mhurhangee/ep-ind-claims huggingface dataset:
An organic light-emitting diode, OLED, device, comprising: a first substrate; an OLED disposed on the first substrate; at least two encapsulation layers disposed on the OLED; a bonding layer disposed on the at least two encapsulation layers; and a second substrate disposed on the bonding layer, wherein the at least two encapsulation layers comprise an organic layer disposed on the OLED and an inorganic layer disposed on the organic layer, characterized in that an upper surface of the organic layer, an upper surface and a lower surface of the inorganic layer respectively comprise a concave-convex structure, and the organic layer is in direct contact with the OLED; the concave-convex structure of the upper surface of the organic layer is coupled with the concave-convex structure on the lower surface of the inorganic layer; and the concave-convex structure comprises a square sectional concave-convex structure or a zigzag sectional concave-convex structure. a first substrate; an OLED disposed on the first substrate; at least two encapsulation layers disposed on the OLED; a bonding layer disposed on the at least two encapsulation layers; and a second substrate disposed on the bonding layer, wherein the at least two encapsulation layers comprise an organic layer disposed on the OLED and an inorganic layer disposed on the organic layer, characterized in that an upper surface of the organic layer, an upper surface and a lower surface of the inorganic layer respectively comprise a concave-convex structure, and the organic layer is in direct contact with the OLED; the concave-convex structure of the upper surface of the organic layer is coupled with the concave-convex structure on the lower surface of the inorganic layer; and the concave-convex structure comprises a square sectional concave-convex structure or a zigzag sectional concave-convex structure.
A computer-implemented method of searching for objects in a distributed version control system, the method comprising: accessing a single index corresponding to a plurality of pack files, the single index indexing objects in the plurality of pack files and including a listing of the pack files corresponding to the single index, wherein each pack file contains aggregated content of version control system objects, the single index further storing metadata for the pack files and for the objects within the pack files, wherein a soft-cap size corresponding to each of the pack files is configurable during run-time; from the single index, determining a location of a version control system object by using the single index to identify which pack file from among the plurality of pack files the object is stored in, and a location in the identified pack file where the object is stored; and retrieving the version control system object from the identified pack file. accessing a single index corresponding to a plurality of pack files, the single index indexing objects in the plurality of pack files and including a listing of the pack files corresponding to the single index, wherein each pack file contains aggregated content of version control system objects, the single index further storing metadata for the pack files and for the objects within the pack files, wherein a soft-cap size corresponding to each of the pack files is configurable during run-time; from the single index, determining a location of a version control system object by using the single index to identify which pack file from among the plurality of pack files the object is stored in, and a location in the identified pack file where the object is stored; and retrieving the version control system object from the identified pack file.
A method performed by mobile equipment to communicate with a network, the method comprising: receiving a network authentication token and random number, the network authentication token including a first message authentication code and a first extended sequence number that includes a first hardware identifier and a first sequence number; and authenticating the network based on the first message authentication code, the first hardware identifier, and the first sequence number. receiving a network authentication token and random number, the network authentication token including a first message authentication code and a first extended sequence number that includes a first hardware identifier and a first sequence number; and authenticating the network based on the first message authentication code, the first hardware identifier, and the first sequence number.
A process for producing liquid products from an initial biomass-containing municipal solid waste feedstock, the process comprising: removing at least a portion of plastic in the initial feedstock to provide a biomass-containing MSW feedstock having a reduced plastic content relative to the initial feedstock; and hydropyrolyzing the biomass-containing MSW feedstock having the reduced plastic content in a hydropyrolysis reactor vessel containing hydrogen and a deoxygenating catalyst, producing a hydropyrolysis reactor output comprising at least one non-condensable gas, a partially deoxygenated hydropyrolysis product and char particles, wherein the initial MSW feedstock comprises one or more of (i) from about 5% to about 25% by weight polyethylene terephthalate, (ii) from about 5% to about 30% by weight high density polyethylene (iii) from about 1% to about 10% by weight polyvinyl chloride, (iv) from about 10% to about 35% by weight low density polyethylene, (v) from about 12% to about 40% by weight polypropylene, or (vi) from about 3% to about 15% by weight polystyrene. removing at least a portion of plastic in the initial feedstock to provide a biomass-containing MSW feedstock having a reduced plastic content relative to the initial feedstock; and hydropyrolyzing the biomass-containing MSW feedstock having the reduced plastic content in a hydropyrolysis reactor vessel containing hydrogen and a deoxygenating catalyst, producing a hydropyrolysis reactor output comprising at least one non-condensable gas, a partially deoxygenated hydropyrolysis product and char particles, wherein the initial MSW feedstock comprises one or more of (i) from about 5% to about 25% by weight polyethylene terephthalate, (ii) from about 5% to about 30% by weight high density polyethylene (iii) from about 1% to about 10% by weight polyvinyl chloride, (iv) from about 10% to about 35% by weight low density polyethylene, (v) from about 12% to about 40% by weight polypropylene, or (vi) from about 3% to about 15% by weight polystyrene.
Amplified acoustic speaker of the type comprising: * two loudspeakers (1, 2), one of which is located at the front and is intended to reproduce the midrange and low frequencies, and the other of which is placed close to and at the rear of said first loudspeaker and is intended to reproduce the low frequencies, which loudspeakers are pneumatically connected to one another by a sealed compartment, * at least one vent (5, 5') which does not communicate pneumatically with this sealed compartment and which connects the interior part of the speaker to the exterior thereof, characterized in that each of these two loudspeakers and is supplied by separate amplification channels and and each has their specific frequency band such that the frequency response curve of the rear loudspeaker is progressively attenuated by at least 3db from and above a frequency range between 60 Hz and 120 Hz. * two loudspeakers (1, 2), one of which is located at the front and is intended to reproduce the midrange and low frequencies, and the other of which is placed close to and at the rear of said first loudspeaker and is intended to reproduce the low frequencies, which loudspeakers are pneumatically connected to one another by a sealed compartment, * at least one vent (5, 5') which does not communicate pneumatically with this sealed compartment and which connects the interior part of the speaker to the exterior thereof, characterized in that each of these two loudspeakers and is supplied by separate amplification channels and and each has their specific frequency band such that the frequency response curve of the rear loudspeaker is progressively attenuated by at least 3db from and above a frequency range between 60 Hz and 120 Hz.
A method of performing eye tracking and/or gaze tracking, the method comprising, for a current image from a single on-axis imaging apparatus comprising a single imaging sensor and a single coaxial illumination source that either is formed by one illumination source or includes a combination of illumination sources to create a single unified illumination source: dynamically updating one or more illumination parameters based on at least one illumination criterion, wherein the at least one illumination criterion was determined by analyzing at least one previous image acquired by the single imaging sensor; acquiring an image of a scene using the single imaging sensor under on-axis illumination by the single coaxial illumination source; processing the captured image to detect at least one eye of a user and perform a gaze estimation based exclusively on the processed captured image; analyzing the scene, based on the current image and based on at least one illumination criterion; and modifying the one or more illumination parameters towards an optimized illumination based on the analyzing, wherein the one or more illumination parameters are set such that the user's pupils are at a value corresponding to the midpoint of the range of the single imaging sensor, and wherein the updating of the one or more illumination parameters is done for the acquiring of at least one subsequent image by the single imaging sensor. dynamically updating one or more illumination parameters based on at least one illumination criterion, wherein the at least one illumination criterion was determined by analyzing at least one previous image acquired by the single imaging sensor; acquiring an image of a scene using the single imaging sensor under on-axis illumination by the single coaxial illumination source; processing the captured image to detect at least one eye of a user and perform a gaze estimation based exclusively on the processed captured image; analyzing the scene, based on the current image and based on at least one illumination criterion; and modifying the one or more illumination parameters towards an optimized illumination based on the analyzing, wherein the one or more illumination parameters are set such that the user's pupils are at a value corresponding to the midpoint of the range of the single imaging sensor, and wherein the updating of the one or more illumination parameters is done for the acquiring of at least one subsequent image by the single imaging sensor.
A block copolymer comprising a first block of the Formula 5 below and a second block represented by the Formula 11 below: wherein the R is hydrogen or an alkyl group having 1 to 4 carbon atom(s), the X is an oxygen atom, -C(=O)-O- or -O-C(=O)-, the P is an arylene group, the Q is an oxygen or or -NR 3 -, where the R 3 is hydrogen, an alkyl group, an alkenyl group, an alkynyl group, an alkoxy group or an aryl group and the Z is a linear chain having 8 or more chain-forming atoms: wherein the B is a monovalent substituent having an aromatic strucutre which has 6 to 12 carbon atoms and which comprises at least 3 halogen atoms and a substituent comprising silicon atom, iron atom or boron atom.
A host device for medical sensor devices, the host device comprising: a connector comprising a first connection point and a second connection point configured to connect to a medical sensor device; a reader circuit configured to generate an alternating current pilot signal supplied at the first connection point and the second connection point; and a processor configured to: receive a response signal from the first connection point and the second connection point; compare a magnitude of the response signal with a threshold magnitude; and in response to determining the magnitude of the response signal is greater than the threshold magnitude, establish a connection with the medical sensor device being attached to the host device, wherein the reader circuit comprises an excitation circuit and a filter, the processor is configured to control the excitation circuit to generate the AC pilot signal, and the filter is configured to filter the response signal received by the processor. a connector comprising a first connection point and a second connection point configured to connect to a medical sensor device; a reader circuit configured to generate an alternating current pilot signal supplied at the first connection point and the second connection point; and a processor configured to: receive a response signal from the first connection point and the second connection point; compare a magnitude of the response signal with a threshold magnitude; and in response to determining the magnitude of the response signal is greater than the threshold magnitude, establish a connection with the medical sensor device being attached to the host device, wherein the reader circuit comprises an excitation circuit and a filter, the processor is configured to control the excitation circuit to generate the AC pilot signal, and the filter is configured to filter the response signal received by the processor. receive a response signal from the first connection point and the second connection point; compare a magnitude of the response signal with a threshold magnitude; and in response to determining the magnitude of the response signal is greater than the threshold magnitude, establish a connection with the medical sensor device being attached to the host device, wherein the reader circuit comprises an excitation circuit and a filter, the processor is configured to control the excitation circuit to generate the AC pilot signal, and the filter is configured to filter the response signal received by the processor.
A method for producing a core for a projectile (2, 2a, 2b), wherein one or more wires or wire sections made from a lead-free material are compressed so as to form a cavity-free core, characterized in that the wires or wire sections have in the interior or on the outer diameter one or more geometrical shapes, wherein the wires or wire sections have slots or holes in the interior, and/or slots on the outer wire diameter that are incorporated from the outside.
Method for utilization of plastic and other waste in the energy industry, whereby the pre-shredded solid plastic and/or rubber waste in the prescribed size is being heated and decomposed by a thermocatalytic decomposition process, and steams and gases, which develop are cooled and are separated into their components in liquid and gas phase, during the method the shredded solid waste is fed in to a melting unit, which is made of two sequentially linked melting equipments (41,42), and which comprises a gas and/or steam outlet slot, furthermore, after the first melting equipment via an interconnecting pipeline a second melting equipment is mounted, from where the properly heated high pressure melted feedstock flows into a thermocatalytic reactor, where thermal decomposition of the hydrocarbon polymers in the feedstock takes place, then during the method is followed by the collection and storage of the liquid product oil and gaseous end products as well as the further use thereof, which is characterized by that, the first melting equipment is constructed with an extruder axis with a thread interruption with a length, between a first section with a length and a second section with a length of the screw thread on the extruder axis, which thread interruption shall cause solidity of the melted feedstock and formation of a compaction and a plug, thereby forcing the gases and steams to escape from the feedstock via the gas and/or steam outlet slot and to prevent back-flow of gases.
A watch comprising: an antenna operable to receive position determining signals and provided with a ground plane including a first portion and a second portion; a printed circuit board electrically coupled with the antenna to form the first portion of the ground plane; a processor coupled with the printed circuit board and operable to process the position determining signals received by the antenna; a conductive cage supporting the printed circuit board and electrically coupled thereto to form the second portion of the ground plane, the conductive cage including a surface, which defines a plurality of openings, and a plurality of spaced-apart supports such that there is an alternation from one of the supports to one of the openings to another one of the supports, wherein the plurality of supports support the printed circuit board and secure one or more edges of the printed circuit board; and a housing substantially enclosing the antenna, the printed circuit board, and the conductive cage. an antenna operable to receive position determining signals and provided with a ground plane including a first portion and a second portion; a printed circuit board electrically coupled with the antenna to form the first portion of the ground plane; a processor coupled with the printed circuit board and operable to process the position determining signals received by the antenna; a conductive cage supporting the printed circuit board and electrically coupled thereto to form the second portion of the ground plane, the conductive cage including a surface, which defines a plurality of openings, and a plurality of spaced-apart supports such that there is an alternation from one of the supports to one of the openings to another one of the supports, wherein the plurality of supports support the printed circuit board and secure one or more edges of the printed circuit board; and a housing substantially enclosing the antenna, the printed circuit board, and the conductive cage.
The method for determining a remaining service life of a fluid thrust-conducting process engineering apparatus, which apparatus is designed as a heat exchanger, or as a column, or as a container for phase separation, wherein a computing unit is attached to the apparatus, and wherein the computing unit is linked, in terms of data transfer, to a remote computing unit, wherein measured values of a temperature are obtained by means of a plurality of sensors arranged in or on the apparatus, a mechanical stress is determined from the measured values of the temperature as a non-directly measurable quantity, and the remaining service life is determined from the mechanical stress as a further non-directly measurable quantity, wherein the mechanical stress is determined by means of the computing unit, the mechanical stress and/or the measured values of the temperature are transmitted to the remote computing unit, and the remaining service life is determined there, or wherein the measured values of the temperature are transmitted to the remote computing unit, and the mechanical stress and the remaining service life are determined there. wherein a computing unit is attached to the apparatus, and wherein the computing unit is linked, in terms of data transfer, to a remote computing unit, wherein measured values of a temperature are obtained by means of a plurality of sensors arranged in or on the apparatus, a mechanical stress is determined from the measured values of the temperature as a non-directly measurable quantity, and the remaining service life is determined from the mechanical stress as a further non-directly measurable quantity, wherein the mechanical stress is determined by means of the computing unit, the mechanical stress and/or the measured values of the temperature are transmitted to the remote computing unit, and the remaining service life is determined there, or wherein the measured values of the temperature are transmitted to the remote computing unit, and the mechanical stress and the remaining service life are determined there.
A method for sending status information in a mobile communications system, comprising: constructing a partial status protocol data unit, PDU, the partial status PDU used to provide positive and/or negative acknowledgements of portions of acknowledged mode data, AMD, PDUs; and transmitting the constructed partial status PDU to a peer radio link control, RLC, entity, wherein the constructing the partial status PDU is performed by considering a total size of RLC PDUs indicated by a lower layer, such that the constructed partial status PDU fits to said total size of RLC PDUs. constructing a partial status protocol data unit, PDU, the partial status PDU used to provide positive and/or negative acknowledgements of portions of acknowledged mode data, AMD, PDUs; and transmitting the constructed partial status PDU to a peer radio link control, RLC, entity, wherein the constructing the partial status PDU is performed by considering a total size of RLC PDUs indicated by a lower layer, such that the constructed partial status PDU fits to said total size of RLC PDUs.
A receptacle for the segregation and storing of a plurality of waste types comprising an outer open top vessel having side walls and a bottom wall, a maximum of three smaller inner open top vessels, each having side walls, a bottom wall and flanges for the supporting of the vessels themselves within the outer vessel by interfacing and resting on the top rim of the outer vessel, wherein the outer vessel is vented, wherein all the inner smaller open top vessels are vented, wherein the flanges are as well for the retention of bags with flexible walls within the inner vessels, characterized by a removable top cover compatible with the top rim of the outer vessel having a vented lid hinged within the top cover, and by a cross member interlocking with the opposing sides of the outer vessel along their edges allowing for the manual transportation of the receptacle.
Pump system comprising an atomizer nozzle system having at least two atomizer nozzles for an electrohydrodynamic atomizer, wherein the pump system comprises at least one hose assembly as well as at least one pump rotor and at least one rolling body for forming a rolling region of a peristaltic pump, wherein the hose assembly comprises at least the same number of hose channels as the number of atomizer nozzles, and wherein each hose channel is assigned to an atomizer nozzle and connects it to the rolling region, characterized in that at least two, preferably three, pump rotors are formed, wherein each pump rotor moves at least one rolling body and is assigned to at least one hose channel.