mhurhangee/patent-ind-claim-en huggingface dataset:
A method for selecting a yeast strain having improved capability for fermenting a pentose, advantageously xylose, in the presence of organic acid, advantageously acetic acid, in non-dissociated form, in which at least one yeast strain that is capable of fermenting said pentose is consecutively cultured in the following two media: - a first growth medium comprising said pentose as the only carbon source and said organic acid in non-dissociated form; - a second growth medium comprising another carbon source as the only carbon source, advantageously glucose, free of said organic acid in non-dissociated form; the consecutive culture in at least said two growth media being repeated at least twice, in the presence of rising concentrations of organic acid in non-dissociated form at a concentration between 1.3 and 2.6 g/L. in which at least one yeast strain that is capable of fermenting said pentose is consecutively cultured in the following two media: - a first growth medium comprising said pentose as the only carbon source and said organic acid in non-dissociated form; - a second growth medium comprising another carbon source as the only carbon source, advantageously glucose, free of said organic acid in non-dissociated form; - a first growth medium comprising said pentose as the only carbon source and said organic acid in non-dissociated form; - a second growth medium comprising another carbon source as the only carbon source, advantageously glucose, free of said organic acid in non-dissociated form; the consecutive culture in at least said two growth media being repeated at least twice, in the presence of rising concentrations of organic acid in non-dissociated form at a concentration between 1.3 and 2.6 g/L.
An RFID tag board comprising: a circuit board including: a dielectric substrate including: a first surface ; a second surface opposite to the first surface , the second surface being a mounting surface to be mounted on an article ; and a recess ; a radiation conductor on the first surface of the dielectric substrate ; a ground conductor on the second surface of the dielectric substrate ; a connection conductor electrically connecting the radiation conductor and the ground conductor ; and a first electrode and a second electrode in the recess ; and a radiation member fixed to the first surface of the circuit board , characterized in that the radiation member includes a portion protruding from the circuit board in plan view, and wherein the RFID tag board further comprises a spacer bonded to the portion of the radiation member protruding from the circuit board , thereby being located on a side of the circuit board . a circuit board including: a dielectric substrate including: a first surface ; a second surface opposite to the first surface , the second surface being a mounting surface to be mounted on an article ; and a recess ; a radiation conductor on the first surface of the dielectric substrate ; a ground conductor on the second surface of the dielectric substrate ; a connection conductor electrically connecting the radiation conductor and the ground conductor ; and a first electrode and a second electrode in the recess ; and a dielectric substrate including: a first surface ; a second surface opposite to the first surface , the second surface being a mounting surface to be mounted on an article ; and a recess ; a radiation conductor on the first surface of the dielectric substrate ; a ground conductor on the second surface of the dielectric substrate ; a connection conductor electrically connecting the radiation conductor and the ground conductor ; and a first electrode and a second electrode in the recess ; and a radiation member fixed to the first surface of the circuit board , characterized in that the radiation member includes a portion protruding from the circuit board in plan view, and wherein the RFID tag board further comprises a spacer bonded to the portion of the radiation member protruding from the circuit board , thereby being located on a side of the circuit board .
Method for processing a sequence of holographic images, with a view to playing it with a holographic display device (DAH) to at least one observer (O 1 , O 2 , O 3 , O k ), characterized in that , for a holographic image decomposed in a Gabor-wavelet basis into a set of wavelet coefficients, the method comprises the following steps: - Obtaining (T1) information representative of the decomposition in the Gabor-wavelet basis; - Obtaining (T2) information (Iloc) representative of a location of said at least one observer in a frame of reference of the display device; the information representative of a location of said at least one observer comprising characteristic parameters of a connected and convex subset of positions of the observer, called the encompassing volume (B k ) ; - Selecting (T3) a subset of wavelet coefficients depending on the obtained wavelet information and on the obtained location information, said step comprising the following substeps: - determining an angular direction of emission and an angular dispersion of a light cone produced by a Gabor wavelet ( ψ i ) at a point (x,y) of the holographic image in a frame of reference of the display device; - identifying the cones (Cn ψ i )) having a nonzero intersection with a least the encompassing volume (B k ) of said at least one observer (O k ) ; - selecting the wavelets ( ψ i ) corresponding to the identified cones; - encoding the selected coefficients. - Obtaining (T1) information representative of the decomposition in the Gabor-wavelet basis; - Obtaining (T2) information (Iloc) representative of a location of said at least one observer in a frame of reference of the display device; the information representative of a location of said at least one observer comprising characteristic parameters of a connected and convex subset of positions of the observer, called the encompassing volume (B k ) ; - Selecting (T3) a subset of wavelet coefficients depending on the obtained wavelet information and on the obtained location information, said step comprising the following substeps: - determining an angular direction of emission and an angular dispersion of a light cone produced by a Gabor wavelet ( ψ i ) at a point (x,y) of the holographic image in a frame of reference of the display device; - identifying the cones (Cn ψ i )) having a nonzero intersection with a least the encompassing volume (B k ) of said at least one observer (O k ) ; - selecting the wavelets ( ψ i ) corresponding to the identified cones; - determining an angular direction of emission and an angular dispersion of a light cone produced by a Gabor wavelet ( ψ i ) at a point (x,y) of the holographic image in a frame of reference of the display device; - identifying the cones (Cn ψ i )) having a nonzero intersection with a least the encompassing volume (B k ) of said at least one observer (O k ) ; - selecting the wavelets ( ψ i ) corresponding to the identified cones; - encoding the selected coefficients.
Power circuit breaker for high voltage networks, being designed to lock or release sections of lines or operating means of a high-voltage network under load or under operation, comprising: - a switching element and - a locking device designed as a function block for the switching element of the power circuit breaker, wherein the locking device being designed to lock or to release the switching element in an activation position of the switching element , characterised in that - the locking device is designed to lock or release the switching element in a switched off position and the locking device being designed such that it may be switched and actuated independently from the switching element . - a switching element and - a locking device designed as a function block for the switching element of the power circuit breaker, wherein the locking device being designed to lock or to release the switching element in an activation position of the switching element , characterised in that wherein the locking device being designed to lock or to release the switching element in an activation position of the switching element , characterised in that - the locking device is designed to lock or release the switching element in a switched off position and the locking device being designed such that it may be switched and actuated independently from the switching element .
Method for operating a household appliance with a display device having at least one display element comprising at least one adjustable property and having a control apparatus for actuating the display device , characterised by the steps: a) detecting (S201) an item of activation information (FI) from an object (O) by means of an optical sensor of an external device , b) processing (S202) the detected item of activation information (FI) by means of a processing unit of the external device in order to generate an activation signal (FS), and c) transmitting (S203) the generated activation signal (FS) to the control apparatus for activating an adjustment of the at least one property of the display element . a) detecting (S201) an item of activation information (FI) from an object (O) by means of an optical sensor of an external device , b) processing (S202) the detected item of activation information (FI) by means of a processing unit of the external device in order to generate an activation signal (FS), and c) transmitting (S203) the generated activation signal (FS) to the control apparatus for activating an adjustment of the at least one property of the display element .
A Stirling engine comprising: an engine unit ; a heater heat exchanger ; a regenerator ; and a cooler heat exchanger , wherein an engine main body including at least the engine unit and the cooler heat exchanger and a heater structure including at least the heater heat exchanger are separately structured, and characterized in that the engine main body and the heater structure are connected via a coupling pipe portion . an engine unit ; a heater heat exchanger ; a regenerator ; and a cooler heat exchanger , wherein an engine main body including at least the engine unit and the cooler heat exchanger and a heater structure including at least the heater heat exchanger are separately structured, and characterized in that the engine main body and the heater structure are connected via a coupling pipe portion .
An electronic device comprising: a display module; a processor; and a power module for controlling power supply of the electronic device by detecting a battery voltage of the electronic device, wherein, upon detecting the battery voltage of the electronic device corresponding to a first reference voltage, the processor is configured to transmit a power control signal to the power module, wherein the power module is configured to cut off the power supply to the processor while maintaining the power supply to the display module based on the power control signal received from the processor, wherein the display module is configured to output at least one part of content data to at least one area of the display module when the power supply to the processor is cut off, and wherein the processor is configured to update the first reference voltage based on the content data. a display module; a processor; and a power module for controlling power supply of the electronic device by detecting a battery voltage of the electronic device, wherein, upon detecting the battery voltage of the electronic device corresponding to a first reference voltage, the processor is configured to transmit a power control signal to the power module, wherein the power module is configured to cut off the power supply to the processor while maintaining the power supply to the display module based on the power control signal received from the processor, wherein the display module is configured to output at least one part of content data to at least one area of the display module when the power supply to the processor is cut off, and wherein the processor is configured to update the first reference voltage based on the content data.
A glass cleaning robot outage emergency processing method comprising: Step 100: a glass cleaning robot operates in an external power supply power-on mode, and is automatically switched to a built-in battery power-on mode when an external power supply suddenly suffers outage; and Step 110: the glass cleaning robot determines whether its walking direction is a vertically downward direction; and Step 120: if a result of the determination of Step 110 is YES, Step 200 starts, and if the result of the determination is NO, the control unit controls a walking mechanism of the glass cleaning robot to act so as to rotate a machine body of the glass cleaning robot , and Step 110 is performed again after the rotation; and Step 200: a control unit controls the glass cleaning robot to walk downward, in response to the glass cleaning robot being automatically switched to the build-in battery power-on mode, wherein step 200 occurs in response to Steps 100, 110 and 120, wherein Steps 110 and 120 are performed between Steps 100 and 200, and wherein Step 120 occurs after Step 110. Step 100: a glass cleaning robot operates in an external power supply power-on mode, and is automatically switched to a built-in battery power-on mode when an external power supply suddenly suffers outage; and Step 110: the glass cleaning robot determines whether its walking direction is a vertically downward direction; and Step 120: if a result of the determination of Step 110 is YES, Step 200 starts, and if the result of the determination is NO, the control unit controls a walking mechanism of the glass cleaning robot to act so as to rotate a machine body of the glass cleaning robot , and Step 110 is performed again after the rotation; and Step 200: a control unit controls the glass cleaning robot to walk downward, in response to the glass cleaning robot being automatically switched to the build-in battery power-on mode, wherein step 200 occurs in response to Steps 100, 110 and 120, wherein Steps 110 and 120 are performed between Steps 100 and 200, and wherein Step 120 occurs after Step 110.
A network interface device comprising: an input configured to receive a plurality of data packets in accordance with at least one protocol, said plurality of data packets comprising at least one protocol component in accordance with a respective protocol; and processing hardware configured to: apply an artificial intelligence process to at least a part of one or more protocol components of at least one of said plurality of data packets; provide an output from the artificial intelligence process, wherein said output comprises a state of the artificial intelligence process; and insert the output from the artificial intelligence process into the at least one of said plurality of data packets; and an output configured to transmit the at least one of said plurality of data packets, via a network, to a data analytical engine. an input configured to receive a plurality of data packets in accordance with at least one protocol, said plurality of data packets comprising at least one protocol component in accordance with a respective protocol; and processing hardware configured to: apply an artificial intelligence process to at least a part of one or more protocol components of at least one of said plurality of data packets; provide an output from the artificial intelligence process, wherein said output comprises a state of the artificial intelligence process; and insert the output from the artificial intelligence process into the at least one of said plurality of data packets; and apply an artificial intelligence process to at least a part of one or more protocol components of at least one of said plurality of data packets; provide an output from the artificial intelligence process, wherein said output comprises a state of the artificial intelligence process; and insert the output from the artificial intelligence process into the at least one of said plurality of data packets; and an output configured to transmit the at least one of said plurality of data packets, via a network, to a data analytical engine.
An ac generator for a vehicle comprising: a rotor having field windings, a stator including a stator core arranged to surround the rotor and an electrical conductor wound on the stator core , and a housing supporting the rotor and the stator , wherein the stator core is constituted by laminated core having a plurality of slots each extending to an axial direction, the electrical conductor is comprised of a slot-in portion located in the slots and a cross-over portion connecting each of the slot-in portions at the shaft end side of the stator , and the conductor of the slot-in portion located in the slots is substantially rectangular in its cross-sectional profile and the conductor of the cross-over portion is substantially circular in its cross-sectional profile, wherein at least a longer side portion of the conductor of the slot-in portion located in the slot has an insulation coating of which the thickness is smaller than that of insulation coating in the cross-over portion, and characterized in that an insulating resin is impregnated in the electrical conductors located in the slot . a rotor having field windings, a stator including a stator core arranged to surround the rotor and an electrical conductor wound on the stator core , and a housing supporting the rotor and the stator , wherein the stator core is constituted by laminated core having a plurality of slots each extending to an axial direction, the electrical conductor is comprised of a slot-in portion located in the slots and a cross-over portion connecting each of the slot-in portions at the shaft end side of the stator , and the conductor of the slot-in portion located in the slots is substantially rectangular in its cross-sectional profile and the conductor of the cross-over portion is substantially circular in its cross-sectional profile, wherein at least a longer side portion of the conductor of the slot-in portion located in the slot has an insulation coating of which the thickness is smaller than that of insulation coating in the cross-over portion, and characterized in that an insulating resin is impregnated in the electrical conductors located in the slot .
Brake system damping device having a first chamber , to which hydraulic pressure is to be applied, and a second chamber , in which a compressible medium is situated, and a first separating element for separating the first chamber from the second chamber , wherein the brake system damping device has a third chamber , in which a compressible medium is situated, and a second separating element for separating the second chamber from the third chamber , wherein the second chamber is connected to the third chamber in a medium-conducting manner by means of a passage configured in the second separating element , characterized in that a closure element is to be moved together with the first separating element and by means of which the passage is to be closed as soon as the hydraulic pressure has reached a predefined pressure value in the first chamber in such a way that, on account of the closed passage , the third chamber is decoupled from the second chamber and is thus no longer available for the remainder of the brake system damping device , with the result that, for the further damping action above the predefined pressure value , there remains only the volume of medium in the second chamber .
Aircraft overhead passenger service unit , comprising: a plurality of oxygen masks for supplying oxygen to aircraft passengers in an emergency situation; and at least two different oxygen mask storage portions , which are spaced apart from each other in a longitudinal direction (L); wherein the plurality of oxygen masks are stored in the at least two different oxygen mask storage portions ; and wherein the aircraft overhead passenger service unit further comprises an oxygen mask controller , which is switchable between at least two different configurations, wherein the at least two different oxygen mask storage portions are individually associated with the at least two different configurations, with each of the at least two different configurations effecting a release of only the oxygen masks of the associated oxygen mask storage portion in the emergency situation. a plurality of oxygen masks for supplying oxygen to aircraft passengers in an emergency situation; and at least two different oxygen mask storage portions , which are spaced apart from each other in a longitudinal direction (L); wherein the plurality of oxygen masks are stored in the at least two different oxygen mask storage portions ; and wherein the aircraft overhead passenger service unit further comprises an oxygen mask controller , which is switchable between at least two different configurations, wherein the at least two different oxygen mask storage portions are individually associated with the at least two different configurations, with each of the at least two different configurations effecting a release of only the oxygen masks of the associated oxygen mask storage portion in the emergency situation.
A polypeptide having at least polymerase activity and 5'-3' exonuclease activity, the polypeptide comprising a 5'-3' exonuclease domain linked to a heterologous polymerase that does not naturally have 5'-3' exonuclease activity, wherein the polypeptide lacks a uracil-sensing domain (USD), the heterologous polymerase is a family B polymerase and the 5'-3' exonuclease domain is a flap endonuclease 5'-3' exonuclease.