mhurhangee/ep-ind-claims huggingface dataset:
A digital broadcast video reception apparatus, the apparatus comprising a de-interleaver configured to de-interleave data carriers in an Orthogonal Frequency Division Multiplexed, OFDM, symbol of a digital broadcast video signal onto data cells of an OFDM symbol in accordance with at least a first generator polynomial and a bit permutation, the OFDM symbols being associated with a 8K mode characterized in that the bit permutation is changing from one OFDM symbol to another.
A microencapsulated metal catalyst system, the catalyst system comprising at least one metal and/or at least one metal alloy and a polymeric microsphere which is permeable to liquid to the extent that reaction medium to be catalysed is capable of contacting the encapsulated catalyst, wherein the or each metal and/or metal alloy is retained inside the polymeric microsphere; wherein the or each metal and/or metal alloy is not associated with or bound to a ligand; wherein the metal catalyst encapsulated in the microsphere is in the form of a sponge; and wherein the elements of the metal or metal alloy are selected from the group comprising: nickel, copper, cobalt and iron; wherein the microsphere is a polyurea microcapsule formed from at least one polyisocyanate and/or tolylene diisocyanate by interfacial polymerisation.
Process for removal of monomeric isocyanates from isocyanate-containing prepolymers by providing the mixture in acetone, TMCP or dimethyl ether as solvent and dialyzing the dissolved mixture against the solvent using a permeable membrane made of polyethersulfone or polyether ether ketone having a pore size in the range from 5 to 400 nm.
An isolated polypeptide having laccase activity, selected from the group consisting of: (a) a polypeptide having at least 80% sequence identity to the mature polypeptide of SEQ ID NO: 24; (b) a polypeptide encoded by a polynucleotide having at least 80% sequence identity to the mature polypeptide coding sequence of SEQ ID NO: 23, or the cDNA sequences thereof;and (c) a fragment of the polypeptide of (a) or (b) that has laccase activity. (a) a polypeptide having at least 80% sequence identity to the mature polypeptide of SEQ ID NO: 24; (b) a polypeptide encoded by a polynucleotide having at least 80% sequence identity to the mature polypeptide coding sequence of SEQ ID NO: 23, or the cDNA sequences thereof;and (c) a fragment of the polypeptide of (a) or (b) that has laccase activity.
Method for managing requests for subscription to multicast transmissions in a communication network, at least two branches thereof being interconnected by an interconnection device comprising a module consuming such subscription requests preventing the propagation of said requests from one branch to another branch of the communication network, at least one of said branches comprising at least one bridge device (120; 130), characterised in that, the interconnection device comprising a subscription announcement module, said subscription announcement module performs the following step: - upon reception (404; 412; 604) via a branch of a first request for subscription to a multicast transmission, transmitting (407; 415; 607) a second request for subscription to said multicast transmission at least via the branch via which said first subscription request was received. - upon reception (404; 412; 604) via a branch of a first request for subscription to a multicast transmission, transmitting (407; 415; 607) a second request for subscription to said multicast transmission at least via the branch via which said first subscription request was received.
A holder, in particular for securing items of luggage or child seats in motor vehicles, at least comprising - a base, - a lug and - a reinforcement element formed from a mouldable, in particular flexible, material, the reinforcement element being arranged on the base and the lug being mounted movably on the base and/or on the reinforcement element, the reinforcement element being single-layered in its moulded final state, the moulded reinforcement element having two ends, which are connected to each other in a form-fitting manner, characterised in that the two ends (19, 20) are connected to each other in a form-fitting manner by means of a toothed system, in particular a T-shaped tooth system. - a base, - a lug and - a reinforcement element formed from a mouldable, in particular flexible, material,
A method of making a particulate material comprising; providing mineral wool base material in a form having size at least 80% not more than 40 mm, subjecting the mineral wool base material to sintering by use of a pulse combustor which has a frequency of at least 100Hz and thereby forming a particulate material in the form of particles having size at least 80% not more than 20 mm.
An access method performed by a user equipement, UE, wherein a mobile application, MAPP, is installed on the UE, the method comprises: accessing a local area network, wherein an Internet of Things, IoT, gateway is in the local area network; sending a multicast probe message in the local area network, wherein the multicast probe message is used to search for the IoT gateway; receiving a multicast response message that is sent by the IoT gateway and that comprises an address of the IoT gateway; obtaining an address of an IoT cloud platform and an access identifier allocated by the IoT cloud platform to the MAPP, after the UE has been logged to the IoT cloud platform using the MAPP; and sending the address of the IoT cloud platform and the access identifier to the IoT gateway based on the address of the IoT gateway, so that the IoT gateway sends, to the IoT cloud platform based on the address of the IoT cloud platform, a registration message carrying the access identifier, wherein the registration message is used by the IoT cloud platform to bind the IoT gateway to the MAPP and, in response to this, send to the IoT gateway, a registration response message used to indicate that the IoT gateway successfully accesses the IoT cloud platform. accessing a local area network, wherein an Internet of Things, IoT, gateway is in the local area network; sending a multicast probe message in the local area network, wherein the multicast probe message is used to search for the IoT gateway; receiving a multicast response message that is sent by the IoT gateway and that comprises an address of the IoT gateway; obtaining an address of an IoT cloud platform and an access identifier allocated by the IoT cloud platform to the MAPP, after the UE has been logged to the IoT cloud platform using the MAPP; and sending the address of the IoT cloud platform and the access identifier to the IoT gateway based on the address of the IoT gateway, so that the IoT gateway sends, to the IoT cloud platform based on the address of the IoT cloud platform, a registration message carrying the access identifier, wherein the registration message is used by the IoT cloud platform to bind the IoT gateway to the MAPP and, in response to this, send to the IoT gateway, a registration response message used to indicate that the IoT gateway successfully accesses the IoT cloud platform.
A method for actuating at least two lighting means (4, 6), wherein - two different lighting means (4, 6) are operated by at least one operating device, - the operating device has at least one interface (D1, D2), - wherein depending on two different signals fed by way of the interface (D1, D2) of the operating device the lighting means (4, 6) are actuated differently from each other, - wherein a first lighting means of two different lighting means (4, 6) is an organic or inorganic light-emitting diode and a second lighting means of the two different lighting means (4, 6) is a gas discharge lamp, characterized in that - the two different signals from a motion sensor are fed to the interface (D1, D2), namely a first signal for the detection of a movement by the motion sensor and a second signal different therefrom in the event, that no motion is detected by the motion sensor, and - wherein the second lighting means of the two different lighting means (4, 6) is activated or deactivated on a sustained basis and the first lighting means of the two different lighting means for a period upon detection of a movement by the motion sensor. - two different lighting means (4, 6) are operated by at least one operating device, - the operating device has at least one interface (D1, D2), - wherein depending on two different signals fed by way of the interface (D1, D2) of the operating device the lighting means (4, 6) are actuated differently from each other, - wherein a first lighting means of two different lighting means (4, 6) is an organic or inorganic light-emitting diode and a second lighting means of the two different lighting means (4, 6) is a gas discharge lamp, characterized in that - the two different signals from a motion sensor are fed to the interface (D1, D2), namely a first signal for the detection of a movement by the motion sensor and a second signal different therefrom in the event, that no motion is detected by the motion sensor, and - wherein the second lighting means of the two different lighting means (4, 6) is activated or deactivated on a sustained basis and the first lighting means of the two different lighting means for a period upon detection of a movement by the motion sensor.
An Augmented Reality -device (10, 20), comprising • a visual sensor configured for capturing an environment of the AR-device; • a display (100, 200) configured for providing □ a real view of the environment, wherein a reference system is linked to the environment, and □ overlays onto the real view according to AR-data, wherein the AR-data are spatially linked to a reference system, and comprise designed data and measured data (13, 23); • a computer (103, 203) configured for □ reading and controlling the visual sensor, □ determining a pose of the AR-device relative to the reference system, □ at least one of receiving, generating and storing the AR-data, and □ generating the overlays; characterised in that the AR-data further comprise remeasurement indications (1020, 1021, 1022, 1023, 2020, 2021, 2024, 2041) which are • based on an evaluation of the measured data in terms of quality, and • spatially linked to the reference system at corresponding locations of the environment where the measured data lack a target quality, wherein the AR-data further comprise remeasurement instructions which are • based on an analysis of the remeasurement indications in context of the structure of the environment, and • spatially linked to the reference system at corresponding locations of the environment where a surveying instrument is required to be set up for a remeasurement. • a visual sensor configured for capturing an environment of the AR-device; • a display (100, 200) configured for providing □ a real view of the environment, wherein a reference system is linked to the environment, and □ overlays onto the real view according to AR-data, wherein the AR-data are spatially linked to a reference system, and comprise designed data and measured data (13, 23); □ a real view of the environment, wherein a reference system is linked to the environment, and □ overlays onto the real view according to AR-data, wherein the AR-data are spatially linked to a reference system, and comprise designed data and measured data (13, 23); • a computer (103, 203) configured for □ reading and controlling the visual sensor, □ determining a pose of the AR-device relative to the reference system, □ at least one of receiving, generating and storing the AR-data, and □ generating the overlays; characterised in that the AR-data further comprise remeasurement indications (1020, 1021, 1022, 1023, 2020, 2021, 2024, 2041) which are □ reading and controlling the visual sensor, □ determining a pose of the AR-device relative to the reference system, □ at least one of receiving, generating and storing the AR-data, and □ generating the overlays; • based on an evaluation of the measured data in terms of quality, and • spatially linked to the reference system at corresponding locations of the environment where the measured data lack a target quality, wherein the AR-data further comprise remeasurement instructions which are • based on an analysis of the remeasurement indications in context of the structure of the environment, and • spatially linked to the reference system at corresponding locations of the environment where a surveying instrument is required to be set up for a remeasurement.
An automated grooming appliance for hair processing procedures, the appliance comprising: - a processing head including a blade set having a processing width, - a length setting unit that is operatively coupled to the blade set, and - a control unit that is arranged to operate the length setting unit based on a hairstyle model that correlates position data and hair processing data, characterized in that the control unit is arranged to adjust a length setting dependent on an actual position and an actual orientation of the blade set. - a processing head including a blade set having a processing width, - a length setting unit that is operatively coupled to the blade set, and - a control unit that is arranged to operate the length setting unit based on a hairstyle model that correlates position data and hair processing data,
A method of operating a cleaning appliance having a bulk treating chemistry dispenser including at least one bulk dispensing chamber, characterized in that the dispenser is operably coupled to a controller for controlling the selective dispensing of treating chemistry to a wash chamber during a cleaning cycle and the method comprising the steps of: the controller determining the number of doses of treating chemistry in the bulk dispenser; and providing an indication of the determined number of doses, wherein the determining the number of doses comprises estimating the number of doses of treating chemistry in the bulk dispenser, the estimating comprising setting a reference dose size and determining the number of reference doses in the bulk dispenser, based on the reference dose size and a determined amount of treating chemistry present in the dispensing chamber. the controller determining the number of doses of treating chemistry in the bulk dispenser; and providing an indication of the determined number of doses, wherein the determining the number of doses comprises estimating the number of doses of treating chemistry in the bulk dispenser, the estimating comprising setting a reference dose size and determining the number of reference doses in the bulk dispenser, based on the reference dose size and a determined amount of treating chemistry present in the dispensing chamber.
An oral care implement, comprising: a handle; a carrier at an end of the handle; oral care elements extending from the carrier; and characterized by a plurality of retaining members extending outwardly from the carrier; wherein the retaining members provide an inward bias force to retain an oral care dispenser therebetween. a handle; a carrier at an end of the handle; oral care elements extending from the carrier; and characterized by a plurality of retaining members extending outwardly from the carrier; wherein the retaining members provide an inward bias force to retain an oral care dispenser therebetween.
A heel-axis finishing system for forming a braided footwear upper comprising: an alignment mechanism configured to orient a medial side of a braided upper with a lateral side of the braided upper at a heel end of the braided upper; and a joining mechanism associated with the alignment mechanism, said joining mechanism configured to couple a first braided yarn of the medial side to a first braided yarn of the lateral side along a heel axis, wherein the alignment mechanism comprises a base and a pair of back plates, coupled to the base in spaced apart relation to define a slot and wherein the joining mechanism is a sonic welder. an alignment mechanism configured to orient a medial side of a braided upper with a lateral side of the braided upper at a heel end of the braided upper; and a joining mechanism associated with the alignment mechanism, said joining mechanism configured to couple a first braided yarn of the medial side to a first braided yarn of the lateral side along a heel axis, wherein the alignment mechanism comprises a base and a pair of back plates, coupled to the base in spaced apart relation to define a slot and wherein the joining mechanism is a sonic welder.
An orthodontic treatment unit for changing or preserving the biting position in therapeutically desired defined and patient-individualized positional relationship between upper jaw and lower jaw, wherein at least one guide unit is provided for the temporary or long-term disposition on the upper jaw and lower jaw, wherein the guide unit comprises at least a first guide device which can be fastened to a first tooth of the first jaw (1, 2) and a second guide device which can be fastened to a second tooth of a second jaw (1, 2) assigned to the first tooth, wherein the first guide device has a first guide element comprising a first guide surface for guiding the second guide device and wherein the second guide device has a second guide element comprising a second guide surface for guiding the first guide device, so that the natural jaw movements guide a meshing of the first and the second guide element (34, 36) during an opening and closing movement of the jaw (1, 2) in patient-individualized rotation, protrusion and/or laterotrusion, wherein the first guide device including the first guide element comprising the first guide surface is designed as first one-piece component and/or wherein the second guide device including the second guide element comprising the second guide surface is designed as second, one-piece component, wherein the first guide element comprising the first guide surface is designed as arched guide arm aligned substantially in the direction of the jaw movement and wherein the second guide element comprising the second guide surface is designed as arched guide extension arm aligned substantially transverse or perpendicular to the direction of the jaw movement.
Machine for the contemporary production of solar and wind energy, said machine comprising at least one solar panel and a plurality of wind turbines, a raised structure supported by at least four pillars, said plurality of wind turbines comprising at least one wind turbine positioned inside said structure and said at least one solar panel being positioned above said structure, said machine being characterised by comprising at least one wind turbine fixed to and positioned below said structure.
A fluidic temperature control device comprising: at least one processor; at least one temperature sensor, at least one float sensor, and at least one dry sensor, coupled to the processor; at least one heater, at least one pump motor and at least one liquid crystal display, coupled to the processor; at least one pump connected to the pump motor; and at least one input unit coupled to the processor, the input unit configured to receive control instructions, wherein the processor is configured to receive and process data from the temperature sensor, the float sensor and the dry sensor, and output the processed temperature data, float sensor data and dry sensor data to the LCD; the processor is configurable to interface with, and receive and process data from, at least one motion sensor, at least one wireless radio transmitter, and at least one infrared thermometer, and output the processed motion data, radio data, and infrared thermometer data to the LCD; the processor is further configured to control the heater and the pump motor in accordance with the received control instructions; and the LCD is configured to display information corresponding to processed data output from the processor. at least one temperature sensor, at least one float sensor, and at least one dry sensor, coupled to the processor; at least one heater, at least one pump motor and at least one liquid crystal display, coupled to the processor; at least one pump connected to the pump motor; and at least one input unit coupled to the processor, the input unit configured to receive control instructions, wherein the processor is configured to receive and process data from the temperature sensor, the float sensor and the dry sensor, and output the processed temperature data, float sensor data and dry sensor data to the LCD; the processor is configurable to interface with, and receive and process data from, at least one motion sensor, at least one wireless radio transmitter, and at least one infrared thermometer, and output the processed motion data, radio data, and infrared thermometer data to the LCD; the processor is further configured to control the heater and the pump motor in accordance with the received control instructions; and the LCD is configured to display information corresponding to processed data output from the processor.
Washing apparatus for a vehicle washing installation, which washing apparatus comprises a shaft that is drivable so as to rotate about a rotational axis and washing elements in operative connection with the shaft for washing a vehicle, wherein the washing apparatus (38, 74, 76, 78, 86, 90, 92, 98, 100, 102, 120, 132, 138, 156, 180, 182) comprises a washing element holding device that is coupled to the shaft and has washing element holding parts on which the washing elements are held with the fixed ends thereof, wherein the washing element holding parts are configured to be movable relative to the shaft and, upon the application of force in the direction to the shaft in the driven state of the shaft, are moved relative to thereto for reducing the distance of the fixed ends of the washing elements from the shaft, and wherein the washing element holding parts are of elongate configuration and two or more washing element holding parts are mounted radially outside on the shaft or on at least one bearing body non-rotatably connected to the latter so as to be pivotable about a pivotal axis transversely and in particular perpendicularly to the rotational axis and are arranged surrounding the shaft in circumferential direction.
An electrical connection for a tractor-trailer comprising: a cable provided with a connector plug at one end; a socket configured to receive the connector plug of the cable to detachably connect the cable to the socket; and a mounting bracket attachable to a tractor unit or trailer of the tractor-trailer; characterised in that: the cable is coiled; and the socket is hingedly connected to the mounting bracket by a universal joint to allow the socket to pivot when the tractor unit articulates relative to the trailer. a cable provided with a connector plug at one end; a socket configured to receive the connector plug of the cable to detachably connect the cable to the socket; and a mounting bracket attachable to a tractor unit or trailer of the tractor-trailer; characterised in that: the cable is coiled; and the socket is hingedly connected to the mounting bracket by a universal joint to allow the socket to pivot when the tractor unit articulates relative to the trailer. the cable is coiled; and the socket is hingedly connected to the mounting bracket by a universal joint to allow the socket to pivot when the tractor unit articulates relative to the trailer.
An initiator solution comprising: a solvent or solvent mixture and a dilithium initiator containing C-Li which is a reaction product of lithium metal and farnesene.