mhurhangee/patent-ind-claim-en huggingface dataset:
A pyrotechnic current disconnector , in which by pressurisation a conductor is cut, wherein the current disconnector includes a housing which has a lower part and an upper part having an igniter , wherein the lower part and the upper part are connected to one another by screws , and the conductor is inserted between the lower part and the upper part and includes holes through which elements extend which fix the conductor in the longitudinal direction, characterised in that the elements which fix the conductor in the longitudinal direction are formed by the screws which connect the lower part and the upper part to one another.
Paper dispensing device for the uncomplicated and reliable provision of a moistened paper web, having a container for holding a liquid , in particular a cleaning liquid, with an opening at the top which is bounded by edges of the rear wall and the front wall , which is suitable for coupling to a receiving device arranged below the container for receiving a paper arrangement , preferably a paper roll on which a paper web can be wound, or a paper stack, at least two, preferably four, moistening rollers rotatably arranged in the container and a, preferably rotatable, pressure roller which is suitable for pressing the paper web against the moistening rollers , the lower rotating surface of the pressure roller is spaced from the upper rotating surface of the moistening rollers by a predetermined, advantageously constant, distance for moistening the paper web as it passes through, characterised in that each moistening roller is retracted to form at least one recess in its outer region; wherein the recesses of two adjacent moistening rollers are arranged offset from each other.
A wind velocity measurement method performed by an unmanned aerial vehicle, UAV , comprising: determining current wind resistance interference of the UAV by means of system identification based on flight data and attribute data of the UAV , wherein the flight data comprises an attitude angle, a flight velocity, an acceleration and a flight altitude of the UAV , and the attribute data comprises a mass of the UAV , an inherent wind resistance coefficient and a nonlinear function used to calculate a windward area, wherein the windward area is calculated by using the nonlinear function related to a current attitude angle of the UAV ; and calculating a wind velocity of a flight environment of the UAV according to the wind resistance interference and the inherent wind resistance of the UAV . determining current wind resistance interference of the UAV by means of system identification based on flight data and attribute data of the UAV , wherein the flight data comprises an attitude angle, a flight velocity, an acceleration and a flight altitude of the UAV , and the attribute data comprises a mass of the UAV , an inherent wind resistance coefficient and a nonlinear function used to calculate a windward area, wherein the windward area is calculated by using the nonlinear function related to a current attitude angle of the UAV ; and calculating a wind velocity of a flight environment of the UAV according to the wind resistance interference and the inherent wind resistance of the UAV .
A wheel and tire assembly for a mobile vehicle, the assembly comprising a radially outer flexible ring mounted to a radially inner central rim, and a spoke structure extending radially between the central rim and the outer flexible ring , the spoke structure defining a plurality of closed cavities and the spoke structure further having a plurality of at least substantially triangular closed cavities disposed at the outer flexible ring , wherein the volume of the at least substantially triangular closed cavities is in a range of from 3 to 30 % of the volume of closed cavities , characterized in that the spoke structure further defines, together with the central rim, a plurality of radially extending cavities being open in the radially inward direction of the tire, wherein said plurality of open cavities are disposed concentrically about the inner central rim and allow the flexible ring to deflect under load, and wherein the plurality of at least substantially triangular closed cavities at least partially extends between the closed cavities and the open cavities .
A method for calibrating a pump during a blood separation procedure having at least a first state where fluid is flowed to or from a reservoir by the pump, comprising: a) providing a predetermined value for a flow rate of fluid to or from the reservoir for the first state of the procedure; b) obtaining the weight of the reservoir at the beginning of the first state of the procedure; c) operating the pump to flow fluid to or from the reservoir to perform the first state of the procedure; d) obtaining the weight of the reservoir at the end of the first state of the procedure; e) comparing the weight of the reservoir at the beginning of the first state of the procedure to the weight of the reservoir at the end of the first state of the procedure to determine an actual flow rate of fluid to or from the reservoir; f) determining a variance between the actual flow rate and the predetermined value for the flow rate; and g) adjusting, based on the variance, the predetermined value for the flow rate for a second state of the procedure where fluid is flowed from a reservoir by the pump or for a subsequent performance of the first state if a calculated pump volume for the first state of the procedure is greater than or equal to (≥) a first predetermined amount. a) providing a predetermined value for a flow rate of fluid to or from the reservoir for the first state of the procedure; b) obtaining the weight of the reservoir at the beginning of the first state of the procedure; c) operating the pump to flow fluid to or from the reservoir to perform the first state of the procedure; d) obtaining the weight of the reservoir at the end of the first state of the procedure; e) comparing the weight of the reservoir at the beginning of the first state of the procedure to the weight of the reservoir at the end of the first state of the procedure to determine an actual flow rate of fluid to or from the reservoir; f) determining a variance between the actual flow rate and the predetermined value for the flow rate; and g) adjusting, based on the variance, the predetermined value for the flow rate for a second state of the procedure where fluid is flowed from a reservoir by the pump or for a subsequent performance of the first state if a calculated pump volume for the first state of the procedure is greater than or equal to (≥) a first predetermined amount.
A consumable cored wire for measuring a temperature of a molten steel bath comprising an optical fiber and a metal pipe laterally surrounding the optical fiber , wherein an intermediate layer is arranged between the metal pipe and the optical fiber, wherein the intermediate layer is a rope composed of a group of fibers, which are twisted or braided together and wherein the optical fiber is arranged in the center of the rope, the consumable cored wire being characterised in that the pre-melted density of the intermediate layer is 0.3 to 1.7 g/cm 3 .
A resin composition for sealing comprising: an epoxy resin (A); a curing agent (B); an inorganic filler (C); a compound (D) represented by Formula ; and a curing accelerator (F) wherein R 1 is represented by Formula ; and wherein the curing accelerator (F) is an adduct of a phosphine compound and a quinone compound. an epoxy resin (A); a curing agent (B); an inorganic filler (C); a compound (D) represented by Formula ; and a curing accelerator (F) wherein R 1 is represented by Formula ; and wherein the curing accelerator (F) is an adduct of a phosphine compound and a quinone compound.
Positioning and conveying device comprising an endless conveyor belt which runs around two rollers mounted to a stationary frame , such that the belt has an upper run forming a carrying side for objects to be positioned and transferred, and a lower run forming a return side of the belt , wherein the outer surface of at least one of the rollers is defined by a plurality of roller segments extending in the axial and tangential direction of the roller , wherein each of the segments is axially dimensioned to support the full width of the conveyor belt and tangentially dimensioned such that the segments complementary cover the perimeter of the roller , wherein the segments are individually movable in the axial direction of the roller for laterally moving the conveyor belt relative to the frame , the device furthermore including at least one actuator assembly for driving the segments in the axial direction of the roller , said actuator assembly comprising a controllable magnetic actuator stationary mounted at either end of the roller , wherein at either end of each of the segments a ferromagnetic counterpart is mounted which is configured and arranged to cooperate with the respective magnetic actuators so as to move the respective segments in the axial direction of the roller , characterized in that the roller has a stationary central shaft and a hub that is arranged concentrically rotatable around the central shaft , e.g. by means of bearings , and wherein the roller segments are coupled to the hub by means of radial spacers comprising leaf springs allowing movement of the roller segments in the axial direction of the roller and biasing the roller segments to a neutral (central) axial position when out of the neutral axial position, wherein the device includes a tensioning system for tensioning the belt in its longitudinal direction, the belt being pretensioned by the tensioning system , such that the axial force component on the roller segment resolved from the belt pretension force counterbalances the axial force on the roller segment due to stiffness of the leaf springs and a deviation of the roller segment from the neutral axial position.
Method for detecting a faulty arrangement of a sensor module in a sensor module holder in a tyre of a vehicle equipped with a tyre monitoring system, the tyre monitoring system having multiple sensor modules arranged in a respective sensor module holder of a respective tyre of the vehicle , which respectively determine in dependence on a sensor-detected acceleration at the arrangement location of the sensor module an operating parameter (FPQ) of the tyre in question and send it wirelessly to a receiving and evaluating device arranged in the vehicle , with a detection of a faulty arrangement of a sensor module of the sensor modules in the sensor module holder in question being performed by ascertaining on the basis of a comparison of the operating parameters (FPQ) determined by the sensor modules that there is for this sensor module a discrepancy, dependent on a speed of the vehicle , between the operating parameter (FPQ) and an operating parameter (FPQ) to be expected for this sensor module , characterized in that the ascertainment of the discrepancy includes an ascertainment of a discrepancy that changes monotonically with varying speed of the vehicle . the tyre monitoring system having multiple sensor modules arranged in a respective sensor module holder of a respective tyre of the vehicle , which respectively determine in dependence on a sensor-detected acceleration at the arrangement location of the sensor module an operating parameter (FPQ) of the tyre in question and send it wirelessly to a receiving and evaluating device arranged in the vehicle , with a detection of a faulty arrangement of a sensor module of the sensor modules in the sensor module holder in question being performed by ascertaining on the basis of a comparison of the operating parameters (FPQ) determined by the sensor modules that there is for this sensor module a discrepancy, dependent on a speed of the vehicle , between the operating parameter (FPQ) and an operating parameter (FPQ) to be expected for this sensor module , characterized in that the ascertainment of the discrepancy includes an ascertainment of a discrepancy that changes monotonically with varying speed of the vehicle .
A quality check module , comprising: an imaging location within the quality check module configured to receive a specimen container containing a specimen ; one or more image capture devices configured to capture images of the specimen container and the specimen at the imaging location from one or more viewpoints; one or more light sources located adjacent to the imaging location and configured to provide back lighting for the one or more image capture devices ; and one or more stray light patches located in an area receiving stray light from the one or more light sources , characterized in that wherein the one or more light sources are spectrally-switchable between at least two light spectra, wherein the one or more stray light patches are provided on a movable support that is not coupled to a carrier supporting the specimen container . an imaging location within the quality check module configured to receive a specimen container containing a specimen ; one or more image capture devices configured to capture images of the specimen container and the specimen at the imaging location from one or more viewpoints; one or more light sources located adjacent to the imaging location and configured to provide back lighting for the one or more image capture devices ; and one or more stray light patches located in an area receiving stray light from the one or more light sources , characterized in that wherein the one or more light sources are spectrally-switchable between at least two light spectra, wherein the one or more stray light patches are provided on a movable support that is not coupled to a carrier supporting the specimen container .
A communication device for redirecting the communication device establishing a connection with a first node, the communication device comprising: a storage device , for storing instructions of: performing a first random access, RA, procedure with the first node ; transmitting information of a service to the first node, when performing the first RA procedure ; receiving a radio resource control, RRC, redirection command message for redirecting the communication device to at least one second node from the first node, after transmitting the information of the service ; selecting a first one of the at least one second node according to the RRC redirection command message ; and performing a second RA procedure with the first one of the at least one second node ; and wherein the communication device selects the first one of the at least one second node according to a result of a cell search procedure, after performing the cell search procedure; or selects the first one of the at least one second node according to a measurement performed before performing the first RA procedure; a processing circuit , coupled to the storage device , configured to execute the instructions stored in the storage device . performing a first random access, RA, procedure with the first node ; transmitting information of a service to the first node, when performing the first RA procedure ; receiving a radio resource control, RRC, redirection command message for redirecting the communication device to at least one second node from the first node, after transmitting the information of the service ; selecting a first one of the at least one second node according to the RRC redirection command message ; and performing a second RA procedure with the first one of the at least one second node ; and wherein the communication device selects the first one of the at least one second node according to a result of a cell search procedure, after performing the cell search procedure; or selects the first one of the at least one second node according to a measurement performed before performing the first RA procedure; a processing circuit , coupled to the storage device , configured to execute the instructions stored in the storage device .
A debris filtration apparatus for removing debris from cooling water, comprising: a chamber housing ; a rotor unit being configured to rotate at a predetermined speed in said chamber housing ; a support housing disposed on an upper portion of said rotor unit ; a support unit including first to n-th unit supports (100a-100n) arranged radially around said support housing a screen unit including first to n-th unit screens (200a-200n) disposed between adjacent ones of the first to n-th unit supports (100a-100n) and configured to filter out debris from the cooling water; said debris filtration apparatus being characterized by a bypass unit configured, when a load applied to the screen unit is increased to a predetermined level by deposition of debris on the screen unit , to selectively rotate each of the first to n-th unit screens (200a-200n) relative to the support unit and allow flow of the cooling water. a chamber housing ; a rotor unit being configured to rotate at a predetermined speed in said chamber housing ; a support housing disposed on an upper portion of said rotor unit ; a support unit including first to n-th unit supports (100a-100n) arranged radially around said support housing a screen unit including first to n-th unit screens (200a-200n) disposed between adjacent ones of the first to n-th unit supports (100a-100n) and configured to filter out debris from the cooling water; said debris filtration apparatus being characterized by a bypass unit configured, when a load applied to the screen unit is increased to a predetermined level by deposition of debris on the screen unit , to selectively rotate each of the first to n-th unit screens (200a-200n) relative to the support unit and allow flow of the cooling water.
A cutting tool comprising a base material , the base material being a cemented carbide or a cermet, a surface of the base material including a rake face , a flank face , and a cutting edge face connecting the rake face to the flank face , characterized by the base material having an oxygen concentration of less than or equal to 1 at.% at a depth position of 0.4 μm from the cutting edge face . the base material being a cemented carbide or a cermet, a surface of the base material including a rake face , a flank face , and a cutting edge face connecting the rake face to the flank face , characterized by the base material having an oxygen concentration of less than or equal to 1 at.% at a depth position of 0.4 μm from the cutting edge face .
A method of operating a terminal device in a wireless telecommunications system in which downlink communications are made by a base station using a radio interface channel that spans a system frequency bandwidth and the terminal device receives at least some communications from the base station within a restricted subset of transmission resources selected from within the system frequency bandwidth and comprising a downlink channel having a channel bandwidth which is smaller than the system frequency bandwidth, and wherein the terminal device is in a radio resource control connected mode of operation in which the terminal device receives user-plane data using the restricted subset of transmission resources or a radio resource control idle mode of operation in which the terminal device does not receive the user-plane data, the method further comprising: receiving from the base station an indication that updated system information is to be broadcast by the base station, wherein the indication is received while the terminal device is in the connected mode; transitioning from the connected mode to the idle mode in response to receiving the indication that updated system information is to be broadcast by the base station before seeking to acquire the updated system information; and seeking to acquire the updated system information broadcast by the base station while the terminal device is in the idle mode using a changed restricted subset of transmission resources. receiving from the base station an indication that updated system information is to be broadcast by the base station, wherein the indication is received while the terminal device is in the connected mode; transitioning from the connected mode to the idle mode in response to receiving the indication that updated system information is to be broadcast by the base station before seeking to acquire the updated system information; and seeking to acquire the updated system information broadcast by the base station while the terminal device is in the idle mode using a changed restricted subset of transmission resources.
An applicator for use in tissue repair, the applicator comprising: a base containing, and configured to dispense, at least a first material (M1), wherein the said first material is a biocompatible material for dispensing into a tissue defect to effect tissue repair; and an applicator tip operably connected to the base and including: a body defining a longitudinal axis and having a distal end configured to engage a tissue defect (D), the body defining a lumen extending therethrough and in fluid communication with the base for dispensing said biocompatible materials from said distal end of the body; and a mold disposed about the body configured to engage tissue (T) about the tissue defect (D), wherein the mold is configured to be selectively positionable relative to the distal end of the body between at least a first position along the longitudinal axis for depositing the at least first material (M1) to form a first layer and a second position along the longitudinal axis for depositing at least a second material (M2) to form a second layer, characterised in that the distal end of the body includes a flat distal surface configured to be flush with a distal surface of the mold when the mold is in one of the first and second positions. a base containing, and configured to dispense, at least a first material (M1), wherein the said first material is a biocompatible material for dispensing into a tissue defect to effect tissue repair; and an applicator tip operably connected to the base and including: a body defining a longitudinal axis and having a distal end configured to engage a tissue defect (D), the body defining a lumen extending therethrough and in fluid communication with the base for dispensing said biocompatible materials from said distal end of the body; and a mold disposed about the body configured to engage tissue (T) about the tissue defect (D), a body defining a longitudinal axis and having a distal end configured to engage a tissue defect (D), the body defining a lumen extending therethrough and in fluid communication with the base for dispensing said biocompatible materials from said distal end of the body; and a mold disposed about the body configured to engage tissue (T) about the tissue defect (D), wherein the mold is configured to be selectively positionable relative to the distal end of the body between at least a first position along the longitudinal axis for depositing the at least first material (M1) to form a first layer and a second position along the longitudinal axis for depositing at least a second material (M2) to form a second layer, characterised in that the distal end of the body includes a flat distal surface configured to be flush with a distal surface of the mold when the mold is in one of the first and second positions.