mhurhangee/ep-ind-claims huggingface dataset:
A light guide element with a first section comprising a cylindrical, light-guiding optical body and with a second section comprising an optical element placed in front of the light-guiding optical body, which optical element is arranged spaced apart from the light-guiding optical body toward the cylinder axis of the light-guiding optical body, and which optical element is connected in one piece to the light-guiding optical body, wherein: - the light-guiding optical body has a light in-coupling surface and a light out-coupling surface located opposite from the light in-coupling surface, with the cylinder axis running through the focal points of the light in-coupling surface and the light out-coupling surface; - the outer contours of light in-coupling surface and of the light out-coupling surface have the same geometry normal to the cylinder axis, as seen along the cylinder axis; - the optical element is arranged opposite from the light in-coupling surface along the cylinder axis; - the optical element first collimates the light, which is conically emitted from a point light source, in a direction in parallel to the cylinder axis and then distributes it evenly onto the light in-coupling surface corresponding to the geometry of the light in-coupling surface; and - a propagation in a direction along the cylinder axis takes place in the light-guiding optical body, the propagation corresponding to the size ratio of the light out-coupling surface to the light in-coupling surface. - the light-guiding optical body has a light in-coupling surface and a light out-coupling surface located opposite from the light in-coupling surface, with the cylinder axis running through the focal points of the light in-coupling surface and the light out-coupling surface; - the outer contours of light in-coupling surface and of the light out-coupling surface have the same geometry normal to the cylinder axis, as seen along the cylinder axis; - the optical element is arranged opposite from the light in-coupling surface along the cylinder axis; - the optical element first collimates the light, which is conically emitted from a point light source, in a direction in parallel to the cylinder axis and then distributes it evenly onto the light in-coupling surface corresponding to the geometry of the light in-coupling surface; and - a propagation in a direction along the cylinder axis takes place in the light-guiding optical body, the propagation corresponding to the size ratio of the light out-coupling surface to the light in-coupling surface.
Collecting and discharge device for the cutting medium jet of a fluid jet cutting plant with a cutting jet collector and a discharge for the cutting medium flow collected by means of the cutting jet collector, wherein the cutting jet collector has a jet outflow channel with an inlet region for introducing the cutting jet, which is in flow connection with an outlet region with an outflow line, characterised in that the cutting jet collector is designed such that the jet outflow channel leads out into a suction chamber disposed underneath the outlet region, said chamber having an enlarged cross section in the outlet region compared with the cross section of the jet outflow channel and, additionally, being in flow connection for connecting with the jet outflow channel with the outflow line and with a suction channel as well as being otherwise closed, wherein the suction channel proceeds to form a suction function at a suction opening forming a suction mouth in a suction region surrounding the inlet region of the jet outflow channel.
A method for decoding and/or audio rendering, in particular at a decoder or audio renderer, the method comprising: receiving a bitstream which includes audio signal data associated with 3DoF audio rendering in one or more first bitstream parts of the bitstream and further including metadata associated with 6DoF audio rendering in one or more second bitstream parts of the bitstream, and performing at least one of 3DoF audio rendering and 6DoF audio rendering based on the received bitstream, wherein performing 6DoF audio rendering, being based on the audio signal data associated with 3DoF audio rendering in the one or more first bitstream parts of the bitstream and the metadata associated with 6DoF audio rendering in the one or more second bitstream parts of the bitstream, includes generating audio signal data associated with 6DoF audio rendering based on the audio signal data associated with 3DoF audio rendering and an inverse transform function, wherein the inverse transform function is an inverse function of a transform function which maps or projects audio signals of the one or more audio sources onto respective audio objects positioned on one or more spheres surrounding a default 3DoF listener position, wherein the bitstream is an MPEG-H 3D Audio bitstream or a bitstream using MPEG-H 3D Audio syntax. receiving a bitstream which includes audio signal data associated with 3DoF audio rendering in one or more first bitstream parts of the bitstream and further including metadata associated with 6DoF audio rendering in one or more second bitstream parts of the bitstream, and performing at least one of 3DoF audio rendering and 6DoF audio rendering based on the received bitstream, wherein performing 6DoF audio rendering, being based on the audio signal data associated with 3DoF audio rendering in the one or more first bitstream parts of the bitstream and the metadata associated with 6DoF audio rendering in the one or more second bitstream parts of the bitstream, includes generating audio signal data associated with 6DoF audio rendering based on the audio signal data associated with 3DoF audio rendering and an inverse transform function, wherein the inverse transform function is an inverse function of a transform function which maps or projects audio signals of the one or more audio sources onto respective audio objects positioned on one or more spheres surrounding a default 3DoF listener position, wherein the bitstream is an MPEG-H 3D Audio bitstream or a bitstream using MPEG-H 3D Audio syntax.
A processor comprising an ancillary print agent distribution module configured to determine instructions for a print control module, wherein the print control module is configured to: control the distribution of a coalescence agent onto a first region of a layer of powder-like granular build material in an object fabrication chamber in an additive manufacturing process in which at least one object is generated by selective solidification of each of a plurality of layers of build material and the selective solidification of build material is determined by the distribution of at least a coalescence agent; and cause the print control module to control the distribution of the coalescence agent onto a second region of a layer of build material in an object fabrication chamber as part of a process which is ancillary to object generation to perform a maintenance function and/or a temperature control process, wherein the first and second regions are spatially distinct. control the distribution of a coalescence agent onto a first region of a layer of powder-like granular build material in an object fabrication chamber in an additive manufacturing process in which at least one object is generated by selective solidification of each of a plurality of layers of build material and the selective solidification of build material is determined by the distribution of at least a coalescence agent; and cause the print control module to control the distribution of the coalescence agent onto a second region of a layer of build material in an object fabrication chamber as part of a process which is ancillary to object generation to perform a maintenance function and/or a temperature control process, wherein the first and second regions are spatially distinct.
A clip element with a hollow, radially elastic shank and a clamping edge protruding from the shank outwards, wherein the clip element is mushroom-shaped, • the clamping edge is flexurally elastic in a longitudinal direction of the shank and hence about axes which are perpendicular to the longitudinal direction of the shank, and • a shoulder which is circumambient in the peripheral direction is provided on an inner periphery of the shank, characterised in that the sleeve-type portion is open at its two end faces. • the clamping edge is flexurally elastic in a longitudinal direction of the shank and hence about axes which are perpendicular to the longitudinal direction of the shank, and • a shoulder which is circumambient in the peripheral direction is provided on an inner periphery of the shank,
Highly reactive polyurethane powder coating composition containing A) at least one uretdione-containing powder coating hardener, based on aliphatic, (cyclo)aliphatic or cycloaliphatic polyisocyanates and hydroxyl-containing compounds, having a melting point of from 40 to 130°C, a free NCO content of less than 5% by weight, and a uretdione content of 6 - 18% by weight, B) at least one hydroxyl-containing polymer having a melting point of from 40 to 130°C and an OH number of between 20 and 200 mg KOH/gram, C) at least one catalyst of the formula [NR 1 R 2 R 3 R 4] + [R + COO] -, where R 1 - R 4 simultaneously or independently of one another are alkyl, aryl, aralkyl, heteroaryl or alkoxylalkyl radicals having 1 - 18 carbon atoms, in each case linear or branched, unbridged or bridged with other radicals R 1 - R 4, to form monocyclic, bicyclic or tricyclic systems, it being possible for the bridging atoms to include not only carbon but also heteroatoms and, additionally, for each radical R 1 - R 4 to have one or more alcohol, amino, ester, keto, thio, urethane, urea or allophanate groups, double bonds, triple bonds or halogen atoms, and R 5 is an alkyl, aryl, aralkyl, heteroaryl or alkoxyalkyl radical having 1 - 18 carbon atoms which is linear or branched and additionally may have one or more alcohol, amino, ester, keto, thio, urethane, urea or allophanate groups, double bonds, triple bonds or halogen atoms, so that the ratio of the two components A) and B) is such that for each hydroxyl group of component B) there is from 0.3 to 1 uretdione group of component A), and the fraction of the catalyst C) is 0.001 - 3% by weight of the total amount of components A) and B). A) at least one uretdione-containing powder coating hardener, based on aliphatic, (cyclo)aliphatic or cycloaliphatic polyisocyanates and hydroxyl-containing compounds, having a melting point of from 40 to 130°C, a free NCO content of less than 5% by weight, and a uretdione content of 6 - 18% by weight, B) at least one hydroxyl-containing polymer having a melting point of from 40 to 130°C and an OH number of between 20 and 200 mg KOH/gram, C) at least one catalyst of the formula [NR 1 R 2 R 3 R 4] + [R + COO] -, where R 1 - R 4 simultaneously or independently of one another are alkyl, aryl, aralkyl, heteroaryl or alkoxylalkyl radicals having 1 - 18 carbon atoms, in each case linear or branched, unbridged or bridged with other radicals R 1 - R 4, to form monocyclic, bicyclic or tricyclic systems, it being possible for the bridging atoms to include not only carbon but also heteroatoms and, additionally, for each radical R 1 - R 4 to have one or more alcohol, amino, ester, keto, thio, urethane, urea or allophanate groups, double bonds, triple bonds or halogen atoms, and R 5 is an alkyl, aryl, aralkyl, heteroaryl or alkoxyalkyl radical having 1 - 18 carbon atoms which is linear or branched and additionally may have one or more alcohol, amino, ester, keto, thio, urethane, urea or allophanate groups, double bonds, triple bonds or halogen atoms,
Oil-in-water emulsion-type pharmaceutical composition comprising: - a fatty phase containing 3"-tert-butyl-4'-(2-hydroxyethoxy)-4"-pyrrolidin-1-yl[1,1';3',1"]terphenyl-4-carboxylic acid (compound A) as active ingredient, phenoxyethanol as the main solvent of compound A, one or more co-solvent oils selected from caprylic/capric triglycerides, sweet almond oil, Apricot Kernel Oil PEG-6 Ester, refined coconut oil, and one or more mineral oils, - an aqueous phase comprising at least one surfactant from the sucrose ester family, at least one polyol and purified water. - a fatty phase containing 3"-tert-butyl-4'-(2-hydroxyethoxy)-4"-pyrrolidin-1-yl[1,1';3',1"]terphenyl-4-carboxylic acid (compound A) as active ingredient, phenoxyethanol as the main solvent of compound A, one or more co-solvent oils selected from caprylic/capric triglycerides, sweet almond oil, Apricot Kernel Oil PEG-6 Ester, refined coconut oil, and one or more mineral oils, - an aqueous phase comprising at least one surfactant from the sucrose ester family, at least one polyol and purified water.
A transmission apparatus for use in a mobile station capable of communicating via an uplink transmission to at least one base station in a wireless network, the transmission apparatus comprising: a transceiver coupled to a plurality of transmit antennas; and a controller coupled to the transceiver, the controller configured to map at least one codeword to an N L number of layers, wherein a codeword of the at least one codeword comprises a plurality of code blocks, wherein the controller is configured to generate the plurality of code blocks from a transport block, and wherein the number of the plurality of code blocks generated is equal to k × N L wherein k is an integer value, characterized in that the number of the plurality of code blocks generated is defined by: C = N L ⌈ C ' / N L ⌉; and C ' = ⌈ B / Z − L ⌉, wherein, B corresponds to the number of information bits for the transport block and a transport block cyclic redundancy check, CRC,, Z corresponds to a maximum code block size, and L is a length of a code block CRC sequence attached to each of the plurality of code blocks. a transceiver coupled to a plurality of transmit antennas; and a controller coupled to the transceiver, the controller configured to map at least one codeword to an N L number of layers, wherein a codeword of the at least one codeword comprises a plurality of code blocks, wherein the controller is configured to generate the plurality of code blocks from a transport block, and wherein the number of the plurality of code blocks generated is equal to k × N L wherein k is an integer value, characterized in that the number of the plurality of code blocks generated is defined by: C = N L ⌈ C ' / N L ⌉; and C ' = ⌈ B / Z − L ⌉, wherein, B corresponds to the number of information bits for the transport block and a transport block cyclic redundancy check, CRC,, Z corresponds to a maximum code block size, and L is a length of a code block CRC sequence attached to each of the plurality of code blocks.
Discharge device for pharmaceutical media comprising - a housing (14, 16), which at least partly surrounds a receptacle space for receiving a medium store, - a discharge opening provided on the housing (14, 16) and serving for administering the medium from the medium store, - an electronic circuit designed for detecting discharge processes, and - a display device having a display region for representing status information, wherein - the electronic circuit is connected to the display device, - the housing (14, 16) has a convexly curved outer form at least in sections, - the display region of the display device has a curved shaping corresponding to the convexly curved outer form of the housing (14, 16), - the electronic circuit has a curved printed circuit board, which is arranged behind a curved outer wall of the housing (14, 16) and has a curved shaping corresponding to the curved outer wall, characterized in that: the display device has a plastic substrate, on which display segments (34a, 34b) are provided, which were applied by printing technology or coating technology, and - the at least one curved printed circuit board is embodied as a flexible printed circuit board, and has the plastic substrate as a carrier, wherein conductor tracks (24, 25, 26, 27) are provided on said plastic substrate in the form of metal films or in the form of printed conductor tracks (24, 25, 26, 27). - a housing (14, 16), which at least partly surrounds a receptacle space for receiving a medium store, - a discharge opening provided on the housing (14, 16) and serving for administering the medium from the medium store, - an electronic circuit designed for detecting discharge processes, and - a display device having a display region for representing status information, wherein - the electronic circuit is connected to the display device, - the housing (14, 16) has a convexly curved outer form at least in sections, - the display region of the display device has a curved shaping corresponding to the convexly curved outer form of the housing (14, 16), - the electronic circuit has a curved printed circuit board, which is arranged behind a curved outer wall of the housing (14, 16) and has a curved shaping corresponding to the curved outer wall, characterized in that: the display device has a plastic substrate, on which display segments (34a, 34b) are provided, which were applied by printing technology or coating technology, and the display device has a plastic substrate, on which display segments (34a, 34b) are provided, which were applied by printing technology or coating technology, and - the at least one curved printed circuit board is embodied as a flexible printed circuit board, and has the plastic substrate as a carrier, wherein conductor tracks (24, 25, 26, 27) are provided on said plastic substrate in the form of metal films or in the form of printed conductor tracks (24, 25, 26, 27).
A method for restoring access to a digital asset, the method comprising: receiving (110, 701) at a first server (10, 500) a request to restore access to a digital asset of a digital wallet, the digital wallet having had a first cryptographic key that is no longer available; generating (120, 702) at the first server (10, 500) a first representation of the request to restore access to the digital asset, the first server (10, 500) having a second cryptographic key; presenting (130, 703) the first representation to a second server (40, 600) having a third cryptographic key, the third cryptographic key cryptographically signing the first representation if a condition is met; if the condition is met, retrieving (140, 704) a second representation from the second server (40, 600); determining (150, 705) if the second representation meets a condition on the first server (10, 500); if the condition is met, the second cryptographic key cryptographically signing the second representation; generating (160, 707) an indication that the request is cryptographically approved; and using (170, 708) the indication to restore access to the digital asset of the digital wallet. receiving (110, 701) at a first server (10, 500) a request to restore access to a digital asset of a digital wallet, the digital wallet having had a first cryptographic key that is no longer available; generating (120, 702) at the first server (10, 500) a first representation of the request to restore access to the digital asset, the first server (10, 500) having a second cryptographic key; presenting (130, 703) the first representation to a second server (40, 600) having a third cryptographic key, the third cryptographic key cryptographically signing the first representation if a condition is met; if the condition is met, retrieving (140, 704) a second representation from the second server (40, 600); determining (150, 705) if the second representation meets a condition on the first server (10, 500); if the condition is met, the second cryptographic key cryptographically signing the second representation; generating (160, 707) an indication that the request is cryptographically approved; and using (170, 708) the indication to restore access to the digital asset of the digital wallet.
An air conditioner comprising: a refrigerant circuit constituted by connecting a compressor, a plurality of indoor heat exchangers (52a, 52b) that are parallel with each other, liquid-side indoor expansion valves (51a, 51b) corresponding to a liquid side of the respective indoor heat exchangers, and an outdoor heat exchanger; and wherein the refrigerant circuit further includes gas-side indoor expansion valves (61a, 61b) corresponding to a gas side of the respective indoor heat exchangers, and characterised in that the air conditioner further comprises a control unit that is configured to perform a heating operation in which refrigerant sealed in the refrigerant circuit is circulated in an order of the compressor, the indoor heat exchangers, the liquid-side indoor expansion valves, and the outdoor heat exchanger, wherein, in a case where the indoor heat exchangers include both a heating-operation indoor heat exchanger that performs the heating operation and a heating-stopped indoor heat exchanger that does not perform the heating operation, the control unit is configured to control the liquid-side indoor expansion valve and the gas-side indoor expansion valve corresponding to the heating-stopped indoor heat exchanger such that an opening degree of the gas-side indoor expansion valve becomes smaller than an opening degree of the liquid-side indoor expansion valve. a refrigerant circuit constituted by connecting a compressor, a plurality of indoor heat exchangers (52a, 52b) that are parallel with each other, liquid-side indoor expansion valves (51a, 51b) corresponding to a liquid side of the respective indoor heat exchangers, and an outdoor heat exchanger; and wherein the refrigerant circuit further includes gas-side indoor expansion valves (61a, 61b) corresponding to a gas side of the respective indoor heat exchangers, and characterised in that the air conditioner further comprises a control unit that is configured to perform a heating operation in which refrigerant sealed in the refrigerant circuit is circulated in an order of the compressor, the indoor heat exchangers, the liquid-side indoor expansion valves, and the outdoor heat exchanger, wherein, in a case where the indoor heat exchangers include both a heating-operation indoor heat exchanger that performs the heating operation and a heating-stopped indoor heat exchanger that does not perform the heating operation, the control unit is configured to control the liquid-side indoor expansion valve and the gas-side indoor expansion valve corresponding to the heating-stopped indoor heat exchanger such that an opening degree of the gas-side indoor expansion valve becomes smaller than an opening degree of the liquid-side indoor expansion valve.
A metal foam production method comprising the steps of: using a mold that transmits light and a precursor made by mixing a metal with a foaming agent; and irradiating the precursor with a light transmitted through the mold to thereby heat and foam the precursor to obtain a metal foam, and controlling the shape of the metal foam by the mold, wherein the mold is made of a material with openings, and wherein the mold is made of a net made of metal. using a mold that transmits light and a precursor made by mixing a metal with a foaming agent; and irradiating the precursor with a light transmitted through the mold to thereby heat and foam the precursor to obtain a metal foam, and controlling the shape of the metal foam by the mold, wherein the mold is made of a material with openings, and wherein the mold is made of a net made of metal.