mhurhangee/ep-ind-claims huggingface dataset:
A method for sending short message in a multi-SIM card terminal, comprising: judging, by the multi-SIM card terminal, whether the type of a short message to be sent is emergency; if yes, the multi-SIM card terminal counting the number of short messages in sending queues of each SIM card, and sending the short message to be sent by the SIM card with the least number of short messages among the SIM cards. judging, by the multi-SIM card terminal, whether the type of a short message to be sent is emergency; if yes, the multi-SIM card terminal counting the number of short messages in sending queues of each SIM card, and sending the short message to be sent by the SIM card with the least number of short messages among the SIM cards.
A separating device for removing solid particles from fluids, comprising: a stack of at least three annular discs defining a central annular region along a central axis, each annular disc having an upper side and an underside, wherein the upper side of each annular disc each has one or more spacers, and wherein the upper side of each annular disc contacts the underside of the adjacent annular disc defining a separating gap, and wherein the one or more spacers have a planar contact area with the adjacent annular disc, and wherein the upper side of each annular disc has an elevation at the separating gap, and wherein the elevation is along the circumference of the annular disc.
Flexible strip, intended to be wound and then fitted on or in a civil engineering structure, suitable for extending longitudinally along a longitudinal axis, comprising at least one optical fibre for locating and measuring deformation and/or measuring temperature of a structure where said optical fibre is arranged substantially along the longitudinal axis, characterised in that said optical fibre is surrounded by a thermoplastic polymeric matrix at least partially reinforced, substantially along the longitudinal axis, with continuous reinforcing fibres extending substantially along the longitudinal axis, where the mass quantity of continuous reinforcing fibres, extending substantially along the longitudinal axis, MFC, is greater than or equal to ten times the mass quantity of optical fibre(s), MFO, comprising at least one zone (10, 15) where the polymeric matrix comprises continuous reinforcing fibres, distributed in a substantially uniform manner, surrounded by a zone of polymeric matrix devoid of continuous reinforcing fibre, said optical fibre being arranged inside said at least one zone where the polymeric matrix comprises continuous reinforcing fibres.
An apparatus for controlling a restart mode of a network node in a wireless network, wherein the apparatus comprises: a power-up detector adapted to detect a power-up event of the network node a message detector adapted to detect a receipt of a wireless power-up message from another network node of the wireless network; and a control unit adapted to select one of a plurality of restart modes, in response to a detection of a power-up event by the power-up detector; the control unit further adapted to: initiate a transmission of at least one wireless power-up message to the wireless network in response to the detection of a power-up event by the power-up detector and select the one of the plurality of restart modes in dependence on an output of the message detector, and to select a power failure mode if the output of the message detector indicates that a predetermined number of wireless power-up messages has been received within a predetermined time period. a power-up detector adapted to detect a power-up event of the network node a message detector adapted to detect a receipt of a wireless power-up message from another network node of the wireless network; and a control unit adapted to select one of a plurality of restart modes, in response to a detection of a power-up event by the power-up detector; the control unit further adapted to: initiate a transmission of at least one wireless power-up message to the wireless network in response to the detection of a power-up event by the power-up detector and select the one of the plurality of restart modes in dependence on an output of the message detector, and to select a power failure mode if the output of the message detector indicates that a predetermined number of wireless power-up messages has been received within a predetermined time period. initiate a transmission of at least one wireless power-up message to the wireless network in response to the detection of a power-up event by the power-up detector and select the one of the plurality of restart modes in dependence on an output of the message detector, and to select a power failure mode if the output of the message detector indicates that a predetermined number of wireless power-up messages has been received within a predetermined time period.
A method of manufacturing a thermal insulation finishing element for insulating and decorating the exterior walls of buildings, comprising the step a) of installing in a thermal insulation board perforated fastening strips for holding the thermal insulation board and for fixing it to the facade of the building, and the step b) of forming a decorative finishing layer on the outer surface of the thermal insulation board, characterised in that step a) comprises: - inserting the perforated fastening strips transversely into the thermal insulation board and directing the perforated fastening strips at an angle of approximately 45° downwards from the upper edge of the inner side of the thermal insulation board over the entire thickness of the thermal insulation board towards the outer side of the thermal insulation board 2, - installing the perforated fastening strips so that their inner and outer ends remain protruding on opposite inner and outer sides of the thermal insulation board, - bending the ends and so that the inner end of the perforated fastening strip for fixing the thermal insulation board to the facade of the building is directed vertically upwards, and the outer end of the perforated fastening strip is directed vertically downwards, covering a part of the outer surface of the thermal insulation board. - inserting the perforated fastening strips transversely into the thermal insulation board and directing the perforated fastening strips at an angle of approximately 45° downwards from the upper edge of the inner side of the thermal insulation board over the entire thickness of the thermal insulation board towards the outer side of the thermal insulation board 2, - installing the perforated fastening strips so that their inner and outer ends remain protruding on opposite inner and outer sides of the thermal insulation board, - bending the ends and so that the inner end of the perforated fastening strip for fixing the thermal insulation board to the facade of the building is directed vertically upwards, and the outer end of the perforated fastening strip is directed vertically downwards, covering a part of the outer surface of the thermal insulation board.
A generator suspension arrangement for suspending a generator unit of a wind turbine, which generator suspension arrangement comprises a suspension assembly (10, 11, 12) adapted to be mounted to a bedframe of the wind turbine prior to be connected to the generator unit, which suspension assembly (10, 11, 12) once mounted to the bedframe comprises a plurality of suspension points arranged at a distance (D 12) outward from the body of the generator unit, the suspension points being arranged outside the outline of the generator unit when viewed from above, characterized in that the suspension points are arranged to support the front end of the generator unit and the rear end of the generator unit, and are realised to transfer the weight of the generator unit to the suspension assembly (10, 11, 12).
Signal conditioning circuit having at least one signal path between an input and an output of the signal conditioning circuit, the signal path having a first passive integrating element and an active integrator, the active integrator being embodied as a non-inverting active integrator, the first passive integrating element and the active integrator being connected in series within the signal path, characterized in that the active integrator is embodied for integrating signal components of an input signal having a frequency between 0 Hz and a first cut-off frequency f g1, in that the first passive integrating element is embodied for integrating signal components with a frequency above the first cut-off frequency f g1, in that the signal path furthermore has a second passive integrating element and a differentiating element, and in that the second passive integrating element is embodied for integrating signal components of the input signal with a frequency which is only between the first cut-off frequency f g1 and a second cut-off frequency f g2, the second cut-off frequency f g2 being greater than the first cut-off frequency f g1.
A method for producing a sugar or sugars from lignocellulosic material, which method comprises: a) pretreating the lignocellulosic material before enzymatic treatment by exposing it to to (hot) water, steam (steam explosion), an acid, a base, a solvent, heat, a peroxide, ozone, mechanical shredding, grinding, milling or rapid depressurization, or a combination of any two or more thereof; b) presaccharifying the lignocellulosic material by incubation with an enzyme or enzyme mixture; c) contacting the lignocellulosic material with (i) a polypeptide which comprises the amino acid sequence set out in SEQ ID NO:2 or a variant polypeptide thereof, wherein the variant polypeptide has at least 98% sequence identity with the sequence set out in SEQ ID NO:2, wherein the polypeptide has beta-glucosidase activity and wherein the variant polypeptide has a catalytic residue Asp277 - Glu505 (positions as in SEQ ID NO: 2), or (ii) a composition comprising the polypeptide of (i). a) pretreating the lignocellulosic material before enzymatic treatment by exposing it to to (hot) water, steam (steam explosion), an acid, a base, a solvent, heat, a peroxide, ozone, mechanical shredding, grinding, milling or rapid depressurization, or a combination of any two or more thereof; b) presaccharifying the lignocellulosic material by incubation with an enzyme or enzyme mixture; c) contacting the lignocellulosic material with (i) a polypeptide which comprises the amino acid sequence set out in SEQ ID NO:2 or a variant polypeptide thereof, wherein the variant polypeptide has at least 98% sequence identity with the sequence set out in SEQ ID NO:2, wherein the polypeptide has beta-glucosidase activity and wherein the variant polypeptide has a catalytic residue Asp277 - Glu505 (positions as in SEQ ID NO: 2), or (ii) a composition comprising the polypeptide of (i).
A battery module mounting assembly, comprising: a base plate; and a first retention clamp having a first plate of substantially uniform thickness, the first plate having a central rib, first and second base portions (122, 124), and first and second clamping portions (130, 132); the central rib extending longitudinally along a length of the first plate; the first and second base portions (122, 124) being coupled to and extending from first and second sides (183, 184), respectively, of the central rib, the first and second base portions (122, 124) being fixedly attached to the base plate; the first clamping portion being coupled to and extending upwardly and outwardly from the first base portion, the first clamping portion configured to engage and hold a first portion of a first battery module housing; and the second clamping portion being coupled to and extending upwardly and outwardly from the second base portion, the second clamping portion configured to engage and hold a second portion of a second battery module housing. a base plate; and a first retention clamp having a first plate of substantially uniform thickness, the first plate having a central rib, first and second base portions (122, 124), and first and second clamping portions (130, 132); the central rib extending longitudinally along a length of the first plate; the first and second base portions (122, 124) being coupled to and extending from first and second sides (183, 184), respectively, of the central rib, the first and second base portions (122, 124) being fixedly attached to the base plate; the first clamping portion being coupled to and extending upwardly and outwardly from the first base portion, the first clamping portion configured to engage and hold a first portion of a first battery module housing; and the second clamping portion being coupled to and extending upwardly and outwardly from the second base portion, the second clamping portion configured to engage and hold a second portion of a second battery module housing.
A computer-implemented method for generating an individualized time-to-live for a reputation score of a file, comprising: receiving a request from a client system, the request comprising an identifier of a file identified by the client system; generating a reputation score of the file, the reputation score representing an assessment of a trustworthiness of the file; determining a confidence score for the reputation score, the confidence score measuring a likelihood of the reputation score reflecting actual trustworthiness of the file; determining a TTL for the reputation score based on the reputation score and the confidence score, the TTL describing a validity period for the reputation score, wherein a validity period described by a TTL for a reputation score associated with a high confidence score is longer than a validity period described by a TTL for a reputation score associated with a low confidence score; and transmitting the reputation score and the TTL to the client system in response to the request. receiving a request from a client system, the request comprising an identifier of a file identified by the client system; generating a reputation score of the file, the reputation score representing an assessment of a trustworthiness of the file; determining a confidence score for the reputation score, the confidence score measuring a likelihood of the reputation score reflecting actual trustworthiness of the file; determining a TTL for the reputation score based on the reputation score and the confidence score, the TTL describing a validity period for the reputation score, wherein a validity period described by a TTL for a reputation score associated with a high confidence score is longer than a validity period described by a TTL for a reputation score associated with a low confidence score; and transmitting the reputation score and the TTL to the client system in response to the request.
A process for the storage and subsequent release of hydrogen comprising: a) contacting hydrogen, in the presence of a hydrogenation catalyst under hydrogenation conditions, with an extended pi-conjugated substrate to effect storage of hydrogen by forming an at least partially hydrogenated extended pi-conjugated substrate; wherein the extended pi-conjugated substrate is selected from the group consisting of extended polycyclic aromatic hydrocarbons which are either a polycyclic aromatic hydrocarbon comprising a fused ring system having at least four rings wherein all rings of the fused ring system are represented as 6-membered aromatic sextet structures or a polycyclic aromatic hydrocarbon of more than two rings comprising a six-membered aromatic sextet ring fused with a five membered ring; and indene; and any combination of two or more of the foregoing and thereafter b) contacting the at least partially hydrogenated extended pi-conjugated substrate under dehydrogenation conditions in the presence of an effective amount of a dehydrogenation catalyst to release hydrogen from the at least partially hydrogenated extended pi-conjugated substrate. a) contacting hydrogen, in the presence of a hydrogenation catalyst under hydrogenation conditions, with an extended pi-conjugated substrate to effect storage of hydrogen by forming an at least partially hydrogenated extended pi-conjugated substrate; wherein the extended pi-conjugated substrate is selected from the group consisting of extended polycyclic aromatic hydrocarbons which are either a polycyclic aromatic hydrocarbon comprising a fused ring system having at least four rings wherein all rings of the fused ring system are represented as 6-membered aromatic sextet structures or a polycyclic aromatic hydrocarbon of more than two rings comprising a six-membered aromatic sextet ring fused with a five membered ring; and indene; and any combination of two or more of the foregoing and thereafter b) contacting the at least partially hydrogenated extended pi-conjugated substrate under dehydrogenation conditions in the presence of an effective amount of a dehydrogenation catalyst to release hydrogen from the at least partially hydrogenated extended pi-conjugated substrate.
A rotary shear seal valve, comprising: a rotor shaft having a shaft axis; an electrical linear actuator secured to the rotor shaft and configured to apply a force directed parallel to the shaft axis in response to an applied electrical signal, the force having a magnitude responsive to the applied electrical signal; a rotor having a planar surface with a fluidic channel therein, the rotor being coupled to the linear actuator and configured to rotate about the shaft axis; a stator having a planar surface disposed parallel to and in contact with the planar surface of the rotor, the planar surface of the stator having a first port to receive a fluid and a second port to provide the fluid; and a valve mechanism to apply a substantially fixed force between the planar surfaces of the stator and the rotor, wherein a total force between the planar surfaces of the rotor and the stator is substantially equal to a sum of the fixed force and the force applied by the linear actuator, wherein the fluidic channel conducts the fluid received at the first port to the second port when the rotor is in a first switch position and wherein the fluid is prevented from flowing from the first port to the second port when the rotor is in a second switch position characterised in that the applied electrical signal is responsive to a rotational state of the rotor. a rotor shaft having a shaft axis; an electrical linear actuator secured to the rotor shaft and configured to apply a force directed parallel to the shaft axis in response to an applied electrical signal, the force having a magnitude responsive to the applied electrical signal; a rotor having a planar surface with a fluidic channel therein, the rotor being coupled to the linear actuator and configured to rotate about the shaft axis; a stator having a planar surface disposed parallel to and in contact with the planar surface of the rotor, the planar surface of the stator having a first port to receive a fluid and a second port to provide the fluid; and a valve mechanism to apply a substantially fixed force between the planar surfaces of the stator and the rotor, wherein a total force between the planar surfaces of the rotor and the stator is substantially equal to a sum of the fixed force and the force applied by the linear actuator, wherein the fluidic channel conducts the fluid received at the first port to the second port when the rotor is in a first switch position and wherein the fluid is prevented from flowing from the first port to the second port when the rotor is in a second switch position characterised in that the applied electrical signal is responsive to a rotational state of the rotor.
Scraper apparatus for machining an edge strip applied to a narrow side of a panel, with at least one scraper assembly (26, 28) which comprises a tool holder, distributed about the circumference of which multiple scrapers (78, 80, 82) are releasably held, and which is rotatable about a rotational axis by means of a rotary drive for selectively positioning one of the scrapers (78, 80, 82) in a cutting position in which the desired scraper (78, 80, 82) is in engagement with the edge strip, wherein the rotational axis is aligned transverse to the edge strip, characterized in that the tool holder is connectible to a non-rotatable torque support in a desired rotational position and the non-rotatable connection between the tool holder and the torque support is releasable by a stroke movement, wherein the torque support and the tool holder are linearly moveable relative to each other, wherein the at least one scraper assembly (26, 28) comprises a stroke drive, wherein the tool holder is non-rotatably connectible to the torque support by means of a stroke drive for fixing in a desired rotational position and the non-rotatable connection between the tool holder and the torque support is releasable by means of the stroke drive, wherein the tool holder is coupled to the stroke drive by way of a hollow stroke rod aligned coaxial to the rotational axis and is displaceable back and forth between a locking position, in which the tool holder is non-rotatably connected to the torque support, and a release position in which the tool holder is rotatable relative to the torque support, and wherein the tool holder is coupled to the rotary drive by way of a drive shaft which passes through the stroke rod and is rotatable relative to the stroke rod, wherein the drive shaft is axially displaceably connected to the rotary drive.
A method for recovering metals from ground alkaline batteries comprising the steps of a. selectively leaching under reductive conditions manganese and zinc from alkaline black by mixing the alkaline black and a manganese oxide containing material and/or manganese sulfate with a sulfuric acid solution at a leaching temperature of 15-40°C, for 1-5 hours to obtain a mixture b. filtering the mixture to obtain a manganese and zinc sulfate filtrate and a Pb/Ca/organics as a filter cake c. heating the manganese and zinc sulfate filtrate to a crystallization temperature of 70-100°C and keeping the crystallization temperature under reflux cooling for at least 30 minutes to precipitate manganese in a form of sulfate crystals d. filtrating the sulfate crystals and obtaining a manganese depleted filtrate e. solubilizing the sulfate crystals in water to obtain a sulfate solution and separating manganese and zinc by a chelating ion exchange. a. selectively leaching under reductive conditions manganese and zinc from alkaline black by mixing the alkaline black and a manganese oxide containing material and/or manganese sulfate with a sulfuric acid solution at a leaching temperature of 15-40°C, for 1-5 hours to obtain a mixture b. filtering the mixture to obtain a manganese and zinc sulfate filtrate and a Pb/Ca/organics as a filter cake c. heating the manganese and zinc sulfate filtrate to a crystallization temperature of 70-100°C and keeping the crystallization temperature under reflux cooling for at least 30 minutes to precipitate manganese in a form of sulfate crystals d. filtrating the sulfate crystals and obtaining a manganese depleted filtrate e. solubilizing the sulfate crystals in water to obtain a sulfate solution and separating manganese and zinc by a chelating ion exchange.
A drum for a dermabrasion device having an abrasive surface which comprises a combination of an abrasive material for abrading the skin of a user and an abradable polymer composite wherein the abradable polymer composite comprises a layer of a first polymeric composition and conjoined thereto a layer of a second polymeric composition wherein the layer of said second polymeric composition is provided with a sensory cue.