mhurhangee/ep-ind-claims huggingface dataset:
A system comprising: at least one hardware processor; and a non-transitory computer-readable storage medium having stored thereon program instructions, the program instructions executable by the at least one hardware processor to: receive a voice recording comprising a phonation by a subject, analyze said voice recording to calculate a fundamental frequency contour curve of said phonation, measure a time period from a start of said phonation until said contour curve reaches a settled level, measure at least one of a slope of said contour curve during said time period and an area under said contour curve during said time period, and determine a glottal closure insufficiency in said subject based, at least in part, on said measuring. at least one hardware processor; and a non-transitory computer-readable storage medium having stored thereon program instructions, the program instructions executable by the at least one hardware processor to: receive a voice recording comprising a phonation by a subject, analyze said voice recording to calculate a fundamental frequency contour curve of said phonation, measure a time period from a start of said phonation until said contour curve reaches a settled level, measure at least one of a slope of said contour curve during said time period and an area under said contour curve during said time period, and determine a glottal closure insufficiency in said subject based, at least in part, on said measuring. receive a voice recording comprising a phonation by a subject, analyze said voice recording to calculate a fundamental frequency contour curve of said phonation, measure a time period from a start of said phonation until said contour curve reaches a settled level, measure at least one of a slope of said contour curve during said time period and an area under said contour curve during said time period, and determine a glottal closure insufficiency in said subject based, at least in part, on said measuring.
A heavy duty tire comprising: a pair of beads; a carcass extending on and between the pair of beads; a pair of sidewalls each located axially outward of the carcass; a pair of chafers each located radially inward of the sidewall and configured to come into contact with a rim; wherein each of the beads includes a core, an inner apex located radially outward of the core, and an outer apex located radially outward of the inner apex, the carcass includes a carcass ply, the carcass ply includes a ply body extending between the pair of beads and a pair of turned-up portions each connected to the ply body and turned up around the bead, a recess is provided in a zone of a side surface of the tire between a maximum width position and an end of the turned-up portion, the heavy duty tire being characterized by a tag member including an RFID tag, wherein the tag member is in contact with the sidewall and the outer apex on a radially outer side of the end of the turned-up portion, and at least a part of the tag member is located radially outward of a midpoint of a length from an inner end to an outer end of the recess. a pair of beads; a carcass extending on and between the pair of beads; a pair of sidewalls each located axially outward of the carcass; a pair of chafers each located radially inward of the sidewall and configured to come into contact with a rim; wherein each of the beads includes a core, an inner apex located radially outward of the core, and an outer apex located radially outward of the inner apex, the carcass includes a carcass ply, the carcass ply includes a ply body extending between the pair of beads and a pair of turned-up portions each connected to the ply body and turned up around the bead, a recess is provided in a zone of a side surface of the tire between a maximum width position and an end of the turned-up portion, the heavy duty tire being characterized by a tag member including an RFID tag, wherein the tag member is in contact with the sidewall and the outer apex on a radially outer side of the end of the turned-up portion, and at least a part of the tag member is located radially outward of a midpoint of a length from an inner end to an outer end of the recess.
Method for securing a vehicle in a stationary state, in which in a first phase the vehicle is automatically secured by the service brake and in the further course an automatically triggered transfer to a parking brake (1, 4, 6) occurs, with the result that after the transfer, in a second phase, the vehicle is secured solely by the parking brake (1, 4, 6) at the rear axle, wherein in the second phase movement of the vehicle is monitored by a sensor, characterized in that in the second phase the service brake is automatically activated at the front axle as soon as it has been detected that the vehicle has undesirably begun to move.
An auxiliary-machine control device in a control system including a main-machine control device for controlling a main machine as a power source and an auxiliary-machine control device for controlling an auxiliary machine for assisting an output of the main machine, the auxiliary-machine control device comprising: a command-value acquisition unit that acquires a boost pressure command value for the auxiliary machine calculated by an operation command-value calculation unit of the main-machine control device on the basis of a prediction of an operation amount of control means for controlling an operating state of the auxiliary machine, and an allowable range of the operation amount of the control means calculated by an allowable-range calculation unit of the main-machine control device on the basis of the operation amount; an operation-amount calculation unit that calculates the operation amount of the control means on the basis of the acquired boost pressure command value and a prediction of a change in the boost pressure command value, and an operation-amount determination unit that selects the calculated operation amount in a case where the operation amount calculated by the operation-amount calculation unit is within the allowable range, selects an upper limit value of the allowable range in a case where the calculated operation amount exceeds the allowable range, and selects a lower limit value of the allowable range in a case where the calculated operation amount falls below the allowable range. a command-value acquisition unit that acquires a boost pressure command value for the auxiliary machine calculated by an operation command-value calculation unit of the main-machine control device on the basis of a prediction of an operation amount of control means for controlling an operating state of the auxiliary machine, and an allowable range of the operation amount of the control means calculated by an allowable-range calculation unit of the main-machine control device on the basis of the operation amount; an operation-amount calculation unit that calculates the operation amount of the control means on the basis of the acquired boost pressure command value and a prediction of a change in the boost pressure command value, and an operation-amount determination unit that selects the calculated operation amount in a case where the operation amount calculated by the operation-amount calculation unit is within the allowable range, selects an upper limit value of the allowable range in a case where the calculated operation amount exceeds the allowable range, and selects a lower limit value of the allowable range in a case where the calculated operation amount falls below the allowable range.
Insulation system for the thermal insulation of a wall or ceiling in the interior or exterior region of existing or new buildings, having at least one insulation panel which is adhesively bonded by means of in-situ foam to the underlying surface, wherein, between the underlying surface and the insulation panel, there is provided at least one fixing aid, the body (1, 11, 21) of which is coated, on its underside facing toward the underlying surface, with an adhesive layer (2a, 12a, 22a) which adheres to the underlying surface, and on its top side facing toward the insulation panel and situated opposite said underside, with an adhesive layer (2b, 12b, 22b) which adheres to the insulation panel, and wherein the fixing aid fixes the insulation panel spaced apart from the underlying surface at least for the duration of the curing of the in-situ foam, characterized in that the body (1, 11, 21) of the fixing aid is designed to be permanently compressible for the purposes of setting the spacing between the insulation panel and underlying surface.
A combination of nucleic acid molecules capable of hybridising with a target nucleic acid sequence, wherein the combination comprises (a) at least one first nucleic acid molecule comprising (i) a sequence capable of hybridising with the target sequence, (ii) two complementary sequences capable of forming a stem, and (iii) a luminescent group and a quencher group, wherein the quencher group quenches the fluorescent group if the nucleic acid forms a stem-loop structure, and wherein the fluorescent group is capable of emitting a luminescence signal upon excitation if the oligonucleotide is hybridised with the target sequence, (b) a second nucleic acid molecule, a third nucleic acid molecule, and optionally at least one further nucleic acid molecule, wherein the second nucleic acid molecule, the third nucleic acid molecule, and the optional at least one further nucleic acid molecule are helper oligonucleotides which hybridise with the target sequence at a sequence located 5' or/and 3' from the sequence to which the first nucleic acid hybridises, characterized in that under identical hybridisation conditions and based on their complementary target sequences all nucleic acid molecules with respect to the binding to their respective cognate sequences of the target sequence are designed such that they independently hybridise with a ΔG in the range of -15 to -25 kcal/mol and their ΔG values do not vary more than 3 kcal/mol. (a) at least one first nucleic acid molecule comprising (i) a sequence capable of hybridising with the target sequence, (ii) two complementary sequences capable of forming a stem, and (iii) a luminescent group and a quencher group, wherein the quencher group quenches the fluorescent group if the nucleic acid forms a stem-loop structure, and wherein the fluorescent group is capable of emitting a luminescence signal upon excitation if the oligonucleotide is hybridised with the target sequence, (i) a sequence capable of hybridising with the target sequence, (ii) two complementary sequences capable of forming a stem, and (iii) a luminescent group and a quencher group, wherein the quencher group quenches the fluorescent group if the nucleic acid forms a stem-loop structure, and wherein the fluorescent group is capable of emitting a luminescence signal upon excitation if the oligonucleotide is hybridised with the target sequence, (b) a second nucleic acid molecule, a third nucleic acid molecule, and optionally at least one further nucleic acid molecule,
A device comprising a sensor (100; 400; 500) for sensing a magnitude of a physical parameter of an environment of the sensor, wherein: the sensor comprises a first electrode, a second electrode and a material between the first and second electrodes; the material has an electrical property, whose value depends on the magnitude of the physical parameter; the sensor comprises a first layer, wherein the first layer serves as the first electrode, and a second layer, wherein the second layer serves as the second electrode and is different from the first layer; the first layer has at least two elevations (106, 108) defining a trench; the trench has a bottom wall and two side walls; the material is positioned on the bottom wall and on the side walls and on top of the at least two elevations (106, 108); the second layer fills the trench such that the trench accommodates at least a part of the second electrode; and the second electrode leaves exposed the material formed on top of the at least two elevations (304, 306, 308; 402, 404, 406, 408, 410, 412). the sensor comprises a first electrode, a second electrode and a material between the first and second electrodes; the material has an electrical property, whose value depends on the magnitude of the physical parameter; the sensor comprises a first layer, wherein the first layer serves as the first electrode, and a second layer, wherein the second layer serves as the second electrode and is different from the first layer; the first layer has at least two elevations (106, 108) defining a trench; the trench has a bottom wall and two side walls; the material is positioned on the bottom wall and on the side walls and on top of the at least two elevations (106, 108); the second layer fills the trench such that the trench accommodates at least a part of the second electrode; and the second electrode leaves exposed the material formed on top of the at least two elevations (304, 306, 308; 402, 404, 406, 408, 410, 412).
A fitting system (19, 19', 19") for a component which has a frame and a movable leaf comprising at least two closure units which, in the assembled state, are configured to releasably fix the leaf at different points of the frame and which each have a closure element, an electric motor drive for adjusting the closure element at least between a release position and a blocking position and a control device, wherein the fitting system (19, 19', 19") has a bus system, and wherein the at least two closure units are configured as bus participants of the bus system and are adapted to transmit data between the control devices of the at least two closure units by means of a bus protocol via a bus line, wherein the fitting system (19, 19', 19") comprises a system control unit which is preferably configured as a bus participant of the bus system and which is configured to set the closure elements of the at least two closure units into predefined positions by transmitting control instructions via the bus line, characterized in that the system control unit has a first operating mode and at least a second operating mode and is configured to control the electric motor drives in dependence on the respective operating mode such that the closure elements are adjusted at different speeds. wherein the fitting system (19, 19', 19") has a bus system, and wherein the at least two closure units are configured as bus participants of the bus system and are adapted to transmit data between the control devices of the at least two closure units by means of a bus protocol via a bus line, wherein the fitting system (19, 19', 19") comprises a system control unit which is preferably configured as a bus participant of the bus system and which is configured to set the closure elements of the at least two closure units into predefined positions by transmitting control instructions via the bus line, characterized in that the system control unit has a first operating mode and at least a second operating mode and is configured to control the electric motor drives in dependence on the respective operating mode such that the closure elements are adjusted at different speeds.
Hydropneumatic bladder accumulator having a pressure container, which has a bladder, an oil inlet, a gas inlet and a pressure sensor, at least one temperature sensor and evaluation units (7, 11) for pressure and temperature, characterized in that it is designed to measure temperatures at at least two further points with two further temperature sensors (8, 9) and to record both a pressure variation over time and also the temperature difference in the accumulator and to compare them with target values.
A locking device, comprising a locking cylinder, a key, and a manipulation protection device, wherein the locking cylinder has a cylinder core mounted in a housing, wherein between the housing and the cylinder core, a parting line is formed, wherein the manipulation protection device is a boring protection and/or a pulling protection and has at least two protection pins each being mounted to be translatable in a protection pin channel, wherein the protection pin channels have a housing section and a cylinder core section, wherein in a blocking position of the locking device, the protection pins are at least in portions disposed within the housing sections in such a manner that the parting line is blocked, and, for reaching an opening position of the locking device, the protection pins are completely translatable into the cylinder core sections due to a reversible key insertable into the cylinder core and at least two magnetic elements formed on or within the key shank of the key, and the parting line is releasable, - wherein the blocking position relates to the completely closed state of the locking device and the state as long as the key has not yet been inserted completely into the key channel, - wherein the at least two magnetic elements are formed at an end of the key shank facing a key head, - wherein the protection pins can be translated only after the key shank has been inserted into the key channel almost completely, - wherein the protection pins are no coding elements, - wherein a first protection pin is biased by means of a spring, is introduced into the cylinder core section of the first protection pin channel, and the bias is active towards the housing section of the first protection pin channel, - wherein no spring is introduced into the further protection pin channel. - wherein the blocking position relates to the completely closed state of the locking device and the state as long as the key has not yet been inserted completely into the key channel, - wherein the at least two magnetic elements are formed at an end of the key shank facing a key head, - wherein the protection pins can be translated only after the key shank has been inserted into the key channel almost completely, - wherein the protection pins are no coding elements, - wherein a first protection pin is biased by means of a spring, is introduced into the cylinder core section of the first protection pin channel, and the bias is active towards the housing section of the first protection pin channel, - wherein no spring is introduced into the further protection pin channel.
Air treatment device with a carbon dioxide adsorption device for production of air with reduced carbon dioxide content, wherein the carbon dioxide adsorption device is regeneratable with a flushing medium, a control device that controls a feed of a flushing medium to carbon dioxide adsorption units (14a, 14b) of the carbon dioxide adsorption device under consideration of state variables of the carbon dioxide adsorption device, in order to cause a regeneration of the carbon dioxide adsorption units (14a, 14b), wherein the control device is configured to drive in at least one predetermined mode the flushing medium being present in the carbon dioxide adsorption units (14a, 14b) at least partly out of the carbon dioxide adsorption units (14a, 14b) by means of feeding a replacement medium when a regeneration is terminated by the control device, wherein the control device determines a composition of the flushing medium based on an input variable and outputs the composition as a signal, an input variable determination device for determining the input variable and for outputting a corresponding signal to the control device, and an adjusting device that adjusts the composition of the flushing medium to be fed into the carbon dioxide adsorption device for the regeneration based on the signal of the control device.
An item of footwear comprising: a securing means for securing the item of footwear to a foot of a wearer; and a sole having an upper surface that in use contacts the foot of a user, wherein: the sole has a midsole layer which has a frontal/toe region, a mid-foot region and a heel region, the mid-foot region of the midsole layer being formed from a material different to the material used for the heel region such that the mid-foot region has a lower compressive resistance and/or a lower density and/or a higher flexibility than the heel region; the upper surface has a first portion and a second portion, the first portion located forwardly of the second portion; and the upper surface is concave in the lateral direction in the second portion, characterised in that the upper surface is flat in the lateral direction in the first portion. a securing means for securing the item of footwear to a foot of a wearer; and a sole having an upper surface that in use contacts the foot of a user, wherein: the sole has a midsole layer which has a frontal/toe region, a mid-foot region and a heel region, the mid-foot region of the midsole layer being formed from a material different to the material used for the heel region such that the mid-foot region has a lower compressive resistance and/or a lower density and/or a higher flexibility than the heel region; the upper surface has a first portion and a second portion, the first portion located forwardly of the second portion; and the upper surface is concave in the lateral direction in the second portion, characterised in that the upper surface is flat in the lateral direction in the first portion. the sole has a midsole layer which has a frontal/toe region, a mid-foot region and a heel region, the mid-foot region of the midsole layer being formed from a material different to the material used for the heel region such that the mid-foot region has a lower compressive resistance and/or a lower density and/or a higher flexibility than the heel region; the upper surface has a first portion and a second portion, the first portion located forwardly of the second portion; and the upper surface is concave in the lateral direction in the second portion, characterised in that the upper surface is flat in the lateral direction in the first portion.
A method for wireless communication, the method comprising: a user equipment (116, 122, 510, 600, 910, 1003) identifying at least one current resource of a first radio access technology, RAT, of the user equipment for which a coexistence issue with a second RAT of the user equipment is present; said user equipment (116, 122, 510, 600, 910, 1003) submitting a handover request message to a base station that includes information indicative of the coexistence issue for the at least one current resource (step 1104), the information including at least a black list of resources experiencing coexistence issues; and said user equipment (116, 122, 510, 600, 910, 1003) submitting a second message indicating a previous coexistence issue is no longer present. a user equipment (116, 122, 510, 600, 910, 1003) identifying at least one current resource of a first radio access technology, RAT, of the user equipment for which a coexistence issue with a second RAT of the user equipment is present; said user equipment (116, 122, 510, 600, 910, 1003) submitting a handover request message to a base station that includes information indicative of the coexistence issue for the at least one current resource (step 1104), the information including at least a black list of resources experiencing coexistence issues; and said user equipment (116, 122, 510, 600, 910, 1003) submitting a second message indicating a previous coexistence issue is no longer present.