mhurhangee/ep-ind-claims huggingface dataset:
A shell component part which can be connected to a core in order to produce a snow sliding board, in particular a ski (1, 1a, 1b), the shell component part comprising: a. a shell made of an at least single-layered planar material; and b. at least one channel for receiving at least one trimming rod; c. wherein, once the snow sliding board has been finished, the at least one channel is an integrated constituent of a sliding board body and extends in the longitudinal direction of the sliding board body, d. and wherein a tubular profile forms the at least one channel characterised in that e. the shell component part is prefabricated with the at least one tubular profile and comprises a 3D shell featuring at least one shell portion (7.2) which is groove-like on an inner side of the shell and extends in the longitudinal direction of the shell, and the tubular profile is pre-assembled on said groove-like shell portion (7.2) and connected to the inner side of the shell. a. a shell made of an at least single-layered planar material; and b. at least one channel for receiving at least one trimming rod; c. wherein, once the snow sliding board has been finished, the at least one channel is an integrated constituent of a sliding board body and extends in the longitudinal direction of the sliding board body, d. and wherein a tubular profile forms the at least one channel e. the shell component part is prefabricated with the at least one tubular profile and comprises a 3D shell featuring at least one shell portion (7.2) which is groove-like on an inner side of the shell and extends in the longitudinal direction of the shell, and the tubular profile is pre-assembled on said groove-like shell portion (7.2) and connected to the inner side of the shell.
Method for modelling the surroundings of a vehicle, comprising the steps - acquiring surroundings data for a multiplicity of measuring positions by sensing the surroundings by means of at least one sensor, and - storing the measuring positions, characterized by the further steps - making available a multiplicity of tiles, which are grid tiles, for storing the surroundings data, - storing the surroundings data in at least a first tile and in at least a second tile of a first surroundings model, wherein the first tile and the second tile represent a part of the surroundings, - storing at least one clear feature from the surroundings data of the first tile and an associated first measuring position of which the feature was sensed, - storing a travelled-along trajectory of the vehicle, - sensing the feature from a second measuring position within the second tile, wherein the surroundings data of the first tile and of the second tile are not identical, - determining a corrected measuring position and a corrected trajectory from the first measuring position and the second measuring position and the travelled-along trajectory, and - producing a second surroundings model by inserting surroundings data, corrected on the basis of the corrected trajectory, of the first surroundings model. - acquiring surroundings data for a multiplicity of measuring positions by sensing the surroundings by means of at least one sensor, and - storing the measuring positions, characterized by the further steps - making available a multiplicity of tiles, which are grid tiles, for storing the surroundings data, - storing the surroundings data in at least a first tile and in at least a second tile of a first surroundings model, wherein the first tile and the second tile represent a part of the surroundings, - storing at least one clear feature from the surroundings data of the first tile and an associated first measuring position of which the feature was sensed, - storing a travelled-along trajectory of the vehicle, - sensing the feature from a second measuring position within the second tile, wherein the surroundings data of the first tile and of the second tile are not identical, - determining a corrected measuring position and a corrected trajectory from the first measuring position and the second measuring position and the travelled-along trajectory, and - producing a second surroundings model by inserting surroundings data, corrected on the basis of the corrected trajectory, of the first surroundings model.
A dual disc collar for anchoring the inside of an intestine to an abdominal wall, comprising: a first end in the form of a disc for placement in an intestine, joined to a second end in the form of a disc for placement against an abdominal wall, by a central lumen, characterised in that the collar is configured to provide support for an in-dwelling device that, in use, would pass through the collar via the lumen; wherein the collar comprises compression cords which, when pulled, draw the first and second ends together; and whereby the central lumen is configured to clamp down in an accordion effect on the in-dwelling device passing through the collar upon pulling the compression cords. a first end in the form of a disc for placement in an intestine, joined to a second end in the form of a disc for placement against an abdominal wall, by a central lumen, characterised in that the collar is configured to provide support for an in-dwelling device that, in use, would pass through the collar via the lumen; wherein the collar comprises compression cords which, when pulled, draw the first and second ends together; and whereby the central lumen is configured to clamp down in an accordion effect on the in-dwelling device passing through the collar upon pulling the compression cords.
Use of vinegar as a substitute of all or part of the salt of a food composition, characterized in that said composition is selected in the group consisting of bread, Viennese pastry, puff pastries, short pastries and shortbreads, biscuits, sourdoughs, and pastas, in that the vinegar has an acidity of about 3 to 10% and in that the vinegar replaces at least 60% of the salt quantity contained in the composition while preserving the food composition gustative values.
A bar antenna comprising: a bar core comprising at least two core pieces (2a-2b; 2a-2c; 2a-2d; 2a-2e; 2a-2e) connected to each other in series by an adhesive, wherein one core piece of the at least two core pieces (2a;2b;2c) is longer than the other core piece of the at least two core pieces or longer than the other core pieces of the at least two core pieces; a bobbin covering substantially the entire bar core; a winding wound on a portion of the bobbin corresponding to the longer core piece (2a;2b;2c); and a case having the bar core and the bobbin disposed therein, wherein the case is filled with a potting material for sealing the bar core and the bobbin, and wherein the bar core is configured to be bendable with respect to a predetermined external force at a connection portion between the at least two core pieces. a bar core comprising at least two core pieces (2a-2b; 2a-2c; 2a-2d; 2a-2e; 2a-2e) connected to each other in series by an adhesive, wherein one core piece of the at least two core pieces (2a;2b;2c) is longer than the other core piece of the at least two core pieces or longer than the other core pieces of the at least two core pieces; a bobbin covering substantially the entire bar core; a winding wound on a portion of the bobbin corresponding to the longer core piece (2a;2b;2c); and a case having the bar core and the bobbin disposed therein, wherein the case is filled with a potting material for sealing the bar core and the bobbin, and wherein the bar core is configured to be bendable with respect to a predetermined external force at a connection portion between the at least two core pieces.
A method performed by a user equipment, UE, for wireless communication, the method characterised by comprising: receiving an indicator of resource allocation for a plurality of UEs, wherein the indicator of resource allocation includes a bitmap indicating which UEs in the plurality of UEs reported a negative acknowledgement for a prior downlink transmission; determining, based at least on a grouping of the plurality of UEs, resources from the resource allocation for receiving data at the UE; and receiving the data on the determined resources. receiving an indicator of resource allocation for a plurality of UEs, wherein the indicator of resource allocation includes a bitmap indicating which UEs in the plurality of UEs reported a negative acknowledgement for a prior downlink transmission; determining, based at least on a grouping of the plurality of UEs, resources from the resource allocation for receiving data at the UE; and receiving the data on the determined resources.
Method for shifting of rod-like articles wherein: at least one rod-like article (4, 4') or a rod-like article group is conveyed in a flute situated on the circumference of a drum conveyor, whereas the lengths of the rod-like articles (4, 4') or the total lengths of the rod-like article groups in each of the flutes may vary, characterised in that moreover a pushing unit (5, 25, 35) is shifted in a direction being substantially transverse to the axis of the flute of the drum conveyor, by means of surfaces (11A, 21A, 31A) of the pushing unit (5, 25, 35) which are disposed angularly relative to pusher elements (7, 27, 37) slidably mounted in the direction of the axis of the flute, the force exerted by the pushing unit (5, 25, 35) is directed on the pusher elements (7,27, 37), then the rod-like articles (4, 4') or the rod-like article groups are axially shifted in the flutes by means of the pusher elements (7, 27, 37). at least one rod-like article (4, 4') or a rod-like article group is conveyed in a flute situated on the circumference of a drum conveyor, whereas the lengths of the rod-like articles (4, 4') or the total lengths of the rod-like article groups in each of the flutes may vary, characterised in that moreover a pushing unit (5, 25, 35) is shifted in a direction being substantially transverse to the axis of the flute of the drum conveyor, by means of surfaces (11A, 21A, 31A) of the pushing unit (5, 25, 35) which are disposed angularly relative to pusher elements (7, 27, 37) slidably mounted in the direction of the axis of the flute, the force exerted by the pushing unit (5, 25, 35) is directed on the pusher elements (7,27, 37), then the rod-like articles (4, 4') or the rod-like article groups are axially shifted in the flutes by means of the pusher elements (7, 27, 37).
A method for setting a sports mode, comprising: outputting, by a first transceiver module of an intelligent device, a first electrical signal by using an output end and receiving a second electrical signal by using a receive end, wherein the output end and the receive end are two metal endpoints on an outer surface of the intelligent device; obtaining, by the intelligent device, first sports characteristic data detected by a sports sensing apparatus, wherein the sports sensing apparatus is mounted in the intelligent device; and setting, by the intelligent device, a sports mode to a swimming mode if a setting condition of the swimming mode is met, wherein the setting condition comprises: a variation between the second electrical signal and the first electrical signal meets a preset condition, and the first sports characteristic data matches preset sports characteristic data corresponding to the swimming mode, wherein the preset condition is: a frequency of the second electrical signal matches a frequency of the first electrical signal. outputting, by a first transceiver module of an intelligent device, a first electrical signal by using an output end and receiving a second electrical signal by using a receive end, wherein the output end and the receive end are two metal endpoints on an outer surface of the intelligent device; obtaining, by the intelligent device, first sports characteristic data detected by a sports sensing apparatus, wherein the sports sensing apparatus is mounted in the intelligent device; and setting, by the intelligent device, a sports mode to a swimming mode if a setting condition of the swimming mode is met, wherein the setting condition comprises: a variation between the second electrical signal and the first electrical signal meets a preset condition, and the first sports characteristic data matches preset sports characteristic data corresponding to the swimming mode, wherein the preset condition is: a frequency of the second electrical signal matches a frequency of the first electrical signal.
Plant cells expressing a TNFα polypeptide inhibitor for use in the treatment by oral administration of a TNFα associated medical condition selected from the group consisting of obesity, metabolic syndrome, diabetes, hyperlipidemia and a liver disease or disorder, wherein said TNFα polypeptide inhibitor binds TNFα and inhibits TNFα activity and wherein said plant cells are plant cells from plant suspension culture.
A power-management system for electronic devices, the system comprising: a collection of battery-operated electronic devices that are operated by different users and each programmed to generate a record of power consumption, each device comprising a battery, a data processing unit programmed to execute a plurality of different applications, and a communication interface for transmitting the record of power consumption to a server system; and the server system, comprising: a communication interface programmed to receive the records of power consumption transmitted by the collection of battery-operated electronic devices, the power-management system being characterised in that the server system further comprises: one or more data processing devices programmed to analyze the power consumption recorded in the records to generate a composite value of power consumption of multiple battery-operated electronic devices that provides a representative characterization of the power consumption by a first application executed on the multiple battery-operated electronic devices in the collection. a collection of battery-operated electronic devices that are operated by different users and each programmed to generate a record of power consumption, each device comprising a battery, a data processing unit programmed to execute a plurality of different applications, and a communication interface for transmitting the record of power consumption to a server system; and a battery, a data processing unit programmed to execute a plurality of different applications, and a communication interface for transmitting the record of power consumption to a server system; and the server system, comprising: a communication interface programmed to receive the records of power consumption transmitted by the collection of battery-operated electronic devices, the power-management system being characterised in that the server system further comprises: one or more data processing devices programmed to analyze the power consumption recorded in the records to generate a composite value of power consumption of multiple battery-operated electronic devices that provides a representative characterization of the power consumption by a first application executed on the multiple battery-operated electronic devices in the collection.
A weft-braking device for installation on a yarn feeder provided with a stationary drum having a plurality of yarn loops wound thereon which are to be unwound upon request from a downstream machine, comprising: - a first annular plate coaxially supported in front of a delivery end of the drum, and - a second annular plate which is coaxially biased against said first annular plate by driving means, said yarn being adapted to run between said annular plates (36, 44) to receive a braking action by fricton from them, characterized in that said driving means comprise at least one flat, bender-type piezoelectric actuator of a multilayer, monolithical-type formed by a plurality of layers made of a piezoelectric material alternated to layers of a conductive material, said layers being bonded to one another by sintering, which is deformable by bending in response to a voltage applied thereto and has a movable operative end which is operatively connected to said second annular plate and a stationary operative end which is anchored to a stationary support. - a first annular plate coaxially supported in front of a delivery end of the drum, and - a second annular plate which is coaxially biased against said first annular plate by driving means, said yarn being adapted to run between said annular plates (36, 44) to receive a braking action by fricton from them, characterized in that said driving means comprise at least one flat, bender-type piezoelectric actuator of a multilayer, monolithical-type formed by a plurality of layers made of a piezoelectric material alternated to layers of a conductive material, said layers being bonded to one another by sintering, which is deformable by bending in response to a voltage applied thereto and has a movable operative end which is operatively connected to said second annular plate and a stationary operative end which is anchored to a stationary support.
Rotary-drum laundry dryer comprising an outer casing having a front wall and a rear wall connected to a basement or socle which is structured for resting on a floor, a rotatable drum which is structured for housing the laundry to be dried and is fixed in axially rotating manner inside the casing, and a hot-air generator structured to circulate a stream of hot air through the rotatable drum; said rotatable drum comprising a substantially cylindrical, tubular body having its front rim coupled in axially rotating manner to a front bulkhead and its rear rim coupled in substantially airtight and axially rotating manner to the rear wall of the casing with the interposition of a rear circular sealing gasket; wherein the rear wall of the casing comprises: - a substantially vertically-oriented supporting bulkhead which is made of plastic material and is aligned/faced to a rear mouth of the tubular body delimited by said rear rim; - a substantially cylindrical first gasket-supporting collar which protrudes from the inner face of the supporting bulkhead towards the tubular body while remaining substantially coaxial to the rear rim of said tubular body, and which encircles a central portion of the supporting bulkhead aligned/faced to the rear mouth of the tubular body and fluidly connected to the hot-air generator; and - a lid or cover which has a permeable-to-air portion and is arranged on the inner face of the supporting bulkhead to cover the central portion of the supporting bulkhead, so as to form/delimit, together with the supporting bulkhead, an inner cavity between the lid or cover and the supporting bulkhead, wherein the inner cavity is fluidly connected to the hot-air generator and to the inside of the rotatable drum, the rear circular sealing gasket being fitted into the first gasket-supporting collar and said first gasket-supporting collar being realized in one piece with said supporting bulkhead. - a substantially vertically-oriented supporting bulkhead which is made of plastic material and is aligned/faced to a rear mouth of the tubular body delimited by said rear rim; - a substantially cylindrical first gasket-supporting collar which protrudes from the inner face of the supporting bulkhead towards the tubular body while remaining substantially coaxial to the rear rim of said tubular body, and which encircles a central portion of the supporting bulkhead aligned/faced to the rear mouth of the tubular body and fluidly connected to the hot-air generator; and - a lid or cover which has a permeable-to-air portion and is arranged on the inner face of the supporting bulkhead to cover the central portion of the supporting bulkhead, so as to form/delimit, together with the supporting bulkhead, an inner cavity between the lid or cover and the supporting bulkhead, wherein the inner cavity is fluidly connected to the hot-air generator and to the inside of the rotatable drum, the rear circular sealing gasket being fitted into the first gasket-supporting collar and said first gasket-supporting collar being realized in one piece with said supporting bulkhead.
A method for producing a diffractive optical element, wherein a surface structure of the diffractive optical element is generated by implanting ions into the material of a substrate, a layer or a layer system, wherein the surface structure is generated with a structure height varying in lateral direction and comprises a structure height of less than 10 nm.
User equipment, comprising: an obtaining unit, configured to obtain an Internet Protocol IP address that is allocated by an access network device to the user equipment; and a transceiver unit, configured to: notify the IP address obtained by the obtaining unit to an application server, and receive a data transmission service provided by the application server by using the IP address, wherein the application server is a server that manages mobility of a terminal and service quality. an obtaining unit, configured to obtain an Internet Protocol IP address that is allocated by an access network device to the user equipment; and a transceiver unit, configured to: notify the IP address obtained by the obtaining unit to an application server, and receive a data transmission service provided by the application server by using the IP address, wherein the application server is a server that manages mobility of a terminal and service quality.
A sheet composition for embossed sheet, consisting of polystyrene-based copolymer and ethylene vinyl acetate-based copolymer, wherein the content of the vinyl acetate in the ethylene vinyl acetate-based copolymer is more than 50 wt%, wherein the polystyrene-based copolymer is at least one selected from the group consisting of SEBS (styrene-(ethylene/butylene)-styrene Block Copolymer), CEBC (crystalline block-(ethylene/butylene)-crystalline block copolymer), HSBR (Hydrogenated styrene butadiene rubbers), SBS, SEBC (Styrene-(ethylene/butylene)-crystalline block copolymer), SEEPS (Polystyrene-block-poly(ethylene-ethylene/propylene)-block polystyrene), SEEPS-OH (Polystyrene-block-poly(ethylene-ethylene/propylene)-block-hydroxyl-polystyrene, SEP (Polystyrene-block-poly(ethylene/propylene)) and SEPS (Polystyrene-block-poly(ethylene/propylene)-block-polystyrene), and wherein the sheet composition optionally includes at least one selected from the group consisting of flame retardant, photostabilizer, UV-absorbent, antioxidant, crosslinking agent, pigment and lubricant.
New complexes of ruthenium with formula 1, wherein L 1 denotes an inert ligand; Z 1 and Z 2 each denote an atom of chlorine; X denotes an atom of bromine or iodine; R 1 denotes an atom of hydrogen; A denotes -1,2-phenylene, -1,2-naphthylene, -2,3-naphthylene or -1,8-naphthylene, which may be substituted with at least one functional group selected from the group consisting of -NO 2, -NMe 2,-OMe, -Me; and the inert ligand L 1 denotes a ligand with formula 7a or 7b; in which the functional groups R 8, R 9, R 10, and R 11 denote, independently, an atom of hydrogen, C 1 -C 12 alkyl, C 3 -C 12 cycloalkyl, C 2 -C 12 alkenyl, or C 5 -C 20 aryl, which may be optionally substituted with at least one C 1 -C 12 alkyl, C 1 -C 12 perhalogenalkyl, C 1 -C 12 alkoxyl, or a halogen atom, and the groups R 8, R 9, R 10, R 11, may optionally bond with each other. L 1 denotes an inert ligand; Z 1 and Z 2 each denote an atom of chlorine; X denotes an atom of bromine or iodine; R 1 denotes an atom of hydrogen; A denotes -1,2-phenylene, -1,2-naphthylene, -2,3-naphthylene or -1,8-naphthylene, which may be substituted with at least one functional group selected from the group consisting of -NO 2, -NMe 2,-OMe, -Me; and the inert ligand L 1 denotes a ligand with formula 7a or 7b; in which the functional groups R 8, R 9, R 10, and R 11 denote, independently, an atom of hydrogen, C 1 -C 12 alkyl, C 3 -C 12 cycloalkyl, C 2 -C 12 alkenyl, or C 5 -C 20 aryl, which may be optionally substituted with at least one C 1 -C 12 alkyl, C 1 -C 12 perhalogenalkyl, C 1 -C 12 alkoxyl, or a halogen atom, and the groups R 8, R 9, R 10, R 11, may optionally bond with each other.