mhurhangee/patent-ind-claim-en huggingface dataset:
A spectrometer , comprising (a) a light source ; (b) a monochromator with at least one diffraction grating ; (c) a monochromator housing ; (d) an order sorting filter , which is provided upstream or downstream of the diffraction grating of the monochromator ; (e) a microplate receptacle , which is formed for accommodating at least one microplate , which comprises a number of wells , and (f) a controller , characterized in that the order sorting filter of said spectrometer comprises a substrate , a first optical thin film and a second optical thin film , wherein, in a spatially partly overlapping manner, the first optical thin film is arranged on a first surface and the second optical thin film is arranged on a second surface , opposing the first surface , of the substrate , wherein the first optical thin film on the first surface of the substrate is formed as a first long-pass filter having a long-pass edge wavelength of 300 to 400 nm, and wherein the second optical thin film on the second surface of the substrate is formed as a second long-pass filter having a long-pass edge wavelength of 400 to 800 nm. (a) a light source ; (b) a monochromator with at least one diffraction grating ; (c) a monochromator housing ; (d) an order sorting filter , which is provided upstream or downstream of the diffraction grating of the monochromator ; (e) a microplate receptacle , which is formed for accommodating at least one microplate , which comprises a number of wells , and (f) a controller ,
A computer-implemented authentication method, comprising: in response to a login, generating a digital abstract of identity information for the login, wherein the identity information comprises an identity and an authorization level of a user requesting or authorizing execution of a transaction; transmitting the digital abstract of the identity information to one or more nodes of the blockchain for storage in the blockchain; obtaining , from the blockchain, a blockchain transaction identification associated with the digital abstract of the identity information; in response to the login being successful, executing the transaction; generating a digital abstract of operation information of the executed transaction, wherein the operation information" includes transaction information of the transaction and the blockchain transaction identification associated with the digital abstract of the identity information; and transmitting the digital abstract of the operation information to one or more nodes of the blockchain for storage in the blockchain; whereby authenticity of audit data can be determined by retrieving the digital abstract of the operation information from the blockchain and verifying a digital abstract of the audit data against the digital abstract of the operation information. in response to a login, generating a digital abstract of identity information for the login, wherein the identity information comprises an identity and an authorization level of a user requesting or authorizing execution of a transaction; transmitting the digital abstract of the identity information to one or more nodes of the blockchain for storage in the blockchain; obtaining , from the blockchain, a blockchain transaction identification associated with the digital abstract of the identity information; in response to the login being successful, executing the transaction; generating a digital abstract of operation information of the executed transaction, wherein the operation information" includes transaction information of the transaction and the blockchain transaction identification associated with the digital abstract of the identity information; and transmitting the digital abstract of the operation information to one or more nodes of the blockchain for storage in the blockchain;
An operating machine boom comprising: a tubular boom member configured such that an upper member having an upper plate portion and a pair of upper flat portions extending downwardly from both sides of the upper plate portion in a width direction and having a U-shaped section and a lower member having a lower plate portion and a pair of lower flat portions extending upwardly from both sides of the lower plate portion in the width direction and having a U-shaped section are welded together with each upper flat portion butting with a corresponding one of the lower flat portions , wherein a welded portion between the upper member and the lower member is on a compression portion side with respect to a stress neutral point (P) at a boundary between a compression portion (B) at which compression stress is caused and a tension portion (A) at which tensile stress is caused when a load acts downwardly on a tip end side of the boom member , and characterized in that a reinforcement member is arranged on an inner surface side of the welded portion , the reinforcement member includes a backing portion contacting the welded portion , and a stiffening portion protruding inwardly from the backing portion . a tubular boom member configured such that an upper member having an upper plate portion and a pair of upper flat portions extending downwardly from both sides of the upper plate portion in a width direction and having a U-shaped section and a lower member having a lower plate portion and a pair of lower flat portions extending upwardly from both sides of the lower plate portion in the width direction and having a U-shaped section are welded together with each upper flat portion butting with a corresponding one of the lower flat portions , wherein a welded portion between the upper member and the lower member is on a compression portion side with respect to a stress neutral point (P) at a boundary between a compression portion (B) at which compression stress is caused and a tension portion (A) at which tensile stress is caused when a load acts downwardly on a tip end side of the boom member , and characterized in that a reinforcement member is arranged on an inner surface side of the welded portion , the reinforcement member includes a backing portion contacting the welded portion , and a stiffening portion protruding inwardly from the backing portion .
A facility for the elimination of plastics contained in urban and industrial waste, characterized in that it comprises a hopper for crushing the plastic material, a conveyor moving towards a drying rotary drum , from which the plastic material is sent through a conveyor to a vertical hopper , after which there is arranged a feeding system for feeding the plastic material to a pyrolytic furnace , in which the plastic material is broken down, with a pyrolysis chamber and an inner rotary drum , with a solid waste outlet , and a gas outlet , after which there is a washing system formed by two tanks into which water is injected through a common conduit , after which there is arranged a dehumidifying system for dehumidifying the gases from the washing system, while the tanks have a common water and solid outlet , from which the solids are centrifuged in a centrifuge and then treated with activated carbon in tanks , to recover water which is again injected into the washing system , with the particularity that the dehumidified gases in the dehumidifier are sent to a gas accumulation gasometer and where the hopper for storing the plastic material to be treated includes a lower frustoconical section with a shaker , and internally a stirrer , such that between the outlet of that frustoconical section and the pyrolysis chamber of the pyrolytic furnace , there is a feeding system made up of an elastic connection followed by a filling valve and then a cylinder with a press formed by a hydraulic plunger and a cleaning system , wherein the press presses the plastic material which then passes through a gate to a chamber and continues into a screw conveyor with a spiral-free intermediate section to define an intermediate safety plug .
A power module for hypersonic vehicles with a scramjet engine, comprising: a turbo-generator with a propellant selector valve ; a stored energy module connected to the propellant selector valve; and a bleed air conduit connected to the propellant selector valve, wherein the propellant selector valve has a diverter element with a first position and a second position, the stored energy module in fluid communication with the turbo-generator in the first position, and the bleed air conduit in fluid communication with the turbo-generator in the second position and configured to generate electrical power with the turbo-generator using energy provided by an inlet segment of the scramjet engine through the bleed air conduit, and characterised in that the propellant selector valve is configured to move between the first position and the second position according to energy within the inlet segment of the scramjet engine, or wherein the propellant selector valve is configured to move from the first position to the second position when energy within the 2. arr inlet segment of the scramjet engine exceeds a predetermined value. a turbo-generator with a propellant selector valve ; a stored energy module connected to the propellant selector valve; and a bleed air conduit connected to the propellant selector valve, wherein the propellant selector valve has a diverter element with a first position and a second position, the stored energy module in fluid communication with the turbo-generator in the first position, and the bleed air conduit in fluid communication with the turbo-generator in the second position and configured to generate electrical power with the turbo-generator using energy provided by an inlet segment of the scramjet engine through the bleed air conduit, and characterised in that the propellant selector valve is configured to move between the first position and the second position according to energy within the inlet segment of the scramjet engine, or wherein the propellant selector valve is configured to move from the first position to the second position when energy within the 2. arr inlet segment of the scramjet engine exceeds a predetermined value.
A safety exit assembly for an elevator car , the safety exit assembly comprising: a door panel , which is configured to open and close a safety exit of the elevator car, and which has an upper surface and a lower surface, characterised by the safety exit assembly further comprising a moving assembly, which comprises a guide block provided on the lower surface of the door panel, and a guide rail which guides the door panel to move downward and translate through a cooperation with the guide block; a drive assembly , which drives the door panel to reciprocate along the guide rail, in a controlled manner; and a locking assembly, which comprises an unlocking element provided on the upper surface of the door panel; wherein the unlocking element is electrically connected to the drive assembly, and is configured such that an unlocking action of the unlocking element triggers the drive assembly to drive the door panel to move until the safety exit is opened. a door panel , which is configured to open and close a safety exit of the elevator car, and which has an upper surface and a lower surface, characterised by the safety exit assembly further comprising a moving assembly, which comprises a guide block provided on the lower surface of the door panel, and a guide rail which guides the door panel to move downward and translate through a cooperation with the guide block; a drive assembly , which drives the door panel to reciprocate along the guide rail, in a controlled manner; and a locking assembly, which comprises an unlocking element provided on the upper surface of the door panel; wherein the unlocking element is electrically connected to the drive assembly, and is configured such that an unlocking action of the unlocking element triggers the drive assembly to drive the door panel to move until the safety exit is opened.
A wireless power supply system (A) configured to wirelessly supply electric power from a power-supplying coil to a power-receiving coil , the system comprising: a power-supplying device having the power-supplying coil and a power-receiving device having the power-receiving coil , a cover provided at least at one of the power-supplying device and the power-receiving device, wherein the cover is configured to shield leakage magnetic flux by covering a periphery of the power-supplying coil and the power-receiving coil and a periphery of a space between the coils, wherein the cover is expandable and sealed, and the wireless power supply system (A) further comprises a gas supply and exhaust mechanism that, when electric power is supplied, inflates the cover by supplying gas to the inside of the cover and establishes a shielding state from outside the cover where the inflated cover covers the periphery of the power-supplying coil and the power-receiving coil and the periphery of the space between the coils, and that, when the electric power is not supplied, deflates the cover by exhausting gas from inside the cover and cancels the shielding state, characterized in that the power-supplying device is buried in the ground, and the power-receiving device is a vehicle that travels on a road. a power-supplying device having the power-supplying coil and a power-receiving device having the power-receiving coil , a cover provided at least at one of the power-supplying device and the power-receiving device, wherein the cover is configured to shield leakage magnetic flux by covering a periphery of the power-supplying coil and the power-receiving coil and a periphery of a space between the coils, wherein the cover is expandable and sealed, and the wireless power supply system (A) further comprises a gas supply and exhaust mechanism that, when electric power is supplied, inflates the cover by supplying gas to the inside of the cover and establishes a shielding state from outside the cover where the inflated cover covers the periphery of the power-supplying coil and the power-receiving coil and the periphery of the space between the coils, and that, when the electric power is not supplied, deflates the cover by exhausting gas from inside the cover and cancels the shielding state, characterized in that the power-supplying device is buried in the ground, and the power-receiving device is a vehicle that travels on a road. characterized in that the power-supplying device is buried in the ground, and the power-receiving device is a vehicle that travels on a road.
A method for virtually rendering channel-based or object-based audio, the method comprising: a. receiving an input audio signal and data corresponding to an intended spatial position of the input audio signal; b. generating a binaural signal pair for the input audio signal, the binaural signal pair being based on the intended spatial position of the input audio signal; c. applying a cross-talk cancellation process to the binaural signal pair to obtain a cross-talk cancelled signal pair; d. measuring a level of the cross-talk cancelled signal pair; e. measuring a level of the input audio signal; and f. applying a dynamic equalization or gain to the cross-talk cancelled signal pair in response to the measured level of the cross-talk cancelled signal pair and the measured level of the input audio signal, to produce a modified version of the cross-talk-cancelled signal; and g. outputting the modified version of the cross-talk-cancelled signal. a. receiving an input audio signal and data corresponding to an intended spatial position of the input audio signal; b. generating a binaural signal pair for the input audio signal, the binaural signal pair being based on the intended spatial position of the input audio signal; c. applying a cross-talk cancellation process to the binaural signal pair to obtain a cross-talk cancelled signal pair; d. measuring a level of the cross-talk cancelled signal pair; e. measuring a level of the input audio signal; and f. applying a dynamic equalization or gain to the cross-talk cancelled signal pair in response to the measured level of the cross-talk cancelled signal pair and the measured level of the input audio signal, to produce a modified version of the cross-talk-cancelled signal; and g. outputting the modified version of the cross-talk-cancelled signal.
An autonomous underwater vehicle, AUV, for recording seismic signals on the ocean bottom during a marine seismic survey, the AUV comprising: a buoyant body (201; 301; 410; 420; 430) that is comprised of a positively buoyant flotation material; a pressure vessel (211; 311; 500; 600) separate from said buoyant body and coupled to an external lower side of the buoyant body, said pressure vessel housing a plurality of electronic components, said pressure vessel (211; 311; 500; 600) comprising a first substantially non-metallic end (311; 511; 611) coupled to a second substantially non-metallic end (312; 521; 621) by a metallic connecting hub (313; 501); a propulsion system configured to propel and steer the AUV while travelling underwater; and one or more seismic sensors (110; 821) located within the pressure vessel and configured to record seismic signals while the AUV is resting on the bottom of the ocean. a buoyant body (201; 301; 410; 420; 430) that is comprised of a positively buoyant flotation material; a pressure vessel (211; 311; 500; 600) separate from said buoyant body and coupled to an external lower side of the buoyant body, said pressure vessel housing a plurality of electronic components, said pressure vessel (211; 311; 500; 600) comprising a first substantially non-metallic end (311; 511; 611) coupled to a second substantially non-metallic end (312; 521; 621) by a metallic connecting hub (313; 501); a propulsion system configured to propel and steer the AUV while travelling underwater; and one or more seismic sensors (110; 821) located within the pressure vessel and configured to record seismic signals while the AUV is resting on the bottom of the ocean.
A unilamellar liposome (UL) with one lipid bilayer enclosing a hydrophilic space, wherein the UL comprises: (i) at least one hydrophobic compound forming the lipid bilayer, wherein the at least one hydrophobic compound is selected from phospholipids and sphingolipids, and (ii) propylene glycol or glycerine, wherein the hydrophilic space comprises at least one hydrophilic compound dissolved in a hydrophilic solvent, wherein the hydrophilic compound has a negative log P value, wherein P is the octanol-water partition coefficient, wherein the concentration of the hydrophilic compound in the hydrophilic solvent is at least 80% of the saturation concentration of the hydrophilic compound in the hydrophilic solvent at 20°C and 101 kPa, wherein the weight ratio of the at least one hydrophobic compound forming the lipid bilayer is in the range of (i) from 2:1 to 1:1 with respect to propylene glycol or glycerine, and/or (ii) from 100:1 to 1:3, from 50:1 to 1:2, or from 25:1 to 1:1 with respect to the at least one hydrophilic compound, and wherein the UL comprises the at least one hydrophobic compound in an amount from 15 to 40%, from 16 to 39%, from 17 to 38%, from 18 to 37%, from 19 to 35 %, from 20 to 30%, from 21 to 25%, or from 22 to 24% by weight of the UL, and preferably from 20 to 40 % by weight of the UL. (i) at least one hydrophobic compound forming the lipid bilayer, wherein the at least one hydrophobic compound is selected from phospholipids and sphingolipids, and (ii) propylene glycol or glycerine, wherein the hydrophilic space comprises at least one hydrophilic compound dissolved in a hydrophilic solvent, wherein the hydrophilic compound has a negative log P value, wherein P is the octanol-water partition coefficient, wherein the concentration of the hydrophilic compound in the hydrophilic solvent is at least 80% of the saturation concentration of the hydrophilic compound in the hydrophilic solvent at 20°C and 101 kPa, wherein the weight ratio of the at least one hydrophobic compound forming the lipid bilayer is in the range of (i) from 2:1 to 1:1 with respect to propylene glycol or glycerine, and/or (ii) from 100:1 to 1:3, from 50:1 to 1:2, or from 25:1 to 1:1 with respect to the at least one hydrophilic compound,
Snow blower for attachment to a working device , the snow blower comprising a device for adjusting the alignment of the snow blower with one or more adjustment devices for adjusting the inclination, swiveling, lateral adjustment, with hydraulic cylinders are provided, characterized in that a force limiting device is provided for the adjusting devices and that a tracking device is provided relative to the implement , which can detect the steering angle and/or the wheel position of the implement and that as a force limiting device a Pressure relief valve is provided.
An inkjet composition having 1.0 - 5.0 mol/kg acryloyl groups comprising: i) photo polymerization reactive compound (M) containing exactly one acryloyl group, ii) photo polymerization reactive compound (N) containing at least two acryloyl groups, iii) radical photoinitiator (R), iv) cyanate ester compound (D) containing at least two cyanate groups and v) cyanate ester curing catalyst (C), wherein (M) is different from (D) with the proviso that cyanate ester compound containing exactly one acryloyl group and additionally containing at least two cyanate groups should be subsumed to (D) and (N) is different from (D) with the proviso that cyanate ester compound containing at least two acryloyl groups and additionally containing at least two cyanate groups should be subsumed to (D), 25 - 50 mol % of the contained acryloyl groups are provided by the reactive compound (N) and the molar ratio of contained acryloyl groups to contained cyanate groups of compound (D) is 0.30 to 0.95. i) photo polymerization reactive compound (M) containing exactly one acryloyl group, ii) photo polymerization reactive compound (N) containing at least two acryloyl groups, iii) radical photoinitiator (R), iv) cyanate ester compound (D) containing at least two cyanate groups and v) cyanate ester curing catalyst (C), wherein (M) is different from (D) with the proviso that cyanate ester compound containing exactly one acryloyl group and additionally containing at least two cyanate groups should be subsumed to (D) and (N) is different from (D) with the proviso that cyanate ester compound containing at least two acryloyl groups and additionally containing at least two cyanate groups should be subsumed to (D), 25 - 50 mol % of the contained acryloyl groups are provided by the reactive compound (N) and the molar ratio of contained acryloyl groups to contained cyanate groups of compound (D) is 0.30 to 0.95. (M) is different from (D) with the proviso that cyanate ester compound containing exactly one acryloyl group and additionally containing at least two cyanate groups should be subsumed to (D) and (N) is different from (D) with the proviso that cyanate ester compound containing at least two acryloyl groups and additionally containing at least two cyanate groups should be subsumed to (D), 25 - 50 mol % of the contained acryloyl groups are provided by the reactive compound (N) and the molar ratio of contained acryloyl groups to contained cyanate groups of compound (D) is 0.30 to 0.95.