mhurhangee/ep-ind-claims huggingface dataset:
An aqueous dispersion of a capsule composed of a polymeric shell surrounding a core, the core contains further one or more chemical reactants capable of forming a reaction product upon application of heat and/or light, the shell comprising a silanol containing compound or condensation product thereof covalently bonded to the polymer of the shell.
A mattress comprising: a core including a plurality of individually encased asymmetric coils (10, 10A, 10B, 20, 30, 40, 50, 60, 70) in strands, each asymmetric coil having an asymmetric coil body, a first coil end (10B1) and a second coil end (10B2), the first and second ends of the coils located in first or second planes of the innerspring (200, 300, 400), at least one layer of padding on one of the surfaces of the innerspring (200, 300, 400), and an upholstery layer over the padding and the core, characterized in a first strand of the encased asymmetric coils (10, 10A, 10B, 20, 30, 40, 50, 60, 70) in a first orientation, a second strand of the encased asymmetric coils (10, 10A, 10B, 20, 30, 40, 50, 60, 70) in a second orientation, wherein the first and second strands are connected together. a core including a plurality of individually encased asymmetric coils (10, 10A, 10B, 20, 30, 40, 50, 60, 70) in strands, each asymmetric coil having an asymmetric coil body, a first coil end (10B1) and a second coil end (10B2), the first and second ends of the coils located in first or second planes of the innerspring (200, 300, 400), at least one layer of padding on one of the surfaces of the innerspring (200, 300, 400), and an upholstery layer over the padding and the core, characterized in a first strand of the encased asymmetric coils (10, 10A, 10B, 20, 30, 40, 50, 60, 70) in a first orientation, a second strand of the encased asymmetric coils (10, 10A, 10B, 20, 30, 40, 50, 60, 70) in a second orientation, wherein the first and second strands are connected together.
Method for diagnosing malfunction of a sensor, the method comprising a step of comparing object-detection data delivered by the sensor in a geographical region with map data corresponding to said region, the method being characterized in that, if the detection data and the map data are inconsistent, and in particular if objects detected by the sensor are not represented in the map or if objects represented in the map are not detected by the sensor, then the method further comprises: - a step of verifying whether or not an object has been detected in said region by other sensors; - if no object has been detected in the region by other sensors, a step of assigning an index of confidence to the detection data. - a step of verifying whether or not an object has been detected in said region by other sensors; - if no object has been detected in the region by other sensors, a step of assigning an index of confidence to the detection data.
An ice-making device including: a duct through which ice is dispensed; and a duct-covering part opening and closing the duct, a sensor part (30, 40) configured to sense whether the duct-covering part is positioned to close the duct; characterized in that the ice-making device further comprises: a control part configured to control the duct-covering part to open the duct when the sensor part (30, 40) senses that the duct-covering part fails to close the duct and the duct-covering part has been attempting to close the duct for at least a preset period of time. a duct through which ice is dispensed; and a duct-covering part opening and closing the duct, a sensor part (30, 40) configured to sense whether the duct-covering part is positioned to close the duct; characterized in that the ice-making device further comprises: a control part configured to control the duct-covering part to open the duct when the sensor part (30, 40) senses that the duct-covering part fails to close the duct and the duct-covering part has been attempting to close the duct for at least a preset period of time.
A method comprising: receiving, by a computing device, a seek command at a media player that is playing a media program at a first location, the seek command seeking to a second location in the media program; determining, by the computing device, a first segment of the media program that is associated with the second location in the media program; downloading, by the computing device, the first segment into a buffer; characterized in that the method further comprises: calculating, by the computing device, a position of the second location within the first segment; calculating, by the computing device, an estimated download time for a second segment, the second segment being after the first segment; calculating, by the computing device, a delay to start playback of the first segment at the second location when the first segment is downloaded into the buffer based on the estimated download time for the second segment and the position of the second location within the first segment; when the start of playback is delayed, downloading at least a portion of the second segment into the buffer while the playback of the first segment is delayed by the delay; and playing back the first segment starting at the second location after the delay, and then the second segment. receiving, by a computing device, a seek command at a media player that is playing a media program at a first location, the seek command seeking to a second location in the media program; determining, by the computing device, a first segment of the media program that is associated with the second location in the media program; downloading, by the computing device, the first segment into a buffer; characterized in that the method further comprises: calculating, by the computing device, a position of the second location within the first segment; calculating, by the computing device, an estimated download time for a second segment, the second segment being after the first segment; calculating, by the computing device, a delay to start playback of the first segment at the second location when the first segment is downloaded into the buffer based on the estimated download time for the second segment and the position of the second location within the first segment; when the start of playback is delayed, downloading at least a portion of the second segment into the buffer while the playback of the first segment is delayed by the delay; and playing back the first segment starting at the second location after the delay, and then the second segment.
An oral care implement comprising: an elongate body extending from a proximal end to a distal end; a head disposed at the distal end of the elongate body; a tooth cleaning element disposed at the head; a speaker disposed in the elongate body at a distance spaced from the proximal end of the elongate body to emit sound toward the proximal end of the elongate body; a sound chamber comprising an elongate internal space extending from a first opening proximate the speaker to a second opening proximate the proximal end of the elongate body, wherein sound emitted from the speaker passes through the sound chamber; characterized in that a removable cartridge is disposed in the elongate body; in that the sound chamber comprises a first portion and a second portion aligned with the first portion, wherein the first portion of the sound chamber is disposed in the elongate body and the removable cartridge comprises the second portion of the sound chamber, and in that the oral care implement further comprises a seal sealing the first portion of the sound chamber relative to the second portion of the sound chamber. an elongate body extending from a proximal end to a distal end; a head disposed at the distal end of the elongate body; a tooth cleaning element disposed at the head; a speaker disposed in the elongate body at a distance spaced from the proximal end of the elongate body to emit sound toward the proximal end of the elongate body; a sound chamber comprising an elongate internal space extending from a first opening proximate the speaker to a second opening proximate the proximal end of the elongate body, wherein sound emitted from the speaker passes through the sound chamber; characterized in that a removable cartridge is disposed in the elongate body; in that the sound chamber comprises a first portion and a second portion aligned with the first portion, wherein the first portion of the sound chamber is disposed in the elongate body and the removable cartridge comprises the second portion of the sound chamber, and in that the oral care implement further comprises a seal sealing the first portion of the sound chamber relative to the second portion of the sound chamber.
A single-handed, single-operator controlled, implant-free device for lowering intraocular pressure comprising: a) a cannula comprising a sharpened distal tip, wherein the sharpened distal tip comprises an opening with a smooth edge, b) a flexible conduit comprising a polymer slidably disposed within the cannula, and advanceable distally from the opening, wherein the conduit comprises an atraumatic distal tip and is sized to advance into Schlemm's canal for disruption of the trabecular meshwork upon removal of the cannula from an eye while leaving the conduit in the canal, thereby tearing through the meshwork; and c) a handle coupled to the cannula, wherein the handle is configured to advance and retract the conduit with a single hand. a) a cannula comprising a sharpened distal tip, wherein the sharpened distal tip comprises an opening with a smooth edge, b) a flexible conduit comprising a polymer slidably disposed within the cannula, and advanceable distally from the opening, wherein the conduit comprises an atraumatic distal tip and is sized to advance into Schlemm's canal for disruption of the trabecular meshwork upon removal of the cannula from an eye while leaving the conduit in the canal, thereby tearing through the meshwork; and c) a handle coupled to the cannula, wherein the handle is configured to advance and retract the conduit with a single hand.
Belt device comprising a torso portion, a collar portion, sensor elements and at least a first and a second closure element, wherein the collar portion is configured to surround the neck of a wearer when in use, wherein the first closure element is part of the collar portion on the front side and a second closure element is part of the torso portion on the front side of the belt device, wherein the first closure element and the second closure element are configured to close the collar portion and the torso portion respectively around the body of a wearer; wherein the collar portion is connected to the torso portion by at least one adjustable connection element and a further connection, wherein the adjustable connection element is configured to fit the collar portion to the height of the upper part of the wearer.
Single-level rack serving apparatus for transporting load units, which comprises two chassis halves (2, 3) each having a pair of rollers and each having an extendible arm (5A, 5B), a storage region between the chassis halves (2, 3) and a connection structure, wherein the chassis halves (2, 3) are connected to one another by means of the connection structure, travel on running rails by means of the rollers, the arms (5A, 5B) serve to pull up or push down load units onto or from the storage region which comprises at least two first and second lateral flat supporting plates for supportingly carrying the load units, wherein the size of the storage region can be varied by varying the spacing between the arms (5A, 5B) together with the first and second lateral supporting plates (6, 7), wherein a further third flat supporting plate is arranged and configured between the first and second lateral supporting plates (6, 7) such that it supports a load unit centrally from below in the storage region irrespective of the size of the storage region, wherein the third supporting plate is arranged by means of a connection between the first and second lateral supporting plates (6, 7) such that it is always arranged centrally when the size of the storage region is increased or decreased, wherein the supporting plates (6, 7, 8) never overlap, characterised in that when the spacing between the arms (5A, 5B) is varied by means of a movement of the first arm relative to the second unmoved arm, the first lateral supporting plate and the third supporting plate are designed to be movable or when the spacing between the arms (5A, 5B) is varied by means of a movement of the second arm relative to the first unmoved arm, the second lateral supporting plate and the third supporting plate are designed to be movable.
A method for manufacturing a composite material comprising the measures: a) Supplying of a carrier, said carrier being selected from the group of wooden materials, papers, cork, cardboards or mineral plates, b) Application of a textile surface structure onto at least one surface of the carrier, the textile surface structure having at least one binder in the B-stage state and having at least one functional material said functional material is applied after the binder, said textile surface structure was subjected to a strengthening by thermoplastic and/or chemical binders or by physical needling methods and/or the action of pressure before it was provided with the B-stage binder, said textile surface structure is a nonwoven being formed from fibers of synthesized polymers, ceramic fibers, mineral fibers or glass fibers and mixtures thereof, said functional material is a flameproofing agent, material for discharging electrostatic charges, material for screening off electromagnetic rays, organic or inorganic pigment, especially colored pigment, an anti-slippage coating and/or a coating with an elevated wear protection, the anti-slippage coating including SiC and/or SiO2 particles, preferably with a grain size of 2 to 5 mm, and the coating with an elevated wear protection including SiC and/or SiO2 particles whose grain size is below 1 mm, or decorative papers, c) Lamination of the construction obtained according to step b) under the action of pressure and heat so that the binder present in the B stage receives its final hardening, d) Optional application of at least one further protective layer and drying. a) Supplying of a carrier, said carrier being selected from the group of wooden materials, papers, cork, cardboards or mineral plates, b) Application of a textile surface structure onto at least one surface of the carrier, the textile surface structure having at least one binder in the B-stage state and having at least one functional material said functional material is applied after the binder, said textile surface structure was subjected to a strengthening by thermoplastic and/or chemical binders or by physical needling methods and/or the action of pressure before it was provided with the B-stage binder, said textile surface structure is a nonwoven being formed from fibers of synthesized polymers, ceramic fibers, mineral fibers or glass fibers and mixtures thereof, said functional material is a flameproofing agent, material for discharging electrostatic charges, material for screening off electromagnetic rays, organic or inorganic pigment, especially colored pigment, an anti-slippage coating and/or a coating with an elevated wear protection, the anti-slippage coating including SiC and/or SiO2 particles, preferably with a grain size of 2 to 5 mm, and the coating with an elevated wear protection including SiC and/or SiO2 particles whose grain size is below 1 mm, or decorative papers, c) Lamination of the construction obtained according to step b) under the action of pressure and heat so that the binder present in the B stage receives its final hardening, d) Optional application of at least one further protective layer and drying.
A method for controlling a wind turbine comprising a generator comprising a rotor and a stator as components, the method comprising: determining, with a controller (202, 204), a current condition of the rotor and a current condition of the stator, the respective current condition referring to an amount of electric current flowing through the rotor and the stator, respectively; detecting, with the controller (202, 204), an approach of any of the current conditions to a respective current-dependent limit; and affecting a speed of the generator so as to alter a rotor/stator balance of the generator such that the current-dependent limits are not exceeded and the wind turbine can operate at a rated power, wherein an amount of current flowing to the component of the generator which approaches the current-dependent limit is decreased while an amount of current flowing to the other component of the generator is increased. determining, with a controller (202, 204), a current condition of the rotor and a current condition of the stator, the respective current condition referring to an amount of electric current flowing through the rotor and the stator, respectively; detecting, with the controller (202, 204), an approach of any of the current conditions to a respective current-dependent limit; and affecting a speed of the generator so as to alter a rotor/stator balance of the generator such that the current-dependent limits are not exceeded and the wind turbine can operate at a rated power, wherein an amount of current flowing to the component of the generator which approaches the current-dependent limit is decreased while an amount of current flowing to the other component of the generator is increased.
A user device in a wireless communication system supporting D2D communication, the user device comprising: a first transmitter configured to transmit control information for D2D by using a physical control channel for D2D in a wireless frame configuration in which the physical control channel for D2D and a physical data channel for D2D are multiplexed in a frequency domain; and a second transmitter configured to transmit data corresponding to the control information for D2D by using the physical data channel for D2D in the wireless frame configuration in which the physical control channel for D2D and the physical data channel for D2D are multiplexed in the frequency domain, characterized in that a part of the control information for D2D is omitted by associating one-to-one a wireless resource for the physical control channel for D2D with a wireless resource for the physical data channel for D2D, wherein the part of control information for D2D which is omitted includes all or a part of frequency hopping flag, resource block allocation, and hopping resource allocation. a first transmitter configured to transmit control information for D2D by using a physical control channel for D2D in a wireless frame configuration in which the physical control channel for D2D and a physical data channel for D2D are multiplexed in a frequency domain; and a second transmitter configured to transmit data corresponding to the control information for D2D by using the physical data channel for D2D in the wireless frame configuration in which the physical control channel for D2D and the physical data channel for D2D are multiplexed in the frequency domain, characterized in that a part of the control information for D2D is omitted by associating one-to-one a wireless resource for the physical control channel for D2D with a wireless resource for the physical data channel for D2D, wherein the part of control information for D2D which is omitted includes all or a part of frequency hopping flag, resource block allocation, and hopping resource allocation.
A method of manufacturing a sealing device, the method comprising: a step of integrally molding a seal main body made of a rubber-like elastic material having a portion covering both surfaces of the flange portion of the reinforcing ring in the reinforcing ring made of a metal within a metal mold, wherein said flange portion being previously formed into a shape which is unevenly distributed towards an opposite side to a deforming direction by filling pressure of a molding material from its original shape within a cavity, is corrected by a finally deforming angle to a final shape of the flange portion in the finished sealing device based on a bending deformation towards the side of an unfilled space by the filling pressure. a step of integrally molding a seal main body made of a rubber-like elastic material having a portion covering both surfaces of the flange portion of the reinforcing ring in the reinforcing ring made of a metal within a metal mold, wherein said flange portion being previously formed into a shape which is unevenly distributed towards an opposite side to a deforming direction by filling pressure of a molding material from its original shape within a cavity, is corrected by a finally deforming angle to a final shape of the flange portion in the finished sealing device based on a bending deformation towards the side of an unfilled space by the filling pressure.
A fume extractor hood, comprising a suction opening for aspiring fumes and an exhaust duct, wherein the suction opening and the exhaust duct are fluidically connected for discharging an airflow including the aspired fumes through the exhaust duct towards the outside, wherein between the suction opening and the exhaust duct, there is arranged a device for the adjustment of an airflow within the fume extractor hood, said device comprising: a housing having an inlet and an outlet, which are fluidically connected for conducting the airflow along a flow path from the inlet to the outlet; a sheet, movable into the flow path along a moving direction, for adjusting an aperture area in the flow path, wherein the sheet is arranged at the inlet or at the outlet or in between the inlet and the outlet; wherein the suction opening is fluidically connected to the inlet of the device and the outlet of the device is fluidically connected to the exhaust duct, characterized in that the device further comprises: a motor, arranged at or nearby the housing; a driving element, arranged in or on the movable sheet; and a connecting element, which is connected to the motor and the driving element; wherein at least one of the housing, the movable sheet, and the driving element are made by molding, in particular by metal molding. wherein between the suction opening and the exhaust duct, there is arranged a device for the adjustment of an airflow within the fume extractor hood, said device comprising: a housing having an inlet and an outlet, which are fluidically connected for conducting the airflow along a flow path from the inlet to the outlet; a sheet, movable into the flow path along a moving direction, for adjusting an aperture area in the flow path, wherein the sheet is arranged at the inlet or at the outlet or in between the inlet and the outlet; a housing having an inlet and an outlet, which are fluidically connected for conducting the airflow along a flow path from the inlet to the outlet; a sheet, movable into the flow path along a moving direction, for adjusting an aperture area in the flow path, wherein the sheet is arranged at the inlet or at the outlet or in between the inlet and the outlet; wherein the suction opening is fluidically connected to the inlet of the device and the outlet of the device is fluidically connected to the exhaust duct, characterized in that the device further comprises: a motor, arranged at or nearby the housing; a driving element, arranged in or on the movable sheet; and a connecting element, which is connected to the motor and the driving element; wherein at least one of the housing, the movable sheet, and the driving element are made by molding, in particular by metal molding. a motor, arranged at or nearby the housing; a driving element, arranged in or on the movable sheet; and a connecting element, which is connected to the motor and the driving element; wherein at least one of the housing, the movable sheet, and the driving element are made by molding, in particular by metal molding.