mhurhangee/ep-ind-claims huggingface dataset:
A golf club comprising a shaft, a head and a damping device (1, 100), the damping device (1, 100) comprising an anchor element (3, 103) and a damping element (4, 104) interconnected by a rigid rod (5, 105), the damping device (1, 100) having a recessed periphery between the anchor element (3, 103) and the damping element (4, 104) that is free of any contact with the shaft, wherein the anchor element (3, 103) is anchored within the shaft at or adjacent the centre of gravity of the golf club, the anchor element (3, 103) being configured to secure the rod at or adjacent one of its ends by an interference fit so as to cantilever the rod (5, 105) such that the damping element (4, 104) is in contact with and resiliently engages an internal surface of the shaft above the anchor element (3, 103) to damp vibrations in the shaft.
A method for managing a connection with a device (20, 890) for a wireless communication based Wireless universal Serial Bus, WSB, service, the method being carried out by a host, the method comprising: receiving, from the device (20, 890), a device information comprising a device class of the device (20, 890); assigning a first bandwidth to connect to the device (20, 890) for providing a service, based on the device class; characterized by if a request for changing service type is received, determining whether service quality for the changed service type is satisfied with the first bandwidth; and if the service quality for the changed service type is not satisfied with the first bandwidth, assigning a second bandwidth to satisfy the service quality based on the changed service type, wherein the device class includes at least one of human interface device, HID, class, a mass-storage device class, MSC, and a media transfer protocol, MTP, class. receiving, from the device (20, 890), a device information comprising a device class of the device (20, 890); assigning a first bandwidth to connect to the device (20, 890) for providing a service, based on the device class; characterized by if a request for changing service type is received, determining whether service quality for the changed service type is satisfied with the first bandwidth; and if the service quality for the changed service type is not satisfied with the first bandwidth, assigning a second bandwidth to satisfy the service quality based on the changed service type, wherein the device class includes at least one of human interface device, HID, class, a mass-storage device class, MSC, and a media transfer protocol, MTP, class.
Boot comprising a sole and an upper, the boot extending lengthwise from a heel to a front end, widthwise between a lateral part and a medial part, and heightwise from the sole to an upper end, the boot having an opening allowing the foot to enter, and comprising a tightening device provided to reversibly reduce the opening, the boot comprising a transverse connection (50, 100, 130) provided for gripping the ankle region, the connection (50, 100, 130) extending from the lateral part to the medial part in a transverse plane of the boot, the boot comprising a reinforcement which is stiffer than the upper at least in the region of the ankle, the reinforcement extending vertically from the ankle, the reinforcement being part of the upper, the reinforcement comprising an underside, a lateral edge and a medial edge, the lateral edge and/or the medial edge extending over a reduced length of the boot, the underside extending from the heel towards the front end of the boot, beyond the lateral and medial front ends of the lateral edge and of the medial edge of the reinforcement.
A method in a wireless communication device, comprising operating on a wireless local area network via a wireless local area network access point; performing by an unlicensed wireless local area network resource module the steps of: initiating a first discovery request; starting a discovery attempt timer in response to initiating the first discovery request; detecting a failure in a connection to an unlicensed wireless local area network controller; in response to an expiration of the discovery attempt timer; starting a discovery procedure restart timer in response to detecting the failure; releasing a wireless local area network access point connection to the unlicensed wireless local area network controller in response to detecting the failure; and performing by a mobility management module the steps of: attempting to access wireless wide area network services, after said wireless local area network access point connection is released, in response to receiving a signal from the unlicensed wireless local area network mobile access radio resource module indicating the failure in the connection to the unlicensed wireless local area network controller. initiating a first discovery request; starting a discovery attempt timer in response to initiating the first discovery request; detecting a failure in a connection to an unlicensed wireless local area network controller; in response to an expiration of the discovery attempt timer; starting a discovery procedure restart timer in response to detecting the failure; releasing a wireless local area network access point connection to the unlicensed wireless local area network controller in response to detecting the failure; and performing by a mobility management module the steps of: attempting to access wireless wide area network services, after said wireless local area network access point connection is released, in response to receiving a signal from the unlicensed wireless local area network mobile access radio resource module indicating the failure in the connection to the unlicensed wireless local area network controller. attempting to access wireless wide area network services, after said wireless local area network access point connection is released, in response to receiving a signal from the unlicensed wireless local area network mobile access radio resource module indicating the failure in the connection to the unlicensed wireless local area network controller.
A method for determining an angular position (θ) of a rotary element rotating with respect to a stationary element in a system where a magnetic ring fast in rotation with the rotary element is arranged with respect to several sensors (CA1-CA3, CB1-CB3; CA1-CA5, CB1-CB5) each suitable for issuing a unitary electric signal (SA1-SA3, SB1-SB3) representative of a magnetic field generated by the magnetic ring, wherein the sensors are arranged in at least two groups (A, B), each group of sensors being adapted to generate, on the basis of the unitary signals of its sensors, at least one combined electric signal (SA, SB) representative of the angular position of the magnetic ring and wherein the method comprises at least the following steps consisting in: a) verifying, for each group of sensors (A, B), the consistency of its combined electric signal with at least one given rule; b) assessing whether or not each group of sensors (A, B) is correctly working on the basis of the verification of step a); and c) if, in step b), a first group of sensors is considered not to be correctly working (FA=0), disregarding its combined electric signal and relying on the combined electric signal of at least a second group of sensors for determining an angular position value (θ c) for the rotary element. a) verifying, for each group of sensors (A, B), the consistency of its combined electric signal with at least one given rule; b) assessing whether or not each group of sensors (A, B) is correctly working on the basis of the verification of step a); and c) if, in step b), a first group of sensors is considered not to be correctly working (FA=0), disregarding its combined electric signal and relying on the combined electric signal of at least a second group of sensors for determining an angular position value (θ c) for the rotary element.
A composition comprising (i) 0.05 to 0.5 % by weight retinol; (ii) a polar emollient selected from the group consisting of propylene glycol stearyl ether, dicaprylyl carbonate, propylene glycol isostearate and combinations thereof; and (iii) isohexadecane, wherein the weight ratio of polar emollient to isohexadecane is 1:1 or lower and the composition is anhydrous.
An electronic device, comprising: a metal casing having a storage space; a circuit board located in the storage space; and a heating assembly comprising a first heating part and a second heating part, the first heating part in thermal contact with the circuit board, and the second heating part in thermal contact with the metal casing; characterised in that the heating assembly further comprises a base part, and the first heating part and the second heating part respectively disposed on two sides of the base part opposite to each other, wherein the first heating part comprises a first heating sheet, a first aluminum block and a first thermally conductive sheet; the first aluminum block is stacked on one side of the base part; the first heating sheet is embedded in one side of the first aluminum block close to the base part; the first thermally conductive sheet is stacked on one side of the first aluminum block away from the base part; the first thermally conductive sheet is in thermal contact with the circuit board; the second heating part comprises a second heating sheet, a second aluminum block and a second thermally conductive sheet; the second aluminum block is stacked on one side of the base part opposite to the first aluminum block; the second heating sheet is embedded in one side of the second aluminum block close to the base part; the second thermally conductive sheet is stacked on one side of the second aluminum block away from the base part; and the second thermally conductive sheet is in thermal contact with the metal casing. a metal casing having a storage space; a circuit board located in the storage space; and a heating assembly comprising a first heating part and a second heating part, the first heating part in thermal contact with the circuit board, and the second heating part in thermal contact with the metal casing; characterised in that the heating assembly further comprises a base part, and the first heating part and the second heating part respectively disposed on two sides of the base part opposite to each other, wherein the first heating part comprises a first heating sheet, a first aluminum block and a first thermally conductive sheet; the first aluminum block is stacked on one side of the base part; the first heating sheet is embedded in one side of the first aluminum block close to the base part; the first thermally conductive sheet is stacked on one side of the first aluminum block away from the base part; the first thermally conductive sheet is in thermal contact with the circuit board; the second heating part comprises a second heating sheet, a second aluminum block and a second thermally conductive sheet; the second aluminum block is stacked on one side of the base part opposite to the first aluminum block; the second heating sheet is embedded in one side of the second aluminum block close to the base part; the second thermally conductive sheet is stacked on one side of the second aluminum block away from the base part; and the second thermally conductive sheet is in thermal contact with the metal casing.
A conductive sheet having a surface resistance of 10 Ω/sq or lower on both surfaces, the conductive sheet comprising a sheet A and a sheet B laminated to the sheet A, the sheet A having an apparent specific gravity of 0.05 g/cm 3 to 0.50 g/cm 3 and being formed from fibers having a diameter within the range between 3 and 20 μm, wherein the conductive sheet has a 3-dimensional network of entangled conductive fibers in sheet A and in sheet B, characterised in that the sheet B is formed from fibers having a diameter of 3 μm or smaller.
A sensor assembly for detecting a target analyte comprising, the sensor assembly comprising: a first portion, the first portion comprising: at least one fluid channel; a fluid actuator; an introducer fluidly attached to the fluid channel; and a sensor disposed within the fluid channel, forming part of the fluid channel, or both, the sensor comprising a piezoelectric layer bound on opposite layers by two electrode layers and the sensor comprising at least one surface adapted to provide binding sites for the target analyte; and a sensor board, the sensor electrically connected to the sensor board; a second portion, the second portion comprising: a plurality of wells, each well containing at least one material, wherein one of the first or second portion is moveable with respect to the other, wherein the introducer is configured to randomly access the plurality of wells in the second portion to obtain at least a portion of the material from the plurality of wells and deliver it to the fluid channel, and wherein the fluid actuator is configured to move at least a portion of the material in the fluid channel. at least one fluid channel; a fluid actuator; an introducer fluidly attached to the fluid channel; and a sensor disposed within the fluid channel, forming part of the fluid channel, or both, the sensor comprising a piezoelectric layer bound on opposite layers by two electrode layers and the sensor comprising at least one surface adapted to provide binding sites for the target analyte; and a sensor board, the sensor electrically connected to the sensor board; a sensor disposed within the fluid channel, forming part of the fluid channel, or both, the sensor comprising a piezoelectric layer bound on opposite layers by two electrode layers and the sensor comprising at least one surface adapted to provide binding sites for the target analyte; and a sensor board, the sensor electrically connected to the sensor board; a second portion, the second portion comprising: a plurality of wells, each well containing at least one material, wherein one of the first or second portion is moveable with respect to the other, wherein the introducer is configured to randomly access the plurality of wells in the second portion to obtain at least a portion of the material from the plurality of wells and deliver it to the fluid channel, and wherein the fluid actuator is configured to move at least a portion of the material in the fluid channel.
A wrappable, multilayered woven sleeve for routing and protecting elongate members, comprising: an elongate wall having opposite edges (14, 16) extending lengthwise between opposite ends (18, 20), said opposite edges being wrappable about a central axis into overlapping relation with one another to bound a central cavity, said wall having a plurality of layers (26a, 26b, 26c, 26d) extending between said opposite ends in overlying relation with one another, each of said layers including warp yarns extending generally parallel to the central axis woven with fill yarns extending generally transversely to said warp yarns, upon wrapping said opposite edges into overlapping relation with one another, one of said plurality of layers (26a, 26b, 26c, 26d), forming a radially outermost layer, and one of said plurality of layers, forming a radially innermost layer, said radially outermost layer having a first weave density, characterized in that said radially innermost layer having a second weave density, said first weave density being greater than said second weave density. an elongate wall having opposite edges (14, 16) extending lengthwise between opposite ends (18, 20), said opposite edges being wrappable about a central axis into overlapping relation with one another to bound a central cavity, said wall having a plurality of layers (26a, 26b, 26c, 26d) extending between said opposite ends in overlying relation with one another, each of said layers including warp yarns extending generally parallel to the central axis woven with fill yarns extending generally transversely to said warp yarns, upon wrapping said opposite edges into overlapping relation with one another, one of said plurality of layers (26a, 26b, 26c, 26d), forming a radially outermost layer, and one of said plurality of layers, forming a radially innermost layer, said radially outermost layer having a first weave density, characterized in that said radially innermost layer having a second weave density, said first weave density being greater than said second weave density.
A process for depolymerizing waste plastic material, wherein said process comprises the following steps: i. charging a mixture comprising, or essentially consisting of waste plastic materials, in an oxygen-free atmosphere, into a feeding system comprising at least one screw extruder, which is heated, optionally, by circulating molten salts in a suitable jacket positioned on the outside of the extrusion chamber, at such a temperature that the material exiting from the extruder is at a temperature ranging from 150 to 180°C; ii. charging the plastic material coming from the extruder in the previous step directly into a reactor, in which a liquid bath of polymeric material is formed and a high-temperature thermal depolymerization step in the absence of oxygen, of complex polymer chains present in the waste plastic materials, takes place, forming a gaseous effluent, wherein, in the reactor, the area available for said gaseous effluent above the liquid bath has a volume which is less than 20% of the total volume, preferably less than 15% of the total volume of the reactor, in order to reduce the residence time of the gas produced inside the reactor as much as possible, and said reactor is heated to 300-450°C by means of a stream of molten salts in a jacket outside the body of the reactor and connected to a system for transporting, heating and storing the molten salts and is provided with a screw conveyor connected to the base of the reactor and having the discharge head positioned higher than the level of the liquid bath present inside the reactor for eliminating the solid residue formed following depolymerization. i. charging a mixture comprising, or essentially consisting of waste plastic materials, in an oxygen-free atmosphere, into a feeding system comprising at least one screw extruder, which is heated, optionally, by circulating molten salts in a suitable jacket positioned on the outside of the extrusion chamber, at such a temperature that the material exiting from the extruder is at a temperature ranging from 150 to 180°C; ii. charging the plastic material coming from the extruder in the previous step directly into a reactor, in which a liquid bath of polymeric material is formed and a high-temperature thermal depolymerization step in the absence of oxygen, of complex polymer chains present in the waste plastic materials, takes place, forming a gaseous effluent, wherein, in the reactor, the area available for said gaseous effluent above the liquid bath has a volume which is less than 20% of the total volume, preferably less than 15% of the total volume of the reactor, in order to reduce the residence time of the gas produced inside the reactor as much as possible, and said reactor is heated to 300-450°C by means of a stream of molten salts in a jacket outside the body of the reactor and connected to a system for transporting, heating and storing the molten salts and is provided with a screw conveyor connected to the base of the reactor and having the discharge head positioned higher than the level of the liquid bath present inside the reactor for eliminating the solid residue formed following depolymerization.
A mobile terminal comprising: a wireless communication unit configured to provide wireless communication; a touch screen configured to display information; and characterized in a controller configured to: receive a first tapping input on the touch screen, and perform an output differently depending on whether a detected strength of the first tapping input is included in a first range or a second range, wherein the controller is further configured to: deactivate the touch screen based on a predetermined input, receive the first tapping input while the touch screen is deactivated, activate only a first region of the touch screen and display at least one application icon in the activated first region, when the first tapping input is included in the first range, and activate only a second region of the touch screen and display at least one application icon in the activated second region, when the first tapping input is included in the second range, wherein the first range is weaker than the second range in strength, and wherein a display size of the first region is smaller than that of the second region. a wireless communication unit configured to provide wireless communication; a touch screen configured to display information; and characterized in a controller configured to: receive a first tapping input on the touch screen, and perform an output differently depending on whether a detected strength of the first tapping input is included in a first range or a second range, receive a first tapping input on the touch screen, and perform an output differently depending on whether a detected strength of the first tapping input is included in a first range or a second range, wherein the controller is further configured to: deactivate the touch screen based on a predetermined input, receive the first tapping input while the touch screen is deactivated, activate only a first region of the touch screen and display at least one application icon in the activated first region, when the first tapping input is included in the first range, and activate only a second region of the touch screen and display at least one application icon in the activated second region, when the first tapping input is included in the second range, deactivate the touch screen based on a predetermined input, receive the first tapping input while the touch screen is deactivated, activate only a first region of the touch screen and display at least one application icon in the activated first region, when the first tapping input is included in the first range, and activate only a second region of the touch screen and display at least one application icon in the activated second region, when the first tapping input is included in the second range, wherein the first range is weaker than the second range in strength, and wherein a display size of the first region is smaller than that of the second region.
A non-transitory computer-readable storage medium storing instructions that when executed by a computer cause the computer to perform a method, the method comprising: receiving by a content-storing device a Content Object; determining by the content-storing device, a content producer associated with the Content Object; selecting by the content-storing device, for the Content Object, a domain that the received Interest for the Content Object has permission to access, the domain being associated with the content producer; selecting by the content-storing device, a storage repository assigned to the domain; determining whether the Content Object is cached in the selected storage repository and storing by the content-storing device, the Content Object in the selected storage repository when the Content Object is not cached in the selected storage repository. receiving by a content-storing device a Content Object; determining by the content-storing device, a content producer associated with the Content Object; selecting by the content-storing device, for the Content Object, a domain that the received Interest for the Content Object has permission to access, the domain being associated with the content producer; selecting by the content-storing device, a storage repository assigned to the domain; determining whether the Content Object is cached in the selected storage repository and storing by the content-storing device, the Content Object in the selected storage repository when the Content Object is not cached in the selected storage repository.