mhurhangee/ep-ind-claims huggingface dataset:
Radio tag, which is designed to communicate with a communication station (3, 4) using a time slot communication procedure, in which communication procedure a number of time slots (Z1-ZN) per time slot cycle in a repeating sequence are available for communication, and each time slot (Z1-ZN) is characterized by a unique time slot symbol (ZS1-ZSN), wherein at the beginning of the respective time slot (Z1-ZN) the communication station (3, 4) sends out a synchronization data signal comprising the time slot symbol (Z1-ZN) for the currently present time slot (Z1-ZN), and wherein the radio tag is designed: + to switch from a sleep state into an active state at a wake-up time, and + to receive the synchronization data signal in the active state, and, + to determine its synchronism with the communications station (3, 4) solely by the fact of detecting the time slot symbol (ZS1-ZSN) that occurs at the time it expects or in an expected time window, and indicates the time slot (Z1-ZN) intended for it, and, + if the received time slot symbol (ZS1-ZSN) indicates a time slot (Z1-ZN) intended for it, to define a new wakeup time corresponding to the next occurrence of the time slot (Z1-ZN) intended for it in a time slot cycle that follows the currently present time slot cycle, and, + after the radio tag has determined its synchronism, to switch back into the sleep state and remain there until a wake-up and changeover from the sleep state into the active state is carried out at the new wake-up time in the next time slot cycle. + to switch from a sleep state into an active state at a wake-up time, and + to receive the synchronization data signal in the active state, and, + to determine its synchronism with the communications station (3, 4) solely by the fact of detecting the time slot symbol (ZS1-ZSN) that occurs at the time it expects or in an expected time window, and indicates the time slot (Z1-ZN) intended for it, and, + if the received time slot symbol (ZS1-ZSN) indicates a time slot (Z1-ZN) intended for it, to define a new wakeup time corresponding to the next occurrence of the time slot (Z1-ZN) intended for it in a time slot cycle that follows the currently present time slot cycle, and, + after the radio tag has determined its synchronism, to switch back into the sleep state and remain there until a wake-up and changeover from the sleep state into the active state is carried out at the new wake-up time in the next time slot cycle.
Method of reducing the alkaline elution of a vial formed from a borosilicate glass tube characterized in that after a mouth is formed on a borosilicate glass tube in a first step and a bottom is formed on the borosilicate glass tube in a second step, an internal surface of said borosilicate glass tube is subjected to a fire-blasting treatment.
Method of transmitting a multicarrier signal by a transmitter implementing at least two transmit antennas, destined for at least one receiver implementing at least one receive antenna, comprising a step of obtaining an estimation CSI_DL by means of pilots transmitted by the transmitter of at least one downlink transmission channel, where a downlink channel is defined between one of said transmit antennas and said or one of said receive antennas; and a transmission phase implementing at least one iteration of the following steps, for at least one downlink channel: - transmitting of useful data on said downlink channel, taking account of said estimation of the downlink channel; - updating of said estimation of the downlink channel comprising the following sub steps: - reception of an information item of acknowledgement of receipt of said useful data, transmitted by the receiver associated with said downlink channel, - estimation of the uplink channel corresponding to said downlink channel, on the basis of said acknowledgement information item, - revising of said estimation of the downlink channel on the basis of said estimation of the uplink channel, the step of estimating the uplink channel delivering an estimation of a first portion of the frequency response of said uplink channel and the method comprising a step of frequency interpolation making it possible to estimate a second portion of said frequency response on the basis of said first portion. - transmitting of useful data on said downlink channel, taking account of said estimation of the downlink channel; - updating of said estimation of the downlink channel comprising the following sub steps: - reception of an information item of acknowledgement of receipt of said useful data, transmitted by the receiver associated with said downlink channel, - estimation of the uplink channel corresponding to said downlink channel, on the basis of said acknowledgement information item, - revising of said estimation of the downlink channel on the basis of said estimation of the uplink channel, - reception of an information item of acknowledgement of receipt of said useful data, transmitted by the receiver associated with said downlink channel, - estimation of the uplink channel corresponding to said downlink channel, on the basis of said acknowledgement information item, - revising of said estimation of the downlink channel on the basis of said estimation of the uplink channel,
Apparatus for making nonwoven from continuous filaments, the apparatus comprising a spinner for spinning the filaments, a cooler for cooling the filaments, a deposition mesh belt on which the filaments can be deposited in a deposition area to form a nonwoven web, at least one nose roller over which the deposition mesh belt is deflected in a deflection zone from its travel direction, and at least one downstream treatment device for the nonwoven web downstream of the deposition mesh belt in the travel direction of the nonwoven web, the nonwoven web being separable from the deposition mesh belt upstream of the deflection zone and then transferable to the downstream treatment device, wherein at least one lift roller is provided for separating the nonwoven web from the deposition mesh belt, wherein the lift roller is set or positionable above the deposition mesh belt, wherein the nonwoven web is separable from the deposition mesh belt with the at least one lift roller at a separation location at a spacing A from the nose roller, characterized in, that the at least one lift roller is adjustable with respect to height relative to the deposition mesh belt and, for this purpose, preferably is vertically movable.
A pullout guide (1, 1'), in particular for baking ovens, having a guide rail (2, 2'), on which at least one further rail (3, 4, 4') is mounted so it is movable via roller bodies, the roller bodies being guided along runways (8, 9) on the rails (2, 3, 4; 2', 4'), characterized in that the rails (2, 3, 4; 2', 4') at least partially have a PTFE-containing coating on the outer side of the pullout guide (1,1') and the runways (8, 9) are implemented as coating-free.
A composition comprising a blend of a semicrystalline polyamide with a melting point in the range of 160 °C to 230 °C as measured according to differential scanning calorimetry and a melt viscosity less than 500 Pa·sec, measured in a capillary rheometer at 250 °C and a shear rate of 12 sec -1, in the range of 40 to 70 weight % of the combination of and; and an ionomer in the range of 30 to 60 weight % of the combination of and, wherein the ionomer comprises at least one partially neutralized acid copolymer, wherein the acid copolymer comprises, based on the total weight of the copolymer (i) 79 to 90 weight % of copolymerized units of an alpha-olefin; (ii) 10 to 21 weight % of copolymerized units of an alpha-beta unsaturated carboxylic acid; (iii) 0 to 7 weight % of copolymerized units of an optional third comonomer, such that the total of comonomers other than the alpha-olefin is present in the range of 10 % to 21 weight % of the copolymer; (iv) 20 mole % to 50 mole % of the total carboxylic acid groups are neutralized to salts comprising zinc cations and optionally cations of a second element that is different from Zn selected from Groups I of the Periodic Table of the Elements wherein the mole equivalents of zinc comprise at least 20 mole equivalent % of the total cation content; and (iv) the ionomer has a melt index in the range of 10 to 200 g/10 min., determined according to ASTM D-1238, measured at 190 °C using a 2.16 kg weight, wherein the polyamide is nylon-6, nylon-12 or combinations thereof, and wherein the polyamide has a relative viscosity of 1.6 to 2.7 measured (1% in 96% sulfuric acid) according to ISO Test Method 307. a semicrystalline polyamide with a melting point in the range of 160 °C to 230 °C as measured according to differential scanning calorimetry and a melt viscosity less than 500 Pa·sec, measured in a capillary rheometer at 250 °C and a shear rate of 12 sec -1, in the range of 40 to 70 weight % of the combination of and; and an ionomer in the range of 30 to 60 weight % of the combination of and, wherein the ionomer comprises at least one partially neutralized acid copolymer, wherein the acid copolymer comprises, based on the total weight of the copolymer (i) 79 to 90 weight % of copolymerized units of an alpha-olefin; (ii) 10 to 21 weight % of copolymerized units of an alpha-beta unsaturated carboxylic acid; (iii) 0 to 7 weight % of copolymerized units of an optional third comonomer, such that the total of comonomers other than the alpha-olefin is present in the range of 10 % to 21 weight % of the copolymer; (iv) 20 mole % to 50 mole % of the total carboxylic acid groups are neutralized to salts comprising zinc cations and optionally cations of a second element that is different from Zn selected from Groups I of the Periodic Table of the Elements wherein the mole equivalents of zinc comprise at least 20 mole equivalent % of the total cation content; and (iv) the ionomer has a melt index in the range of 10 to 200 g/10 min., determined according to ASTM D-1238, measured at 190 °C using a 2.16 kg weight,
A welding component configured to receive power from a welding power supply, the welding component comprising: an energy storage circuit that stores electrical energy when coupled to the welding power supply and provides power for operation of the welding component at least during a period of operation of the welding component; characterized by a switching device configured to be open upon making the connection of the welding component to the welding power supply, and to close after connection is made to charge the energy storage circuit; and a current control circuit coupled to the switching device and configured to close the switching device to regulate application of current to the energy storage circuit upon connection of the welding component to the welding power supply. an energy storage circuit that stores electrical energy when coupled to the welding power supply and provides power for operation of the welding component at least during a period of operation of the welding component; characterized by a switching device configured to be open upon making the connection of the welding component to the welding power supply, and to close after connection is made to charge the energy storage circuit; and a current control circuit coupled to the switching device and configured to close the switching device to regulate application of current to the energy storage circuit upon connection of the welding component to the welding power supply.
A method by a first apparatus, comprising: joining a network comprising a set of apparatuses; setting a first predetermined operating mode for the first apparatus after joining the network, where the first predetermined operating mode configures the first apparatus to respond to indications advertising ranging service; receiving from at least one second apparatus belonging to the network a first message indicating a support for a ranging service from the second apparatus; as a response to the first message, initiating a ranging process with the second apparatus, wherein the ranging process comprises determining distance between the first apparatus and the at least one second apparatus; setting a second predetermined operating mode for the first apparatus after completing the ranging process with the second apparatus, where the second predetermined operating mode configures the first apparatus not to respond to indications advertising ranging service; and broadcasting a range-limited service discovery frame. joining a network comprising a set of apparatuses; setting a first predetermined operating mode for the first apparatus after joining the network, where the first predetermined operating mode configures the first apparatus to respond to indications advertising ranging service; receiving from at least one second apparatus belonging to the network a first message indicating a support for a ranging service from the second apparatus; as a response to the first message, initiating a ranging process with the second apparatus, wherein the ranging process comprises determining distance between the first apparatus and the at least one second apparatus; setting a second predetermined operating mode for the first apparatus after completing the ranging process with the second apparatus, where the second predetermined operating mode configures the first apparatus not to respond to indications advertising ranging service; and broadcasting a range-limited service discovery frame.
A resonator fiber optic gyroscope (RFOG) comprising: a fiber optic resonator; a first laser source that produces a first light wave at a first carrier frequency and a first cross-talked portion at a second carrier frequency wave for propagating within the fiber optic resonator in a first direction, wherein a second cross-talked portion due to backscattering of the first light wave by the resonator propagates in a second direction that is opposite to the first direction; a second laser source that produces a second light wave for propagating within the fiber optic resonator in the second direction at a second carrier frequency, and having a third cross-talked portion that propagates in the first direction; a first modulator that modulates the first light wave with a first modulation signal that suppresses light at the first carrier frequency and the second cross-talked portion at the second carrier frequency; and one or more photodetectors that generate a carrier suppressed first signal from the modulated first light wave and a second signal from the second light wave. a fiber optic resonator; a first laser source that produces a first light wave at a first carrier frequency and a first cross-talked portion at a second carrier frequency wave for propagating within the fiber optic resonator in a first direction, wherein a second cross-talked portion due to backscattering of the first light wave by the resonator propagates in a second direction that is opposite to the first direction; a second laser source that produces a second light wave for propagating within the fiber optic resonator in the second direction at a second carrier frequency, and having a third cross-talked portion that propagates in the first direction; a first modulator that modulates the first light wave with a first modulation signal that suppresses light at the first carrier frequency and the second cross-talked portion at the second carrier frequency; and one or more photodetectors that generate a carrier suppressed first signal from the modulated first light wave and a second signal from the second light wave.
A method for processing, displaying and navigating breast tissue images, comprising: obtaining a plurality of 2D and/or 3D source images (Tp, Tr) of a patient's breast; generating a synthesized 2D image (T2d, Ms) of the patient's breast from the obtained plurality of 2D and/or 3D images (Tp, Tr); displaying the synthesized 2D image (T2d, Ms); detecting through a user interface a location of a user movable input device in the displayed synthesized 2D image (T2d, Ms); and concurrently displaying at least a portion of a respective source image (Tp, Tr) that corresponds to a given location of a user movable input device in the displayed synthesized 2D image (T2d, Ms). obtaining a plurality of 2D and/or 3D source images (Tp, Tr) of a patient's breast; generating a synthesized 2D image (T2d, Ms) of the patient's breast from the obtained plurality of 2D and/or 3D images (Tp, Tr); displaying the synthesized 2D image (T2d, Ms); detecting through a user interface a location of a user movable input device in the displayed synthesized 2D image (T2d, Ms); and concurrently displaying at least a portion of a respective source image (Tp, Tr) that corresponds to a given location of a user movable input device in the displayed synthesized 2D image (T2d, Ms).
A method for positioning a drilling accessory mounted on a support arm of a carrier machine, the positioning method including the following steps: - supplying a control device which is portable and which is configured to remotely control the drilling accessory, the control device including a control casing and an angle measurement device comprising a rotary member movably mounted in rotation on the control casing about an axis of rotation, the rotary member being equipped with a sighting device, - positioning, by an operator located in the operator cab of the carrier machine, the control device in the operator cab, - angular displacing the rotary member in a selected angular position so that the sighting device points towards a sighting point selected so that a sighting direction (Dv) indicated by the sighting device is substantially perpendicular to a coal face, and - measuring, by the angle measurement device, a predetermined angle (α) between a reference angular position of the rotary member and the selected angular position of the rotary member. - supplying a control device which is portable and which is configured to remotely control the drilling accessory, the control device including a control casing and an angle measurement device comprising a rotary member movably mounted in rotation on the control casing about an axis of rotation, the rotary member being equipped with a sighting device, - positioning, by an operator located in the operator cab of the carrier machine, the control device in the operator cab, - angular displacing the rotary member in a selected angular position so that the sighting device points towards a sighting point selected so that a sighting direction (Dv) indicated by the sighting device is substantially perpendicular to a coal face, and - measuring, by the angle measurement device, a predetermined angle (α) between a reference angular position of the rotary member and the selected angular position of the rotary member.
An anvil assembly comprising: an anvil center rod assembly defining a longitudinal axis; a head assembly pivotally secured to the anvil center rod assembly and movable from a first tilted position, through an operative position to a second tilted position; wherein in the operative position the plane of a tissue contacting surface of the anvil assembly is orthogonal to the longitudinal axis of the rod assembly and the first and second tilted positions have opposing tilt directions relative to the operative position; and a sleeve member disposed about the anvil center rod assembly, wherein the head assembly is configured to mechanically engage the sleeve such that when pivoting the head assembly from the operative position to the second tilted position the sleeve member is moved proximally relative to the anvil center rod assembly in a direction away from head assembly. an anvil center rod assembly defining a longitudinal axis; a head assembly pivotally secured to the anvil center rod assembly and movable from a first tilted position, through an operative position to a second tilted position; wherein in the operative position the plane of a tissue contacting surface of the anvil assembly is orthogonal to the longitudinal axis of the rod assembly and the first and second tilted positions have opposing tilt directions relative to the operative position; and a sleeve member disposed about the anvil center rod assembly, wherein the head assembly is configured to mechanically engage the sleeve such that when pivoting the head assembly from the operative position to the second tilted position the sleeve member is moved proximally relative to the anvil center rod assembly in a direction away from head assembly.
Double belt press for continuously pressing a wood material mat in order to form a wood material plate and/or a laminate having two pressing belts (6, 7) which form a pressing gap between each other and which run continuously around at least two redirection means, wherein the pressing belts (6, 7) each have an outer side which comes into contact with the wood material mat and/or the laminate and an inner side which does not come into contact with the wood material mat and/or the laminate, characterised in that there is provided at least one polishing device which removes at least a portion of the pressing residues from the outer side of at least one pressing belt (6, 7) outside the pressing gap and which polishes the outer side of the pressing belt (6, 7) and which has rotating polishing means.
Electric machine having: an angular position sensor for determining a first angle of rotation of a rotor; a field winding of the rotor, through which field winding a field current flows; a stator winding for generating a magnetic field; a voltmeter for detecting a synchronous internal voltage at the ends of the stator winding when the rotor rotates; and a determination circuit for determining a second angle of rotation from the synchronous internal voltage and for determining an angle difference between the first and the second angle of rotation, wherein the field current is selected in such a way that the synchronous internal voltage is higher than an onboard power supply system voltage (B+). an angular position sensor for determining a first angle of rotation of a rotor; a field winding of the rotor, through which field winding a field current flows; a stator winding for generating a magnetic field; a voltmeter for detecting a synchronous internal voltage at the ends of the stator winding when the rotor rotates; and a determination circuit for determining a second angle of rotation from the synchronous internal voltage and for determining an angle difference between the first and the second angle of rotation, wherein the field current is selected in such a way that the synchronous internal voltage is higher than an onboard power supply system voltage (B+).