mhurhangee/patent-ind-claim-en huggingface dataset:
A method of controlling a basestation in a cellular wireless communications network in the event that macrolayer interference is detected, the method comprising: receiving Received Signal Code Power, RSCP, measurements for Common Pilot CHannels 'CPICH' reported by user equipment devices connected to said basestation ; forming a first histogram of pathlosses at different times between user equipment devices connected to said basestation and a neighbour macrolayer basestation based on said RSCP measurements; forming a second histogram of pathlosses at different times between user equipment devices connected to said basestation and said basestation based on said RSCP measurements; and adapting a maximum value for a total transmit power of the basestation based on said first and second histograms, the largest detected basestation RSCP value and 10*log 10 (percentage of the total basestation power allocated to CPICH). receiving Received Signal Code Power, RSCP, measurements for Common Pilot CHannels 'CPICH' reported by user equipment devices connected to said basestation ; forming a first histogram of pathlosses at different times between user equipment devices connected to said basestation and a neighbour macrolayer basestation based on said RSCP measurements; forming a second histogram of pathlosses at different times between user equipment devices connected to said basestation and said basestation based on said RSCP measurements; and adapting a maximum value for a total transmit power of the basestation based on said first and second histograms, the largest detected basestation RSCP value and 10*log 10 (percentage of the total basestation power allocated to CPICH).
A method for managing firewall rules in a distributed firewall system comprising a plurality of firewall devices (154; 156A-156n) in a plurality of network domains (154; 152A-152n), the method comprising: compiling usage statistics for each rule in a set of rules at a first firewall device in a first domain ; identifying , based on the compiled usage statistics, a first subset of rules to be removed from the first firewall device and to be added to a second firewall device (156A-156n) in a second domain (152A-152n); identifying , based on the compiled usage statistics, a second subset of rules to be duplicated from the first firewall device to the second firewall device (156A-156n); transmitting an instruction to add the first and second subsets of rules to the second firewall device (156A-156n); synchronizing usage statistics associated with the first and second subsets of rules between the first firewall device and the second firewall device (156A-156n); and configuring the second firewall device (156A-156n), wherein the first subset of rules is identified in accordance with being uniquely associated with traffic associated with the second domain (152A-152n), and wherein synchronizing usage statistics includes modifying the usage statistics associated with the second subset of rules, stored at the first firewall device , to remove usage statistics uniquely associated with traffic associated with the second domain (152A-152n). compiling usage statistics for each rule in a set of rules at a first firewall device in a first domain ; identifying , based on the compiled usage statistics, a first subset of rules to be removed from the first firewall device and to be added to a second firewall device (156A-156n) in a second domain (152A-152n); identifying , based on the compiled usage statistics, a second subset of rules to be duplicated from the first firewall device to the second firewall device (156A-156n); transmitting an instruction to add the first and second subsets of rules to the second firewall device (156A-156n); synchronizing usage statistics associated with the first and second subsets of rules between the first firewall device and the second firewall device (156A-156n); and configuring the second firewall device (156A-156n), wherein the first subset of rules is identified in accordance with being uniquely associated with traffic associated with the second domain (152A-152n), and wherein synchronizing usage statistics includes modifying the usage statistics associated with the second subset of rules, stored at the first firewall device , to remove usage statistics uniquely associated with traffic associated with the second domain (152A-152n).
A sexual stimulation device comprising: a drive module ; a coupling element coupled to the drive module along a rotational axis of the drive module , the coupling element further comprising: a mounting point that is off-set from the rotational axis of the drive module ; and, a cavity having an opening wider than the mounting point , the cavity being off-set from the rotational axis of the drive module ; a stimulating element comprising: a first end coupled to the mounting point of the coupling element in a manner such that the first end of the stimulating element moves within the cavity of the coupling element and along a first path when the drive module is operated; and, a second end opposite the first end ; a fulcrum disposed at a first point along an extension of the stimulating element such that the stimulating element pivots about the first point and the second end of the stimulating element translates according to a second path; and a compliant member coupled to the second end of the stimulating element . a drive module ; a coupling element coupled to the drive module along a rotational axis of the drive module , the coupling element further comprising: a mounting point that is off-set from the rotational axis of the drive module ; and, a cavity having an opening wider than the mounting point , the cavity being off-set from the rotational axis of the drive module ; a mounting point that is off-set from the rotational axis of the drive module ; and, a cavity having an opening wider than the mounting point , the cavity being off-set from the rotational axis of the drive module ; a stimulating element comprising: a first end coupled to the mounting point of the coupling element in a manner such that the first end of the stimulating element moves within the cavity of the coupling element and along a first path when the drive module is operated; and, a second end opposite the first end ; a first end coupled to the mounting point of the coupling element in a manner such that the first end of the stimulating element moves within the cavity of the coupling element and along a first path when the drive module is operated; and, a second end opposite the first end ; a fulcrum disposed at a first point along an extension of the stimulating element such that the stimulating element pivots about the first point and the second end of the stimulating element translates according to a second path; and a compliant member coupled to the second end of the stimulating element .
A deployment module for a sensor array having a plurality of sensors and a cable connecting the plurality of sensors, the deployment module comprising: a deployment body that is expandable to hold the cable and retain a shape of the sensor array after deployment; and a support shell configured to support the sensor array and the expandable deployment body in a stowage state before deployment, the support shell having spaced walls configured to retain the cable separately from the plurality of sensors, characterised in that the deployment body is formed of a shape memory alloy and the spaced walls define discrete slots that each accommodate a segment of the cable corresponding to one of the plurality of sensors. a deployment body that is expandable to hold the cable and retain a shape of the sensor array after deployment; and a support shell configured to support the sensor array and the expandable deployment body in a stowage state before deployment, the support shell having spaced walls configured to retain the cable separately from the plurality of sensors, characterised in that the deployment body is formed of a shape memory alloy and the spaced walls define discrete slots that each accommodate a segment of the cable corresponding to one of the plurality of sensors.
A can bodymaker comprising: a crank assembly ; a housing assembly ; said crank assembly being coupled to said housing assembly and including a reciprocating crank arm ; a ram assembly including an elongated ram body ; and an outboard guide bearing assembly comprising: a carriage assembly including a body with a ram coupling , a crank coupling , and a number of guide bearing assemblies configured to control the orientation and alignment of the ram body ; wherein: said ram body is fixed to a forward surface of the carriage assembly body by said ram coupling ; and said guide bearing assemblies are disposed on opposite lateral sides of the carriage assembly body ; such that said guide bearing assemblies are separated from said ram body ; said crank coupling is structured to be coupled to said crank arm ; and said carriage assembly body is structured to travel generally in a plane substantially perpendicular to said front surface , such that said carriage assembly body and said ram body reciprocate between a retracted, first position and a forward, second position under said control of the guide bearing assemblies and without any bearing assembly contacting said ram body . a crank assembly ; a housing assembly ; said crank assembly being coupled to said housing assembly and including a reciprocating crank arm ; a ram assembly including an elongated ram body ; and an outboard guide bearing assembly comprising: a carriage assembly including a body with a ram coupling , a crank coupling , and a number of guide bearing assemblies configured to control the orientation and alignment of the ram body ; said ram body is fixed to a forward surface of the carriage assembly body by said ram coupling ; and said guide bearing assemblies are disposed on opposite lateral sides of the carriage assembly body ; such that said guide bearing assemblies are separated from said ram body ; said crank coupling is structured to be coupled to said crank arm ; and said carriage assembly body is structured to travel generally in a plane substantially perpendicular to said front surface , such that said carriage assembly body and said ram body reciprocate between a retracted, first position and a forward, second position under said control of the guide bearing assemblies and without any bearing assembly contacting said ram body .
Equipment for removal of semi-continuously cast objects of aluminium, the cast objects being sheet ingots or billets, out of a casting pit and transferring the cast objects after a casting operation, wherein, the equipment comprising - a lifting device including a gripping device for retaining the cast objects , the lifting device being arranged so that it can move over a casting pit and lift and move the cast objects , the lifting device comprising a U-shaped lifting frame having upright legs connected to a step , each of the legs being connected at a lower end to a wheeled chassis or wheeled bogie (9, or 10), - transport equipment for transporting the cast objects to a store or further treatment or processing, and - a cast objects positioner extending from the casting pit to the transport equipment , wherein the cast object positioner comprises a ramp arranged to rotate or be inclined between the casting pit and the transport equipment , and the lifting device is arranged to move the cast objects into contact with the ramp which can then be rotated to permit the cast objects to be transported along the ramp in the direction of the transport equipment . - a lifting device including a gripping device for retaining the cast objects , the lifting device being arranged so that it can move over a casting pit and lift and move the cast objects , the lifting device comprising a U-shaped lifting frame having upright legs connected to a step , each of the legs being connected at a lower end to a wheeled chassis or wheeled bogie (9, or 10), - transport equipment for transporting the cast objects to a store or further treatment or processing, and - a cast objects positioner extending from the casting pit to the transport equipment , wherein the cast object positioner comprises a ramp arranged to rotate or be inclined between the casting pit and the transport equipment , and the lifting device is arranged to move the cast objects into contact with the ramp which can then be rotated to permit the cast objects to be transported along the ramp in the direction of the transport equipment .
Timepiece having a watch case and a timepiece movement disposed inside the watch case , said timepiece also comprising a pressure sensor arranged to provide a displacement in response to a variation in pressure and to drive display means comprising a movable indicator facing a graduated scale, making it possible to display on said scale the environmental pressure of the timepiece, said pressure sensor being kinematically connected to the display means by a transmission member that is able to transmit said displacement from the pressure sensor to a conversion member kinematically connected to said display means , characterized in that the transmission member comprises a first part secured in terms of displacement to said pressure sensor, and a second part mounted on said first part , said second part being movable with respect to the latter and being able to cooperate with the conversion member .
A system for inerting gas comprising: an electrochemical gas separator configured to remove oxygen from air and produce oxygen-depleted air; a water vapor transport module configured to receive the oxygen-depleted air from the electrochemical gas separator and to dehumidify the oxygen-depleted air to produce dried oxygen-depleted air and water vapor; a drying mechanism downstream of the water vapor transport module, the drying mechanism configured to remove the water vapor; an inerting location configured to receive the dried oxygen-depleted air; and a heat exchanger in fluid communication with the water vapor transport module, characterised in that the heat exchanger is configured to provide heated air to the water vapor transport module; and wherein the heat exchanger is configured to cool the dried oxygen-depleted air exiting the water vapor transport module. an electrochemical gas separator configured to remove oxygen from air and produce oxygen-depleted air; a water vapor transport module configured to receive the oxygen-depleted air from the electrochemical gas separator and to dehumidify the oxygen-depleted air to produce dried oxygen-depleted air and water vapor; a drying mechanism downstream of the water vapor transport module, the drying mechanism configured to remove the water vapor;
A ride attraction system , comprising: a first tower track and a second tower track ; a first ride vehicle and second ride vehicle configured to accommodate one or more riders , wherein the first ride vehicle is coupled to and configured to move relative to the first tower track , and the second ride vehicle is coupled to and configured to move relative to the second tower track , and wherein the first ride vehicle comprises one or more user input devices ; an image system configured to display a ride environment , wherein the one or more user input devices are configured to enable the one or more riders to interact with elements of the displayed ride environment via the one or more user input devices ; and a controller communicatively coupled to the first ride vehicle , the second ride vehicle , and the image system , wherein the controller is configured to control movement of the first ride vehicle relative to the first tower track and the second vehicle relative to the second tower track based on signals from the one or more user input devices , and wherein in response to the signals, the controller is configured to cause the first ride vehicle to move vertically along the first tower track while causing the second ride vehicle to move vertically along the second tower track . a first tower track and a second tower track ; a first ride vehicle and second ride vehicle configured to accommodate one or more riders , wherein the first ride vehicle is coupled to and configured to move relative to the first tower track , and the second ride vehicle is coupled to and configured to move relative to the second tower track , and wherein the first ride vehicle comprises one or more user input devices ; an image system configured to display a ride environment , wherein the one or more user input devices are configured to enable the one or more riders to interact with elements of the displayed ride environment via the one or more user input devices ; and a controller communicatively coupled to the first ride vehicle , the second ride vehicle , and the image system , wherein the controller is configured to control movement of the first ride vehicle relative to the first tower track and the second vehicle relative to the second tower track based on signals from the one or more user input devices , and wherein in response to the signals, the controller is configured to cause the first ride vehicle to move vertically along the first tower track while causing the second ride vehicle to move vertically along the second tower track .
A refractory coating material consisting of: low biopersistent inorganic fibers; an organic binder; a colloidal inorganic oxide; a silica-containing compound comprising silicon dioxide powder, quartz, rice hull ash, oat bran ash, wheat chaff ash, or a combination thereof; a gelling agent; and optionally, water. low biopersistent inorganic fibers; an organic binder; a colloidal inorganic oxide; a silica-containing compound comprising silicon dioxide powder, quartz, rice hull ash, oat bran ash, wheat chaff ash, or a combination thereof; a gelling agent; and optionally, water.
A dust collecting apparatus , comprising: a dust collecting case including a dust outlet to discharge collected dust a sealing member having elasticity and disposed between the dust collecting case and the discharge port further characterized in that it comprises a cyclone member configured to rotate and move linearly in the dust collecting case to be detachable from and attachable to the dust collecting case; a discharge cover configured to rotate and move linearly together with the cyclone member to detach from and attach to an upper part of the dust collecting case to open and close the dust outlet; and wherein the discharge cover rotates along a horizontal direction of the dust collecting case to detach from the upper part of the dust collecting case and form a space between the sealing member and the dust collecting case. a dust collecting case including a dust outlet to discharge collected dust a sealing member having elasticity and disposed between the dust collecting case and the discharge port further characterized in that it comprises a cyclone member configured to rotate and move linearly in the dust collecting case to be detachable from and attachable to the dust collecting case; a discharge cover configured to rotate and move linearly together with the cyclone member to detach from and attach to an upper part of the dust collecting case to open and close the dust outlet; and wherein the discharge cover rotates along a horizontal direction of the dust collecting case to detach from the upper part of the dust collecting case and form a space between the sealing member and the dust collecting case.
A method for controlling a continuously variable transmission of a work machine during a shuttle shift, the method comprising: - initiating a directional swap by disengaging an off-going directional clutch of the continuously variable transmission and slipping an on-coming directional clutch of the continuously variable transmission to decelerate the work machine in an off-going direction ; - estimating a total amount of energy to be dissipated in the on-coming directional clutch during the shuttle shift wherein estimating a total amount of energy to be dissipated in the on-coming directional clutch during the shuttle shift performed comprises estimating an amount of energy that has been previously dissipated in the on-coming directional clutch during the shuttle shift and estimating an amount of additional energy that will be dissipated in the on-coming directional clutch if the reversion action is performed; - comparing the total amount of energy to a predetermined energy threshold ; and - if the total amount of energy is equal to or exceeds the predetermined energy threshold, performing a reversion action to complete the shuttle shift, wherein the reversion action corresponds to an action taken to engage one of the off-going directional clutch or the on-coming directional clutch so as to permit the shuttle shift to be completed using ratio changing . - initiating a directional swap by disengaging an off-going directional clutch of the continuously variable transmission and slipping an on-coming directional clutch of the continuously variable transmission to decelerate the work machine in an off-going direction ; - estimating a total amount of energy to be dissipated in the on-coming directional clutch during the shuttle shift wherein estimating a total amount of energy to be dissipated in the on-coming directional clutch during the shuttle shift performed comprises estimating an amount of energy that has been previously dissipated in the on-coming directional clutch during the shuttle shift and estimating an amount of additional energy that will be dissipated in the on-coming directional clutch if the reversion action is performed; - comparing the total amount of energy to a predetermined energy threshold ; and - if the total amount of energy is equal to or exceeds the predetermined energy threshold, performing a reversion action to complete the shuttle shift, wherein the reversion action corresponds to an action taken to engage one of the off-going directional clutch or the on-coming directional clutch so as to permit the shuttle shift to be completed using ratio changing .