mhurhangee/patent-ind-claim-en huggingface dataset:
A communication method, comprising: receiving (S310), by a terminal device, a first request message sent by a first access network device, wherein the first request message is used to request the terminal device to report related information of a first cell corresponding to a physical cell identifier, PCI; obtaining (S320), by the terminal device, the related information of the first cell based on the first request message, wherein the related information of the first cell comprises subcarrier spacing, SCS, information of the first cell and bandwidth information of the first cell; and sending (S330), by the terminal device, the related information of the first cell to the first access network device. receiving (S310), by a terminal device, a first request message sent by a first access network device, wherein the first request message is used to request the terminal device to report related information of a first cell corresponding to a physical cell identifier, PCI; obtaining (S320), by the terminal device, the related information of the first cell based on the first request message, wherein the related information of the first cell comprises subcarrier spacing, SCS, information of the first cell and bandwidth information of the first cell; and sending (S330), by the terminal device, the related information of the first cell to the first access network device.
A thermal printing device comprising: an internal slot having on one end an opening on one side of a housing of the thermal printing device and configured for receiving a circuit board of a thermal print head with contact connector terminals on one short edge and heating resistor elements on one long edge of the circuit board ; and a push-activated connector , at the opposite end of the internal slot from the opening, for receiving one short edge of the circuit board , the push-activated connector configured, by pushing pressure on the thermal print head , to lock the thermal print head in the thermal printing device, and by further pushing pressure, to release the thermal print head from the thermal printing device ; wherein The push-activated connector further comprises a spring , receiving connector terminals , receiving terminal contacts , receiving terminal grooves , and a tray for holding the thermal print head . an internal slot having on one end an opening on one side of a housing of the thermal printing device and configured for receiving a circuit board of a thermal print head with contact connector terminals on one short edge and heating resistor elements on one long edge of the circuit board ; and a push-activated connector , at the opposite end of the internal slot from the opening, for receiving one short edge of the circuit board , the push-activated connector configured, by pushing pressure on the thermal print head , to lock the thermal print head in the thermal printing device, and by further pushing pressure, to release the thermal print head from the thermal printing device ; wherein The push-activated connector further comprises a spring , receiving connector terminals , receiving terminal contacts , receiving terminal grooves , and a tray for holding the thermal print head .
Automatic door system, comprising: - an element to be moved; - a drive for moving the element between a specified first position (P1) and a specified second position (P2), the drive comprising a motor and a drive mechanism , which is designed to convert a turning force generated by the motor into a movement driving the element to be moved; - a computing unit for controlling the motor on the basis of operating parameters of the motor determined by measuring instruments, the computing unit being designed to switch the motor to its opposite direction (GR) if and as soon as it is detected by the computing unit that the element has reached the second specified position (P2), the computing unit being designed to switch the motor to its opposite direction (GR) during its operation for moving the element from its first position (P1) to a second position (P2) if and as soon as an obstacle blocking the movement of the element is detected by the computing unit , characterized in that the computing unit is designed to switch the motor to its opposite direction (GR) for a specified time period and/or a specified distance covered by the element such that there is a reversing distance of 10 mm or less, and the computing unit being designed to vary the specified time period and/or the specified distance covered by the element depending on an actual position of the element at which the obstacle is detected. - an element to be moved; - a drive for moving the element between a specified first position (P1) and a specified second position (P2), the drive comprising a motor and a drive mechanism , which is designed to convert a turning force generated by the motor into a movement driving the element to be moved; - a computing unit for controlling the motor on the basis of operating parameters of the motor determined by measuring instruments,
A method of monitoring the operating state of a set of circuit breakers (D i , D1-D8), each circuit breaker comprising a protective coil and having a wall through which a magnetic field (Bx i , By i , Bz i ) emitted by the coil passes, the method comprising the steps of: - arranging on the wall of each circuit breaker a synchronous triaxial digital magnetometer (M i ) on a semiconductor chip, each magnetometer comprising magnetic field measuring means and an internal temperature sensor, and a data output for providing magnetic field and temperature measurements, the method characterized in that it comprises the steps of: - cyclically and synchronously reading, at successive times (T j ), the temperatures (TM i,j ) provided by the magnetometers, - from the temperatures (TM i,j ) measured by the magnetometers and a value of the ambient temperature (ETA j ), determining, for each circuit breaker, whether an internal heating temperature (IHT i,j ) of the circuit breaker reaches a first temperature threshold (TT1) which may be representative of an anomaly in the operating state of the circuit breaker, and - emitting an alarm of a first type (A1) when the internal heating temperature (IHT i,j ) of at least one circuit breaker reaches the first temperature threshold (TT1). - arranging on the wall of each circuit breaker a synchronous triaxial digital magnetometer (M i ) on a semiconductor chip, each magnetometer comprising magnetic field measuring means and an internal temperature sensor, and a data output for providing magnetic field and temperature measurements, - cyclically and synchronously reading, at successive times (T j ), the temperatures (TM i,j ) provided by the magnetometers, - from the temperatures (TM i,j ) measured by the magnetometers and a value of the ambient temperature (ETA j ), determining, for each circuit breaker, whether an internal heating temperature (IHT i,j ) of the circuit breaker reaches a first temperature threshold (TT1) which may be representative of an anomaly in the operating state of the circuit breaker, and - emitting an alarm of a first type (A1) when the internal heating temperature (IHT i,j ) of at least one circuit breaker reaches the first temperature threshold (TT1).
An extrudable hydrogel composition comprising: a cross-linkable prepolymer, the cross-linkable prepolymer being formed from a reaction of (i) a thiol-substituted oligosaccharide, a thiol-substituted hyaluronic acid, a thiol-substituted collagen or a thiol-substituted gelatin and (ii) a first thiol-reactive crosslinking agent; a second thiol-reactive crosslinking agent comprising an alkyne; and water. a cross-linkable prepolymer, the cross-linkable prepolymer being formed from a reaction of (i) a thiol-substituted oligosaccharide, a thiol-substituted hyaluronic acid, a thiol-substituted collagen or a thiol-substituted gelatin and (ii) a first thiol-reactive crosslinking agent; a second thiol-reactive crosslinking agent comprising an alkyne; and water.
A method comprising: fetching, by a secure interface control of a computer that provides a partial instruction interpretation for an instruction which enables an interruption, a program status word or a control register value from a secure guest storage ; notifying, by the secure interface control , an untrusted entity of guest interruption mask updates, the untrusted entity being executed on and in communication with hardware of the computer through the secure interface control to support operations of a secure entity executing on the untrusted entity ; receiving, by the secure interface control from the untrusted entity , a request to present a highest priority, enabled guest interruption in response to the notifying of the guest interruption mask updates; and moving, by the secure interface control , interruption information into a guest prefix page and injecting the interruption in the secure entity when an injection of the interruption is determined to be valid, wherein the secure interface control includes a secure interface implemented in internal, secure and trusted hardware and/or firmware between the untrusted entity and the secure entity , the secure interface including a hardware mechanism that prevents the untrusted entity from accessing contents of the secure guest storage . fetching, by a secure interface control of a computer that provides a partial instruction interpretation for an instruction which enables an interruption, a program status word or a control register value from a secure guest storage ; notifying, by the secure interface control , an untrusted entity of guest interruption mask updates, the untrusted entity being executed on and in communication with hardware of the computer through the secure interface control to support operations of a secure entity executing on the untrusted entity ; receiving, by the secure interface control from the untrusted entity , a request to present a highest priority, enabled guest interruption in response to the notifying of the guest interruption mask updates; and moving, by the secure interface control , interruption information into a guest prefix page and injecting the interruption in the secure entity when an injection of the interruption is determined to be valid, wherein the secure interface control includes a secure interface implemented in internal, secure and trusted hardware and/or firmware between the untrusted entity and the secure entity , the secure interface including a hardware mechanism that prevents the untrusted entity from accessing contents of the secure guest storage .
An in vitro-method of expanding a population of cells, the method comprising incubating a sample comprising a population of cells in the presence of a multimerization reagent that is reversibly bound to a first agent and a second agent, wherein the first agent binds to a receptor molecule on the surface of the cells in the population, and is capable of providing a primary activation signal to the cells, and wherein the second agent binds to an accessory molecule on the surface of the cells in the population, and is capable of stimulating the cells, wherein the first agent (i) comprises at least one binding partner C1 able to reversibly bind to a binding site Z1 of the multimerization reagent to form a reversible bond between the binding partner C1 and the binding site Z1, and wherein the second agent (i) comprises at least one binding partner C2 that is able to reversibly bind to a binding site Z2 of the multimerization reagent to form a reversible bond between the binding partner C2 and the binding site Z2.
A system for monitoring a deformation and/or a displacement of a building structure by means of digital holography, said system comprising: - a laser source suitable for emitting an infrared radiation; - an interferometric arrangement configured to divide said infrared radiation into an object beam (O) configured to irradiate at least one portion of said building structure and to be scattered by said at least one portion of said building structure , and a reference beam (R) configured to interfere with said object beam (O) scattered by said at least one portion of said structure so as to create a hologram of said at least one portion of said structure ; - a sensor configured to detect a time sequence of holograms of said at least one portion of said structure ; and - a processing unit configured to reconstruct an evolution in time of said deformation and/or said displacement of said at least one portion of said structure by numerically processing said time sequence of holograms of said at least one portion of said structure . - a laser source suitable for emitting an infrared radiation; - an interferometric arrangement configured to divide said infrared radiation into an object beam (O) configured to irradiate at least one portion of said building structure and to be scattered by said at least one portion of said building structure , and a reference beam (R) configured to interfere with said object beam (O) scattered by said at least one portion of said structure so as to create a hologram of said at least one portion of said structure ; - a sensor configured to detect a time sequence of holograms of said at least one portion of said structure ; and - a processing unit configured to reconstruct an evolution in time of said deformation and/or said displacement of said at least one portion of said structure by numerically processing said time sequence of holograms of said at least one portion of said structure .
An antenna (120'; 1010), comprising a multi-layer circuit board having multiple layers stacked along a vertical direction; an antenna patch ; an extension patch conductively coupled to the antenna patch and arranged in plane offset from the antenna patch ; and an electrically floating parasitic patch capacitively coupled to the antenna patch and arranged in a further plane offset from the antenna patch on a side opposite to the extension patch , the antenna patch being formed of multiple conductive strips (122; 122A, 122B, 122C, 122D) extending in a horizontal direction along an edge of the multi-layer circuit board , each of the conductive strips (122; 122A, 122B, 122C, 122D) of the antenna patch being arranged on a different layer of the multi-layer circuit board , the conductive strips (122; 122A, 122B, 122C, 122D) of the antenna patch being electrically connected to each other by conductive vias extending between two or more of the conductive strips (122; 122A, 122B, 122C, 122D) of the antenna patch , which are arranged on different layers of the multi-layer circuit board , the extension patch being formed of multiple conductive strips extending in the horizontal direction, each of the conductive strips of the extension patch being arranged on a different layer of the multi-layer circuit board , and the conductive strips of the extension patch being electrically connected to each other by conductive vias extending between two or more of the conductive strips of the extension patch , which are arranged on different layers of the multi-layer circuit board , the electrically floating parasitic patch being formed of multiple conductive strips extending in the horizontal direction, each of the conductive strips of the electrically floating parasitic patch being arranged on a different layer of the multi-layer circuit board , the conductive strips of the electrically floating parasitic patch being electrically connected to each other by conductive vias extending between two or more of the conductive strips of the electrically floating parasitic patch , which are arranged on different layers of the multi-layer circuit board .
Suction module , which may be connected firmly to a hand machine tool in a detachable way, having: - a suction head for holding a tool for the hand machine tool that may turn around a tool axis , - a suction casing with a fan made for drawing in air from the suction head , which has an impeller that may turn around a fan axis , in which - the suction casing has a longitudinal axis parallel to the tool axis and a vertical axis crosswise to the longitudinal axis as well as a narrow axis of smaller size, which is aligned crosswise to the longitudinal axis and crosswise to the vertical axis , characterised in that the fan axis is arranged running along, particularly parallel to, the narrow axis . - a suction head for holding a tool for the hand machine tool that may turn around a tool axis , - a suction casing with a fan made for drawing in air from the suction head , which has an impeller that may turn around a fan axis , in which - the suction casing has a longitudinal axis parallel to the tool axis and a vertical axis crosswise to the longitudinal axis as well as a narrow axis of smaller size, which is aligned crosswise to the longitudinal axis and crosswise to the vertical axis , characterised in that the fan axis is arranged running along, particularly parallel to, the narrow axis .
A pro-apoptotic TNF-related apoptosis-inducing ligand (TRAIL)-R1/DR4 or TRAIL-R2/DR5 receptor agonist in an effective amount for use in a method for alleviating one or more symptoms of fibrotic disease in a subject, wherein the TRAIL-R1/DR4 or TRAIL-R2/DR5 receptor agonist is selected from the group consisting of: full length TRAIL comprising amino acids 1 to 281 of SEQ ID NO:1, full length TRAIL comprising amino acids 1 to 281 of SEQ ID NO:1 PEGylated at the N-terminus, TRAIL functional fragments comprising at least amino acids 114 to 281 of SEQ ID NO:1, and TRAIL functional fragments comprising at least amino acids 114 to 281 of SEQ ID NO:1 PEGylated at the N-terminus; and induces apoptosis in hepatic stellate cells, pancreatic stellate cells, activated myofibroblasts, activated endothelial cells or activated epithelial cells that produce or induce an excess amount of extracellular matrix resulting in fibrosis of an organ or tissue, or cirrhosis.
A weld training torch for performing a simulated welding operation, the training torch comprising: a torch body comprising a handle and a neck ; a proximity sensor coupled to the handle ; a tip extending from a distal end of the neck of the torch body to simulate a welding wire, the tip coupled to the torch body ; and a vibration module within the torch body and mechanically coupled to the tip ; wherein the proximity sensor is configured to detect a proximity between the tip and a workpiece ; and wherein the vibration module configured to vibrate in response to the detection of a proximity between the tip and the workpiece during the simulated welding operation. a torch body comprising a handle and a neck ; a proximity sensor coupled to the handle ; a tip extending from a distal end of the neck of the torch body to simulate a welding wire, the tip coupled to the torch body ; and a vibration module within the torch body and mechanically coupled to the tip ; wherein the proximity sensor is configured to detect a proximity between the tip and a workpiece ; and wherein the vibration module configured to vibrate in response to the detection of a proximity between the tip and the workpiece during the simulated welding operation.
A soup base comprising a frozen filling-wrapping dough sheet food, and a frozen soup layer attached to at least a part of a surface of the frozen filling-wrapping dough sheet food, wherein the weight of the frozen soup layer is not less than 5 wt% and less than 120 wt% relative to that of the frozen filling-wrapping dough sheet food, and the salt concentration of the frozen soup layer is not less than 0.5 wt% and less than 15 wt%.
Use of a Cu- or Fe-exchanged BEA zeolite comprising ammonia slip catalyst (ASC) as a trap for volatile vanadium compounds in a NH 3 -SCR-system comprising a vanadium based upstream SCR-catalyst and a downstream ASC, the ASC comprises a platinum group metal in an amount of up to 0.35 g/l (10 g/ft 3 ).
A magnetic element, comprising: (a) a first seed layer consisting of TaN; (b) a second seed layer contacting a top surface of the first seed layer and consisting of Mg,or MgZr, wherein the second seed layer forms a first interface with a magnetic layer; (c) the magnetic layer that has perpendicular magnetic anisotropy (PMA); and (d) a tunnel barrier layer comprised of MgO or another oxide that is formed on the magnetic layer to give a composite seed layer/magnetic layer/tunnel barrier layer configuration; so that the first seed layer and the second seed layer give a TaN/Mg or TaN/MgZr configuration. (a) a first seed layer consisting of TaN; (b) a second seed layer contacting a top surface of the first seed layer and consisting of Mg,or MgZr, wherein the second seed layer forms a first interface with a magnetic layer; (c) the magnetic layer that has perpendicular magnetic anisotropy (PMA); and (d) a tunnel barrier layer comprised of MgO or another oxide that is formed on the magnetic layer to give a composite seed layer/magnetic layer/tunnel barrier layer configuration;
A skin care composition comprising: (a) 0.1 to 20 weight % inorganic metal oxide particles, based on the weight of the composition; (b) 0.1 to 15 weight % copolymer particles dispersed in an aqueous medium, based on the weight of the composition, wherein the copolymer particles comprise polymerized units derived from (i) 0.1 to 20 weight % of phosphorus acid monomers, wherein the phosphorus acid monomers comprise phosphoethyl methacrylate, and (ii) 80 to 99.9 weight % of comonomers, wherein the comonomers comprise at least one of butyl acrylate, methyl methacrylate, and methacrylic acid; (c) 0.1 to 35 weight % silicone fluid, based on the total weight of the composition, selected from the group consisting of silicones and siloxanes having a viscosity at 25 °C in the range of 1 to 1,000 mm 2 /sec; and (d) a dermatologically acceptable carrier. (a) 0.1 to 20 weight % inorganic metal oxide particles, based on the weight of the composition; (b) 0.1 to 15 weight % copolymer particles dispersed in an aqueous medium, based on the weight of the composition, wherein the copolymer particles comprise polymerized units derived from (i) 0.1 to 20 weight % of phosphorus acid monomers, wherein the phosphorus acid monomers comprise phosphoethyl methacrylate, and (ii) 80 to 99.9 weight % of comonomers, wherein the comonomers comprise at least one of butyl acrylate, methyl methacrylate, and methacrylic acid; (c) 0.1 to 35 weight % silicone fluid, based on the total weight of the composition, selected from the group consisting of silicones and siloxanes having a viscosity at 25 °C in the range of 1 to 1,000 mm 2 /sec; and (d) a dermatologically acceptable carrier.
A method of detecting a grain count of a crop material flow (50-58), in particular in a self-propelled harvester , in which a sensor of a measuring device detects grains which impact on an impact surface of the sensor by means of a measurement signal and a processing unit of the measuring device is adapted to determine the grain count by means of the measurement signal , wherein the rising edges of the measurement signal are detected and form a measure for the grain count , wherein the measurement signal is pre-processed, in particular filtered, smoothed and/or amplified, and wherein the pre-processed measurement signal is rectified, digitised and an envelope curve of the pre-processed measurement signal is formed, wherein the envelope curve is differentiated and wherein positive pulses of the differentiated envelope curve form a measure for the grain count , wherein only positive pulses of the differentiated envelope curve which are arranged above a minimum threshold value are counted as grain, characterised in that for a current positive pulse of the differentiated envelope curve , that is above the minimum threshold value , a time-dependent and amplitude-dependent limit function is ascertained for detecting a grain count.