mhurhangee/ep-ind-claims huggingface dataset:
An electricity storage apparatus in which a plurality of electricity storage elements are each disposed side by side in a predetermined direction, and the electricity storage apparatus comprising a temperature adjustment structure, the electricity storage apparatus comprising: a first passageway that is provided in a first region in the plurality of electricity storage elements and that causes a gas, that has flown into the electricity storage apparatus, for adjusting temperature to pass a space between the adjacent electricity storage elements in the first region, the adjacent electricity storage elements being juxtaposed in the predetermined direction; and a second passageway (10B, 10C) that is provided in a second region in the plurality of electricity storage elements which is adjacent to the first region, and that causes the gas having passed through the first region to pass, in a direction that is different from a flowing direction in the first region, the space between the adjacent electricity storage elements in the second region, the adjacent electricity storage elements being juxtaposed in the predetermined direction, characterized in that the first region contains at least one of the electricity storage elements which is located in a central portion of the electricity storage apparatus in the predetermined direction, wherein the second region contains at least two of the electricity storage elements which are located in opposite sides of the first region in the predetermined direction, and wherein the electricity storage apparatus is adapted such that the gas is first supplied into the first passageway in the electricity storage apparatus. a first passageway that is provided in a first region in the plurality of electricity storage elements and that causes a gas, that has flown into the electricity storage apparatus, for adjusting temperature to pass a space between the adjacent electricity storage elements in the first region, the adjacent electricity storage elements being juxtaposed in the predetermined direction; and a second passageway (10B, 10C) that is provided in a second region in the plurality of electricity storage elements which is adjacent to the first region, and that causes the gas having passed through the first region to pass, in a direction that is different from a flowing direction in the first region, the space between the adjacent electricity storage elements in the second region, the adjacent electricity storage elements being juxtaposed in the predetermined direction, characterized in that the first region contains at least one of the electricity storage elements which is located in a central portion of the electricity storage apparatus in the predetermined direction, wherein the second region contains at least two of the electricity storage elements which are located in opposite sides of the first region in the predetermined direction, and wherein the electricity storage apparatus is adapted such that the gas is first supplied into the first passageway in the electricity storage apparatus.
A mobile computing device for resource management based on contextual planning comprising: a context analysis module to (i) identify a plurality of context domains associated with a user, (ii) receive a user selection of one of the plurality of context domains for analysis, and (iii) determine a future context of the mobile computing device based on the user selected context domain; a communication module to (i) send a request to a resource database server to request resource information associated with a location defined by the future context and (ii) receive the requested resource information; and a resource management module to configure, using the received resource information, the mobile computing device to use a resource located at the location. a context analysis module to (i) identify a plurality of context domains associated with a user, (ii) receive a user selection of one of the plurality of context domains for analysis, and (iii) determine a future context of the mobile computing device based on the user selected context domain; a communication module to (i) send a request to a resource database server to request resource information associated with a location defined by the future context and (ii) receive the requested resource information; and a resource management module to configure, using the received resource information, the mobile computing device to use a resource located at the location.
Crane, which includes - a base for attaching the crane, - a main boom pivoted to the said base, - an articulated boom pivoted to the said main boom, - an actuator cylinder for moving the said main boom relative to the base, - a second actuator cylinder for moving the said articulated boom relative to the main boom, - a pressure cylinder in connection with one actuator cylinder, arranged to follow this actuator cylinder in order to produce pressure for the second actuator cylinder, characterized in that the said pressure cylinder is arranged to form an essentially coaxial multi-chamber cylinder with the actuator cylinder to be followed. - a base for attaching the crane, - a main boom pivoted to the said base, - an articulated boom pivoted to the said main boom, - an actuator cylinder for moving the said main boom relative to the base, - a second actuator cylinder for moving the said articulated boom relative to the main boom, - a pressure cylinder in connection with one actuator cylinder, arranged to follow this actuator cylinder in order to produce pressure for the second actuator cylinder, characterized in that the said pressure cylinder is arranged to form an essentially coaxial multi-chamber cylinder with the actuator cylinder to be followed.
A gas burner device, comprising a burner body for the combustion of a gas mixture containing hydrogen, wherein burner body comprises an interior, which is formed pneumatically connected on the one hand to a burner surface arranged on the outside of the burner body and on the other hand to a fuel gas supply, wherein a flame arresting device is arranged in the interior between the burner surface and the fuel gas supply, wherein the flame arresting device comprises a plurality of through-holes which are always open for the gas mixture, wherein the flame arresting device consists of a body and each through-hole is formed as a recess penetrating the body, characterised in that the body is formed from a porous material.
A method of optical correlation for obtaining a correlation image corresponding to the correlation between an input and a reference image, the method comprising: displaying the input and reference images on a spatial light modulator; performing a joint transform correlation by: shining collimated light onto the spatial light modulator; obtaining, as an intermediate image, the joint power spectrum, "JPS", corresponding to the Fourier transform of the input and reference images; recording the intermediate image electronically as a plurality of pixels; binarising the intermediate image by thresholding each pixel, based on the mean value of the eight surrounding pixels; displaying the binarised intermediate image on a spatial light modulator; shining collimated light onto the spatial light modulator, to obtain the correlation image being the image through a lens of the intermediate image on the latter spatial light modulator. displaying the input and reference images on a spatial light modulator; performing a joint transform correlation by: shining collimated light onto the spatial light modulator; obtaining, as an intermediate image, the joint power spectrum, "JPS", corresponding to the Fourier transform of the input and reference images; recording the intermediate image electronically as a plurality of pixels; binarising the intermediate image by thresholding each pixel, based on the mean value of the eight surrounding pixels; displaying the binarised intermediate image on a spatial light modulator; shining collimated light onto the spatial light modulator, to obtain the correlation image being the image through a lens of the intermediate image on the latter spatial light modulator. shining collimated light onto the spatial light modulator; obtaining, as an intermediate image, the joint power spectrum, "JPS", corresponding to the Fourier transform of the input and reference images; recording the intermediate image electronically as a plurality of pixels; binarising the intermediate image by thresholding each pixel, based on the mean value of the eight surrounding pixels; displaying the binarised intermediate image on a spatial light modulator; shining collimated light onto the spatial light modulator, to obtain the correlation image being the image through a lens of the intermediate image on the latter spatial light modulator.
An article comprising an exterior protective sheet adhered to an underlying composite material surface of a composite article, wherein the article is free of additional layers between the protective sheet and the underlying composite material surface, and wherein the protective sheet is about 50 μm (0.002 inch) to about 1.1 mm (0.045 inch) thick at its maximum thickness, and wherein the protective sheet comprises at least one elastomeric material.
A wind turbine comprising - a generator driven by an aerodynamic rotor; - a first power converter arranged in a nacelle supported by an electrically grounded tower; - a second power converter arranged at the base of the tower; - a DC transmission link extending through the wind turbine tower and connected between the first power converter and the second power converter; characterized by - a first current path between the power converters (11, 12) through the DC transmission link; and - a second current path between the power converters (11, 12) through electrically grounded metal of the tower. - a generator driven by an aerodynamic rotor; - a first power converter arranged in a nacelle supported by an electrically grounded tower; - a second power converter arranged at the base of the tower; - a DC transmission link extending through the wind turbine tower and connected between the first power converter and the second power converter; characterized by - a first current path between the power converters (11, 12) through the DC transmission link; and - a second current path between the power converters (11, 12) through electrically grounded metal of the tower.
A computer-implemented method when executed on data processing hardware causes the data processing hardware to perform operations, the operations comprising: receiving audio data corresponding to an utterance spoken by a user and captured by a user device; processing, using a speech recognizer, the audio data to determine a candidate transcription for the spoken utterance, the candidate transcription comprises a sequence of tokens; for each token in the sequence of tokens: determining, using a first embedding table, a token embedding for the corresponding token; determining, using a second embedding table, a n-gram token embedding for a previous sequence of n-gram tokens; and concatenating the token embedding and the n-gram token embedding to generate a concatenated output for the corresponding token; and rescoring, using an external language model, the candidate transcription for the spoken utterance by processing the concatenated output generated for each corresponding token in the sequence of tokens. receiving audio data corresponding to an utterance spoken by a user and captured by a user device; processing, using a speech recognizer, the audio data to determine a candidate transcription for the spoken utterance, the candidate transcription comprises a sequence of tokens; for each token in the sequence of tokens: determining, using a first embedding table, a token embedding for the corresponding token; determining, using a second embedding table, a n-gram token embedding for a previous sequence of n-gram tokens; and concatenating the token embedding and the n-gram token embedding to generate a concatenated output for the corresponding token; and determining, using a first embedding table, a token embedding for the corresponding token; determining, using a second embedding table, a n-gram token embedding for a previous sequence of n-gram tokens; and concatenating the token embedding and the n-gram token embedding to generate a concatenated output for the corresponding token; and rescoring, using an external language model, the candidate transcription for the spoken utterance by processing the concatenated output generated for each corresponding token in the sequence of tokens.
Control method for controlling an actuation device in a handling machine comprising a mobile main body and a handling arm that is intended to receive a load which is to be moved, the actuation device being configured to execute a movement of the handling arm relative to the main body, the method comprising: measuring a quantity indicative of a tipping moment acting on the main body with respect to a tipping axis, and stopping or preventing a movement of the handling arm, whether executed or requested, as soon as a stop condition is satisfied, the stop condition being dependent on the measured quantity indicative of the tipping moment, and characterized in that, when an enhanced operating mode is selected, the stop condition is also dependent on a quantity representative of the speed of the movement of the handling arm, and when a simple operating mode is selected, the stop condition is independent of the quantity representative of the speed of the movement of the handling arm. measuring a quantity indicative of a tipping moment acting on the main body with respect to a tipping axis, and stopping or preventing a movement of the handling arm, whether executed or requested, as soon as a stop condition is satisfied, the stop condition being dependent on the measured quantity indicative of the tipping moment, and characterized in that, when an enhanced operating mode is selected, the stop condition is also dependent on a quantity representative of the speed of the movement of the handling arm, and when a simple operating mode is selected, the stop condition is independent of the quantity representative of the speed of the movement of the handling arm.
A process for producing a chlorinated and/or fluorinated propene, having the formula CH 2-c-g Cl c F g =CH 1-d-h Cl d F h -CH 3-e-f Cl e F f wherein c is 0-2, d is 0-1, e is 0-3, f is 0-3, and g is 0-2 while c+g < 2, d+h < 1, and e+f < 3, by the reaction of chlorinated and/or fluorinated alkanes and chlorinated and/or fluorinated alkenes in a continuous, gas phase, free radical process using an isothermal multitube reactor comprising a plurality of reactor tubes situated within a shell, wherein the mixing of the reactants occurs in an inlet/mixer and the temperature at the inlet/mixer of the reactor is at least 20°C lower than a desired reaction temperature, and wherein at least a portion of at least one reactor tube is definable by a Reynolds number of at least 2100.
A tire having a pneumatic cavity; first and second sidewalls (30, 32) extending respectively from first and second tire bead regions (34, 36) to a tire tread region, the first sidewall having at least one bending region operatively bending when circumferentially within a rolling tire footprint; a sidewall groove defined by groove sidewalls positioned within the bending region of the first tire sidewall, the groove deforming segment by segment between a non-deformed state and a deformed, constricted state in response to the bending of the first sidewall bending region circumferentially within the rolling tire footprint; an air passageway resiliently deforming segment by segment between an expanded condition and an at least partially collapsed condition in response to respective segment by segment deformation of the sidewall groove when circumferentially within the rolling tire footprint; and a pressure regulator mounted to an inner surface of the pneumatic tire cavity for controlling air pressure with the pneumatic tire cavity, wherein (i) the tire includes a protective housing for securing the pressure regulator within a recess on an inner surface of the pneumatic tire cavity by attaching the protective housing to the inner surface of the pneumatic tire cavity; or (ii) a recess on an inner surface of the pneumatic tire cavity accommodates the entire pressure regulator and a protective sheet covering. (i) the tire includes a protective housing for securing the pressure regulator within a recess on an inner surface of the pneumatic tire cavity by attaching the protective housing to the inner surface of the pneumatic tire cavity; or (ii) a recess on an inner surface of the pneumatic tire cavity accommodates the entire pressure regulator and a protective sheet covering.
A method of adjusting roller gaps in a speed reducer comprising a fixed internal gear formed with internal teeth on an inner periphery of the internal gear, an input shaft, at least one eccentric disk mounted on the input shaft at an end portion of the input shaft so as to be rotatable inside the internal gear, at least one rolling bearing mounted on a radially outer surface of the eccentric disk, an output shaft arranged coaxial with the input shaft, a cage mounted at an end of the output shaft facing the input shaft so as to be rotatable between the internal gear and the rolling bearing, wherein the cage has a portion radially facing the rolling bearing and formed with circumferentially equidistantly spaced apart pockets which are fewer in number than the internal teeth of the internal gear, and rollers received in the respective pockets so as to mesh with the internal teeth, whereby when the input shaft is rotated once, each of the rollers circumferentially moves by a distance equal to a circumferential width of one internal tooth while kept in meshing engagement with the internal tooth, due to eccentric rotation of the eccentric disk, causing the output shaft to be rotated at a reduced speed, characterized in that the size (δ 1) of roller gaps defined between the rollers and tooth bottoms of the internal gear are adjusted within a range of 0 to 20 μm by measuring beforehand a root radius of the internal gear, a radius of a circumcircle of the rolling bearing, the circumcircle having a center lying on a center axis of the input shaft, and an outer diameter of the rollers, and the radius of the circumcircle of the rolling bearing is measured by directly measuring a radially outer surface of an outer race of the rolling bearing, with the rolling bearing fitted on a radially outer surface of the eccentric disk.
A botanical raw material or an extract obtainable from passion fruits for use in the treatment, prophylaxis, amelioration, inhibition or delaying the onset of a neurodegenerative disorder or a condition involving neurological injury.
A method for generating a solid wood-based material and a hemicellulose-derived material from a wood raw material, said method comprising; i) steam treating, or steam exploding, the wood raw material whereby to generate a hemicellulose-containing fluid component and a solid wood-based material comprising a steam treated wood material; said method comprising the steps of a) introducing the wood raw material into a pressure vessel; b) heating the wood raw material by injecting steam and keeping the temperature at 150 - 280° C for a period of 60 - 2400 seconds; c) reducing the pressure in one or more steps and removing the exploded wood material out of the vessel; ii) separating said fluid component from said solid component; iii) processing at least a part of said solid component into a solid wood-based material; and iv) processing said liquid component into a hemicellulose-derived material, comprising filtration of the fluids fraction in at least two steps; I) A first separation step removing particles and/or insoluble material, after which the liquid component is retained; and II) A second filtration step comprising ultrafiltration or nanofiltration of said liquid component, in which the concentration of hemicellulose in the filtrate is increased; wherein the concentration of dissolved material in the filtrate after the last filtration is above 10%. i) steam treating, or steam exploding, the wood raw material whereby to generate a hemicellulose-containing fluid component and a solid wood-based material comprising a steam treated wood material; said method comprising the steps of a) introducing the wood raw material into a pressure vessel; b) heating the wood raw material by injecting steam and keeping the temperature at 150 - 280° C for a period of 60 - 2400 seconds; c) reducing the pressure in one or more steps and removing the exploded wood material out of the vessel; a) introducing the wood raw material into a pressure vessel; b) heating the wood raw material by injecting steam and keeping the temperature at 150 - 280° C for a period of 60 - 2400 seconds; c) reducing the pressure in one or more steps and removing the exploded wood material out of the vessel; ii) separating said fluid component from said solid component; iii) processing at least a part of said solid component into a solid wood-based material; and iv) processing said liquid component into a hemicellulose-derived material, comprising filtration of the fluids fraction in at least two steps; I) A first separation step removing particles and/or insoluble material, after which the liquid component is retained; and II) A second filtration step comprising ultrafiltration or nanofiltration of said liquid component, in which the concentration of hemicellulose in the filtrate is increased; wherein the concentration of dissolved material in the filtrate after the last filtration is above 10%. I) A first separation step removing particles and/or insoluble material, after which the liquid component is retained; and II) A second filtration step comprising ultrafiltration or nanofiltration of said liquid component, in which the concentration of hemicellulose in the filtrate is increased;