mhurhangee/ep-ind-claims huggingface dataset:
A method for processing a data domain service, comprising: receiving, by a source access network element, a user-plane data packet of a data domain service of a user terminal sent by a source mobility management network element, wherein the user-plane data packet comprises a handover instruction or service type information; and sending a handover request to the source mobility management network element according to the handover instruction or the service type information, so as to hand over the data domain service of the user terminal to a target network. receiving, by a source access network element, a user-plane data packet of a data domain service of a user terminal sent by a source mobility management network element, wherein the user-plane data packet comprises a handover instruction or service type information; and sending a handover request to the source mobility management network element according to the handover instruction or the service type information, so as to hand over the data domain service of the user terminal to a target network.
Motorized manoeuvring device intended to manoeuvre a moving windable fabric screen, the motorized manoeuvring device comprising: - an actuator, comprising a hollow housing, notably a tubular hollow housing, containing a motor and a reduction gear, the actuator comprising a radio receiver with an antenna electrical wire, - a mounting end-plate, the end-plate comprising an inner lateral face and an outer lateral face, the end-plate comprising a first support extending from the inner lateral face of the end-plate, along a first longitudinal axis (X-X'), the hollow housing of the actuator being closed by the end-plate, the first support of which cooperates with the hollow end of the housing, characterized in that the end-plate comprises a guiding path of an antenna electrical wire in a bore on the outer lateral face of the end-plate, and in that the guiding path allows to store the antenna wire. - an actuator, comprising a hollow housing, notably a tubular hollow housing, containing a motor and a reduction gear, the actuator comprising a radio receiver with an antenna electrical wire, - a mounting end-plate, the end-plate comprising an inner lateral face and an outer lateral face, the end-plate comprising a first support extending from the inner lateral face of the end-plate, along a first longitudinal axis (X-X'), the hollow housing of the actuator being closed by the end-plate, the first support of which cooperates with the hollow end of the housing,
An improved process for the production of sulfated hyaluronic acid, sulfated HA-derivatives and/or mixtures thereof, having a high purity and a sulfation degree ranging from 1 to 3, wherein said process comprises the following steps: a) solubilization of HA-Na or HA-derivative-Na, in an aprotic solvent preferably selected from dimethyl sulfoxide, N,N-dimethylformamide or N-methylpyrrolidone, more preferably dimethyl sulfoxide, in the presence of an organic sulfonic acid in a quantity ranging from 4.5 to 5.5 mol/mol equivalents with respect to the repetitive disaccharide unit of HA or HA derivative; b) sulfation of the solution obtained at the end of step a) by the addition of an excess of SO 3 -pyridine, SO 3 -trimethylamine, or other sulfating agents, preferably of SO 3 -pyridine; c) precipitation in ethanol, preferably absolute ethanol, to obtain a precipitate; d) solubilization of the precipitate thus obtained in a mixture of water and the aprotic solvent used in step a), in the presence of an excess of NaCl, said excess being calculated with respect to the residual sulfate groups, with a pH adjustment within a range of 3 to 4; e) further precipitation with ethanol, preferably absolute ethanol, to obtain a powder; f) washings of the powder coming from step e) and drying the product thus obtained under vacuum. a) solubilization of HA-Na or HA-derivative-Na, in an aprotic solvent preferably selected from dimethyl sulfoxide, N,N-dimethylformamide or N-methylpyrrolidone, more preferably dimethyl sulfoxide, in the presence of an organic sulfonic acid in a quantity ranging from 4.5 to 5.5 mol/mol equivalents with respect to the repetitive disaccharide unit of HA or HA derivative; b) sulfation of the solution obtained at the end of step a) by the addition of an excess of SO 3 -pyridine, SO 3 -trimethylamine, or other sulfating agents, preferably of SO 3 -pyridine; c) precipitation in ethanol, preferably absolute ethanol, to obtain a precipitate; d) solubilization of the precipitate thus obtained in a mixture of water and the aprotic solvent used in step a), in the presence of an excess of NaCl, said excess being calculated with respect to the residual sulfate groups, with a pH adjustment within a range of 3 to 4; e) further precipitation with ethanol, preferably absolute ethanol, to obtain a powder; f) washings of the powder coming from step e) and drying the product thus obtained under vacuum.
An adhesive comprising a polyurethane and 0.0001 to 0.1 mol of carbodiimide groups per 100 g of polyurethane, wherein the polyurethane contains 0.0001 to 0.1 mol of hydroxysilane or alkoxysilane groups (silane groups for short) per 100 g of polyurethane.
A computer implemented method of strong decorrelation of signals obtained from sensors and which are input signals, said strong decorrelation involving decorrelation with time delays, characterised in that it includes the steps of: a) processing the input signals to determine delay and rotation parameters which implement at least one elementary paraunitary matrix, which is a matrix which gives the identity matrix when multiplied by its paraconjugate matrix, and transform the input signals into output signals to obtain improvement in a measure of strong decorrelation; b) assessing the improvement in the measure of strong decorrelation, and if it is significant designating the output signals as input signals and iterating step a) and this step b); c) if the improvement is not significant designating the output signals as signals decorrelated in a wide sense. a) processing the input signals to determine delay and rotation parameters which implement at least one elementary paraunitary matrix, which is a matrix which gives the identity matrix when multiplied by its paraconjugate matrix, and transform the input signals into output signals to obtain improvement in a measure of strong decorrelation; b) assessing the improvement in the measure of strong decorrelation, and if it is significant designating the output signals as input signals and iterating step a) and this step b); c) if the improvement is not significant designating the output signals as signals decorrelated in a wide sense.
A process for producing a flexible abrasive article, in sheet or film form, comprising the following stages: a) laying a film F B of elastomeric or thermoplastic polymers PFB so as to obtain an upper surface and a lower surface; b) forming with an aqueous suspension SA, having viscosity from 1,000 a 15,000 mPa·s, a layer on the upper surface of the film F B, said aqueous suspension SA comprising the following components: (i) elastomeric or thermoplastic polymers P SA, and (ii) abrasive particles; c) subjecting the product obtained from the preceding stage to a heat cycle that first comprises a step of heating and then a step of cooling to room temperature, in the heating step the temperature is increased until reaching a temperature at least close to the melting or softening temperature of the polymers of the film F B and of the polymers P SA; characterized in that in this process the film F B is formed with polymers P FB that have the same chemical composition as the polymers P SA present in the aqueous suspension SA. a) laying a film F B of elastomeric or thermoplastic polymers PFB so as to obtain an upper surface and a lower surface; b) forming with an aqueous suspension SA, having viscosity from 1,000 a 15,000 mPa·s, a layer on the upper surface of the film F B, said aqueous suspension SA comprising the following components: (i) elastomeric or thermoplastic polymers P SA, and (ii) abrasive particles; (i) elastomeric or thermoplastic polymers P SA, and (ii) abrasive particles; c) subjecting the product obtained from the preceding stage to a heat cycle that first comprises a step of heating and then a step of cooling to room temperature, in the heating step the temperature is increased until reaching a temperature at least close to the melting or softening temperature of the polymers of the film F B and of the polymers P SA;
A method, comprising: receiving, at a management device, data indicating that one or more nodes in a shared-media communication network are under attack by an attacking node; and communicating, at the management device, a quarantine request packet to the one or more nodes under attack, the quarantine request packet providing instructions to the one or more nodes under attack to alter their frequency hopping schedule without allowing the attacking node to learn of the altered frequency hopping schedule, by including in the quarantine request packet a secret that determines the altered frequency hopping schedule. receiving, at a management device, data indicating that one or more nodes in a shared-media communication network are under attack by an attacking node; and communicating, at the management device, a quarantine request packet to the one or more nodes under attack, the quarantine request packet providing instructions to the one or more nodes under attack to alter their frequency hopping schedule without allowing the attacking node to learn of the altered frequency hopping schedule, by including in the quarantine request packet a secret that determines the altered frequency hopping schedule.
Perfluorocarbon for use in treating a human subject suffering from traumatic brain injury, wherein the perfluorocarbon is perfluoro-tert-butylcyclohexane.
Method for producing a solar cell from a P-doped or N-doped silicon substrate that comprises a thickness of less than approximately 200 μ m and a first main surface that is used as a light incident face in the state of use and a second main surface that is used as a rear face, said method comprising the following steps: - applying a thin layer that comprises aluminium to the second main surface, - applying and drying a dielectric, glass-forming paste to the applied thin layer in such a manner that the aluminium thin layer is entirely covered by the paste that is applied. - sintering the paste on the second main surface, in particular at temperatures above 577°C, in such a manner that the thin layer together with silicon from the silicon substrate forms a fluid eutectic AlSi-phase and from said phase forms an aluminium-doped layer in the silicon substrate on the second main surface and - removing from the second main surface a glass layer that occurs during the sintering procedure and the aluminium silicon eutectic layer that occurs during the sintering procedure, as a result of which the aluminium-doped layer is exposed. - applying a thin layer that comprises aluminium to the second main surface, - applying and drying a dielectric, glass-forming paste to the applied thin layer in such a manner that the aluminium thin layer is entirely covered by the paste that is applied. - sintering the paste on the second main surface, in particular at temperatures above 577°C, in such a manner that the thin layer together with silicon from the silicon substrate forms a fluid eutectic AlSi-phase and from said phase forms an aluminium-doped layer in the silicon substrate on the second main surface and - removing from the second main surface a glass layer that occurs during the sintering procedure and the aluminium silicon eutectic layer that occurs during the sintering procedure, as a result of which the aluminium-doped layer is exposed.
A protective cover configured for use with a biopsy device having a reusable holster and a disposable probe, the protective cover comprising: a flexible cover with a distal portion having a closed end, the flexible cover being configured to receive at least a portion of the reusable holster; a sleeve ring configured to retain a part of the flexible cover on an outer surface of the sleeve ring with the flexible cover in a folded configuration; and a sleeve assembly including an outer retainer and an inner retainer, the inner retainer is configured to nest within the outer retainer so as to sandwich the distal portion of the flexible cover therebetween, the sleeve ring being attached to an open proximal end of the flexible cover. a flexible cover with a distal portion having a closed end, the flexible cover being configured to receive at least a portion of the reusable holster; a sleeve ring configured to retain a part of the flexible cover on an outer surface of the sleeve ring with the flexible cover in a folded configuration; and a sleeve assembly including an outer retainer and an inner retainer, the inner retainer is configured to nest within the outer retainer so as to sandwich the distal portion of the flexible cover therebetween, the sleeve ring being attached to an open proximal end of the flexible cover.
A mobile terminal apparatus (10; 20; 30) for an aircraft and adapted to determine an estimate of a Doppler frequency offset between a carrier frequency of a received signal received at the mobile terminal and a known carrier frequency of a transmitted signal transmitted from a ground-located base station, wherein the received signal is a version of the transmitted signal compromised by a wireless direct air-to-ground communications channel between the mobile terminal apparatus in the aircraft and the ground-located base station, the mobile terminal apparatus comprising: a processor for determining, based on the received signal, an estimate of the carrier frequency of the received signal; a reference signal source for generating a reference signal having a reference frequency corresponding to the known carrier frequency of the transmitted signal within a frequency tolerance range of ± 0.1 ppm: and an estimator for estimating the Doppler frequency offset based on the estimated carrier frequency of the received signal and the reference frequency of the reference signal. a processor for determining, based on the received signal, an estimate of the carrier frequency of the received signal; a reference signal source for generating a reference signal having a reference frequency corresponding to the known carrier frequency of the transmitted signal within a frequency tolerance range of ± 0.1 ppm: and an estimator for estimating the Doppler frequency offset based on the estimated carrier frequency of the received signal and the reference frequency of the reference signal.
Residential roof window having a blind frame that comprises two blind frame side bars (5, 6) as well as an upper and a lower blind frame transverse bar (4, 7), a sash frame that comprises two sash frame side bars (10, 11) as well as an upper and a lower sash frame transverse bar (9, 12), a flashing for coverage of external areas of the sash frame and of the blind frame, and a flashing attachment, wherein - with the residential roof window being closed - the flashing - comprises an upper sash cover sheet that covers the upper blind frame transverse bar and the upper sash frame transverse bar, and - comprises, on each side of the residential roof window, a cover frame sheet each that covers the blind frame transverse bar (5, 6), wherein the flashing attachment comprises, on each side of the residential roof window, one holding element each that is attached to the blind frame and jointly holds the upper sash cover sheet and the cover frame sheet, characterised in that the holding element comprises, for holding the cover frame sheet, an insertion slit that extends in the direction of the longitudinal extension of the blind frame side bar (5, 6) and is situated transverse with respect to a blind frame plane formed by the two blind frame side bars (5, 6) and the upper and the lower blind frame transverse bar (4, 7), wherein the holding element comprises an anti-derail web that is situated above the insertion slit and secures the cover frame sheet in upward direction, i.e. away from the blind frame plane. - comprises an upper sash cover sheet that covers the upper blind frame transverse bar and the upper sash frame transverse bar, and - comprises, on each side of the residential roof window, a cover frame sheet each that covers the blind frame transverse bar (5, 6),
A mobile communication method performed by a mobile communication system comprising the steps of: in a case where a mobile station is in communication in a macro cell managed by a first radio base station, and in a case where a second radio base station, which manages a small cell having a coverage including a location where the mobile station is present, is selected as a transmission path of user data of the mobile station, causing the first radio base station to start addition processing of adding the second radio base station to the transmission path of the user data of the mobile station; characterized by causing the second radio base station to reset header-compression related information, security setting information, and sequence-number management information in the addition processing; and causing the first radio base station to forward downlink user data destined for the mobile station to the second radio base station, in the addition processing, wherein the second radio base station has no Radio Resource Control, RRC, layer function. in a case where a mobile station is in communication in a macro cell managed by a first radio base station, and in a case where a second radio base station, which manages a small cell having a coverage including a location where the mobile station is present, is selected as a transmission path of user data of the mobile station, causing the first radio base station to start addition processing of adding the second radio base station to the transmission path of the user data of the mobile station; characterized by causing the second radio base station to reset header-compression related information, security setting information, and sequence-number management information in the addition processing; and causing the first radio base station to forward downlink user data destined for the mobile station to the second radio base station, in the addition processing, wherein the second radio base station has no Radio Resource Control, RRC, layer function.
A backplane comprising - a first module connector configured to receive a first printed circuit board module; and - a second module connector configured to receive a second printed circuit board module; wherein the first module connector includes a first connector portion (23d-26d), the second module connector includes a second connector portion (23e-26e), the first connector portion (23d-26d) being connected to the second connector portion (23e-26e) through a first backplane bus; characterized in that the backplane further comprises - a switch; - a first port connectable to the switch; - a second port connectable to the switch; - a network interface connectable with a network; and - the switch configured to interconnect the first module connector, the second module connector and the network interface; wherein the first backplane bus is configured to allow information to be directly communicated between the first printed circuit board module and the second printed circuit board module without being routed via the switch or the network; wherein the first module connector includes a third connector portion connected to the first port; and wherein the second module connector includes a fourth connector portion connected to the second port. - a first module connector configured to receive a first printed circuit board module; and - a second module connector configured to receive a second printed circuit board module; - a switch; - a first port connectable to the switch; - a second port connectable to the switch; - a network interface connectable with a network; and - the switch configured to interconnect the first module connector, the second module connector and the network interface;
A method for determining specific quantities for the gas quality, in which - a gas or gas mixture flows through an ultrasonic flow sensor and over a microthermal sensor, and the temperature and the pressure (p) of the gas or gas mixture are detected; - the flow velocity (v x) or volumetric flow as well as the sound velocity (c s) of the gas or gas mixture are determined by the ultrasonic flow sensor; - the density of the gas or gas mixture is correlated from the sound velocity (c s); - the density information, together with the flow velocity, are used for calculating the mass flow; - the thermal conductivity (λ) of the gas or gas mixture at one or several temperatures is determined with the microthermal sensor; - a flow factor (φ) is calculated from the flow signal of the microthermal sensor in order to determine therefrom, together with the information of the mass flow and thermal conductivity, the thermal capacity ( c p) or a quantity of the gas or gas mixture dependent on the thermal capacity; - and finally the sound velocity, the thermal conductivity at one or several temperatures and either the thermal capacity or the quantity depending on the thermal capacity are used for correlation of specific quantities for the gas quality, in particular of the calorific value. - a gas or gas mixture flows through an ultrasonic flow sensor and over a microthermal sensor, and the temperature and the pressure (p) of the gas or gas mixture are detected; - the flow velocity (v x) or volumetric flow as well as the sound velocity (c s) of the gas or gas mixture are determined by the ultrasonic flow sensor; - the density of the gas or gas mixture is correlated from the sound velocity (c s); - the density information, together with the flow velocity, are used for calculating the mass flow; - the thermal conductivity (λ) of the gas or gas mixture at one or several temperatures is determined with the microthermal sensor; - a flow factor (φ) is calculated from the flow signal of the microthermal sensor in order to determine therefrom, together with the information of the mass flow and thermal conductivity, the thermal capacity ( c p) or a quantity of the gas or gas mixture dependent on the thermal capacity; - and finally the sound velocity, the thermal conductivity at one or several temperatures and either the thermal capacity or the quantity depending on the thermal capacity are used for correlation of specific quantities for the gas quality, in particular of the calorific value.
A method for processing a lithographic printing plate material including the steps of (i) developing the exposed precursor with an alkaline development solution whereby the non-image areas are removed; (ii) treating the developed precursor with a first gum solution and consecutively with a second gum solution which are configured as a cascade whereby the second gum solution overflows into the first gum solution; wherein the first and/or second gum solutions comprise at least one nitrate salt. (i) developing the exposed precursor with an alkaline development solution whereby the non-image areas are removed; (ii) treating the developed precursor with a first gum solution and consecutively with a second gum solution which are configured as a cascade whereby the second gum solution overflows into the first gum solution;