mhurhangee/ep-ind-claims huggingface dataset:
A radio frequency identification, RFID, transponder (100, 300, 400, 500, 600) comprising: at least one functional component (102, 316) configured to perform a function of the RFID transponder (100, 300, 400, 500, 600); a charge pump configured to supply an output voltage to said functional component (102,316), wherein said charge pump comprises a plurality of charge pump stages; a charge pump controller (106, 312) configured to control a number of charge pump stages which contribute to the output voltage; wherein the charge pump controller (106, 312) is configured to change the number of charge pump stages which are used for generating the output voltage while all charge pump stages remain active; wherein the plurality of charge pump stages comprises a sequence of n charge pump stages; wherein the charge pump stages are coupled to ground through a plurality of first controllable switches; wherein the charge pump stages are coupled to each other through a plurality of second controllable switches; and wherein the charge pump controller (106, 312) is configured to disconnect one or more specific charge pump stages} by: opening the second controllable switch between a said charge pump stage and the next charge pump stage; and; closing the first controllable switch between the next charge pump stage and ground. at least one functional component (102, 316) configured to perform a function of the RFID transponder (100, 300, 400, 500, 600); a charge pump configured to supply an output voltage to said functional component (102,316), wherein said charge pump comprises a plurality of charge pump stages; a charge pump controller (106, 312) configured to control a number of charge pump stages which contribute to the output voltage; wherein the charge pump controller (106, 312) is configured to change the number of charge pump stages which are used for generating the output voltage while all charge pump stages remain active; wherein the plurality of charge pump stages comprises a sequence of n charge pump stages; wherein the charge pump stages are coupled to ground through a plurality of first controllable switches; wherein the charge pump stages are coupled to each other through a plurality of second controllable switches; and wherein the charge pump controller (106, 312) is configured to disconnect one or more specific charge pump stages} by: opening the second controllable switch between a said charge pump stage and the next charge pump stage; and; closing the first controllable switch between the next charge pump stage and ground.
Needle shield mechanism for an auto-injector, which needle shield mechanism comprises, - a longitudinally elongated, generally tubular housing having a forward end and a rear end, - a generally tubular needle shield movably arranged in the housing between a retracted state and an extended position, wherein the needle shield is spring-biased; - a releasable spring-biased container carrier assembly for accommodating a medicament container, wherein the container carrier assembly is movably arranged in the housing and is movable relative to the housing from an initial position to a penetrating position, and is also movable relative to the needle shield, characterised in an outwardly directed protrusion on an outer surface of a radially deflectable locking member on the needle shield cooperating with a ledge on an inner surface of the housing, wherein the container carrier assembly is arranged to prevent the locking member from deflecting radially inwards when the container carrier assembly is in the initial position, in turn preventing the needle shield from moving to the extended position, and wherein the container carrier assembly is arranged to release the locking member when the container carrier assembly is moved from the initial position to the penetrating position, removing the support for the locking member, thereby allowing the needle shield to move to the extended position. - a longitudinally elongated, generally tubular housing having a forward end and a rear end, - a generally tubular needle shield movably arranged in the housing between a retracted state and an extended position, wherein the needle shield is spring-biased; - a releasable spring-biased container carrier assembly for accommodating a medicament container, wherein the container carrier assembly is movably arranged in the housing and is movable relative to the housing from an initial position to a penetrating position, and is also movable relative to the needle shield,
A smart pill dispenser for household use that can be used on a desktop, characterized in that it comprises: • A main body which carries device construction, • A container in which pills are collected, • A camera which checks if the pills have been released into container, • WIFI TCPIP which is internet connection point for data exchange, • An LCD screen into which all commands are inputted, • A feeding unit which enables the device to be fed and which stocks pill cartridges, • A small release lever which allows the pills to be released into the container by tapping the pill inside the cartridge, • A cylinder (8, 15) which allows blister tablets to be fixed and carried, • Gear wheels which allow the the pills to be received from feeding unit using an action mechanism into the device, • A partition which prevents the pill from falling out after the pill has been released into the container, • A scale which allows the weight of the pills that have been released into the container to be measured, • A rubber which enables to hold the blister. • A main body which carries device construction, • A container in which pills are collected, • A camera which checks if the pills have been released into container, • WIFI TCPIP which is internet connection point for data exchange, • An LCD screen into which all commands are inputted, • A feeding unit which enables the device to be fed and which stocks pill cartridges, • A small release lever which allows the pills to be released into the container by tapping the pill inside the cartridge, • A cylinder (8, 15) which allows blister tablets to be fixed and carried, • Gear wheels which allow the the pills to be received from feeding unit using an action mechanism into the device, • A partition which prevents the pill from falling out after the pill has been released into the container, • A scale which allows the weight of the pills that have been released into the container to be measured, • A rubber which enables to hold the blister.
An electromechanical rear derailleur for a bicycle, comprising: a base member attachable to the bicycle along a mounting axis (A'); a movable member having a cage assembly attached thereto, wherein the cage assembly is pivotably connected to the movable member such that it is pivotable about an axis of rotation relative to the movable member; a linkage including pivot axes oriented substantially perpendicular to the mounting axis (A'), the linkage coupling the movable member to the base member and operative to enable movement of the movable member relative to the base member; a power source; a motor electrically connected to the power source; and a transmission coupled to and actuated by the motor to move the movable member; and characterized by an offset jockey wheel having a rotational axis that is offset from said axis of rotation of the cage assembly about the movable member. a base member attachable to the bicycle along a mounting axis (A'); a movable member having a cage assembly attached thereto, wherein the cage assembly is pivotably connected to the movable member such that it is pivotable about an axis of rotation relative to the movable member; a linkage including pivot axes oriented substantially perpendicular to the mounting axis (A'), the linkage coupling the movable member to the base member and operative to enable movement of the movable member relative to the base member; a power source; a motor electrically connected to the power source; and a transmission coupled to and actuated by the motor to move the movable member; and characterized by an offset jockey wheel having a rotational axis that is offset from said axis of rotation of the cage assembly about the movable member.
A method for managing memory comprising: receiving at an external host metadata from a nonvolatile memory of a portable device, wherein at least a portion of the received metadata comprises a listing of blocks in the memory that do not satisfy performance criteria; performing at said external host an analysis of at least a portion of the received metadata using the external host wherein performing the analysis of at least a portion of the received metadata comprises transmitting one or more command signals to a memory controller configured to determine whether one or more blocks in the listing of blocks satisfy performance criteria to determine if said blocks have been misidentified as bad; modifying at said external host at least a portion of the received metadata based on the analysis wherein modifying at least a portion of the received data comprises modifying at least a portion of the bad block data based at least partially on the analysis; and transmitting at said external host at least the modified portion of the received metadata to a memory controller of the portable device, the memory controller operable to control the nonvolatile memory of the portable device. receiving at an external host metadata from a nonvolatile memory of a portable device, wherein at least a portion of the received metadata comprises a listing of blocks in the memory that do not satisfy performance criteria; performing at said external host an analysis of at least a portion of the received metadata using the external host wherein performing the analysis of at least a portion of the received metadata comprises transmitting one or more command signals to a memory controller configured to determine whether one or more blocks in the listing of blocks satisfy performance criteria to determine if said blocks have been misidentified as bad; modifying at said external host at least a portion of the received metadata based on the analysis wherein modifying at least a portion of the received data comprises modifying at least a portion of the bad block data based at least partially on the analysis; and transmitting at said external host at least the modified portion of the received metadata to a memory controller of the portable device, the memory controller operable to control the nonvolatile memory of the portable device.
A gate comprising a gate leaf that can be moved between a closed position and an open position and that has a plurality of gate leaf elements that can be tilted with respect to one another relative to tilt axes running parallel to one another, a door integrated into the gate leaf and having a door leaf that can be swivelled relative to gate leaf elements that are adjacent in the direction of the tilt axis about a swivel axis running perpendicular to the tilt axes, that is accommodated in a recess of the gate leaf when in the closed position, and preferably disposed in the plane of the gate leaf when in the closed position, and a positioning device having at least one preferably ramp-like guide surface (42, 44) and a guide means that comes into contact with the guide surface (42, 44) during a closing movement for positioning an edge of the door leaf facing away from the swivel axis upon reaching the closed position, characterised in that the guide means has a contact surface rotatably mounted relative to an axis of rotation running approximately parallel to the tilt axes in the closed position, with which contact surface said guide means comes into contact with the guide surface (42, 44) and which is designed to unroll on the guide surface (42, 44) in the course of a closing movement, at least one guide surface (42, 44) being made in the manner of a ramp with a gradient of 4 to 20 degrees relative to a horizontal plane.
A device comprising: a plurality of radio modems; and a multiradio control system, wherein the multiradio control system is configured to concurrently manage the plurality of radio modems, and wherein the multiradio control system, comprises: a multiradio controller having a multiradio control system MCS interface, a plurality of radio modem interface modules corresponding to the plurality of radio modems, and a direct link between the multiradio interface modules and the MCS interface of the multiradio controller, wherein the multiradio controller is configured to distinguish between delay-sensitive information and delay tolerant information, and wherein the multiradio control system is configured to deliver delay sensitive information including radio modem synchronization information directly from the plurality of radio modems through the radio modem interface modules and the MCS interface of the multiradio controller to the multiradio controller. a plurality of radio modems; and a multiradio control system, wherein the multiradio control system is configured to concurrently manage the plurality of radio modems, and wherein the multiradio control system, comprises: a multiradio controller having a multiradio control system MCS interface, a plurality of radio modem interface modules corresponding to the plurality of radio modems, and a direct link between the multiradio interface modules and the a multiradio controller having a multiradio control system MCS interface, a plurality of radio modem interface modules corresponding to the plurality of radio modems, and a direct link between the multiradio interface modules and the MCS interface of the multiradio controller, wherein the multiradio controller is configured to distinguish between delay-sensitive information and delay tolerant information, and wherein the multiradio control system is configured to deliver delay sensitive information including radio modem synchronization information directly from the plurality of radio modems through the radio modem interface modules and the MCS interface of the multiradio controller to the multiradio controller.
An electronic filtering device for filtering common mode disturbances comprising: - a first capacitor being coupled in series to a first diode, that allows current to flow in one direction, the first diode and the first capacitor being coupled between a load node (LOAD) and a reference potential, and - a second capacitor being coupled in series to a second diode, that allows current to flow in the opposite direction, the second diode and the second capacitor being coupled between the load node (LOAD) and the reference potential, - a third capacitor being coupled between the load node (LOAD) and the reference potential, wherein the first capacitor serves as charge reservoirs that allows discharging the third capacitor, and wherein the second capacitor serves as charge reservoirs that allows discharging the third capacitor, and - a first switch bypassing the first diode, wherein when the first switch is closed, the third capacitor is discharged with charge stored in the first capacitor, and - a second switch bypassing the second diode, wherein when the second switch is closed, the third capacitor is discharged with charge stored in the second capacitor. - a first capacitor being coupled in series to a first diode, that allows current to flow in one direction, the first diode and the first capacitor being coupled between a load node (LOAD) and a reference potential, and - a second capacitor being coupled in series to a second diode, that allows current to flow in the opposite direction, the second diode and the second capacitor being coupled between the load node (LOAD) and the reference potential, - a third capacitor being coupled between the load node (LOAD) and the reference potential, wherein the first capacitor serves as charge reservoirs that allows discharging the third capacitor, and wherein the second capacitor serves as charge reservoirs that allows discharging the third capacitor, and - a first switch bypassing the first diode, wherein when the first switch is closed, the third capacitor is discharged with charge stored in the first capacitor, and - a second switch bypassing the second diode, wherein when the second switch is closed, the third capacitor is discharged with charge stored in the second capacitor.
A computer apparatus comprising: at least one processor in data communication with a memory storing processor executable code for configuring the at least one processor to: receive a data block; divide the data block into at least three sub-blocks (214,216,218,220); encode a first sub-block and a third sub-block at a first data rate modulation; encode a second sub-block at a second data rate modulation having a higher bit rate than the first data rate modulation; append the first sub-block, second sub-block and third sub-block to create a combined data block with the first sub-block and the third sub-block disposed at a periphery of the combined data block and the second sub-block disposed in the interior of the combined data block; affix a set of known symbols surrounding the combined data block; and broadcast the combined data block and appended known symbols, receive a data block; divide the data block into at least three sub-blocks (214,216,218,220); encode a first sub-block and a third sub-block at a first data rate modulation; encode a second sub-block at a second data rate modulation having a higher bit rate than the first data rate modulation; append the first sub-block, second sub-block and third sub-block to create a combined data block with the first sub-block and the third sub-block disposed at a periphery of the combined data block and the second sub-block disposed in the interior of the combined data block; affix a set of known symbols surrounding the combined data block; and broadcast the combined data block and appended known symbols,
An isolated nucleic acid molecule comprising a nucleic acid sequence selected from the group consisting of: a. SEQ ID NO: 4; b. nucleotides 441-894 of SEQ ID NO: 9; c. a nucleic acid sequence that is at least about 95% identical to nucleotides 441-894 of SEQ ID NO: 9 over the full length of nucleotides 441-894 of SEQ ID NO: 9, wherein said nucleic acid sequence has at least basal α-tubulin promoter transcriptional activity; and d. an isolated polynucleotide comprising a nucleic acid sequence that is fully complementary to said polynucleotide of (a), (b), or (c). a. SEQ ID NO: 4; b. nucleotides 441-894 of SEQ ID NO: 9; c. a nucleic acid sequence that is at least about 95% identical to nucleotides 441-894 of SEQ ID NO: 9 over the full length of nucleotides 441-894 of SEQ ID NO: 9, wherein said nucleic acid sequence has at least basal α-tubulin promoter transcriptional activity; and d. an isolated polynucleotide comprising a nucleic acid sequence that is fully complementary to said polynucleotide of (a), (b), or (c).
A condition monitoring device for a wind turbine power generating apparatus for monitoring a condition of an auxiliary system of the wind turbine power generating apparatus, the auxiliary system including a plurality of auxiliary motors and an auxiliary motor power supply system for supplying power to the plurality of auxiliary motors, the auxiliary motor power supply system including a power-supply-side line connected to a power supply, and a plurality of auxiliary-motor-side lines diverging from the power-supply-side line and connected to the plurality of auxiliary motors, respectively, the condition monitoring device comprising: a current measurement device for measuring a current flowing through the power-supply-side line; and a control device for controlling the plurality of auxiliary motors, characterized in that the control device is configured to, when a generator of the wind turbine power generating apparatus is in a standby state where power generation is stopped at a low wind speed, execute a single sequential operation mode in which each of the plurality of auxiliary motors is singly and sequentially operated, and wherein the current measurement device is configured to measure a current flowing through the power-supply-side line during execution of the single sequential operation mode by the control device. the auxiliary system including a plurality of auxiliary motors and an auxiliary motor power supply system for supplying power to the plurality of auxiliary motors, the auxiliary motor power supply system including a power-supply-side line connected to a power supply, and a plurality of auxiliary-motor-side lines diverging from the power-supply-side line and connected to the plurality of auxiliary motors, respectively, the condition monitoring device comprising: a current measurement device for measuring a current flowing through the power-supply-side line; and a control device for controlling the plurality of auxiliary motors, characterized in that the control device is configured to, when a generator of the wind turbine power generating apparatus is in a standby state where power generation is stopped at a low wind speed, execute a single sequential operation mode in which each of the plurality of auxiliary motors is singly and sequentially operated, and a current measurement device for measuring a current flowing through the power-supply-side line; and a control device for controlling the plurality of auxiliary motors, characterized in that the control device is configured to, when a generator of the wind turbine power generating apparatus is in a standby state where power generation is stopped at a low wind speed, execute a single sequential operation mode in which each of the plurality of auxiliary motors is singly and sequentially operated, and wherein the current measurement device is configured to measure a current flowing through the power-supply-side line during execution of the single sequential operation mode by the control device.
A communication method, comprising: determining, by a terminal, a first identifier based on a resource index number of a first resource, wherein the resource index number of the first resource is preset, or is indicated by a network device, the first resource is a resource used to send a random access preamble to the network device, the first identifier is used to scramble first signaling, and the first signaling is used to schedule a random access response in a random access process; and detecting, by the terminal, the first signaling based on the first identifier; wherein a radio interface technology for sending the first resource is a radio interface technology indicated by a handover command received by the terminal, the handover command is forwarded by a source network device to the terminal before handover of the terminal, after the source network device receives the handover command sent by the network device, and the handover command is used to instruct the terminal to be handed over from the source network device to the network device. determining, by a terminal, a first identifier based on a resource index number of a first resource, wherein the resource index number of the first resource is preset, or is indicated by a network device, the first resource is a resource used to send a random access preamble to the network device, the first identifier is used to scramble first signaling, and the first signaling is used to schedule a random access response in a random access process; and detecting, by the terminal, the first signaling based on the first identifier; wherein a radio interface technology for sending the first resource is a radio interface technology indicated by a handover command received by the terminal, the handover command is forwarded by a source network device to the terminal before handover of the terminal, after the source network device receives the handover command sent by the network device, and the handover command is used to instruct the terminal to be handed over from the source network device to the network device.