mhurhangee/ep-ind-claims huggingface dataset:
A blower, comprising: a main body defining an airflow path therethrough, the main body extending between and defining an inlet end and an outlet end; a fan assembly disposed within the main body, the fan assembly comprising an axial fan, a motor rotatably connected to the fan, and an outer housing surrounding the fan and the motor; and a damper liner, the damper liner disposed within the main body downstream of the outer housing along the airflow path, characterized in that at least one air gap is defined between the damper liner and the main body. a main body defining an airflow path therethrough, the main body extending between and defining an inlet end and an outlet end; a fan assembly disposed within the main body, the fan assembly comprising an axial fan, a motor rotatably connected to the fan, and an outer housing surrounding the fan and the motor; and a damper liner, the damper liner disposed within the main body downstream of the outer housing along the airflow path, characterized in that at least one air gap is defined between the damper liner and the main body.
A manufacturing method for manufacturing a laminate by laminating a thermoplastic film on a sheet at a joining part after a pass line forming process of forming a pass line for a film-formed film raw material, the film raw material becoming the thermoplastic film, the pass line forming process comprising: a hanging-down step of causing a resin in a molten state to hang down from a discharge port of a discharger, the resin becoming the film raw material, and the hanging-down step continuously discharging the film raw material; a first conveying step of conveying the sheet along a sheet pass line; a forming step of forming a tip part of the film raw material by cutting and removing an initially formed part of the film raw material so that the initially formed part is excluded from the tip part; a second conveying step of conveying the sheet and the film raw material after the tip part overlaps the sheet on the sheet pass line, the second conveying step conveying the sheet and the film raw material in a mutually overlapping state along the sheet pass line; and an introducing step of introducing the sheet and the film raw material in the mutually overlapping state to the joining part from the sheet pass line. a hanging-down step of causing a resin in a molten state to hang down from a discharge port of a discharger, the resin becoming the film raw material, and the hanging-down step continuously discharging the film raw material; a first conveying step of conveying the sheet along a sheet pass line; a forming step of forming a tip part of the film raw material by cutting and removing an initially formed part of the film raw material so that the initially formed part is excluded from the tip part; a second conveying step of conveying the sheet and the film raw material after the tip part overlaps the sheet on the sheet pass line, the second conveying step conveying the sheet and the film raw material in a mutually overlapping state along the sheet pass line; and an introducing step of introducing the sheet and the film raw material in the mutually overlapping state to the joining part from the sheet pass line.
Polymer-based foam composition comprising a polymer; and up to 20 wt.-% particles of one or more inorganic particulate materials, based on the total weight of the composition; wherein the one or more inorganic particulate materials comprises equal to or greater than 1 wt.-% Al and less than 20 wt.-% Al, calculated as Al 2 O 3 -content; and wherein the said inorganic particulate material is a phyllosilicate and is selected from talc, chlorite and/or pyrophyllite. a polymer; and up to 20 wt.-% particles of one or more inorganic particulate materials, based on the total weight of the composition; wherein the one or more inorganic particulate materials comprises equal to or greater than 1 wt.-% Al and less than 20 wt.-% Al, calculated as Al 2 O 3 -content; and wherein the said inorganic particulate material is a phyllosilicate and is selected from talc, chlorite and/or pyrophyllite.
A computing system comprising: a data storage device; a memory storing processor-executable program code; and a processor adapted to execute the processor-executable program code in order to cause the computing system to: generate a first interval encoding of a first version of a hierarchy of nodes; determine a second version of the hierarchy of nodes and generate a second interval encoding of the second version of the hierarchy of nodes; determine an interval delta based on the first interval encoding and the second interval encoding, wherein the interval delta provides a mapping of interval bounds from the first interval encoding to the second interval encoding; store the first interval encoding and the interval delta in the data storage device; and use the first interval encoding and the interval delta to process queries; wherein determination of the interval delta comprises: determining a set of translation ranges, where each translation range defines a range of interval bounds that are translated together between the first interval encoding and the second interval encoding; and creating the interval delta by storing, for the lower border of each translation range, the values of the border in the first and second interval encodings. a data storage device; a memory storing processor-executable program code; and a processor adapted to execute the processor-executable program code in order to cause the computing system to: generate a first interval encoding of a first version of a hierarchy of nodes; determine a second version of the hierarchy of nodes and generate a second interval encoding of the second version of the hierarchy of nodes; determine an interval delta based on the first interval encoding and the second interval encoding, wherein the interval delta provides a mapping of interval bounds from the first interval encoding to the second interval encoding; store the first interval encoding and the interval delta in the data storage device; and use the first interval encoding and the interval delta to process queries; generate a first interval encoding of a first version of a hierarchy of nodes; determine a second version of the hierarchy of nodes and generate a second interval encoding of the second version of the hierarchy of nodes; determine an interval delta based on the first interval encoding and the second interval encoding, wherein the interval delta provides a mapping of interval bounds from the first interval encoding to the second interval encoding; store the first interval encoding and the interval delta in the data storage device; and use the first interval encoding and the interval delta to process queries; determining a set of translation ranges, where each translation range defines a range of interval bounds that are translated together between the first interval encoding and the second interval encoding; and creating the interval delta by storing, for the lower border of each translation range, the values of the border in the first and second interval encodings.
An electronic device comprising: electrical circuitry including at least one processor (210, 490); and a flexible printed circuit board in the form of a cable, the cable including a first layer of the flexible printed circuit board forming a first power line and a second layer of the flexible printed circuit board forming a second power line, the two power lines connecting the electrical circuitry including the at least one processor (210, 490) to a battery cell of the device that is arranged to supply electrical power over the cable to drive the electrical circuitry including the at least one processor (210, 490), wherein the first and second layers (461, 462) are arranged in a stacked structure, wherein the device further comprises a coil-containing component (480, 481, 483) which is located at a position within the device at which magnetic fields generated by the passage, along the two power lines of the cable, of a current in charging or discharging the battery cell, cancel each other out thereby minimizing noise induced in the coil-containing component (480, 481, 483) by said magnetic fields, and wherein the first power line and the second power line are disposed within a distance of 0.01-4mm adjacent to the coil-containing component, and wherein the coil-containing component comprises a camera module. electrical circuitry including at least one processor (210, 490); and a flexible printed circuit board in the form of a cable, the cable including a first layer of the flexible printed circuit board forming a first power line and a second layer of the flexible printed circuit board forming a second power line, the two power lines connecting the electrical circuitry including the at least one processor (210, 490) to a battery cell of the device that is arranged to supply electrical power over the cable to drive the electrical circuitry including the at least one processor (210, 490), wherein the first and second layers (461, 462) are arranged in a stacked structure, wherein the device further comprises a coil-containing component (480, 481, 483) which is located at a position within the device at which magnetic fields generated by the passage, along the two power lines of the cable, of a current in charging or discharging the battery cell, cancel each other out thereby minimizing noise induced in the coil-containing component (480, 481, 483) by said magnetic fields, and wherein the first power line and the second power line are disposed within a distance of 0.01-4mm adjacent to the coil-containing component, and wherein the coil-containing component comprises a camera module.
A drone delivery system hub (10; 810) for facilitating parcel delivery, the drone delivery system hub comprising: a center support frame (18; 818); a parcel-conveying system supported by the center support frame (18; 818); a plurality of structural arms (20; 820) coupled to and extending outward from the center support frame (18; 818); a plurality of drone-conveying systems (24; 824) each supported by at least one of the structural arms (20; 820) and operable to convey one or more unmanned aerial vehicles - UAVs -along a length of one or more of the plurality of structural arms; and a linking conveyor span (26; 826) selectably extending between at least two of the plurality of drone-conveying systems and at least partially operable to convey the one or more UAVs between the at least two of the plurality of drone-conveying systems. a center support frame (18; 818); a parcel-conveying system supported by the center support frame (18; 818); a plurality of structural arms (20; 820) coupled to and extending outward from the center support frame (18; 818); a plurality of drone-conveying systems (24; 824) each supported by at least one of the structural arms (20; 820) and operable to convey one or more unmanned aerial vehicles - UAVs -along a length of one or more of the plurality of structural arms; and a linking conveyor span (26; 826) selectably extending between at least two of the plurality of drone-conveying systems and at least partially operable to convey the one or more UAVs between the at least two of the plurality of drone-conveying systems.
A method for controlling a wireless power transmission, the method comprising: detecting a plurality of target devices used to wirelessly receive power; selecting a source resonating unit from among a plurality of source resonating units (831, 833, 835, 837), based on the amount of power to be transmitted to one or more of the plurality of target devices, information on an identifier of the target device, or both; and wirelessly transmitting power to a target device using the selected source resonating unit, characterized in that the selecting comprises: verifying a first power amount of power to be transmitted to a first target device adjacent to a first source resonating unit, and a second power amount of power to be transmitted to a second target device adjacent to a second source resonating unit; selecting the first source resonating unit when the first power amount is greater by a predetermined value than the second power amount, and selecting the second source resonating unit when the second power amount is greater by the predetermined value than the first power amount. detecting a plurality of target devices used to wirelessly receive power; selecting a source resonating unit from among a plurality of source resonating units (831, 833, 835, 837), based on the amount of power to be transmitted to one or more of the plurality of target devices, information on an identifier of the target device, or both; and wirelessly transmitting power to a target device using the selected source resonating unit, characterized in that the selecting comprises: verifying a first power amount of power to be transmitted to a first target device adjacent to a first source resonating unit, and a second power amount of power to be transmitted to a second target device adjacent to a second source resonating unit; selecting the first source resonating unit when the first power amount is greater by a predetermined value than the second power amount, and selecting the second source resonating unit when the second power amount is greater by the predetermined value than the first power amount. verifying a first power amount of power to be transmitted to a first target device adjacent to a first source resonating unit, and a second power amount of power to be transmitted to a second target device adjacent to a second source resonating unit; selecting the first source resonating unit when the first power amount is greater by a predetermined value than the second power amount, and selecting the second source resonating unit when the second power amount is greater by the predetermined value than the first power amount.
A process for dehydrogenating a hydrocarbon selected from at least one of ethane, propane, butane, ethylbenzene, propylbenzene, isopropyl benzene or methylethylbenzene; comprising contacting a gaseous stream containing the at least one hydrocarbon with a dehydrogenation catalyst comprising gallium carried by an alumina or alumina silica support, at a reaction temperature and in concurrent rising flow through a dehydrogenation reactor wherein the average contact time between the hydrocarbon and catalyst within the dehydrogenation reactor is from 1 to 8 seconds; and the temperature and pressure in the dehydrogenation reactor is from 570 °C to 750 °C, and from 4.14 to 30.82 * 10 4 N/m 2 absolute (6.0 to 44.7 psia); and transferring the hydrocarbon and catalyst from the dehydrogenation reactor to a solid-gas centrifugal impingement separator wherein the average contact time between the hydrocarbon and catalyst while at reaction temperature in the solid-gas impingement separator is less than 5 seconds and the total average contact time between the hydrocarbon, catalyst and resulting hydrocarbons while at reaction temperature is less than 10 seconds; and transferring catalyst from the solid-gas impingement separator to a regenerator wherein the catalyst is regenerated and returned to the dehydrogenation reactor.
A cooking apparatus comprising: a body; an input unit configured to receive a command for controlling the cooking apparatus from a user; a knob configured to be attachable or detachable to one surface of the body and configured to interact with the input unit; and a controller configured to determine whether the knob is attached to the body; wherein the controller is further configured to receive the command from the knob when the knob is determined to be attached to the body and when the knob interacts with the input unit; and to receive the command from the input unit when the knob is determined not to be attached to the body, wherein the knob further comprises a protrusion configured to protrude toward the body, wherein the protrusion comprises a conductive material, wherein the input unit comprises a plurality of touch sensors (313a, 313b) arranged in a circular shape, and characterised in that the protrusion is formed with a size to touch a plurality of touch sensors (313a, 313b) at one time and in that the controller is arranged to determine that the knob is attached to the body, when more than one of the plurality of touch (313a, 313b) sensors sense the protrusion. a body; an input unit configured to receive a command for controlling the cooking apparatus from a user; a knob configured to be attachable or detachable to one surface of the body and configured to interact with the input unit; and a controller configured to determine whether the knob is attached to the body; wherein the controller is further configured to receive the command from the knob when the knob is determined to be attached to the body and when the knob interacts with the input unit; and to receive the command from the input unit when the knob is determined not to be attached to the body, wherein the knob further comprises a protrusion configured to protrude toward the body, wherein the protrusion comprises a conductive material, wherein the input unit comprises a plurality of touch sensors (313a, 313b) arranged in a circular shape, and characterised in that the protrusion is formed with a size to touch a plurality of touch sensors (313a, 313b) at one time and in that the controller is arranged to determine that the knob is attached to the body, when more than one of the plurality of touch (313a, 313b) sensors sense the protrusion.
An apparatus for transmitting broadcasting-communication data including original data and additional data, comprising: an original signal generator configured to receive the original data and generate baseband original signals; a first modulator configured to receive the baseband original signals and generate original signals of a predetermined band; an additional signal generator configured to receive the additional data and generate baseband additional signals; a second modulator configured to receive the baseband additional signals and generate additional signals of the predetermined band; an average power controller configured to control an average power of the additional signals of the predetermined band; an inserter configured to insert the additional signals of the predetermined band with the controlled average power to the original signals of the predetermined band to thereby generate mixed signals of the predetermined band; and a transmitter configured to transmit the mixed signals of the predetermined band, wherein the additional signals of the predetermined band have the average power lower than an average power of the original signals of the predetermined band. an original signal generator configured to receive the original data and generate baseband original signals; a first modulator configured to receive the baseband original signals and generate original signals of a predetermined band; an additional signal generator configured to receive the additional data and generate baseband additional signals; a second modulator configured to receive the baseband additional signals and generate additional signals of the predetermined band; an average power controller configured to control an average power of the additional signals of the predetermined band; an inserter configured to insert the additional signals of the predetermined band with the controlled average power to the original signals of the predetermined band to thereby generate mixed signals of the predetermined band; and a transmitter configured to transmit the mixed signals of the predetermined band, wherein the additional signals of the predetermined band have the average power lower than an average power of the original signals of the predetermined band.
An injector for delivering a liquid medicament, comprising: a housing having an opening at a first end and a cartridge contained within the housing, wherein the cartridge comprises a first fitting mechanism which is directed outwards from the opening of the housing; a removable cap; comprising a distal end and a proximal end; and a needle assembly supported on the removable cap, wherein the needle assembly has a second fitting mechanism which is directed outwards from a distal end of the removable cap, the removable cap being further configured such that each of the distal end and the proximal end of the removable cap are engageable with the opening of the housing, wherein the first fitting mechanism is complementary with the second fitting mechanism such that the needle assembly is connectable to the cartridge by joining the first and second fitting mechanisms (18, 25). a housing having an opening at a first end and a cartridge contained within the housing, wherein the cartridge comprises a first fitting mechanism which is directed outwards from the opening of the housing; a removable cap; comprising a distal end and a proximal end; and a needle assembly supported on the removable cap, wherein the needle assembly has a second fitting mechanism which is directed outwards from a distal end of the removable cap, the removable cap being further configured such that each of the distal end and the proximal end of the removable cap are engageable with the opening of the housing, wherein the first fitting mechanism is complementary with the second fitting mechanism such that the needle assembly is connectable to the cartridge by joining the first and second fitting mechanisms (18, 25).
Folding carton with a temper-evident closure and a closure or reclosure, being not openable by children, with four walls (2, 5, 6, 8, 202, 205, 206, 208), a floor (10, 11, 210, 211) and a lid, wherein the lid has at least two, preferably at least three wall projections (30, 35), being aligned in the direction of the walls (2, 5, 6, 8), and provided on at least one of the wall projections (30, 35) and one of the walls (2, 5, 6, 8) with an interacting locking device (32, 33, 21, 22), characterised in that the lid (28, 228) together with its wall projections (30, 35, 230, 235) is provided within the walls (2, 5, 6, 202, 205, 206) and that the respective wall in the area of the locking device has a detachable and/or depressible part, wherein the detachable or depressible part (23, 223) is delimited by a perforated, scored or other tear line.
An isolated monoclonal antibody comprising an antigen binding domain, said antibody capable of binding an epitope of a human RAGE molecule, said antigen binding domain comprising a heavy chain variable region and a light chain variable region, said VH region comprising the CDR set consisting of SEQ ID NO: 10, 11 and 12 wherein at least one of said 3 CDRs is a modified CDR amino acid sequence having a sequence identity of at least 80% to the parent sequence and said VL region comprising the CDR set consisting of SEQ ID NO: 14, 15 and 16 wherein at least one of said 3 CDRs is a modified CDR amino acid sequence having a sequence identity of at least 80% to the parent sequence, and wherein said antibody binds the C-2 domain of RAGE and is able to inhibit soluble Aβ-40 peptide-induced reduction of cerebral blood flow in vivo in C57BL/6 female mice.