mhurhangee/ep-ind-claims huggingface dataset:
A baseband circuitry for a user equipment, UE (101; 102), the baseband circuitry comprising: a memory configured to store an enhanced coverage restricted parameter received from a Mobility Management Entity, MME, the enhanced coverage restricted parameter indicating whether the UE is restricted from operating in an enhanced coverage mode; and processing circuitry enabled to operate the UE in the enhanced coverage mode, the processing circuitry configured to: determine whether the enhanced coverage mode should be used or not responsive to the enhanced coverage restricted parameter received from the MME; operate the UE in the enhanced coverage mode if it is determined that the UE is not restricted from operating in the enhanced coverage mode; and disable the enhanced coverage mode if it is determined that the enhanced coverage mode is restricted, wherein the enhanced coverage restricted parameter comprises a subscription parameter specific to the UE and received from the MME. a memory configured to store an enhanced coverage restricted parameter received from a Mobility Management Entity, MME, the enhanced coverage restricted parameter indicating whether the UE is restricted from operating in an enhanced coverage mode; and processing circuitry enabled to operate the UE in the enhanced coverage mode, the processing circuitry configured to: determine whether the enhanced coverage mode should be used or not responsive to the enhanced coverage restricted parameter received from the MME; operate the UE in the enhanced coverage mode if it is determined that the UE is not restricted from operating in the enhanced coverage mode; and disable the enhanced coverage mode if it is determined that the enhanced coverage mode is restricted, wherein the enhanced coverage restricted parameter comprises a subscription parameter specific to the UE and received from the MME. determine whether the enhanced coverage mode should be used or not responsive to the enhanced coverage restricted parameter received from the MME; operate the UE in the enhanced coverage mode if it is determined that the UE is not restricted from operating in the enhanced coverage mode; and disable the enhanced coverage mode if it is determined that the enhanced coverage mode is restricted, wherein the enhanced coverage restricted parameter comprises a subscription parameter specific to the UE and received from the MME.
A roll coating apparatus for pressing a roll against a metal strip to coat the metal strip with a coating fluid, comprising a connecting member connecting between left and right stands that support the left and right ends of the roll respectively, characterized in that either the connecting member can move or slide in a direction of pressure of the roll against the metal strip with respect to either the left or right stand or both stands, or wherein the apparatus further comprises a connecting member movement means provided in a connecting section between the connecting member and the left or right stand or both stands that make it possible for the connecting member to move in a direction of pressure of a roll against the metal strip.
A motor controller comprising: a current controller for controlling a current supplied from an electric accumulator to a motor; and a rotation detector for detecting the rotation of the motor, wherein the current controller is configured to supply only a d-axis current (I dref) to the motor according to a discharge command (D ref) and, if the rotation of the motor is detected by the rotation detector at the time of discharging the electric accumulator, controls the d-axis current (I dref) so as to suppress the rotation of the motor, characterized in that if the rotation of the motor is detected by the rotation detector at the time of discharging the electric accumulator, the current controller is configured to make the d-axis current (I dref) smaller than the magnitude thereof at the moment the rotation of the motor is detected, so that the rotation of the motor stops, whereby the electric accumulator is discharged without causing the motor to rotate. a current controller for controlling a current supplied from an electric accumulator to a motor; and a rotation detector for detecting the rotation of the motor, wherein the current controller is configured to supply only a d-axis current (I dref) to the motor according to a discharge command (D ref) and, if the rotation of the motor is detected by the rotation detector at the time of discharging the electric accumulator, controls the d-axis current (I dref) so as to suppress the rotation of the motor, characterized in that if the rotation of the motor is detected by the rotation detector at the time of discharging the electric accumulator, the current controller is configured to make the d-axis current (I dref) smaller than the magnitude thereof at the moment the rotation of the motor is detected, so that the rotation of the motor stops, whereby the electric accumulator is discharged without causing the motor to rotate.
A user equipment, UE, configured for exchanging control signals, in uplink, UL, and/or downlink, DL, with a first cell (502, 542) and at least one second cell, wherein the first cell (502, 542) is a licensed or unlicensed cell and the at least one second cell is an unlicensed cell, wherein the UE is configured to exchange control signals with the first cell (502, 542) and, meanwhile: receive, from the first cell (502, 542), assistance information for assisting the UE in receiving a discovery reference signal (574, 908), wherein the assistance information includes at least timing information regarding a timing of the discovery reference signal (574, 908) periodically sent by the at least one second cell; perform at least one measurement on the discovery reference signal (574, 908) as acquired by the UE, from the at least one second cell, using the timing information included in the assistance information, characterized by being further configured to perform a handover, HO, decision by deciding whether to initiate a HO procedure, so that the UE communicates with the at least one second cell, wherein the HO procedure is based on the performed at least one measurement on the discovery reference signal, wherein the HO decision is based at least on the performed at least one measurement on the discovery reference signal as acquired, so that the HO decision follows the performed at least one measurement being over a measurement threshold indicative of an increased quality. receive, from the first cell (502, 542), assistance information for assisting the UE in receiving a discovery reference signal (574, 908), wherein the assistance information includes at least timing information regarding a timing of the discovery reference signal (574, 908) periodically sent by the at least one second cell; perform at least one measurement on the discovery reference signal (574, 908) as acquired by the UE, from the at least one second cell, using the timing information included in the assistance information, characterized by being further configured to perform a handover, HO, decision by deciding whether to initiate a HO procedure, so that the UE communicates with the at least one second cell, wherein the HO procedure is based on the performed at least one measurement on the discovery reference signal, wherein the HO decision is based at least on the performed at least one measurement on the discovery reference signal as acquired, so that the HO decision follows the performed at least one measurement being over a measurement threshold indicative of an increased quality.
Method for controlling the actual mass flow ( ṁ actual) of material to be spread of at least one controllable metering element of a disc spreader comprising at least one spreader disc which is assigned to the metering element and is provided with at least one throwing blade, wherein a setpoint mass flow ( ṁ setpoint) of material to be spread is determined depending on at least one parameter from the group - travel speed of the disc spreader; - setpoint spreading quantity per unit area; and - working width and this setpoint mass flow ( ṁ setpoint) is input as reference variable to a computer-aided control device, wherein furthermore as control variable the torque, being representative of the actual mass flow ( ṁ actual), of at least one shaft in a drivetrain of the spreader disc is determined by sensor, is communicated to the control device, and the actual mass flow ( ṁ actual) is determined therefrom on the basis of at least one functional relationship between the torque and the mass flow (ṁ) of material to be spread that impinges on the spreader disc, said at least one functional relationship being stored in the control device or in a storage device assigned thereto, whereupon the deviation of the actual mass flow ( ṁ actual) of material to be spread from the setpoint mass flow of material to be spread (ṁ setpoint) is determined and an actuating variable that is representative of the opening position of the metering element is generated in order to readjust the metering element to the setpoint mass flow ( ṁ setpoint), wherein at least one inclination of the disc spreader about at least one horizontal axis (x, y) is determined and communicated to the control device, and the at least one functional relationship between the torque and the mass flow ( ṁ) of material to be spread that impinges on the spreader disc, said at least one functional relationship being stored in the control device or in the storage device assigned thereto, is modified depending on the inclination of the disc spreader about the at least one horizontal axis (x, y) in order to generate the actuating variable that is representative of the opening position of the metering element taking into account the inclination of the disc spreader. - travel speed of the disc spreader; - setpoint spreading quantity per unit area; and - working width
Suspension device, in particular of the hanger type, comprising at least one hooking part capable of allowing the suspension device to be hooked on a display such as a rack, and at least one support part capable of enabling an article, such as a garment to be supported, characterized in that it comprises a display module, a wireless reading module for items of information contained in an electronic tag, and a wireless communication module capable of communicating with a remote computer system (8, 10, 11) for managing a stock of articles, the reading module being configured to read at least one identification information contained in an electronic tag carried by an article supported by the support part, and to transmit said identification information to the communication module, the communication module being configured to receive an identification information transmitted by the reading module, to transmit said identification information to the computer system (8, 10, 11), to receive from the computer system (8, 10, 11) one or more characteristic items of information of the article identified by the identification information transmitted by the reading module, and for transmitting said characteristic information to the display module, the display module being configured to receive one or more characteristic items of information of the article transmitted by the communication module, and to display said characteristic information. characterized in that it comprises a display module, a wireless reading module for items of information contained in an electronic tag, and a wireless communication module capable of communicating with a remote computer system (8, 10, 11) for managing a stock of articles, the reading module being configured to read at least one identification information contained in an electronic tag carried by an article supported by the support part, and to transmit said identification information to the communication module, the communication module being configured to receive an identification information transmitted by the reading module, to transmit said identification information to the computer system (8, 10, 11), to receive from the computer system (8, 10, 11) one or more characteristic items of information of the article identified by the identification information transmitted by the reading module, and for transmitting said characteristic information to the display module, the display module being configured to receive one or more characteristic items of information of the article transmitted by the communication module, and to display said characteristic information.
A testing system for testing a valve system including a valve controller, a valve actuator, a solenoid valve, and an emergency shutdown valve, the testing system comprising: a test input device configured to receive a test input signal; a timer for reading a duration of the test input signal; a verification device configured to verify that the signal duration is a valid duration to initiate the test; a transmitter device configured to initiate the test by sending a start test signal to the valve controller to cause the valve controller to proceed with a test routine by controlling the solenoid valve; characterized by a receiver device configured to receive signals from the valve controller including one or more of a position sensor signal, a pressure sensor signal, a current sensor signal, a loop current signal, a travel set point signal, a travel signal, and a DVC startup signal provided to the valve controller during the test by one or more of the valve actuator, the solenoid valve, and the emergency shutdown valve; and an output indicator device configured to indicate a state of the test by interpreting the one or more of the position sensor signal, the pressure sensor signal, the current sensor signal, the loop current signal, the travel set point signal, the travel signal, and the DVC startup signal, received from the valve controller. a test input device configured to receive a test input signal; a timer for reading a duration of the test input signal; a verification device configured to verify that the signal duration is a valid duration to initiate the test; a transmitter device configured to initiate the test by sending a start test signal to the valve controller to cause the valve controller to proceed with a test routine by controlling the solenoid valve; characterized by a receiver device configured to receive signals from the valve controller including one or more of a position sensor signal, a pressure sensor signal, a current sensor signal, a loop current signal, a travel set point signal, a travel signal, and a DVC startup signal provided to the valve controller during the test by one or more of the valve actuator, the solenoid valve, and the emergency shutdown valve; and an output indicator device configured to indicate a state of the test by interpreting the one or more of the position sensor signal, the pressure sensor signal, the current sensor signal, the loop current signal, the travel set point signal, the travel signal, and the DVC startup signal, received from the valve controller.
A method for preparing a silicone implant prior to implanting the implant in a live subject, the method being characterized in comprising the steps: generating plasma in a plasma chamber housing the implant; after said generating plasma, wetting the implant with a polar liquid comprising at least one therapeutically effective agent; after said generating plasma, removing the implant from the plasma chamber, for installing the implant in the live subject. generating plasma in a plasma chamber housing the implant; after said generating plasma, wetting the implant with a polar liquid comprising at least one therapeutically effective agent; after said generating plasma, removing the implant from the plasma chamber, for installing the implant in the live subject.
An apparatus for use in a drilling assembly during drilling of a wellbore, comprising: a flow control device (185, 300) that includes: a fluid flow path having an inlet and an outlet; and characterised by a lever made from a magnetic material and including a plunger at an end thereof and a plate at an opposite end, wherein the lever is rotatable about a selected axis to move the plunger from a first open position to a second closed position to close the fluid path to generate a pressure pulse in a fluid flowing through the fluid flow path when an electromagnetic circuit is formed. a fluid flow path having an inlet and an outlet; and characterised by a lever made from a magnetic material and including a plunger at an end thereof and a plate at an opposite end, wherein the lever is rotatable about a selected axis to move the plunger from a first open position to a second closed position to close the fluid path to generate a pressure pulse in a fluid flowing through the fluid flow path when an electromagnetic circuit is formed.
A re-usable, multi-dose injection device having a housing which is suitable for a receiving a medicament cartridge, and also suitable for receiving a needle, and comprising two interchangeable caps (2a, 2b) that can be remove-ably attached to a needle receiving end of the housing, characterized in that one cap is longer than the other.
A method for use by a base station, BS, (122; 126; 130) that enables power efficient wireless radio frequency, RF, communication between the BS and a medical device, MD,, the method comprising: (a) establishing a communication session between the BS and the MD, wherein the communication session comprises a time period over which there is a desire to transfer data between the BS and the MD, and wherein step (a) includes turning off a drop link mode and establishing an RF link between the BS and the MD; (b) selectively turning the drop link mode on and off during the communication session between the BS and the MD, wherein step (b) includes turning the drop link mode on when the BS will not send another command to the MD until the BS receives an input from a user via a user interface of the BS; (c) while the drop link mode is turned off during the communication session between the BS and the MD, maintaining an established RF link between the BS and the MD; (d) while the drop link mode is turned on during the communication session between the BS and the MD, establishing an RF link between the BS and the MD only when the BS is to send a command to the MD, and terminating the RF link between the BS and the MD when the BS receives a command response from the MD; and (e) terminating the communication session between the BS and the MD; wherein each said RF link comprises a wireless communication path established between the BS and the MD that enables data to be wirelessly transmitted therebetween. (a) establishing a communication session between the BS and the MD, wherein the communication session comprises a time period over which there is a desire to transfer data between the BS and the MD, and wherein step (a) includes turning off a drop link mode and establishing an RF link between the BS and the MD; (b) selectively turning the drop link mode on and off during the communication session between the BS and the MD, wherein step (b) includes turning the drop link mode on when the BS will not send another command to the MD until the BS receives an input from a user via a user interface of the BS; (c) while the drop link mode is turned off during the communication session between the BS and the MD, maintaining an established RF link between the BS and the MD; (d) while the drop link mode is turned on during the communication session between the BS and the MD, establishing an RF link between the BS and the MD only when the BS is to send a command to the MD, and terminating the RF link between the BS and the MD when the BS receives a command response from the MD; and (e) terminating the communication session between the BS and the MD;
A recombinant microorganism comprising exogenous nucleic acids adapted to express thiolase, exogenous 3-hydroxybutyryl-CoA dehydrogenase, exogenous crotonase/crotonyl-CoA hydratase, and exogenous butyryl-CoA dehydrogenase, and exogenous electron transport flavoproteins A and B, wherein the microorganism is selected from the group consisting of Clostridium autoethanogenum, Clostridium ljungdahlii, Clostridium ragsdalei, and Clostridium coskatii, and the microorganism produces at least one of 1-butanol and a precursor thereof, wherein the microorganism further comprises exogenous nucleic acids adapted to express phosphotransbutyrylase and exogenous butyrate kinase.
A system for providing power to a vehicle power network of an electrical vehicle, comprising: - an energy storage device connected to the power network; - a sensor connected to the energy storage device configured to measure a state of the energy storage device during a rest period, wherein the rest period corresponds to a time span during which a current through the energy storage device is reduced to a level that enables an estimation of a state of the energy storage device during operation of the vehicle; and - a controller that is configured to receive data from the sensor measured during the rest period and to estimate the state of the energy storage device based on the data, characterised in that the controller is configured to establish the rest period by optimizing between minimization of disruption to normal vehicle operation and a need to update a measurement of the state of the energy storage device. - an energy storage device connected to the power network; - a sensor connected to the energy storage device configured to measure a state of the energy storage device during a rest period, wherein the rest period corresponds to a time span during which a current through the energy storage device is reduced to a level that enables an estimation of a state of the energy storage device during operation of the vehicle; and - a controller that is configured to receive data from the sensor measured during the rest period and to estimate the state of the energy storage device based on the data, characterised in that the controller is configured to establish the rest period by optimizing between minimization of disruption to normal vehicle operation and a need to update a measurement of the state of the energy storage device.