mhurhangee/ep-ind-claims huggingface dataset:
An engine that uses detonation for generating energy, the engine comprising: a housing; an inlet configured to inject a fuel mixture into an ignition region of the housing, the inlet being attached to the housing; an ignitor located in the ignition region and configured to ignite the fuel mixture; a deflagration to detonation, DDT, region in fluid communication and downstream from the ignition region; a pair of electrodes located in the DDT region and configured to apply nanosecond repetitive voltage pulses to the DDT region; and a detonation region, within the housing, in fluid communication and downstream from the DDT region, wherein the nanosecond repetitive voltage pulses generate a non-thermal plasma that transition a combustion front propagation through the housing from a deflagration mode to a detonation mode. a housing; an inlet configured to inject a fuel mixture into an ignition region of the housing, the inlet being attached to the housing; an ignitor located in the ignition region and configured to ignite the fuel mixture; a deflagration to detonation, DDT, region in fluid communication and downstream from the ignition region; a pair of electrodes located in the DDT region and configured to apply nanosecond repetitive voltage pulses to the DDT region; and a detonation region, within the housing, in fluid communication and downstream from the DDT region, wherein the nanosecond repetitive voltage pulses generate a non-thermal plasma that transition a combustion front propagation through the housing from a deflagration mode to a detonation mode.
A nebuliser comprising:- a housing; un aerosol generator mounted in the housing; a receiver for receiving a nebule (8, 50) containing a liquid to be aerosolised by the aerosol generator; switch means (12, 51) for enabling operation of the aerosol generator on insertion and/or opening of a nebule (8, 50), characterised in that it further comprises a cap for closing the nebuliser; the cap comprising a nebule opening means; a housing; un aerosol generator mounted in the housing; a receiver for receiving a nebule (8, 50) containing a liquid to be aerosolised by the aerosol generator; switch means (12, 51) for enabling operation of the aerosol generator on insertion and/or opening of a nebule (8, 50), characterised in that it further comprises a cap for closing the nebuliser; the cap comprising a nebule opening means;
A method for a multitrack provision of web-like interleaved sheet material at a cutting region in which products supplied on multiple tracks are cut into slices and interleaved sheets are introduced which are cut off from the provided interleaved sheet material in the cutting region and for which a normal length is predefined which is dependent on the respective application, in which the material webs are removed from at least two material stores which are each associated with one or more tracks, characterized in that the material consumption of at least one material store is impacted during operation, in particular in dependence on the residual quantities in the material stores, by varying the length of the interleaved sheets in the respective track or tracks with respect to the normal length at least for this material store.
A drawing apparatus comprising: a laser light source unit configured to output laser light; a scanning mirror unit configured to reflect and scan the laser light; a drawing control unit configured to control an output value of the laser light of the laser light source unit based on display image data so that a display image is drawn by the laser light in a range scanned by the scanning mirror unit; a photodiode configured to measure the amount of incident laser light; and an output adjustment control unit configured to control the laser light source unit so that characteristic detection laser light for adjusting the output value is output outside a range in which the display image is drawn inside the range scanned by the scanning mirror unit, wherein the output adjustment control unit controls the laser light source unit based on the characteristic detection laser light detected by the photodiode, characterized in that the output adjustment control unit controls the characteristic detection laser light that is the same color as or a color similar to the display color to be output continuously from the end part of the display image or to be output in the vicinity of the end part of the display image. a laser light source unit configured to output laser light; a scanning mirror unit configured to reflect and scan the laser light; a drawing control unit configured to control an output value of the laser light of the laser light source unit based on display image data so that a display image is drawn by the laser light in a range scanned by the scanning mirror unit; a photodiode configured to measure the amount of incident laser light; and an output adjustment control unit configured to control the laser light source unit so that characteristic detection laser light for adjusting the output value is output outside a range in which the display image is drawn inside the range scanned by the scanning mirror unit, wherein the output adjustment control unit controls the laser light source unit based on the characteristic detection laser light detected by the photodiode, characterized in that the output adjustment control unit controls the characteristic detection laser light that is the same color as or a color similar to the display color to be output continuously from the end part of the display image or to be output in the vicinity of the end part of the display image.
A computer-implemented prediction model conversion method, comprising: converting a prediction model by converting a plurality of parameters which are included in the prediction model and are performing homogenization processing into at least one parameter for performing processing including nonlinear processing, the prediction model being a neural network; and generating an encrypted prediction model that performs prediction processing with input in a secret state remaining secret by encrypting the prediction model that has been converted, wherein the homogenization processing is processing performed by an equation y i = s i x i + t i, where x i is an input and y i is an output, s i and t i are the plurality of parameters for performing the homogenization processing, the processing including the nonlinear processing is processing performed by Equation, and y i = { 1 if x i + k i ≥ 0 − 1 if x i + k i < 0 k i is the at least one parameter for performing the processing including the nonlinear processing, and is determined using s i and t i, wherein k i is expressed by Equation, k i = { u, if x i ∀, s i x i + t i ≥ 0 − u − 1, if x i ∀, s i x i + t i < 0 ⌊ t i s i ⌋, if s i > 0 ⌈ t i s i ⌉ + p − 1 2, if s i < 0 where u is a theoretical maximum value during computation of the prediction processing, and p is a divisor used in the encrypting. converting a prediction model by converting a plurality of parameters which are included in the prediction model and are performing homogenization processing into at least one parameter for performing processing including nonlinear processing, the prediction model being a neural network; and generating an encrypted prediction model that performs prediction processing with input in a secret state remaining secret by encrypting the prediction model that has been converted, wherein the homogenization processing is processing performed by an equation y i = s i x i + t i, where x i is an input and y i is an output, s i and t i are the plurality of parameters for performing the homogenization processing, the processing including the nonlinear processing is processing performed by Equation, and y i = { 1 if x i + k i ≥ 0 − 1 if x i + k i < 0 k i is the at least one parameter for performing the processing including the nonlinear processing, and is determined using s i and t i, wherein k i is expressed by Equation, k i = { u, if x i ∀, s i x i + t i ≥ 0 − u − 1, if x i ∀, s i x i + t i < 0 ⌊ t i s i ⌋, if s i > 0 ⌈ t i s i ⌉ + p − 1 2, if s i < 0 where u is a theoretical maximum value during computation of the prediction processing, and p is a divisor used in the encrypting.
A utility meter, comprising: at least one network interface device configured to facilitate communication over a mesh network; at least one memory configured to store a routing table comprising information associated with one or more devices in communication with the utility meter via the mesh network; and at least one processor configured to: (i) identify a change in the routing table; (ii) generate an alert message associated with the identified change; (iii) direct communication of the alert message to a central controller is configured to process the alert message to identify an invalid node within the mesh network, and (iv) receive a control action from the central controller to minimize or reduce communication of data to the identified invalid node. at least one network interface device configured to facilitate communication over a mesh network; at least one memory configured to store a routing table comprising information associated with one or more devices in communication with the utility meter via the mesh network; and at least one processor configured to: (i) identify a change in the routing table; (ii) generate an alert message associated with the identified change; (iii) direct communication of the alert message to a central controller is configured to process the alert message to identify an invalid node within the mesh network, and (iv) receive a control action from the central controller to minimize or reduce communication of data to the identified invalid node. (i) identify a change in the routing table; (ii) generate an alert message associated with the identified change; (iii) direct communication of the alert message to a central controller is configured to process the alert message to identify an invalid node within the mesh network, and (iv) receive a control action from the central controller to minimize or reduce communication of data to the identified invalid node.
A method for reducing greying of a fabric by using a composition comprising: (a) from 0.2 to 9 wt% of an ester quaternary ammonium compound; and (b) from 0.05 to 10 wt% of a nonionic polysaccharide, based on the total weight of the composition.
A pairing method for a wireless headset, the wireless headset comprising a first wireless earpiece and a second wireless earpiece, the pairing method comprising: establishing, by an intermediate device, wireless communication connections respectively with the first wireless earpiece and the second wireless earpiece, and sending pairing information respectively to the first wireless earpiece and the second wireless earpiece based on the established wireless communication connections; and establishing, by the first wireless earpiece and the second wireless earpiece, a wireless communication link between the first wireless earpiece and the second wireless earpiece based on the pairing information, characterized in that the pairing information comprises a designated MAC address, an RF channel and an RF access code that are dynamically-assigned, the RF channel and the RF access code being required for communication between the first wireless earpiece and the second wireless earpiece, and the pairing method further comprises performing, by another device, wireless data transmission synchronously with the first wireless earpiece and the second wireless earpiece based on the dynamically-assigned designated MAC address. establishing, by an intermediate device, wireless communication connections respectively with the first wireless earpiece and the second wireless earpiece, and sending pairing information respectively to the first wireless earpiece and the second wireless earpiece based on the established wireless communication connections; and establishing, by the first wireless earpiece and the second wireless earpiece, a wireless communication link between the first wireless earpiece and the second wireless earpiece based on the pairing information, characterized in that the pairing information comprises a designated MAC address, an RF channel and an RF access code that are dynamically-assigned, the RF channel and the RF access code being required for communication between the first wireless earpiece and the second wireless earpiece, and the pairing method further comprises performing, by another device, wireless data transmission synchronously with the first wireless earpiece and the second wireless earpiece based on the dynamically-assigned designated MAC address.
Drilling tool having a clamping shaft and a cutting portion which adjoins the clamping shaft and which has two chip flutes which each have a chip flute face which is concave in cross-section, wherein each chip flute has in the chip formation zone adjacent to the main cutting edge in the region of the chip flute front and/or the web rear a countersink in order to increase the chip flute cross-section, the countersink increases the cross-section of the chip flute in the region of the chip formation zone and is more highly curved in cross-section than the cross-section of the chip groove outside the countersink, and the axial length over which the countersink extends is in the region of from 0.5 to 1.5 times the tool diameter, characterised in that the drilling tool has a double-edged ground tip portion with a point-symmetrical blade arrangement and point-thinned transverse blade and in addition a transverse blade point thinning.
A joining structure comprising: a first member (24, 70, 142) formed of a first material; a second member (44, 74, 114) formed of a second material that is different from the first material; a rivet (36, 116) that penetrates through at least the first member (24, 70, 142) and joins the first member (24, 70, 142) and the second member (44, 74, 114) together, characterized in that the joining structure further comprises a resin-filled portion provided around the rivet (36, 116) at a side of the first member (24, 70, 142) at which the second member (44, 74, 114) is disposed, the resin-filled portion being formed by at least one of the first member (24, 70, 142) and the second member (44, 74, 114) and forming a gap between the first member (24, 70, 142) and the second member (44, 74, 114), and a resin member being disposed inside the resin-filled portion, wherein the second material is formed of a metal material, the rivet (36, 116) includes a head portion (36A, 116A) that touches the first member (24, 70, 142) and a shaft portion (36B, 116B) that penetrates through the first member (24, 70, 142), and the shaft portion (36B, 116B) is joined to the second member (44, 74, 114) by welding. a first member (24, 70, 142) formed of a first material; a second member (44, 74, 114) formed of a second material that is different from the first material; a rivet (36, 116) that penetrates through at least the first member (24, 70, 142) and joins the first member (24, 70, 142) and the second member (44, 74, 114) together, characterized in that the joining structure further comprises a resin-filled portion provided around the rivet (36, 116) at a side of the first member (24, 70, 142) at which the second member (44, 74, 114) is disposed, the resin-filled portion being formed by at least one of the first member (24, 70, 142) and the second member (44, 74, 114) and forming a gap between the first member (24, 70, 142) and the second member (44, 74, 114), and a resin member being disposed inside the resin-filled portion, wherein the second material is formed of a metal material, the rivet (36, 116) includes a head portion (36A, 116A) that touches the first member (24, 70, 142) and a shaft portion (36B, 116B) that penetrates through the first member (24, 70, 142), and the shaft portion (36B, 116B) is joined to the second member (44, 74, 114) by welding.
An orthogonal frequency division multiplexing, OFDM, transmitting system comprising: a storage unit arranged to store information regarding a Peak Reduction Kernel based on a position of a reserved tone, the position of the reserved tone varying according to a type of data symbol; and a compensation unit arranged to retrieve, from the storage unit, information matching a type of data symbol of a transmission signal from among the stored information, and insert a Peak Reduction Kernel signal for reducing a Peak to Average Power ratio, PAPR, based on the retrieved information into the transmission signal, wherein the reserved tone comprises a tone excluding a tone which carries normal data and a tone which carries additional data. a storage unit arranged to store information regarding a Peak Reduction Kernel based on a position of a reserved tone, the position of the reserved tone varying according to a type of data symbol; and a compensation unit arranged to retrieve, from the storage unit, information matching a type of data symbol of a transmission signal from among the stored information, and insert a Peak Reduction Kernel signal for reducing a Peak to Average Power ratio, PAPR, based on the retrieved information into the transmission signal, wherein the reserved tone comprises a tone excluding a tone which carries normal data and a tone which carries additional data.
A method (50, 150) for calibrating a selected sensor included in a first device, the method performed at a communications device (10, 140) and comprising: receiving (52, 152) sensor data output by one or more sensors distributed across one or more second devices, wherein at least one of the one or more sensors is different from the selected sensor, wherein the first device and the one or more second devices are loosely coupled and are connected via a short-range communications link and comprise a cellular telephone and an accessory device for the cellular telephone; determining (54, 154) an accuracy of the selected sensor based on a comparison of the received sensor data output by the one or more sensors and sensor data output by the selected sensor; determining a sensor calibration value for the selected sensor based on the received sensor data; and calibrating (60, 160) the selected sensor using the sensor calibration value, wherein determining the sensor calibration value comprises calculating (58, 158) the sensor calibration value based (56, 156) on the determined accuracy of the selected sensor. receiving (52, 152) sensor data output by one or more sensors distributed across one or more second devices, wherein at least one of the one or more sensors is different from the selected sensor, wherein the first device and the one or more second devices are loosely coupled and are connected via a short-range communications link and comprise a cellular telephone and an accessory device for the cellular telephone; determining (54, 154) an accuracy of the selected sensor based on a comparison of the received sensor data output by the one or more sensors and sensor data output by the selected sensor; determining a sensor calibration value for the selected sensor based on the received sensor data; and calibrating (60, 160) the selected sensor using the sensor calibration value, wherein determining the sensor calibration value comprises calculating (58, 158) the sensor calibration value based (56, 156) on the determined accuracy of the selected sensor.
A multikinase inhibitor for use in preventing, treating and/or improving a prostatic disease or disorder associated with epithelial hyperplasia and/or fibrosis, wherein the prostatic disease or disorder is fibrosis of ureters and renal pelvis, or prostatic intraepithelial neoplasia, wherein an effective amount of the multikinase inhibitor is administered to a subject in need thereof, and wherein the multikinase inhibitor is lenvatinib.
A secondary battery comprising: an electrode assembly; an electrode lead attached to an electrode tab extending from the electrode assembly, the electrode lead having a through-hole formed therein; a case accommodating the electrode assembly and the electrode lead (40, 45); and a cap plate coupled to the case to seal an opening of the case and comprising a protrusion part protruding to the inside of the case, the protrusion part being coupled to the electrode lead through the through-hole by riveting, wherein the cap plate has at least one rivet groove (31b, 231a, 231b, 331a, 331b, 431a) formed around a periphery of the protrusion part. an electrode assembly; an electrode lead attached to an electrode tab extending from the electrode assembly, the electrode lead having a through-hole formed therein; a case accommodating the electrode assembly and the electrode lead (40, 45); and a cap plate coupled to the case to seal an opening of the case and comprising a protrusion part protruding to the inside of the case, the protrusion part being coupled to the electrode lead through the through-hole by riveting, wherein the cap plate has at least one rivet groove (31b, 231a, 231b, 331a, 331b, 431a) formed around a periphery of the protrusion part.
Use of a composition comprising a thermoresistant polyphosphate-dependent glucokinase derived from the genus Anaerolinea, glucose, and polyphosphate for the production of glucose 6-phosphate at a temperature of 55°C to 80°C, wherein the thermoresistant polyphosphate-dependent glucokinase derived from the genus Anaerolinea has amino acid sequence set forth in SEQ ID NO. 2 or is expressed from DNA sequence set forth in SEQ ID NO. 1, and wherein the glucokinase has a maximum activity at 65-70°C and has activities of 95% or more relative to the maximum activity in the whole range of 60-80°C. wherein the thermoresistant polyphosphate-dependent glucokinase derived from the genus Anaerolinea has amino acid sequence set forth in SEQ ID NO. 2 or is expressed from DNA sequence set forth in SEQ ID NO. 1, and wherein the glucokinase has a maximum activity at 65-70°C and has activities of 95% or more relative to the maximum activity in the whole range of 60-80°C.
Bolt connection, comprising - a first component, on which at least one bolt is arranged, - a second component, on which at least one U-shaped receptacle is provided, which is configured to take up the bolt in a receiving position, and - at least one latch, which is supported on the second component adjustably between a retracted position, in which the U-shaped receptacle is released, and a locking position, in which a front end of the latch protrudes into the U-shaped receptacle and holds in the U-shaped receptacle a bolt arranged in the U-shaped receptacle, - wherein provided at a rear end of the latch is a pawl, which is adjustable between a locking position, in which the pawl locks the latch in the locking position, and a release position, in which the latch is adjustable into its retracted position, characterised in that the latch and the pawl are supported in a closed protective housing, from which only the latch protrudes. - a first component, on which at least one bolt is arranged, - a second component, on which at least one U-shaped receptacle is provided, which is configured to take up the bolt in a receiving position, and - at least one latch, which is supported on the second component adjustably between a retracted position, in which the U-shaped receptacle is released, and a locking position, in which a front end of the latch protrudes into the U-shaped receptacle and holds in the U-shaped receptacle a bolt arranged in the U-shaped receptacle, - wherein provided at a rear end of the latch is a pawl, which is adjustable between a locking position, in which the pawl locks the latch in the locking position, and a release position, in which the latch is adjustable into its retracted position,