mhurhangee/patent-ind-claim-en huggingface dataset:
Modular metrological device, in particular for a multitrack weighing scale, (a) comprising a basic base module and a plurality of extension modules , (b) wherein each extension module consists of an add-on base module and a connection module detachably mechanically and electrically connected thereto, (c) wherein the extension modules are arranged adjacent to one another and are each detachably electrically and mechanically connected to one another to form a stack of extension modules , and wherein the basic base module is detachably electrically and mechanically connected to an extension module of the stack of extension modules , which is located at one end of the stack , and (d) wherein the detachable mechanical and electrical connection of the extension modules to one another and the detachable mechanical and electrical connection of the basic base module to the adjacent extension module is made exclusively by a detachable electrical and mechanical connection of the adjacent add-on base modules to one another and of the basic base module to the add-on base module of its adjacent extension module (e) wherein the connection modules are designed as electronic evaluation and/or control units for weighing components and/or wherein one, a plurality of or all connection modules are designed as weighing cells, (f) wherein the basic base module , the add-on base modules and the connection modules each have a closed, dust-tight and watertight housing . (a) comprising a basic base module and a plurality of extension modules , (b) wherein each extension module consists of an add-on base module and a connection module detachably mechanically and electrically connected thereto, (c) wherein the extension modules are arranged adjacent to one another and are each detachably electrically and mechanically connected to one another to form a stack of extension modules , and wherein the basic base module is detachably electrically and mechanically connected to an extension module of the stack of extension modules , which is located at one end of the stack , and (d) wherein the detachable mechanical and electrical connection of the extension modules to one another and the detachable mechanical and electrical connection of the basic base module to the adjacent extension module is made exclusively by a detachable electrical and mechanical connection of the adjacent add-on base modules to one another and of the basic base module to the add-on base module of its adjacent extension module (e) wherein the connection modules are designed as electronic evaluation and/or control units for weighing components and/or wherein one, a plurality of or all connection modules are designed as weighing cells, (f) wherein the basic base module , the add-on base modules and the connection modules each have a closed, dust-tight and watertight housing .
A sleeve for a piston of a hydraulic hammer , the sleeve comprising: a generally cylindrical body having a top end and a bottom end ; and a central bore passing axially from the top end of the generally cylindrical body to the bottom end; wherein the generally cylindrical body is a composite structure including: a guide layer forming an inner annular surface of the central bore; an energizer layer located radially outward of the guide layer and being bonded to the guide layer, the energizer layer configured to surround and compress the guide layer inward; and a support layer bonded to the energizer layer and forming an outer surface of the generally cylindrical body; characterized in that the support layer comprises a porous intermediate material. a generally cylindrical body having a top end and a bottom end ; and a central bore passing axially from the top end of the generally cylindrical body to the bottom end; wherein the generally cylindrical body is a composite structure including: a guide layer forming an inner annular surface of the central bore; an energizer layer located radially outward of the guide layer and being bonded to the guide layer, the energizer layer configured to surround and compress the guide layer inward; and a support layer bonded to the energizer layer and forming an outer surface of the generally cylindrical body; a guide layer forming an inner annular surface of the central bore; an energizer layer located radially outward of the guide layer and being bonded to the guide layer, the energizer layer configured to surround and compress the guide layer inward; and a support layer bonded to the energizer layer and forming an outer surface of the generally cylindrical body; characterized in that the support layer comprises a porous intermediate material.
A method for determining a diffusion feature of a fluidic sample using redox reactions in an electrochemical cell that has at least two electrodes, wherein the first electrode has at least one redox mediator at its surface or in close vicinity of its surface, and the second electrode has an electrode surface free of the redox mediator(s) in the beginning of a test, the method comprising: applying an electric potential to a fluidic sample in the electrochemical cell to initiate redox reactions at the two electrode surfaces; measuring current associated with the applied potential as a function of time; using a measurement point on a transient part of the measured current at or after a turning point and its associated time to determine the diffusion feature, wherein the turning point is the point at which a first transient part ends and a second transient part begins, wherein the first transient part deviates from a Cottrell current decay and the second transient part substantially follows a Cottrell current decay; and using the measurement point current and its associated test time to determine simultaneously the diffusion feature of the fluidic sample and the contribution to the measured current made by at least one redox-active substance. applying an electric potential to a fluidic sample in the electrochemical cell to initiate redox reactions at the two electrode surfaces; measuring current associated with the applied potential as a function of time; using a measurement point on a transient part of the measured current at or after a turning point and its associated time to determine the diffusion feature, wherein the turning point is the point at which a first transient part ends and a second transient part begins, wherein the first transient part deviates from a Cottrell current decay and the second transient part substantially follows a Cottrell current decay; and using the measurement point current and its associated test time to determine simultaneously the diffusion feature of the fluidic sample and the contribution to the measured current made by at least one redox-active substance.
A liquid aerosol formulation operative in an electronic smoking article having a heater operating temperature comprising: an aerosol former in an amount of at least 50% by weight based on the weight of the liquid aerosol formulation; water in an amount of 5% to about 40% by weight based on the weight of the liquid aerosol formulation; a nicotine source included in an amount sufficient to establish a nicotine content in the range of 2% to 10% by weight based on the weight of the liquid aerosol formulation; and an acid having a boiling point of at least 150 °C, the acid being condensable at ambient temperatures, the acid being included in an amount sufficient to provide the liquid aerosol formulation with a pH ranging from about 4 to about 8; wherein the nicotine source is nicotine bitartrate and the acid is from the nicotine bitartrate, wherein the liquid aerosol formulation, when heated, forms an aerosol having a particulate phase and a gas phase, the particulate phase containing protonated nicotine, and the gas phase containing unprotonated nicotine, a gas phase nicotine content of the aerosol being less than about 1% of a total nicotine content of the aerosol. an aerosol former in an amount of at least 50% by weight based on the weight of the liquid aerosol formulation; water in an amount of 5% to about 40% by weight based on the weight of the liquid aerosol formulation; a nicotine source included in an amount sufficient to establish a nicotine content in the range of 2% to 10% by weight based on the weight of the liquid aerosol formulation; and an acid having a boiling point of at least 150 °C, the acid being condensable at ambient temperatures, the acid being included in an amount sufficient to provide the liquid aerosol formulation with a pH ranging from about 4 to about 8; wherein the nicotine source is nicotine bitartrate and the acid is from the nicotine bitartrate, wherein the liquid aerosol formulation, when heated, forms an aerosol having a particulate phase and a gas phase, the particulate phase containing protonated nicotine, and the gas phase containing unprotonated nicotine, a gas phase nicotine content of the aerosol being less than about 1% of a total nicotine content of the aerosol.
A liquid vancomycin-containing composition, comprising from about 50 mg/mL to about 250 mg/mL of vancomycin or a pharmaceutically acceptable salt thereof, glycerol, a member of the group consisting of lactic acid, lactate or mixtures thereof, and a pharmaceutically acceptable fluid which includes water, said vancomycin-containing composition having a pH of from about 5.5 to about 6.5 and being suitable for parenteral administration wherein the amount of glycerol is from about 15 % (v/v) to about 30 % (v/v).
A method performed by an access and mobility management function, AMF, of a wireless communication system, the method comprising: receiving a network registration request message from a terminal; determining whether the terminal requires support for access traffic steering, switching, splitting, ATSSS; in case that the terminal requires support for the ATSSS, requesting information about an AMF supporting the ATSSS from a network repository function, NRF; receiving, from the NRF, information about at least one candidate AMF supporting the ATSSS; selecting an AMF to perform a network registration procedure for the terminal, based on the information about the at least one candidate AMF; and transmitting a re-route request message including information about the selected AMF to a base station, BS. receiving a network registration request message from a terminal; determining whether the terminal requires support for access traffic steering, switching, splitting, ATSSS; in case that the terminal requires support for the ATSSS, requesting information about an AMF supporting the ATSSS from a network repository function, NRF; receiving, from the NRF, information about at least one candidate AMF supporting the ATSSS; selecting an AMF to perform a network registration procedure for the terminal, based on the information about the at least one candidate AMF; and transmitting a re-route request message including information about the selected AMF to a base station, BS.
An apparatus comprising: means for detecting, by the user equipment , presence of data for transmitting from the user equipment to a network node , wherein the user equipment is in an inactive radio resource control state; means for determining whether the user equipment allows a mode of operation using pre-allocated resources in the inactive radio resource control state for user data transmission, wherein determining further includes determining that the user equipment is configured for the mode of operations in the inactive radio resource control state, determining that the mode of operations in the inactive radio resource control state is activated, and determining that criterion to use the mode of operations in the inactive radio resource control state is satisfied, and wherein the configuration of the mode of operations includes configuring the user equipment with a plurality of resource pools, the plurality resource pools assigned by the network node ; means for selecting one or more resources from the plurality of resource pools for transmitting the data; means for selecting a demodulation reference signal sequence from a plurality of pools of demodulation reference signal sequences, wherein the plurality of demodulation reference signal sequences are comprised in the plurality of resource pools; and means for transmitting, in response to determining that the user equipment allows the mode of operation using pre-allocated resources in the inactive radio resource control state for user data transmission, the data from the user equipment to the network node . means for detecting, by the user equipment , presence of data for transmitting from the user equipment to a network node , wherein the user equipment is in an inactive radio resource control state; means for determining whether the user equipment allows a mode of operation using pre-allocated resources in the inactive radio resource control state for user data transmission, wherein determining further includes determining that the user equipment is configured for the mode of operations in the inactive radio resource control state, determining that the mode of operations in the inactive radio resource control state is activated, and determining that criterion to use the mode of operations in the inactive radio resource control state is satisfied, and wherein the configuration of the mode of operations includes configuring the user equipment with a plurality of resource pools, the plurality resource pools assigned by the network node ; means for selecting one or more resources from the plurality of resource pools for transmitting the data; means for selecting a demodulation reference signal sequence from a plurality of pools of demodulation reference signal sequences, wherein the plurality of demodulation reference signal sequences are comprised in the plurality of resource pools; and means for transmitting, in response to determining that the user equipment allows the mode of operation using pre-allocated resources in the inactive radio resource control state for user data transmission, the data from the user equipment to the network node .
A system for positioning at least one satellite in working orbit, the system for positioning satellites in working orbit comprising: - a first attachment device configured to attach a first satellite to the system for positioning satellites in working orbit; - a main propulsion device with solid propulsion comprising a plurality of parallel solid-propellant cartridges ; - a secondary propulsion device which is re-ignitable; - at least one position sensor configured to measure the position of said system ; - a monitoring unit connected to said at least one position sensor and which is configured to control a firing of the cartridges of the main propulsion device to move said system from a transfer orbit to a working orbit of the first satellite , said monitoring unit being further configured to control an opening of the first attachment device to separate said system from the first satellite , and said monitoring unit being configured to control an ignition of the secondary propulsion device to monitor an orientation of said system . - a first attachment device configured to attach a first satellite to the system for positioning satellites in working orbit; - a main propulsion device with solid propulsion comprising a plurality of parallel solid-propellant cartridges ; - a secondary propulsion device which is re-ignitable; - at least one position sensor configured to measure the position of said system ; - a monitoring unit connected to said at least one position sensor and which is configured to control a firing of the cartridges of the main propulsion device to move said system from a transfer orbit to a working orbit of the first satellite , said monitoring unit being further configured to control an opening of the first attachment device to separate said system from the first satellite , and said monitoring unit being configured to control an ignition of the secondary propulsion device to monitor an orientation of said system .
A method for controlling a walk of a robot, performed by a processor in the robot and comprising: controlling (SI01) the robot to walk along walls of a room to obtain a structure and size of the room; dividing (S102) an area of the room into a plurality of regular sweeping areas and a plurality of irregular sweeping areas according to the structure and size of the room, wherein a size of the irregular sweeping area is less than a size of the regular sweeping area; controlling (S103) the robot to sweep the plurality of regular sweeping areas in a clip shaped sweeping walk mode, wherein the clip shaped sweeping walk mode comprises a spiral walk mode for sweeping the regular sweeping area and an S-shaped walk mode for walking between different regular sweeping areas, or the clip shaped sweeping walk mode comprises a spiral walk mode for sweeping the regular sweeping area and a straight line walk mode for walking between different regular sweeping areas; and controlling (SI04) the robot to sweep each irregular sweeping area according to a size of each irregular sweeping area after sweeping the plurality of regular sweeping areas. controlling (SI01) the robot to walk along walls of a room to obtain a structure and size of the room; dividing (S102) an area of the room into a plurality of regular sweeping areas and a plurality of irregular sweeping areas according to the structure and size of the room, wherein a size of the irregular sweeping area is less than a size of the regular sweeping area; controlling (S103) the robot to sweep the plurality of regular sweeping areas in a clip shaped sweeping walk mode, wherein the clip shaped sweeping walk mode comprises a spiral walk mode for sweeping the regular sweeping area and an S-shaped walk mode for walking between different regular sweeping areas, or the clip shaped sweeping walk mode comprises a spiral walk mode for sweeping the regular sweeping area and a straight line walk mode for walking between different regular sweeping areas; and controlling (SI04) the robot to sweep each irregular sweeping area according to a size of each irregular sweeping area after sweeping the plurality of regular sweeping areas.
A telescope comprising: a concave primary mirror having an orifice , wherein light propagating along an optical path originates from an object positioned in front of the concave primary mirror and reflects off the concave primary mirror ; a convex secondary mirror disposed adjacent to the concave primary mirror , wherein the light propagating along the optical path reflects off the convex secondary mirror and passes through the orifice in the concave primary mirror ; a set of extended field corrector optics disposed along the optical path , the set of extended field corrector optics positioned to reflect light incident from the convex secondary mirror , wherein the set of extended field corrector optics is formed of a concave mirror and a convex mirror ; and forms an accessible intermediate image between the concave mirror and the convex mirror ; and a tertiary mirror disposed along the optical path and adjacent to the set of extended field corrector optics , the tertiary mirror positioned to reflect the light incident from the set of extended field corrector optics , wherein the set of extended field corrector optics formed of the concave mirror and the convex mirror has substantially no net paraxial optical power. a concave primary mirror having an orifice , wherein light propagating along an optical path originates from an object positioned in front of the concave primary mirror and reflects off the concave primary mirror ; a convex secondary mirror disposed adjacent to the concave primary mirror , wherein the light propagating along the optical path reflects off the convex secondary mirror and passes through the orifice in the concave primary mirror ; a set of extended field corrector optics disposed along the optical path , the set of extended field corrector optics positioned to reflect light incident from the convex secondary mirror , wherein the set of extended field corrector optics is formed of a concave mirror and a convex mirror ; and forms an accessible intermediate image between the concave mirror and the convex mirror ; and a tertiary mirror disposed along the optical path and adjacent to the set of extended field corrector optics , the tertiary mirror positioned to reflect the light incident from the set of extended field corrector optics , wherein the set of extended field corrector optics formed of the concave mirror and the convex mirror has substantially no net paraxial optical power.
Coupling, in particular automatic coupling, for connecting a track-bound vehicle to a mating coupling of another track-bound vehicle, having a coupling head comprising a coupling closure for coupling to the mating coupling, characterized in that an identification device for identifying the coupling is arranged directly on the coupling, comprising an identification medium and a communication device for communicating with an identification device of the mating coupling and for communicating with a device that is associated with the coupling or non-coupling-related for capturing and processing data, the identification medium containing information intended to explicitly identify the coupling in the form of one of the identification numbers that is associated with the coupling and allocated only once. having a coupling head comprising a coupling closure for coupling to the mating coupling, characterized in that an identification device for identifying the coupling is arranged directly on the coupling, comprising an identification medium and a communication device for communicating with an identification device of the mating coupling and for communicating with a device that is associated with the coupling or non-coupling-related for capturing and processing data, the identification medium containing information intended to explicitly identify the coupling in the form of one of the identification numbers that is associated with the coupling and allocated only once.
A refrigerator , comprising: a cabinet defining a fresh food compartment ; a door pivotally mounted to the cabinet and comprising an interior surface in communication with the fresh food compartment when the door is closed; a liquid dispenser arranged on the interior surface of the door wherein the liquid dispenser comprises a spout ; a container , such as a water pitcher or a carafe, supported on the door and configured to receive liquid from the liquid dispenser ; a sensor configured to sense a property of the container ; and a control in communication with the sensor and configured to regulate dispensing of liquid into the container via the spout based upon the sensed property of the container . a cabinet defining a fresh food compartment ; a door pivotally mounted to the cabinet and comprising an interior surface in communication with the fresh food compartment when the door is closed; a liquid dispenser arranged on the interior surface of the door wherein the liquid dispenser comprises a spout ; a container , such as a water pitcher or a carafe, supported on the door and configured to receive liquid from the liquid dispenser ; a sensor configured to sense a property of the container ; and a control in communication with the sensor and configured to regulate dispensing of liquid into the container via the spout based upon the sensed property of the container .