mhurhangee/ep-ind-claims huggingface dataset:
A cleaner comprising: a main body including a suction port and a cover; a brush unit rotatably provided at the suction port; and characterized by a cleaning module detachably received in the main body and configured to remove a foreign matter entangled in the brush unit, wherein the cleaning module comprises: a housing detachably received in the main body, a cartridge provided in the housing to be movable in a vertical direction, and a cutting unit provided at a lower portion of the cartridge and configured to cut the foreign matter entangled in the brush unit, wherein the cover is provided with a receiving portion configured to receive the cleaning module, wherein a lid is coupled to the cover to open or close the receiving portion, and comprises a pressing portion provided at a lower portion of the lid to press the cartridge, and the pressing portion is configured to press an upper portion of the cartridge such that the cartridge is moved downward inside the housing, when the lid is closed after the cleaning module is received in the receiving portion. a main body including a suction port and a cover; a brush unit rotatably provided at the suction port; and characterized by a cleaning module detachably received in the main body and configured to remove a foreign matter entangled in the brush unit, wherein the cleaning module comprises: a housing detachably received in the main body, a cartridge provided in the housing to be movable in a vertical direction, and a cutting unit provided at a lower portion of the cartridge and configured to cut the foreign matter entangled in the brush unit, a housing detachably received in the main body, a cartridge provided in the housing to be movable in a vertical direction, and a cutting unit provided at a lower portion of the cartridge and configured to cut the foreign matter entangled in the brush unit, wherein the cover is provided with a receiving portion configured to receive the cleaning module, wherein a lid is coupled to the cover to open or close the receiving portion, and comprises a pressing portion provided at a lower portion of the lid to press the cartridge, and the pressing portion is configured to press an upper portion of the cartridge such that the cartridge is moved downward inside the housing, when the lid is closed after the cleaning module is received in the receiving portion.
An immunoadhesin comprising: a first domain comprising a CTLA4 of SEQ ID NO:6 or a variant CTLA4 as compared to SEQ ID NO: 6, wherein said variant CTLA4 comprises at least one amino acid modification in a native CTLA4, wherein said modification is a substitution at CTLA4 position T51, wherein said variant provides enhanced binding to B7-1, B7-2, or both B7-1 and B7-2; and a second domain comprising an Fc variant region of a wild-type Fc polypeptide, said Fc variant comprising the amino acid substitutions in the Fc region of said wild-type Fc polypeptide of M428L and N434S, wherein numbering is according to the EU index as in Kabat. a first domain comprising a CTLA4 of SEQ ID NO:6 or a variant CTLA4 as compared to SEQ ID NO: 6, wherein said variant CTLA4 comprises at least one amino acid modification in a native CTLA4, wherein said modification is a substitution at CTLA4 position T51, wherein said variant provides enhanced binding to B7-1, B7-2, or both B7-1 and B7-2; and a second domain comprising an Fc variant region of a wild-type Fc polypeptide, said Fc variant comprising the amino acid substitutions in the Fc region of said wild-type Fc polypeptide of M428L and N434S, wherein numbering is according to the EU index as in Kabat.
A basic structure for a display, in particular for presenting products, comprising: - at least two side walls (3, 4), - at least one rear wall connected to the side walls (3, 4), - at least one tray (6A-D) connected pivotally on its rear side to the rear wall, - wherein the tray (6A-D) comprises a support surface (7A-D) and at least one front wall (12A-D) connected pivotally to the front side of the tray (6A-D), - wherein the tray (6A-D) is configured to be enclosed between the side walls (3, 4), - connecting structures (13A-D, 14A-D) arranged in the side walls (3, 4), - wherein the connecting structures (13A-D, 14A-D) each comprise a recess (15A-D, 16A-D) and each comprise an engaging surface facing away from the opposite side wall (3, 4), - wherein end surfaces (33A-D, 34A-D) of the front wall (12A-D) are configured for co-action with a first part of a peripheral edge (23A-D, 24A-D) of the recess (15A-D, 16A-D), and wherein the side edges of the tray (6A-D) are configured to support on a second part of the peripheral edge (23A-D, 24A-D) of the recess (15A-D, 16A-D), characterized in that the tray comprises folding strips (8A-D, 9A-D) connected pivotally on either side to the support surface (7A-D), wherein the folding strips (8A-D, 9A-D) are configured to engage on the engaging surfaces of the connecting structures (13A-D, 14A-D) of the side walls (3, 4). - at least two side walls (3, 4), - at least one rear wall connected to the side walls (3, 4), - at least one tray (6A-D) connected pivotally on its rear side to the rear wall, - wherein the tray (6A-D) comprises a support surface (7A-D) and at least one front wall (12A-D) connected pivotally to the front side of the tray (6A-D), - wherein the tray (6A-D) is configured to be enclosed between the side walls (3, 4), - connecting structures (13A-D, 14A-D) arranged in the side walls (3, 4), - wherein the connecting structures (13A-D, 14A-D) each comprise a recess (15A-D, 16A-D) and each comprise an engaging surface facing away from the opposite side wall (3, 4), - wherein end surfaces (33A-D, 34A-D) of the front wall (12A-D) are configured for co-action with a first part of a peripheral edge (23A-D, 24A-D) of the recess (15A-D, 16A-D), and wherein the side edges of the tray (6A-D) are configured to support on a second part of the peripheral edge (23A-D, 24A-D) of the recess (15A-D, 16A-D),
A method of communication performed by a wireless communication device, the method comprising: receiving, from a base station, a first indication of a scheduled uplink transmission for the wireless communication device on an unlicensed radio frequency spectrum, wherein the first indication specifies at least one scheduled interlace of a plurality of interlaces and at least one set of scheduled resource blocks of a plurality of sets of resource blocks; receiving a cancelation indication comprising a plurality of bits from the base station, wherein the cancelation indication identifies the at least one scheduled interlace, the at least one set of scheduled resource blocks, or the at least one scheduled interlace and the at least one set of scheduled resource blocks; and canceling the scheduled uplink transmission upon receiving the cancelation indication; characterized in that the method further comprises: performing a bit mapping operation to identify, from the cancelation indication, at least one of: a canceled interlace, a canceled set of resource blocks, or any combination thereof, wherein the bit mapping operation uses a formula that prioritizes the plurality of sets of resource blocks over the plurality of interlaces by first allocating bits of the plurality of bits to the resource blocks and if there are remaining bits of the plurality of bits by allocating bits to interlaces. receiving, from a base station, a first indication of a scheduled uplink transmission for the wireless communication device on an unlicensed radio frequency spectrum, wherein the first indication specifies at least one scheduled interlace of a plurality of interlaces and at least one set of scheduled resource blocks of a plurality of sets of resource blocks; receiving a cancelation indication comprising a plurality of bits from the base station, wherein the cancelation indication identifies the at least one scheduled interlace, the at least one set of scheduled resource blocks, or the at least one scheduled interlace and the at least one set of scheduled resource blocks; and canceling the scheduled uplink transmission upon receiving the cancelation indication; characterized in that the method further comprises: performing a bit mapping operation to identify, from the cancelation indication, at least one of: a canceled interlace, a canceled set of resource blocks, or any combination thereof, wherein the bit mapping operation uses a formula that prioritizes the plurality of sets of resource blocks over the plurality of interlaces by first allocating bits of the plurality of bits to the resource blocks and if there are remaining bits of the plurality of bits by allocating bits to interlaces.
Insulation displacement contact for piercing through an insulation of a cable or wire in a cutting direction and for electrically contacting an electrically conductive core of the cable or wire, the insulation displacement contact comprising a contact body with a piercing section for the piercing of the insulation and a contact slot for receiving the core of the cable or wire, the contact slot extending along the cutting direction from the piercing section into the contact body, the contact body comprising at least two blades that are separated by the contact slot, wherein the at least two blades comprise at least two attachment slots, the attachment slots extending from the piercing section into the blades, and characterized in that the insulation displacement contact comprises a separate clip, which is adapted to be inserted into the attachment slots.
A sensor fixture configured to attach a sensor to an outer circumferential surface of a cylinder tube, the sensor fixture comprising: a rail-shaped sensor holder including a sensor insertion groove configured to house and hold the sensor so as to enable position adjustment of the sensor; a band portion including both end portions couplable to the sensor holder, the band portion being configured to be attached to the outer circumferential surface of the cylinder tube along a circumferential direction thereof; and a fastening mechanism being configured to be disposed at a circumferential position different from the sensor holder on the outer circumferential surface of the cylinder tube, the fastening mechanism being configured to fasten the band portion, wherein the fastening mechanism includes: a female screw portion provided on the band portion; a fastening screw configured to be screwed into the female screw portion; and characterised in that the fastening mechanism further includes: an abutment plate provided inside the band portion at a position corresponding to the female screw portion and configured to be placed in abutment with the outer circumferential surface of the cylinder tube and pressed by the fastening screw. a rail-shaped sensor holder including a sensor insertion groove configured to house and hold the sensor so as to enable position adjustment of the sensor; a band portion including both end portions couplable to the sensor holder, the band portion being configured to be attached to the outer circumferential surface of the cylinder tube along a circumferential direction thereof; and a fastening mechanism being configured to be disposed at a circumferential position different from the sensor holder on the outer circumferential surface of the cylinder tube, the fastening mechanism being configured to fasten the band portion, wherein the fastening mechanism includes: a female screw portion provided on the band portion; a fastening screw configured to be screwed into the female screw portion; and characterised in that the fastening mechanism further includes: an abutment plate provided inside the band portion at a position corresponding to the female screw portion and configured to be placed in abutment with the outer circumferential surface of the cylinder tube and pressed by the fastening screw. a female screw portion provided on the band portion; a fastening screw configured to be screwed into the female screw portion; and characterised in that the fastening mechanism further includes: an abutment plate provided inside the band portion at a position corresponding to the female screw portion and configured to be placed in abutment with the outer circumferential surface of the cylinder tube and pressed by the fastening screw.
An audio encoder for encoding an audio signal, wherein the audio signal is represented in a spectral domain, wherein the audio encoder comprises: a spectral envelope encoder configured for determining a spectral envelope of the audio signal and for encoding the spectral envelope, and a spectral sample encoder configured for encoding a plurality of spectral samples of the audio signal, wherein the spectral sample encoder is configured to estimate an estimated bitrate needed for encoding for each spectral sample of one or more spectral samples of the plurality of spectral samples depending on the spectral envelope, and wherein the spectral sample encoder is configured to encode each spectral sample of the plurality of spectral samples, depending on the estimated bitrate needed for encoding for the one or more spectral samples, according to a first coding rule or according to a second coding rule being different from the first coding rule, wherein the second coding rule comprises using an entropy codec and conducting quantization, and wherein the first coding rule comprises using dithered coding; and wherein the spectral sample encoder is configured to encode the one or more spectral samples using dithered coding, if the estimated bitrate is smaller than or equal to a threshold value; and wherein the spectral sample encoder is configured to encode the one or more spectral samples using entropy coding and conducting quantization, if the estimated bitrate is greater than the threshold value. a spectral envelope encoder configured for determining a spectral envelope of the audio signal and for encoding the spectral envelope, and a spectral sample encoder configured for encoding a plurality of spectral samples of the audio signal, wherein the spectral sample encoder is configured to estimate an estimated bitrate needed for encoding for each spectral sample of one or more spectral samples of the plurality of spectral samples depending on the spectral envelope, and wherein the spectral sample encoder is configured to encode each spectral sample of the plurality of spectral samples, depending on the estimated bitrate needed for encoding for the one or more spectral samples, according to a first coding rule or according to a second coding rule being different from the first coding rule, wherein the second coding rule comprises using an entropy codec and conducting quantization, and wherein the first coding rule comprises using dithered coding; and wherein the spectral sample encoder is configured to encode the one or more spectral samples using dithered coding, if the estimated bitrate is smaller than or equal to a threshold value; and wherein the spectral sample encoder is configured to encode the one or more spectral samples using entropy coding and conducting quantization, if the estimated bitrate is greater than the threshold value.
Method for operating a sensor for detecting particles, in particular soot particles, in the exhaust gas of an internal combustion engine, comprising a sensor element, wherein the sensor element has a substrate, at least one first electrode and at least one second electrode, wherein the first electrode and the second electrode are arranged on the substrate, wherein the first electrode and the second electrode carry out a current and/or voltage measurement in measurement phases which are spaced apart in terms of time, wherein, at least if a measurement phase is interrupted, a check is carried out in order to determine whether the interrupted measurement phase can be continued, wherein the interrupted measurement phase is identified as being able to be continued and the sensor is then switched off if, after an expected triggering time, a value for a current and/or voltage measurement undershoots a threshold value, wherein the sensor element is regenerated in order to remove particles from the sensor element and the sensor is then switched off if the value for the current and/or voltage measurement exceeds the threshold value, wherein the measurement phase identified as being able to be continued is continued if predetermined test criteria are satisfied when the internal combustion engine is switched on, and the sensor element is regenerated in order to remove particles from the sensor element if at least one of the predetermined test criteria is not satisfied when the internal combustion engine is switched on, wherein, after the regeneration and when the internal combustion engine is switched on, a measurement phase is started if predetermined test criteria are satisfied, and wherein the predetermined test criteria comprise at least exceeding of a dew point of the measurement gas, undershooting of a predetermined period between switching off and subsequently switching on the internal combustion engine and exceeding of a predetermined temperature of the sensor element.
An air-permeable adsorption filter material for NBC protective clothing to be worn on the skin as an undergarment (underwear) wherein the adsorption filtering material has a multilayer structure, wherein the multilayer structure comprises a first air-permeable textile material, a second air-permeable textile material and an adsorption layer arranged between the first and second textile sheet materials, wherein the adsorption layer comprises discrete grain-shaped or spherical-shaped adsorbing sorbent particles based on activated carbon to adsorb chemical and/or biological poisons and pollutants, in particular warfare agents, wherein the sorbent particles are fixed to the first textile sheet material and/or the second textile sheet material by an adhesive, wherein the adhesive first batch is applied discontinuously on the textile sheet material and/or the second textile sheet material, wherein the second textile sheet material is connected to the first textile sheet material and/or the sorbent particles to give a strong bond, and wherein the first textile sheet material and the second textile sheet material are respectively preferably elastically-formed in at least one direction in the longitudinal and transverse directions and exhibit at least substantially the same elastic properties, characterized in that the first textile sheet material and/or the second textile sheet material comprise(s) a mixture of at least two different kinds of fiber, wherein the first textile sheet material and/or the second textile sheet material consist(s) of at least one elastic and/or reversibly stretchable fiber type, wherein the elastic and/or reversibly stretchable fiber type is a different type of fiber from polyurethane fiber and is selected from the group of elastic polyolefin fibers, polyamide elastic fibers and elastic polyester fibers, and wherein the adsorption filter offers an elastic extension in at least one direction, preferably in the longitudinal and transverse directions, of at least 10% at 20 N, based on the adsorption filter material and determined in accordance with DIN 53835-1.
A computer-implemented method for controlling a compressed air or gas system comprising one or more compressors configured to provide compressed air or gas to one or more consumers, the compressed air or gas defined by one or more process variables, the method comprising the steps of: - estimating a current state of the compressed air or gas system based on observed data; - predicting a future process variable profile based on the current state; - sampling the future process variable profile by a sampling method having a sampling frequency based on a volume of the compressed air or gas system, thereby obtaining a sampled future process variable profile; - transforming by a model predictive control, MPC, method the sampled future process variable profile and the current state into: • an action profile comprising one or more actions distributed over a predefined first time-horizon; and • a state profile distributed over a predefined second time-horizon being equal or greater than the predefined first time-horizon; and - instructing the one or more compressors to perform the one or more actions in accordance with the action profile thereby controlling the compressed air or gas system. - estimating a current state of the compressed air or gas system based on observed data; - predicting a future process variable profile based on the current state; - sampling the future process variable profile by a sampling method having a sampling frequency based on a volume of the compressed air or gas system, thereby obtaining a sampled future process variable profile; - transforming by a model predictive control, MPC, method the sampled future process variable profile and the current state into: • an action profile comprising one or more actions distributed over a predefined first time-horizon; and • a state profile distributed over a predefined second time-horizon being equal or greater than the predefined first time-horizon; and • an action profile comprising one or more actions distributed over a predefined first time-horizon; and • a state profile distributed over a predefined second time-horizon being equal or greater than the predefined first time-horizon; and - instructing the one or more compressors to perform the one or more actions in accordance with the action profile thereby controlling the compressed air or gas system.
A method to process data packets of a vehicle message received by a privacy gateway from a vehicle via a mobile communications network, comprising the steps of: - receiving the vehicle message transmitted by the vehicle, - identifying a source IP address in the data packets of the vehicle message, characterised by the steps: - replacing the source IP address in the data packets of the vehicle message by an IP address of a location collecting entity of the mobile communications network which collects location information of a plurality of vehicles resulting in an adapted vehicle message with adapted data packets containing the IP address of the location collecting entity as source IP address, - transmitting the adapted vehicle message to a service providing entity which is configured to provide location dependent services for the plurality of vehicles. - receiving the vehicle message transmitted by the vehicle, - identifying a source IP address in the data packets of the vehicle message, - replacing the source IP address in the data packets of the vehicle message by an IP address of a location collecting entity of the mobile communications network which collects location information of a plurality of vehicles resulting in an adapted vehicle message with adapted data packets containing the IP address of the location collecting entity as source IP address, - transmitting the adapted vehicle message to a service providing entity which is configured to provide location dependent services for the plurality of vehicles.