mhurhangee/ep-ind-claims huggingface dataset:
A wired drill pipe, comprising: a pipe joint having a pin at one longitudinal end and a box at another longitudinal end, the pin and the box each having threads (42C; 44C) for engagement with corresponding threads on a respective box or pin of an adjacent pipe joint, and wherein the pin and the box each include a radially outer shoulder (42A; 44A) and a radially inner shoulder (42B; 44B), wherein the inner shoulder of the pin is for engagement with a corresponding inner shoulder on an adjacent box, an end face of the inner shoulder (42B; 44B) of each of the pin and box including a groove (50; 50A) around a circumference thereof for retaining a communication coupling therein, and wherein a flank of the groove on the pin defined by the groove thereon and a corresponding surface of the box includes a deflection resistance feature; characterised in that the deflection resistance feature comprises a layer (42K,44K) of material deposited on at least a surface of the inner shoulder on the flank having a higher coefficient of friction than a material from which the pipe is made. a pipe joint having a pin at one longitudinal end and a box at another longitudinal end, the pin and the box each having threads (42C; 44C) for engagement with corresponding threads on a respective box or pin of an adjacent pipe joint, and wherein the pin and the box each include a radially outer shoulder (42A; 44A) and a radially inner shoulder (42B; 44B), wherein the inner shoulder of the pin is for engagement with a corresponding inner shoulder on an adjacent box, an end face of the inner shoulder (42B; 44B) of each of the pin and box including a groove (50; 50A) around a circumference thereof for retaining a communication coupling therein, and wherein a flank of the groove on the pin defined by the groove thereon and a corresponding surface of the box includes a deflection resistance feature; characterised in that the deflection resistance feature comprises a layer (42K,44K) of material deposited on at least a surface of the inner shoulder on the flank having a higher coefficient of friction than a material from which the pipe is made.
A method of operation of a device programming system comprising: sending, by a programmer, a data transfer command to a universal flash storage, UFS, memory device via a UFS baseboard communicatively coupled to the programmer, and the UFS memory device inserted into a socket adapter coupled to the UFS baseboard; the UFS baseboard attached to the programmer via a board clamp, the UFS baseboard including one or more adapter connector, and the socket adapter mounted on the one or more adapter connector, the UFS baseboard including a field programmable gate array configured as a protocol bridge to translate between embedded multimedia card, eMMC, commands and UFS commands, and the UFS baseboard including an eMMC interface and a UFS interface coupled to the protocol bridge, and the eMMC interface connected to the programmer; receiving, by the eMMC interface, the data transfer command from the programmer; transferring, by the eMMC interface, the data transfer command to the protocol bridge; converting, by the protocol bridge, the data transfer command to UFS commands; transferring data between the protocol bridge and the UFS memory device via the UFS interface; and transferring data between the protocol bridge and the programmer via the eMMC interface. sending, by a programmer, a data transfer command to a universal flash storage, UFS, memory device via a UFS baseboard communicatively coupled to the programmer, and the UFS memory device inserted into a socket adapter coupled to the UFS baseboard; the UFS baseboard attached to the programmer via a board clamp, the UFS baseboard including one or more adapter connector, and the socket adapter mounted on the one or more adapter connector, the UFS baseboard including a field programmable gate array configured as a protocol bridge to translate between embedded multimedia card, eMMC, commands and UFS commands, and the UFS baseboard including an eMMC interface and a UFS interface coupled to the protocol bridge, and the eMMC interface connected to the programmer; receiving, by the eMMC interface, the data transfer command from the programmer; transferring, by the eMMC interface, the data transfer command to the protocol bridge; converting, by the protocol bridge, the data transfer command to UFS commands; transferring data between the protocol bridge and the UFS memory device via the UFS interface; and transferring data between the protocol bridge and the programmer via the eMMC interface.
A system for stabilizing a patient's spine comprising: first and second vertebral anchors adapted to be anchored to first and second vertebrae (14, 16), respectively, each vertebral anchor having an upwardly open channel; a connecting element adapted to be extend between the vertebral anchors and be seated in the channels; first and second fasteners adapted to be mated with the channels of the first and second vertebral anchors, respectively, to secure the connecting element thereto; and a first access member adapted to be mounted on the first vertebral anchor, the first access member having a cannula to provide access to the vertebral anchor when mounted thereon; and a second access member adapted to be mounted on the second vertebral anchor, the second access member having a cannula to provide access to the vertebral anchor when mounted thereon; a slot in each of the access members in communication with the associated channel when mounted on the vertebral anchor; wherein the connecting element is flexible; and in that the system further comprises a spacer adapted to be positioned between the channels of the vertebral anchors with the connecting element passing therethrough; and a first tool characterized in that the first tool has a tubular member with a cannula extending there through and is configured to fit over one of the access members when mounted on the associated vertebral anchor, the first tool being adapted to advance the flexible connecting element along the slot and into the channel of one of the vertebral anchors and to position the spacer between the vertebral anchors. first and second vertebral anchors adapted to be anchored to first and second vertebrae (14, 16), respectively, each vertebral anchor having an upwardly open channel; a connecting element adapted to be extend between the vertebral anchors and be seated in the channels; first and second fasteners adapted to be mated with the channels of the first and second vertebral anchors, respectively, to secure the connecting element thereto; and a first access member adapted to be mounted on the first vertebral anchor, the first access member having a cannula to provide access to the vertebral anchor when mounted thereon; and a second access member adapted to be mounted on the second vertebral anchor, the second access member having a cannula to provide access to the vertebral anchor when mounted thereon; a slot in each of the access members in communication with the associated channel when mounted on the vertebral anchor; wherein the connecting element is flexible; and in that the system further comprises a spacer adapted to be positioned between the channels of the vertebral anchors with the connecting element passing therethrough; and a first tool characterized in that the first tool has a tubular member with a cannula extending there through and is configured to fit over one of the access members when mounted on the associated vertebral anchor, the first tool being adapted to advance the flexible connecting element along the slot and into the channel of one of the vertebral anchors and to position the spacer between the vertebral anchors.
Two-stroke internal combustion engine, in particular for a motor vehicle, with direct fuel injection, having at least one working cylinder with a bushing in which a piston is oscillated, having at least one outlet channel that opens into the working cylinder above the top dead centre of the piston, and at least two inlet openings distributed over the circumference of the bushing that open into the working cylinder above the bottom dead centre of the piston, so that a direct-current purge of the working cylinder is achieved during the operation of the two-stroke internal combustion engine, and a slide valve which opens and closes the inlet openings, said slide valve being designed as a tubular slider that surrounds the bushing of the working cylinder and has a closed jacket, this jacket opening or closing the inlet openings in an oscillating manner in the longitudinal direction of the bushing during the charge exchange, characterised in that at least one annular sealing element is arranged in the gap between the inner wall of the tubular slider and the outer wall of the liner, and in that a swirl ring is arranged on the outside of the tubular slider with some space in-between.
A method for providing an optimal set of instructions related to activity to a user, characterized in that the method comprises steps of: - collecting a set of information related to the user comprising age and gender; - receiving a set of measurement data related to the user comprising a measured skin temperature obtained by a wearable device worn by the user wherein the skin temperature of the user is measured at night during different sleep phases of the user; - determining a representative temperature value for at least one time period, where the at least one time period is a pre-selectable parameter; - determining a day-to-day temperature cycle based on successive representative temperature values for the at least one time period; and - determining a set of instructions related to activity for a current day based on at least a latest temperature value, and a relation of the latest temperature value to the day-to-day temperature cycle. - collecting a set of information related to the user comprising age and gender; - receiving a set of measurement data related to the user comprising a measured skin temperature obtained by a wearable device worn by the user wherein the skin temperature of the user is measured at night during different sleep phases of the user; - determining a representative temperature value for at least one time period, where the at least one time period is a pre-selectable parameter; - determining a day-to-day temperature cycle based on successive representative temperature values for the at least one time period; and - determining a set of instructions related to activity for a current day based on at least a latest temperature value, and a relation of the latest temperature value to the day-to-day temperature cycle.
Method for controlling an adaptation step size of an adaptive filter and a hearing apparatus for feedback reduction by - picking up a sound signal by means of a microphone of the hearing apparatus and outputting a corresponding microphone signal (m), - generating a receiver signal (x') for a receiver of the hearing apparatus on the basis of the microphone signal (m), - shifting a frequency of an output signal (x) obtained on the basis of the microphone signal (m) when the receiver signal (x') is generated, and - reducing a feedback signal (r) in the microphone signal (m) by means of the adaptive filter, characterized by - obtainment of an autocorrelation value (a) from samples of the microphone signal (m) between which there is a time difference (k), - control of the adaptation step size (μ) of the adaptive filter on the basis of the autocorrelation value (a), and - control of the time difference (k) for obtaining the autocorrelation value (a) on the basis of the shifting of the frequency of the output signal (x), wherein the adaptation step size (μ) is reduced from an initial value only if the autocorrelation value (a) is in a prescribed range around unity after normalization with the normal correlation value obtained for the time difference (k) zero. - picking up a sound signal by means of a microphone of the hearing apparatus and outputting a corresponding microphone signal (m), - generating a receiver signal (x') for a receiver of the hearing apparatus on the basis of the microphone signal (m), - shifting a frequency of an output signal (x) obtained on the basis of the microphone signal (m) when the receiver signal (x') is generated, and - reducing a feedback signal (r) in the microphone signal (m) by means of the adaptive filter, characterized by - obtainment of an autocorrelation value (a) from samples of the microphone signal (m) between which there is a time difference (k), - control of the adaptation step size (μ) of the adaptive filter on the basis of the autocorrelation value (a), and - control of the time difference (k) for obtaining the autocorrelation value (a) on the basis of the shifting of the frequency of the output signal (x), wherein the adaptation step size (μ) is reduced from an initial value only if the autocorrelation value (a) is in a prescribed range around unity after normalization with the normal correlation value obtained for the time difference (k) zero.
An IP communication system comprising a switching hub having, at least, first to (n + 1)-th ports (P1 to P16), n being an integer equal to or larger than 2, first to n-th IP devices (20 to 24) having the same initial factory shipment IP address and being respectively connected to the first to n-th ports, and an IP address setting unit connected to the (n + 1)-th port, wherein: the IP address setting unit is adapted to transmit a first port open instruction to open the first port and to close the second to n-th ports to the switching hub, and then to transmit an IP address transmission message containing the first IP address to be set to the first IP device and containing the initial factory shipment IP address as destination address and when receiving the first port open instruction from the IP address setting unit, the switching hub is adapted to close the second to n-th ports and to open the first port, and when receiving the IP address transmission message the switching hub is adapted to transmit the IP address transmission message to the first IP device. the IP address setting unit is adapted to transmit a first port open instruction to open the first port and to close the second to n-th ports to the switching hub, and then to transmit an IP address transmission message containing the first IP address to be set to the first IP device and containing the initial factory shipment IP address as destination address and when receiving the first port open instruction from the IP address setting unit, the switching hub is adapted to close the second to n-th ports and to open the first port, and when receiving the IP address transmission message the switching hub is adapted to transmit the IP address transmission message to the first IP device.
A rubber composition comprising, based on 100 parts by weight of elastomer (phr), from 60 to 100 phr of a solution polymerized styrene-butadiene rubber having more than 98 percent of the repeat units derived from styrene in blocks containing less than five repeat units, and a Tg determined according to ASTM D7426 ranging from -65 °C to -79 °C; up to 40 phr of polybutadiene having a cis 1,4 content greater than 95 percent and a Tg determined according to ASTM D7426 ranging from -80 °C to -110 °C; and from 30 to 80 phr of a combination of a resin having a Tg determined according to ASTM D6604 of at least 30 °C and an oil, wherein the weight ratio of resin to oil is greater than 1. from 60 to 100 phr of a solution polymerized styrene-butadiene rubber having more than 98 percent of the repeat units derived from styrene in blocks containing less than five repeat units, and a Tg determined according to ASTM D7426 ranging from -65 °C to -79 °C; up to 40 phr of polybutadiene having a cis 1,4 content greater than 95 percent and a Tg determined according to ASTM D7426 ranging from -80 °C to -110 °C; and from 30 to 80 phr of a combination of a resin having a Tg determined according to ASTM D6604 of at least 30 °C and an oil, wherein the weight ratio of resin to oil is greater than 1.
A vibrating device for a horse-riding mouthpiece; the vibrating device being integrable/applicable in/to said mouthpiece and being configured to be placed in the mouth of a horse, said vibrating device comprising an elongated element being configured to be placed in the mouth of a horse and at least one vibrating means, which is carried by the elongated element and is configured to operate a vibration of the elongated element, said vibrating device being characterized in that the elongated element is tubular in shape and is configured to be placed transversely in the mouth of the horse above the tongue of the horse; the at least one vibrating means being placed inside the elongated element.
A parking assist system for assisting a parking operation of a vehicle including forward movement to a reverse start position and subsequent reverse movement from the reverse start position to park the vehicle at a predetermined parking position, said system comprising: an image receiving section for obtaining image data captured by an image capturing device mounted on the vehicle from a scene around the vehicle; a parking reference detecting section for detecting, based on said image data, a parking reference for use in parking the vehicle; a parking target setting section for setting, based on said parking reference, a parking target position corresponding to said predetermined parking position; wherein said parking reference detecting section is adapted to detect the parking reference repeatedly during the forward movement of the vehicle to said reverse start position, and said parking target setting section is adapted to set the parking target position repeatedly during the forward movement of the vehicle to said reverse start position; characterized by a parking path calculating section for successively calculating a parking path from a current position of the vehicle to said parking target position, based on said parking target position repeatedly set based upon said repeatedly detected parking reference, repeatedly during the forward movement of the vehicle to said reverse start position; and a parking path determining section for determining whether the parking path has been established effective or not, based upon the result of the calculation by said parking path calculating section. an image receiving section for obtaining image data captured by an image capturing device mounted on the vehicle from a scene around the vehicle; a parking reference detecting section for detecting, based on said image data, a parking reference for use in parking the vehicle; a parking target setting section for setting, based on said parking reference, a parking target position corresponding to said predetermined parking position; wherein said parking reference detecting section is adapted to detect the parking reference repeatedly during the forward movement of the vehicle to said reverse start position, and said parking target setting section is adapted to set the parking target position repeatedly during the forward movement of the vehicle to said reverse start position; characterized by a parking path calculating section for successively calculating a parking path from a current position of the vehicle to said parking target position, based on said parking target position repeatedly set based upon said repeatedly detected parking reference, repeatedly during the forward movement of the vehicle to said reverse start position; and a parking path determining section for determining whether the parking path has been established effective or not, based upon the result of the calculation by said parking path calculating section.
A polyethylene pipe wherein the polyethylene components comprise components A) and B), and wherein component A) is a hindered amine light stabilizer containing a triazine residue, component B) is a natural or synthetic hydrotalcite and the weight ratio of component A) to component B) is 1:10 to 10:1.
A system comprising: an internal combustion engine; a cooling circulation mechanism that circulates a coolant to the engine while cooling the coolant, the coolant adapted to cool the engine and containing ethylene glycol; a temperature sensor that measures a temperature of the coolant having passed through the engine; and characterized by a control device having: a measuring unit that measures an accumulated amount of time by measuring an amount of time when the temperature of the coolant measured by the temperature sensor is equal to or higher than a defined temperature and accumulating the amount of time measured; a determination unit that determines that the coolant needs to be exchanged when the accumulated amount of time measured reaches or exceeds an upper-limit accumulated amount of time; and a setting unit that sets the upper-limit accumulated amount of time for determination by the determination unit in accordance with a type of metal forming a flow channel where the coolant flows in the cooling circulation mechanism. an internal combustion engine; a cooling circulation mechanism that circulates a coolant to the engine while cooling the coolant, the coolant adapted to cool the engine and containing ethylene glycol; a temperature sensor that measures a temperature of the coolant having passed through the engine; and characterized by a control device having: a measuring unit that measures an accumulated amount of time by measuring an amount of time when the temperature of the coolant measured by the temperature sensor is equal to or higher than a defined temperature and accumulating the amount of time measured; a determination unit that determines that the coolant needs to be exchanged when the accumulated amount of time measured reaches or exceeds an upper-limit accumulated amount of time; and a setting unit that sets the upper-limit accumulated amount of time for determination by the determination unit in accordance with a type of metal forming a flow channel where the coolant flows in the cooling circulation mechanism. a measuring unit that measures an accumulated amount of time by measuring an amount of time when the temperature of the coolant measured by the temperature sensor is equal to or higher than a defined temperature and accumulating the amount of time measured; a determination unit that determines that the coolant needs to be exchanged when the accumulated amount of time measured reaches or exceeds an upper-limit accumulated amount of time; and a setting unit that sets the upper-limit accumulated amount of time for determination by the determination unit in accordance with a type of metal forming a flow channel where the coolant flows in the cooling circulation mechanism.
A method to produce a wear resistant foil, comprising providing a first foil comprising a first thermoplastic material, applying wear resistant particles and a second thermoplastic material in powder form on the first foil, and subsequent to the step of applying, adhering the first foil to the second thermoplastic material and the wear resistant particles by applying heat, and applying pressure directly on, the second thermoplastic material in powder form and the wear resistant particles, thereby the second thermoplastic material fuses and encloses the wear resistant particles to form a layer, wherein the wear resistant particles do not protrude from a surface of said layer being opposite the first foil.
Power transmission belt (10, 20) having an elastic main body, comprising a top ply as belt spine and a substructure having a power transmission zone, wherein at least one textile cover ply (15, 16, 18) is provided to the power transmission zone and/or to the top ply, characterized in that the textile cover ply (15, 16, 18) on the power transmission zone and/or the top ply has at least one coating which contains at least one reactive diluent conforming to DIN 55945:2007-03, wherein reactive diluent conforming to DIN 55945:2007-03 is selected from the group of methacrylates and/or acrylates and/or vinyl ethers and/or glycidyl ethers.