mhurhangee/patent-ind-claim-en huggingface dataset:
System for generating energy in a working fluid from hydrogen and oxygen, comprising a burner for combustion of hydrogen and oxygen into steam provided with a feed for oxygen and a feed for hydrogen, a boiler operably connected to the burner for heating the working fluid having a feed for introducing the working fluid and a discharge for discharging heated working fluid and a heat exchanging surface for heat exchange between the steam and the working fluid, a condenser for condensing steam and separating oxygen operably connected to the boiler downstream thereof, wherein at least one recirculation loop (32; 55, 57) is provided for recirculation of reaction products of the combustion of hydrogen and oxygen downstream of the boiler to the burner, and a recovery loop for recycling excess oxygen separated in the condenser to the feed of oxygen of the burner. a burner for combustion of hydrogen and oxygen into steam provided with a feed for oxygen and a feed for hydrogen, a boiler operably connected to the burner for heating the working fluid having a feed for introducing the working fluid and a discharge for discharging heated working fluid and a heat exchanging surface for heat exchange between the steam and the working fluid, a condenser for condensing steam and separating oxygen operably connected to the boiler downstream thereof, wherein at least one recirculation loop (32; 55, 57) is provided for recirculation of reaction products of the combustion of hydrogen and oxygen downstream of the boiler to the burner, and a recovery loop for recycling excess oxygen separated in the condenser to the feed of oxygen of the burner.
A drive assembly for adjusting the pitch of a wind turbine blade , the drive assembly comprising: a stator comprising a cylindrical body ; a drive member positioned at least partially within the cylindrical body and movable along an axis thereof; characterised by : a mounting pin extending through an aperture in a wall of the cylindrical body for pivotally mounting the stator to a wind turbine structure, wherein the mounting pin extends through two diametrically opposed apertures in the wall of the cylindrical body . a stator comprising a cylindrical body ; a drive member positioned at least partially within the cylindrical body and movable along an axis thereof; characterised by : a mounting pin extending through an aperture in a wall of the cylindrical body for pivotally mounting the stator to a wind turbine structure, wherein the mounting pin extends through two diametrically opposed apertures in the wall of the cylindrical body .
An acoustic monitoring system comprising: an acoustic sensor configured to detect a sensor signal responsive to body sounds from a patient; an A/D converter configured to digitize the sensor signal from the acoustic sensor corresponding to the detected body sound and output a digitized sensor signal; a decimation filter and mixer configured to reduce the data rate of the digitized acoustic sensor signal and output a digitized raw audio signal ; a D/A converter configured to generate a raw audio analog signal from the digitized raw audio signal ; a compressor configured to compress the digitized raw audio signal into compressed audio that can be stored and retrieved for accurate off-line reproduction and troubleshooting or transmitted over a communication link; a decompressor configured to decompress the compressed audio into decompressed audio data; and an acoustic parameter processor configured to: receive the decompressed audio data, extract an envelope from the decompressed audio data, determine a respiration rate or heart rate from the extracted envelope; define an idealized envelope from the extracted envelope, identify a tag corresponding to the idealized envelope, and transmit the tag and the respiration rate or heart rate over a data channel in lieu of the decompressed audio data. an acoustic sensor configured to detect a sensor signal responsive to body sounds from a patient; an A/D converter configured to digitize the sensor signal from the acoustic sensor corresponding to the detected body sound and output a digitized sensor signal; a decimation filter and mixer configured to reduce the data rate of the digitized acoustic sensor signal and output a digitized raw audio signal ; a D/A converter configured to generate a raw audio analog signal from the digitized raw audio signal ; a compressor configured to compress the digitized raw audio signal into compressed audio that can be stored and retrieved for accurate off-line reproduction and troubleshooting or transmitted over a communication link; a decompressor configured to decompress the compressed audio into decompressed audio data; and an acoustic parameter processor configured to: receive the decompressed audio data, extract an envelope from the decompressed audio data, determine a respiration rate or heart rate from the extracted envelope; define an idealized envelope from the extracted envelope, identify a tag corresponding to the idealized envelope, and transmit the tag and the respiration rate or heart rate over a data channel in lieu of the decompressed audio data. receive the decompressed audio data, extract an envelope from the decompressed audio data, determine a respiration rate or heart rate from the extracted envelope; define an idealized envelope from the extracted envelope, identify a tag corresponding to the idealized envelope, and transmit the tag and the respiration rate or heart rate over a data channel in lieu of the decompressed audio data.
A thermally expandable composition, containing a) at least one peroxidically crosslinking polymer, b) at least one peroxide and c) at least one endothermic chemical blowing agent, characterized in that the at least one endothermic chemical blowing agent comprises at least one solid, optionally functionalized, polycarboxylic acid or the salt thereof selected from solid, organic hydroxy-functionalized or unsaturated di-, tri-, tetra- or polycarboxylic acids or the salts thereof and at least one urea derivative of formula (I) R 1 -NH-C(=X)-NR 2 R 3 (I) where X represents O or S, and where R 1 , R 2 and R 3 independently represent H, substituted or unsubstituted alkyl, substituted or unsubstituted heteroalkyl, substituted or unsubstituted cycloalkyl, substituted or unsubstituted aryl, or -C(O)-R 4 , where R 4 represents H, or substituted or unsubstituted alkyl. a) at least one peroxidically crosslinking polymer, b) at least one peroxide and c) at least one endothermic chemical blowing agent,
A method for monitoring the position and assessing the correct position P i of a slide, particularly a work slide of a wedge drive tool in a press , in particular without a position sensor, while actuating the slide bed of the wedge drive tool from an end position (X E ) back to the starting position (X A ) of the slide using a spring, preferably a gas pressure spring which is arranged in the wedge drive tool , when opening the press from a lower press position to an upper press position, wherein the position of the slide is indirectly detected in that at least the restoring force of the spring is detected and evaluated, characterized by the following steps: a) Detecting the restoring force F m (t) of the spring at at least one point in time t, which is either at or after the beginning of the respective opening process of the press in which the slide, actuated by the spring, is to move along the path x from its end position (X E ) back to its starting position (X A ); b) Determining by means of an electronic evaluation unit, whether the restoring force F m (t) is equal to, greater or smaller than a specified target restoring force Fs (x), which the restoring force at the location x of the slide should correspond to; and c) Determining the respective condition value at the point in time t, which represents a permissible or impermissible actual position P i of the wedge drive tool at position x between the potential positions X A and X E - starting position and end position -, where Z x t = { P i impermissible , Fm x < Fs x P i permissible , Fm x ≥ Fs x d) Generating an action for stopping the press if the condition value P i is found to be impermissible. a) Detecting the restoring force F m (t) of the spring at at least one point in time t, which is either at or after the beginning of the respective opening process of the press in which the slide, actuated by the spring, is to move along the path x from its end position (X E ) back to its starting position (X A ); b) Determining by means of an electronic evaluation unit, whether the restoring force F m (t) is equal to, greater or smaller than a specified target restoring force Fs (x), which the restoring force at the location x of the slide should correspond to; and c) Determining the respective condition value at the point in time t, which represents a permissible or impermissible actual position P i of the wedge drive tool at position x between the potential positions X A and X E - starting position and end position -, where Z x t = { P i impermissible , Fm x < Fs x P i permissible , Fm x ≥ Fs x d) Generating an action for stopping the press if the condition value P i is found to be impermissible.
A machine-control entity apparatus for a machine control entity for controlling a machine based on a sensor input signal from a mobile communication device , the apparatus comprising at least one interface for receiving the sensor input signal from the mobile communication device , wherein the sensor input signal comprises information related to first user input sensor data and information related to second user input sensor data; and a control module configured to: validate the second user input sensor data based on the first user input sensor data, wherein the validation is based on a comparison of the first user input sensor data with at least one validation criterion, with the validation criterion being a pre-defined user input, and control at least one of a force transmission interface of the machine for an external component and an engine of the machine based on the first user input sensor data and the second user input sensor data after the second user input sensor data has been validated. at least one interface for receiving the sensor input signal from the mobile communication device , wherein the sensor input signal comprises information related to first user input sensor data and information related to second user input sensor data; and a control module configured to: validate the second user input sensor data based on the first user input sensor data, wherein the validation is based on a comparison of the first user input sensor data with at least one validation criterion, with the validation criterion being a pre-defined user input, and control at least one of a force transmission interface of the machine for an external component and an engine of the machine based on the first user input sensor data and the second user input sensor data after the second user input sensor data has been validated. validate the second user input sensor data based on the first user input sensor data, wherein the validation is based on a comparison of the first user input sensor data with at least one validation criterion, with the validation criterion being a pre-defined user input, and control at least one of a force transmission interface of the machine for an external component and an engine of the machine based on the first user input sensor data and the second user input sensor data after the second user input sensor data has been validated.
A microneedle sheet comprising a plurality of microneedles formed on a sheet generally along a principal surface of the sheet , wherein the microneedle sheet and the microneedles comprise a water-soluble polysaccharide and water, a water content is 1 mass% or more and less than 19 mass% based on a total mass of the microneedles, and the microneedles are raised from the principal surface by bending the sheet , wherein the water-soluble polysaccharide is selected from sodium hyaluronate, sodium chondroitin sulfate, carmellose sodium, sodium alginate, and pullulan.
An isolated phycobilin for use in a method for prophylaxis or treatment of glomerulosclerosis associated with or linked to an NADPH oxidase activity, the method comprising the step of administering the isolated phycobilin to a subject in a prophylactically or therapeutically effective amount for prophylaxis or treatment of the glomerulosclerosis associated with or linked to an NADPH oxidase activity.
A method for providing assistance in aiming of one or more illumination devices in an area comprising, by a processor : receiving photometric data for an area, wherein the area comprises an illumination device ; using the photometric data to determine an aiming vector for the illumination device ; receiving, from an orientation sensor module of the illumination device , current orientation data for the illumination device ; and using the current orientation data and the aiming vector to determine if there is an error in the aiming of the illumination device , wherein the photometric data comprises a desired measure of at least one light characteristic corresponding to light received from the illumination device at one or more reference points in the area when the illumination device is oriented in accordance with the aiming vector .. receiving photometric data for an area, wherein the area comprises an illumination device ; using the photometric data to determine an aiming vector for the illumination device ; receiving, from an orientation sensor module of the illumination device , current orientation data for the illumination device ; and using the current orientation data and the aiming vector to determine if there is an error in the aiming of the illumination device , wherein the photometric data comprises a desired measure of at least one light characteristic corresponding to light received from the illumination device at one or more reference points in the area when the illumination device is oriented in accordance with the aiming vector ..
Conditioning device for supplying a device under test (P) on a test bench with a conditioned fluid, wherein the conditioning device has a fluid line which connects a fluid inlet to a fluid outlet , wherein unconditioned fluid can be supplied to the conditioning device via the fluid inlet , and conditioned fluid can be supplied to the device under test (P) via the fluid outlet , and wherein at least one conditioning unit (K) for changing a state variable of the fluid is provided in the fluid line between the fluid inlet and the fluid outlet , wherein a first bypass line is provided for adjusting a predetermined flow rate of the fluid in the first bypass line connecting a first bypass outlet from the fluid line , which is located between the fluid inlet and the at least one conditioning unit (K), to a first bypass inlet into the fluid line , which is located between the at least one conditioning unit (K) and the fluid outlet , wherein a second bypass line is provided for adjusting a variable flow rate of the fluid in the second bypass line connecting a second bypass outlet from the fluid line , which is located between the first bypass outlet and the at least one conditioning unit (K), to a second bypass inlet into the fluid line , which is located between the at least one conditioning unit (K) and the first bypass inlet , characterized in that a first flow measuring device is provided in the fluid line between the first bypass inlet and the second bypass inlet , in that a first control element , preferably being electrically controlled, is provided in the fluid line between the first bypass inlet and the fluid outlet , or between the fluid inlet and the first bypass outlet for changing the flow rate of the fluid, and in that a second control element , preferably being electrically controlled, is provided in the second bypass line for adjusting the variable flow rate of the fluid, and/or in that a throttle for adjusting the predetermined flow rate of the fluid and a second flow measuring device are provided in the first bypass line .
A resistive switching memory comprising: a first electrode and a second electrode ; an active resistive switching region between said first electrode and said second electrode , said active resistive switching region comprising a transition metal oxide and a dopant comprising a ligand, said dopant having a first concentration; and a first buffer region between said first electrode and said active resistive switching region , said first buffer region comprising said transition metal oxide and said dopant, wherein said dopant has a second concentration that is greater than said first concentration, wherein said second concentration is twice said first concentration. a first electrode and a second electrode ; an active resistive switching region between said first electrode and said second electrode , said active resistive switching region comprising a transition metal oxide and a dopant comprising a ligand, said dopant having a first concentration; and a first buffer region between said first electrode and said active resistive switching region , said first buffer region comprising said transition metal oxide and said dopant, wherein said dopant has a second concentration that is greater than said first concentration, wherein said second concentration is twice said first concentration.
An apparatus for spatially orienting a subterranean pressure pulse in a hydrocarbon-bearing formation, the apparatus characterized by : an injection body with a fixed shape and being characterized by a liner with a slot , where the injection body is operable to hold an exothermic reaction component prior to triggering an exothermic reaction of the exothermic reaction component, where the injection body maintains the fixed shape during and after triggering of the exothermic reaction component, and where the slot further is characterized by a rupture membrane , and where the rupture membrane is operable to rupture upon triggering of the exothermic reaction component; a chemical injection port , where the chemical injection port is operable to feed components of the exothermic reaction component to the injection body; and a reinforced plug , where the reinforced plug is operable to direct a pressure pulse generated by the exothermic reaction component within the injection body to the slot to generate a spatially-oriented fracture, where spatial orientation of the spatially-oriented fracture is pre-determined. an injection body with a fixed shape and being characterized by a liner with a slot , where the injection body is operable to hold an exothermic reaction component prior to triggering an exothermic reaction of the exothermic reaction component, where the injection body maintains the fixed shape during and after triggering of the exothermic reaction component, and where the slot further is characterized by a rupture membrane , and where the rupture membrane is operable to rupture upon triggering of the exothermic reaction component; a chemical injection port , where the chemical injection port is operable to feed components of the exothermic reaction component to the injection body; and a reinforced plug , where the reinforced plug is operable to direct a pressure pulse generated by the exothermic reaction component within the injection body to the slot to generate a spatially-oriented fracture, where spatial orientation of the spatially-oriented fracture is pre-determined.
A device for modifying, during decoding of a sound signal, a synthesis of a time-domain excitation decoded by a time-domain decoder , comprising: a classifier of the synthesis of the decoded time-domain excitation into one of a number of categories; a converter of the decoded time-domain excitation into a frequency-domain excitation; a modifier of the frequency-domain excitation as a function of the category in which the synthesis of the decoded time-domain excitation is classified by the classifier ; a converter of the modified frequency-domain excitation into a modified time-domain excitation; a synthesis filter supplied with the modified time-domain excitation to produce a modified synthesis of the decoded time-domain excitation. a classifier of the synthesis of the decoded time-domain excitation into one of a number of categories; a converter of the decoded time-domain excitation into a frequency-domain excitation; a modifier of the frequency-domain excitation as a function of the category in which the synthesis of the decoded time-domain excitation is classified by the classifier ; a converter of the modified frequency-domain excitation into a modified time-domain excitation; a synthesis filter supplied with the modified time-domain excitation to produce a modified synthesis of the decoded time-domain excitation.
A method for channel sounding in a wireless local area network, WLAN, system performed by an access point, AP, the method comprising: broadcasting a beacon comprising information on a sounding restricted access window, RAW , for sub-channel selective transmission, SST channel sounding and information on a type of channel sounding and on a duration of the sounding RAW: wherein the RAW is a duration of time in which access is permitted to predetermined STAs; transmitting a plurality of null data packet, NDP, frames for a plurality of channels in a duration of the sounding RAW for the SST channel sounding to a station, STA ; and receiving , from the STA , a SST report frame including information on at least one selected sub-channel by the STA based on the NDP frames, wherein the sounding RAW is allocated to the STA only for the channel sounding. broadcasting a beacon comprising information on a sounding restricted access window, RAW , for sub-channel selective transmission, SST channel sounding and information on a type of channel sounding and on a duration of the sounding RAW: wherein the RAW is a duration of time in which access is permitted to predetermined STAs; transmitting a plurality of null data packet, NDP, frames for a plurality of channels in a duration of the sounding RAW for the SST channel sounding to a station, STA ; and receiving , from the STA , a SST report frame including information on at least one selected sub-channel by the STA based on the NDP frames, wherein the sounding RAW is allocated to the STA only for the channel sounding.
A curing agent composition for an epoxy resin adhesive, including: a water-based polyaminoamide curing agent including both a hydrophilic group and lipophilic group, wherein the water-based polyaminoamide curing agent is provided with an amino group as the hydrophilic group, and a hydrocarbon group as the lipophilic group; a tertiary amine selected from among tris (dimethyl-aminomethyl) phenol, dimethylbenzyl-amine, 1,8 diaza-bicyclo undecane, trimethylamine, and triethylenediamine; and water. a water-based polyaminoamide curing agent including both a hydrophilic group and lipophilic group, wherein the water-based polyaminoamide curing agent is provided with an amino group as the hydrophilic group, and a hydrocarbon group as the lipophilic group; a tertiary amine selected from among tris (dimethyl-aminomethyl) phenol, dimethylbenzyl-amine, 1,8 diaza-bicyclo undecane, trimethylamine, and triethylenediamine; and water.