frequency domain Zadoff-Chu sequences of length 63; wherein the set consists of a first, second and third sequence, wherein the first sequence has a root index n1, the second sequence has a root index n2 being different from n1, and the third sequence has a root index 63-n1, where n1 and n2 take values between 1 and 63.
A macro-synthetic fiber consisting of three or more partially fused filaments made of a polymer composition comprising at least one polypropylene, wherein said fiber has a multi-lobal cross-sectional shape with three or more lobes, wherein the macro-synthetic fiber has a linear density of at least 1111.11 dtex (1000 den), preferably at least 1333.33 dtex (1200 den).
A compound represented by formula, an N-oxide thereof, or a pharmaceutically acceptable salt thereof: wherein K represents CH 2 or C=O; R 1 represents heteroaryl, which group may be optionally substituted by one or more substituents; R 2 represents hydrogen or halogen; R 3 represents hydrogen or trifluoromethyl; R 4 represents hydrogen, halogen or C 1-6 alkyl; R 5 represents halogen, -OR a, difluoromethoxy or trifluoromethoxy; R 6 represents hydrogen, halogen or trifluoromethyl; R 7 represents hydrogen or trifluoromethyl; R 8 represents hydrogen, halogen or trifluoromethyl; R a represents C 1-6 alkyl, C 3-7 cycloalkyl, C 3-7 heterocycloalkyl, aryl, aryl(C 1-6)alkyl, heteroaryl or heteroaryl(C 1-6)alkyl, any of which groups may be optionally substituted by one or more substituents; and R f represents hydrogen, C 1-6 alkylcarbonyl or C 1-6 alkyl, which groups may be optionally substituted by one or more substituents selected from halogen and C 1-6 alkyl.
An apparatus for extracting power comprising: a track comprising first and second (104, 106) sections and a terminal (108, 110) connecting the first and second sections (104, 106), wherein the first section is positioned above the second section; multiple towers, each tower supporting the track; an airfoil (112, 230) moveable in opposite directions when alternately coupled to the first section and second section, wherein the airfoil (112, 230) pitches or yaws as it travels along the terminal (108, 110), wherein the airfoil (112, 230) comprises a suction surface and a pressure surface, and wherein the suction surface lies between the pressure surface and the track; a bridle system coupling at least one of the first and second sections (104, 106) to an anchor; and a power generator to harvest power from a fluid through the movement of the airfoil (112, 230). a track comprising first and second (104, 106) sections and a terminal (108, 110) connecting the first and second sections (104, 106), wherein the first section is positioned above the second section; multiple towers, each tower supporting the track; an airfoil (112, 230) moveable in opposite directions when alternately coupled to the first section and second section, wherein the airfoil (112, 230) pitches or yaws as it travels along the terminal (108, 110), wherein the airfoil (112, 230) comprises a suction surface and a pressure surface, and wherein the suction surface lies between the pressure surface and the track; a bridle system coupling at least one of the first and second sections (104, 106) to an anchor; and a power generator to harvest power from a fluid through the movement of the airfoil (112, 230).
Bedding assembly, comprising an at least substantially rectangular insulating duvet, an at least practically fitting sleeve covering the duvet, said sleeve being closed on a first side and open on an opposite side, opposite said first side, to receive the duvet, and manually releasable fixation means that are provided inside the sleeve between the duvet and the sleeve in or at least close to a first corner and a second corner on said closed first side of the assembly, said fixation means fixating the duvet to the sleeve in or close to said corners, wherein the fixation means comprise a fixation device with a base part which is connected directly or indirectly to the sleeve, wherein said fixation device comprises one or more fixation members on a free distal end, which are able and configured to receive and fix a free outer end of the duvet, and wherein the fixation device comprises a clamping device which carries at the distal end at least one clamping member into which an edge of the duvet is clamped, wherein the at least one clamping member comprises a resilient at least pivoting jaw in which the edge of at least the duvet is clampingly received, wherein the fixation device comprises a housing with a recess in which the resilient at least pivoting jaw is received with clamping closure of the jaw round an edge of at least the duvet, wherein a tongue extends proximally from the jaw, and is connected to the sleeve, characterized in that said housing comprises a gap, and ir that said jaw protrudes movable with said tongue through said gap.
Method for identifying a user of a signalling unit when said user performs a physical interaction with a user interface of the signalling unit, thereby requesting a signalling unit action, wherein said user carries an identification tag, the method comprising the steps of: a. transmitting, by the signalling unit, a signalling unit message; b. receiving said signalling unit message by the identification tag, and subsequently transmitting a tag response message by the identification tag, said tag response message comprising identification information of the user carrying said identification tag, c. receiving, by the signalling unit, said tag response message, thereby identifying the user requesting the signalling unit action whereby said transmission is initiated upon said physical interaction of the user at the user interface of the signalling unit, characterized in that the signalling unit message is transmitted as variations in a magnetic field, and the tag response message is transmitted as a radiofrequency signal. a. transmitting, by the signalling unit, a signalling unit message; b. receiving said signalling unit message by the identification tag, and subsequently transmitting a tag response message by the identification tag, said tag response message comprising identification information of the user carrying said identification tag, c. receiving, by the signalling unit, said tag response message, thereby identifying the user requesting the signalling unit action whereby said transmission is initiated upon said physical interaction of the user at the user interface of the signalling unit, characterized in that the signalling unit message is transmitted as variations in a magnetic field, and the tag response message is transmitted as a radiofrequency signal.
A computer room environmental conditioning unit (20, 120, 220, 320, 420, 520) comprising: a structural assembly (36, 136, 236, 336, 436); at least one blower (24, 124, 224, 324, 424, 524) operable to draw a flow of air through the conditioning unit, the at least one blower coupled to the structural assembly and operable to be moved between first and second positions relative to the structural assembly, the at least one blower being coupled to the structural assembly in both the first and second positions; wherein the at least one blower is entirely contained within the conditioning unit when in the first position and extends outwardly beyond the conditioning unit when in the second position; wherein the at least one blower remains coupled to the structural assembly during movement between the first and second positions. a structural assembly (36, 136, 236, 336, 436); at least one blower (24, 124, 224, 324, 424, 524) operable to draw a flow of air through the conditioning unit, the at least one blower coupled to the structural assembly and operable to be moved between first and second positions relative to the structural assembly, the at least one blower being coupled to the structural assembly in both the first and second positions;
Decoder for reconstructing a picture from a datastream into which the picture is coded in units of slices into which the picture is partitioned, wherein the decoder is configured to decode the slices from the datastream in accordance with a slice order and the decoder is responsive to a syntax element portion within a current slice of the slices, so as to decode the current slice in accordance with one of at least two modes (20, 22), and in accordance with a first of the at least two modes, decode the current slice from the datastream using context adaptive entropy decoding including a derivation of contexts across slice boundaries, a continuous update of symbol probabilities of the contexts and an initialization (38, 40) of the symbol probabilities depending on saved states of symbol probabilities of a previously decoded slice, and predictive decoding across the slice boundaries, and in accordance with a second of the at least two modes, decode the current slice from the datastream using context adaptive entropy decoding with restricting the derivation of the contexts so as to not cross the slice boundaries, a continuous update of symbol probabilities of the contexts and an initialization of the symbol probabilities independent on any previously decoded slice, and predictive decoding with restricting the predictive decoding so as to not cross the slice boundaries, wherein the picture is partitioned in coding blocks arranged in rows and columns and having a raster scan order defined among each other, and the decoder is configured to associate each slice with a continuous subset of the coding blocks in the raster scan order so that the subsets follow each other along the raster scan order in accordance with the slice order, and wherein the decoder is configured to save symbol probabilities as obtained in context adaptive entropy decoding the previously decoded slice up to a second coding block in a row in accordance with the raster scan order, and, in initializing the symbol probabilities for the context adaptive entropy decoding of the current slice in accordance with the first mode, check as to whether a first coding block of the continuous subset of coding blocks associated with the current slice is a first coding block in a row in accordance with the raster scan order, and, if so, initialize the symbol probabilities for the context adaptive entropy decoding of the current slice depending on the saved symbol probabilities as obtained in context adaptive entropy decoding the previously decoded slice up to a second coding block in a row in accordance with the raster scan order, and, if not, initialize the symbol probabilities for the context adaptive entropy decoding of the current slice depending on symbol probabilities as obtained in context adaptive entropy decoding the previously decoded slice up to the end of the previously decoded slice.
A capsule containing at least one powdered food substance which can be extracted by passing water through it to make a beverage, comprising: a substantially cup-shaped body comprising a lower wall and a lateral wall; a lid fixed to the body of the capsule at an edge of the lateral wall located on the opposite side to the lower wall; between said lid and the inner surface of the capsule body there being a chamber for containing the powdered food substance; the lid being in use pierceable to allow the injection of water into the chamber, and the lower wall being in use pierceable at a central portion of it to allow extraction of a beverage from the capsule; a filter positioned inside the chamber close to the lower wall the filter being a sheet of flexible material, comprising one or more superposed layers of flexible material, directly fixed to the body, said filter separating the powdered food substance at least from the central portion of the lower wall, being permeable to the beverage and substantially preventing the passage of the powdered food substance, said sheet of flexible material also being shaped to form, substantially at the central portion of the lower wall, at least one projection towards the lid where the filter is distanced from the central portion of the lower wall, and where there is a compartment, between the filter and the central portion, where, during use, a piercing element can be inserted following penetration through the central portion of the lower wall, without damaging the filter. a substantially cup-shaped body comprising a lower wall and a lateral wall; a lid fixed to the body of the capsule at an edge of the lateral wall located on the opposite side to the lower wall; between said lid and the inner surface of the capsule body there being a chamber for containing the powdered food substance; the lid being in use pierceable to allow the injection of water into the chamber, and the lower wall being in use pierceable at a central portion of it to allow extraction of a beverage from the capsule; a filter positioned inside the chamber close to the lower wall the filter being a sheet of flexible material, comprising one or more superposed layers of flexible material, directly fixed to the body, said filter separating the powdered food substance at least from the central portion of the lower wall, being permeable to the beverage and substantially preventing the passage of the powdered food substance, said sheet of flexible material also being shaped to form, substantially at the central portion of the lower wall, at least one projection towards the lid where the filter is distanced from the central portion of the lower wall, and where there is a compartment, between the filter and the central portion, where, during use, a piercing element can be inserted following penetration through the central portion of the lower wall, without damaging the filter.
A computer-implemented method for distributed policy enforcement in a network, comprising, at an edge device (200, 302): receiving, an initial packet for a traffic flow going out of the network; determining that the initial packet triggers an edge policy maintained at the edge device (200, 302); characterised by: performing a reverse lookup to identify at least: an intermediate node that is previously traversed by the initial packet and traffic parameters associated with the initial packet at the identified intermediate node; translating the policy based on the traffic parameters at the identified intermediate node; and forwarding the translated policy to the identified intermediate node, thereby facilitating the identified intermediate node in applying the policy to the traffic flow. receiving, an initial packet for a traffic flow going out of the network; determining that the initial packet triggers an edge policy maintained at the edge device (200, 302); performing a reverse lookup to identify at least: an intermediate node that is previously traversed by the initial packet and traffic parameters associated with the initial packet at the identified intermediate node; translating the policy based on the traffic parameters at the identified intermediate node; and forwarding the translated policy to the identified intermediate node, thereby facilitating the identified intermediate node in applying the policy to the traffic flow.
A single-stage circuit breaker, comprising a first accommodation chamber having a first current path formed therein; a second accommodation chamber having a second current path formed therein; an electromagnetic trip device arranged in the first accommodation chamber; a first contact assembly and a first execution assembly used for cooperating with the electromagnetic trip device and located in the first accommodation chamber; an arc fault and leakage trip device arranged in the second accommodation chamber; a second contact assembly and a second execution assembly used for cooperating with the arc fault and leakage trip device and located in the second accommodation chamber; wherein the first execution assembly, the second execution assembly, the first contact assembly and the second contact assembly can be respectively actuated by the action of a handle, to switch the circuit breaker in an ON state or in an OFF state; a circuit board assembly for arc fault handling and leakage protection; and an auxiliary contact assembly arranged inside the second accommodation chamber for effecting safe electrical isolation of the circuit board assembly.
An assembly for a gas turbine engine, the assembly comprising: a drum having a generally conically shaped inner surface that defines a flow path for a first leakage fluid; and a hub connected to a forward portion of the drum to allow for co-rotation of the hub and drum, wherein the hub has a generally conically shaped inner surface that defines a flow path for a second leakage fluid, wherein at least one of the hub and the drum include a flange (68,62) with one or more holes (70,72) therein, characterised in that the one or more holes (70, 72) allow for the passage of the first leakage fluid or second leakage fluid to the engine flow path, and in that the hub and the drum each comprise solid pieces with no drainage holes therein. a drum having a generally conically shaped inner surface that defines a flow path for a first leakage fluid; and a hub connected to a forward portion of the drum to allow for co-rotation of the hub and drum, wherein the hub has a generally conically shaped inner surface that defines a flow path for a second leakage fluid, wherein at least one of the hub and the drum include a flange (68,62) with one or more holes (70,72) therein, characterised in that the one or more holes (70, 72) allow for the passage of the first leakage fluid or second leakage fluid to the engine flow path, and in that the hub and the drum each comprise solid pieces with no drainage holes therein.