mhurhangee/ep-ind-claims huggingface dataset:
A magnetic sleeve comprising a body and a magnetic unit disposed in said body, said body including a first section, a second section connected to said first section and having an engagement end, a locking socket recessed into said engagement end of said second section, and a mounting hole formed inside said second section and communicating with said locking socket for accommodating said magnetic unit; characterised in that a reference point is defined inside said mounting hole, said mounting hole being enclosed by a peripheral wall while taking said reference point as center, said peripheral wall including at least one wall surface and at least one engagement surface different from said at least one wall surface, said at least one engagement surface having two transition points opposite to each other, said two transition points meeting said at least one wall surface, said at least one wall surface being curved in shape.
A test device for verifying the operability of an imaging unit, comprising: a processing unit; and a projection unit, wherein the projection unit is configured to project a pattern with defined properties into a working area, and wherein the processing unit is configured to evaluate image data acquired by the imaging unit, detect the projected pattern within the image data, extract its specific properties, and compare the specific properties of the detected projected pattern with the defined properties, characterized in that the pattern is a dynamic pattern in which the defined properties change continuously over time such that the defined properties change systematically at least in a first time interval and randomly at least in a second time interval. a processing unit; and a projection unit, wherein the projection unit is configured to project a pattern with defined properties into a working area, and wherein the processing unit is configured to evaluate image data acquired by the imaging unit, detect the projected pattern within the image data, extract its specific properties, and compare the specific properties of the detected projected pattern with the defined properties, characterized in that the pattern is a dynamic pattern in which the defined properties change continuously over time such that the defined properties change systematically at least in a first time interval and randomly at least in a second time interval.
An aqueous, lamellar structured, skin cleaning composition comprising: a) about 15 to 40 % by wt. of synthetic anionic surfactant(s); b) about 5 to 30 % by wt. of co-surfactant(s) selected from the group of amphoteric or nonionic surfactants or blends thereof; c) about 5 to 15 % by wt. of C 12 to C 18 linear alkyl fatty acid(s); d) wherein the synthetic anionic surfactant(s): co-surfactant(s) ratio is about 0.5 to 3; and e) wherein the synthetic anionic surfactant(s) and co-surfactant(s) to C 12 to C 18 linear alkyl fatty acid(s) ratio is about 2 to 6. a) about 15 to 40 % by wt. of synthetic anionic surfactant(s); b) about 5 to 30 % by wt. of co-surfactant(s) selected from the group of amphoteric or nonionic surfactants or blends thereof; c) about 5 to 15 % by wt. of C 12 to C 18 linear alkyl fatty acid(s); d) wherein the synthetic anionic surfactant(s): co-surfactant(s) ratio is about 0.5 to 3; and e) wherein the synthetic anionic surfactant(s) and co-surfactant(s) to C 12 to C 18 linear alkyl fatty acid(s) ratio is about 2 to 6.
Arrangement for fastening a flexible tube, in particular a corrugated tube, to a carrier tube having a larger diameter than the flexible tube, comprising: - the flexible tube, which can be placed on the carrier tube; - a covering element, which can be supported on the carrier tube on both sides of the flexible tube and can cover at least a portion of the flexible tube in an arcuate manner; and - a band clamp, which can be guided around an outer side of the covering element and around a side of the carrier tube that faces away from the flexible tube, characterized in that the end faces of the covering element, by way of which the covering element can be supported on the carrier tube, have a curvature which corresponds to the curvature of the carrier tube. - the flexible tube, which can be placed on the carrier tube; - a covering element, which can be supported on the carrier tube on both sides of the flexible tube and can cover at least a portion of the flexible tube in an arcuate manner; and - a band clamp, which can be guided around an outer side of the covering element and around a side of the carrier tube that faces away from the flexible tube,
A first edge cache (16 - EDGE CACHE 1) in a content delivery network, CDN, the CDN including a request router and a plurality of edge caches, the request router being operable to determine which one of the plurality of edge caches should serve content to a client (18, 54), the first edge cache (16 - EDGE CACHE 1) comprising: a processor; cache memory to store the content therein; and a memory to store data used by the processor, wherein the processor is operative to: receive a request for content from the client (18, 54); serve at least some of the content stored in the cache memory to the client (18, 54); and based on receiving a notification to shut down the first edge cache (16 - EDGE CACHE 1) after the client (18, 54) has already downloaded some of the content from the first edge cache (16 - EDGE CACHE 1), participate in a process to transfer the client (18, 54) from downloading the content from the first edge cache (16 - EDGE CACHE 1) to downloading the content from a second edge cache (16 - EDGE CACHE 2) after the client (18, 54) has already downloaded some of the content from the first edge cache (16 - EDGE CACHE 1) so that the client (18, 54) continues downloading the content from the second edge cache (16 - EDGE CACHE 2), wherein the process to transfer the client (18, 54) includes the processor being operative to redirect the client (18, 54) to the request router so that the client (18, 54) can receive an identification of the second edge cache (16 - EDGE CACHE 2) selected by the request router for the client (18, 54) to continue downloading of the content therefrom. receive a request for content from the client (18, 54); serve at least some of the content stored in the cache memory to the client (18, 54); and based on receiving a notification to shut down the first edge cache (16 - EDGE CACHE 1) after the client (18, 54) has already downloaded some of the content from the first edge cache (16 - EDGE CACHE 1), participate in a process to transfer the client (18, 54) from downloading the content from the first edge cache (16 - EDGE CACHE 1) to downloading the content from a second edge cache (16 - EDGE CACHE 2) after the client (18, 54) has already downloaded some of the content from the first edge cache (16 - EDGE CACHE 1) so that the client (18, 54) continues downloading the content from the second edge cache (16 - EDGE CACHE 2), wherein the process to transfer the client (18, 54) includes the processor being operative to redirect the client (18, 54) to the request router so that the client (18, 54) can receive an identification of the second edge cache (16 - EDGE CACHE 2) selected by the request router for the client (18, 54) to continue downloading of the content therefrom.
A receiver operable to perform iterative demodulation and decoding of a signal in a plurality of iterations, comprising: an a posteriori probability demodulator configured to receive an input digital signal comprising full precision symbol data used for demodulation in a first iteration and reduced precision symbol data used for demodulation in a subsequence iteration and output demodulated data; a deinterleaver configured to deinterleave the demodulated data; a forward error correction decoder configured to error correct the deinterleaved data; a forward error correction encoder configured to encode the decoded data; an interleaver configured to interleave the forward error correction encoded data and output the interleaved forward error correction encoded data to the a posteriori probability demodulator; and a symbol compressor/decompressor configured to compress the full precision symbol data received from the a posteriori probability demodulator, wherein compressing the full precision symbol data includes reduced-precision quantizing the full precision symbol data; to store the compressed symbol data in a symbol memory, to decompress the compressed symbol data stored in the symbol memory, and to send the decompressed compressed symbol data to the a posteriori demodulator for use in the subsequent iteration. an a posteriori probability demodulator configured to receive an input digital signal comprising full precision symbol data used for demodulation in a first iteration and reduced precision symbol data used for demodulation in a subsequence iteration and output demodulated data; a deinterleaver configured to deinterleave the demodulated data; a forward error correction decoder configured to error correct the deinterleaved data; a forward error correction encoder configured to encode the decoded data; an interleaver configured to interleave the forward error correction encoded data and output the interleaved forward error correction encoded data to the a posteriori probability demodulator; and a symbol compressor/decompressor configured to compress the full precision symbol data received from the a posteriori probability demodulator, wherein compressing the full precision symbol data includes reduced-precision quantizing the full precision symbol data; to store the compressed symbol data in a symbol memory, to decompress the compressed symbol data stored in the symbol memory, and to send the decompressed compressed symbol data to the a posteriori demodulator for use in the subsequent iteration. to compress the full precision symbol data received from the a posteriori probability demodulator, wherein compressing the full precision symbol data includes reduced-precision quantizing the full precision symbol data; to store the compressed symbol data in a symbol memory, to decompress the compressed symbol data stored in the symbol memory, and to send the decompressed compressed symbol data to the a posteriori demodulator for use in the subsequent iteration.
Cartridge valve which has a hydraulic sleeve (2; 102; 202) which has at least one port (P or A or B) which is formed as an elongate hole (3, 103, 203; 4, 104, 204; 5, 105, 205) extending in a limited manner in the peripheral direction with respect to a longitudinal axis of the hydraulic sleeve (2; 102; 202) and which is protected by means of a screen insert (12; 112; 212) inserted into the elongate hole (3, 103, 203; 4, 104, 204; 5, 105, 205), wherein the elongate hole (3, 103, 203; 4, 104, 204; 5, 105, 205) has a receiving groove which is formed at least partially over the periphery of the elongate hole (3, 103, 203; 4, 104, 204; 5, 105, 205), characterized in that the elongate hole (3, 103, 203; 4, 104, 204; 5, 105, 205) is provided so as to be sickle-shaped and the receiving groove is in each case formed in the region of peripheral ends of the elongate hole (3, 103, 203; 4, 104, 204; 5, 105, 205) as a gap with a height between a shoulder (18; 118; 218) formed in the receiving groove and a covering tongue, opposite the shoulder (18; 118; 218), of the receiving groove, wherein the screen insert (12; 112; 212) is able to be positioned so as to be bent in a manner matched to a radius of the elongate hole (3, 103, 203; 4, 104, 204; 5, 105, 205) with its outer edge (90; 190; 290), formed on peripherally end-side retaining tongues (22, 23), supported at least partially between the shoulder (18; 118; 218) and the covering tongue, wherein a thickness of the retaining tongues (22, 23) is less than the height of the gap such that the retaining tongues (22, 23) are fixed in a form-fitting manner between the covering tongue and the shoulder (18; 118; 218) with the aid of static friction.
Use of a mixture in a compounding process for the preparation of pigmented impact-modified thermoplastic polymer compositions comprising A) from 60 to 98 parts by weight, based on the sum of components A and B, of at least one graft polymer, used in powder form, consisting of a rubber-elastic core and a grafted polymer component as the shell, B) from 2 to 40 parts by weight, based on the sum of components A and B, of at least one inorganic or organic liquid compound, and C) at least one pigment, characterised in that the graft polymer A and/or the pigment C absorbs or adsorbs the liquid inorganic or organic compound B, and the boiling point of component B at normal pressure is below the temperature of the polymer melt during the compounding. A) from 60 to 98 parts by weight, based on the sum of components A and B, of at least one graft polymer, used in powder form, consisting of a rubber-elastic core and a grafted polymer component as the shell, B) from 2 to 40 parts by weight, based on the sum of components A and B, of at least one inorganic or organic liquid compound, and C) at least one pigment,
Safety detector comprising a detection module configured for reading a control signal (S_IN) at the input, said detector comprising two supply terminals, a first control input and a first control output, a first safety output (OSSD1) and a second safety output (OSSD2), and a first free terminal and a second free terminal, characterized in that it comprises: - A second control input connected to the first free terminal and a second control output connected to the second free terminal, - A test module configured for applying a first test sequence comprising a disabling of the first control output and a test of a start loop (B_ST) connected between the second control output and the first control input and/or a second test sequence comprising a disabling of the second control output and a test of a start loop (B_ST) connected between the first control output and the second control input. - A second control input connected to the first free terminal and a second control output connected to the second free terminal, - A test module configured for applying a first test sequence comprising a disabling of the first control output and a test of a start loop (B_ST) connected between the second control output and the first control input and/or a second test sequence comprising a disabling of the second control output and a test of a start loop (B_ST) connected between the first control output and the second control input.
An apparatus comprising means for: determining which of at least two distributed units co-located on a satellite, each distributed unit associated with a centralised unit, wherein each of the centralised units is located at a different location, has a best path to the associated centralised unit, wherein the best path is the path which minimises centralised unit handovers at the distributed unit; and causing the transmit power of the determined one of the at least two distributed units received at a user equipment to be higher relative to the transmit power of any of the other of the at least two distributed units received at the user equipment. determining which of at least two distributed units co-located on a satellite, each distributed unit associated with a centralised unit, wherein each of the centralised units is located at a different location, has a best path to the associated centralised unit, wherein the best path is the path which minimises centralised unit handovers at the distributed unit; and causing the transmit power of the determined one of the at least two distributed units received at a user equipment to be higher relative to the transmit power of any of the other of the at least two distributed units received at the user equipment.
An energy storage system comprising: a particle regeneration subsystem for applying electrical energy to regenerate metallic particulate fuel, the particle regeneration subsystem comprising one or more regenerator stacks that, when electrical energy is applied, regenerate the metallic particulate fuel and produce a gaseous effluent; a fuel storage subsystem for storing metallic particulate fuel, the fuel storage subsystem in fluid communication with the particle regeneration subsystem; and a power generation subsystem for producing electrical energy from the metallic particulate fuel, the power generation subsystem in fluid communication with the fuel storage subsystem; a bearer electrolyte for transporting the metallic particulate fuel through the particle regeneration subsystem, the fuel storage subsystem and the power generation subsystem; a control unit configured to independently control flow of the bearer electrolyte between the particle regeneration subsystem and the fuel storage subsystem, and the fuel storage subsystem and the power generation subsystem; one or more intermediate tanks in fluid communication between the one or more regenerator stacks and the fuel storage subsystem, the one or more intermediate tanks being configured to release the gaseous effluent into the atmosphere. a particle regeneration subsystem for applying electrical energy to regenerate metallic particulate fuel, the particle regeneration subsystem comprising one or more regenerator stacks that, when electrical energy is applied, regenerate the metallic particulate fuel and produce a gaseous effluent; a fuel storage subsystem for storing metallic particulate fuel, the fuel storage subsystem in fluid communication with the particle regeneration subsystem; and a power generation subsystem for producing electrical energy from the metallic particulate fuel, the power generation subsystem in fluid communication with the fuel storage subsystem; a bearer electrolyte for transporting the metallic particulate fuel through the particle regeneration subsystem, the fuel storage subsystem and the power generation subsystem; a control unit configured to independently control flow of the bearer electrolyte between the particle regeneration subsystem and the fuel storage subsystem, and the fuel storage subsystem and the power generation subsystem; one or more intermediate tanks in fluid communication between the one or more regenerator stacks and the fuel storage subsystem, the one or more intermediate tanks being configured to release the gaseous effluent into the atmosphere.
An optical sensor for detecting codes, having a transmitter emitting light beams and a receiver receiving light beams, the transmitter and the receiver being designed to scan codes, and having an evaluation unit which is designed to determine code information of the codes as a function of received signals of the receiver, the evaluation unit having neural networks (11, 12), characterised in that the neural networks (11, 12) form differentiation units for differentiating the received signals.
A femoral jig adapted for use in knee surgery prior to making any resection, said jig comprising a component shaped to represent the overall profile of a femoral prosthetic component of a specific side and size, and having extending therefrom an anterior reference arm; said arm having a cutting guide located thereon or means for attaching a cutting guide thereto said jig allowing the size of the femoral prosthetic component to be tested in a position of flexion and a position of extension and between the two positions prior to making any resection.
Vehicle seat comprising a backrest, which is connected to a sitting part by means of a backrest adjusting element, the backrest adjusting element having a part that is connected to the backrest, characterized in that first means (9, 11) are formed, incorporated, shaped and/or arranged in the part and in the sitting part and a second means is formed, incorporated, shaped and/or arranged in the sitting part, which means preferably temporarily secure the position of the part relative to the sitting part in at least one direction, wherein the part is rotatably arranged about the first means (9, 11) and the second means is a stop against which the part bears.
A leg with a foot, the foot having a base portion and a stretchable handle made from a resilient material, the handle being pivotally attached to the base portion at a first end and including a gripping portion at a second end, said handle further comprising a centrally deployed, rigid, securing member attached to the gripping portion, the handle being movable between a first position in which the foot is removable from the leg and a second position in which an end of the securing member is secured within a securing recess in the leg portion whereby the foot is secured to the leg, wherein the securing member has a leg receiving recess for receiving an edge of the leg, the securing member pivotable on the edge when the handle is in the first position characterised in that the securing member extends away from the gripping portion of the handle and is attached within a securing member receiving aperture of the handle, in a direction distal to the end of the securing member which is secured in use to the securing recess.
Sheet pile supporting assembly for a sheet material processing machine, especially a cardboard or paper processing machine, comprising a plurality of sheet pile supporting bars extending substantially in parallel and being movable between a retracted and an extended position respectively, wherein the sheet pile supporting bars are adapted to support a sheet pile while in the extended position, a movable guiding means for selectively moving one or more of the sheet pile supporting bars from the retracted position to the extended position, and an automatic selection unit for automatically selecting the sheet pile supporting bars to be moved to the extended position and for coupling the selected sheet pile supporting bars to the movable guiding means, characterized in that the selection unit comprises a scanner unit adapted for the detection of geometrical obstacles in an extension space associated with the sheet pile supporting bars. a plurality of sheet pile supporting bars extending substantially in parallel and being movable between a retracted and an extended position respectively, wherein the sheet pile supporting bars are adapted to support a sheet pile while in the extended position, a movable guiding means for selectively moving one or more of the sheet pile supporting bars from the retracted position to the extended position, and an automatic selection unit for automatically selecting the sheet pile supporting bars to be moved to the extended position and for coupling the selected sheet pile supporting bars to the movable guiding means, characterized in that the selection unit comprises a scanner unit adapted for the detection of geometrical obstacles in an extension space associated with the sheet pile supporting bars.
A pharmaceutical composition comprising polyacrylonitrile (PANi), elastin, and collagen together forming a polyacrylonitrile (PANi), elastin, collagen polymer network (PANi-E-C).