mhurhangee/ep-ind-claims huggingface dataset:
Impedance matching circuit intended to be connected to a non-linear impedance comprising a superconductor, said circuit comprising a first terminal designated first connection port intended to be connected to a first connector of the non-linear impedance, a second terminal designated second connection port intended to be connected to a second connector of the non-linear impedance, a third terminal designated input/output terminal intended to receive the signal to amplify with a gain in power G and a pass band BW and a fourth terminal designated supply terminal intended to be connected to a polarisation source and configured so that a voltage V is applied between the first connection port and the second connection port, said circuit comprising a plurality of passive electrical components configured such that the impedance Z(f) between the first connection port and the second connection port for a signal of frequency f has a real part Re(Z(f)) such that: - Re(Z(f s)) > 0 with f s a first frequency designated frequency of the signal to amplify; - Re(Z(f i)) > 0 with f i a second frequency designated idler frequency; - Re Z 0 < h 4 e 2 f p G. BW with f p a third frequency designated pump frequency; - Re Z f p + f s < f p + f s f i Re Z f i; the pump frequency being chosen such that nf p = f s + f i with n an integer belonging to [1, +∞] and the idler frequency being chosen such that f i > k B T h with T the temperature of the circuit, k B Boltzmann's constant and h Planck's constant. - Re(Z(f s)) > 0 with f s a first frequency designated frequency of the signal to amplify; - Re(Z(f i)) > 0 with f i a second frequency designated idler frequency; - Re Z 0 < h 4 e 2 f p G. BW with f p a third frequency designated pump frequency; - Re Z f p + f s < f p + f s f i Re Z f i;
A device for drying a workpiece, which has previously been subjected to an application of a liquid and is substantially rotationally symmetrical about a longitudinal workpiece axis, preferably in the form of a shrink fit chuck, wherein the air flow used for drying is guided in a substantially closed circuit that comprises at least one pump, preferably in the form of a blower or radial blower, and an air conduit that connects the pressure side and the suction side of the pump with each other with a workpiece receiving chamber being interposed, wherein the device comprises at least one air-conducting device that encompasses the workpiece, in order to guide an air flow in the direction along the longitudinal workpiece axis, and at least one blower device that directs a radial air flow at the workpiece.
A method of maintaining continuity of reception of a service of interest at a user equipment, UE, the service of interest available over evolved multimedia broadcast multicast service, eMBMS, broadcast service and unicast, said method comprising: receiving the service of interest over eMBMS from a network within a first multicast broadcast single frequency network, MBSFN, area supporting the eMBMS broadcast service; receiving at least one MBSFN threshold from the network; receiving at least one MBSFN measurement from the network; and switching from reception of the eMBMS broadcast from the first MBSFN area to one of reception through unicast or reception through a second MBSFN area supporting the eMBMS broadcast service, based on the at least one MBSFN threshold and the at least one MBSFN measurement. receiving the service of interest over eMBMS from a network within a first multicast broadcast single frequency network, MBSFN, area supporting the eMBMS broadcast service; receiving at least one MBSFN threshold from the network; receiving at least one MBSFN measurement from the network; and switching from reception of the eMBMS broadcast from the first MBSFN area to one of reception through unicast or reception through a second MBSFN area supporting the eMBMS broadcast service, based on the at least one MBSFN threshold and the at least one MBSFN measurement.
Needle storage device comprising: - a housing having an opening adapted to receive a needle of a drug delivery device; - needle storage compartments moveably disposed within the housing; - an indicator pivotably disposed within the housing and adapted to activate an acoustic and/or tactile feedback when a needle of a drug delivery device is stored in one of the needle storage compartments which is aligned with the opening, wherein the indicator comprises a base plate pivotably mounted to the housing about a pivotal axis, wherein in the area of the opening a fin is provided and adapted to serve as a stop for the base plate in an initial state in which no drug delivery device is inserted in the opening, wherein an indicator arm is provided which is flexible and guided on a crank comprising a ramp formed by an inner surface of the housing, wherein after storage of the needle and removal of the drug delivery device without the needle the indicator arm slides over the ramp of the crank and activates the acoustic and/or tactile feedback. - a housing having an opening adapted to receive a needle of a drug delivery device; - needle storage compartments moveably disposed within the housing; - an indicator pivotably disposed within the housing and adapted to activate an acoustic and/or tactile feedback when a needle of a drug delivery device is stored in one of the needle storage compartments which is aligned with the opening, wherein the indicator comprises a base plate pivotably mounted to the housing about a pivotal axis, wherein in the area of the opening a fin is provided and adapted to serve as a stop for the base plate in an initial state in which no drug delivery device is inserted in the opening, wherein an indicator arm is provided which is flexible and guided on a crank comprising a ramp formed by an inner surface of the housing, wherein after storage of the needle and removal of the drug delivery device without the needle the indicator arm slides over the ramp of the crank and activates the acoustic and/or tactile feedback.
A method performed by a terminal (1a-35, 1c-15) in a wireless communication system, the method comprising: Receiving (2d-11), from a base station (1a-05, 1a-10, 1a-15, 1a-20, 1c-10, 1c-30) a radio resource control, RRC, message; identifying that the RRC message includes first information indicating out of order delivery for a radio link control, RLC, entity and second information indicating a value of a reordering timer, wherein the second information is included in the RRC message in case of a reconfiguration for the terminal (1a-35, 1c-15) to a data radio bearer, DRB, associated with the RLC entity indicated with the first information; delivering, at the RLC entity, data to a packet data convergence protocol, PDCP, entity, based on the out of order delivery; and performing, at the PDCP entity, a reordering function for the data based on the value of the reordering timer. Receiving (2d-11), from a base station (1a-05, 1a-10, 1a-15, 1a-20, 1c-10, 1c-30) a radio resource control, RRC, message; identifying that the RRC message includes first information indicating out of order delivery for a radio link control, RLC, entity and second information indicating a value of a reordering timer, wherein the second information is included in the RRC message in case of a reconfiguration for the terminal (1a-35, 1c-15) to a data radio bearer, DRB, associated with the RLC entity indicated with the first information; delivering, at the RLC entity, data to a packet data convergence protocol, PDCP, entity, based on the out of order delivery; and performing, at the PDCP entity, a reordering function for the data based on the value of the reordering timer.
An injection molding machine comprising: a rotary table that rotates while a first mold unit, a second mold unit, and a third mold unit are placed thereon, wherein the rotary table is configured to rotate such that the mold units (800A, 800B, 800C) are respectively and sequentially disposed at a first position, a second position, and a third position, and such that a direction of rotation when moving from the first position to the second position in a first section and when moving from the second position to the third position in a second section is opposite to a direction of rotation when moving from the third position to the first position in a third section, characterized in that a standby time is adjusted to reduce a time difference in a total time of the standby time and a rotation time between a period of moving through the first section and the second section, and a period of moving through the third section. a rotary table that rotates while a first mold unit, a second mold unit, and a third mold unit are placed thereon, wherein the rotary table is configured to rotate such that the mold units (800A, 800B, 800C) are respectively and sequentially disposed at a first position, a second position, and a third position, and such that a direction of rotation when moving from the first position to the second position in a first section and when moving from the second position to the third position in a second section is opposite to a direction of rotation when moving from the third position to the first position in a third section, characterized in that a standby time is adjusted to reduce a time difference in a total time of the standby time and a rotation time between a period of moving through the first section and the second section, and a period of moving through the third section.
A compound for use in a method of treating or managing obesity or overweight, which comprises orally administering to a patient having obesity an effective amount of the compound, wherein the compound is stereomerically pure (+)-2-[1-(3-ethoxy-4-methoxyphenyl)-2-methylsulfonylethyl]-4-acetylaminoisoindoline-1,3-dione, or a pharmaceutically acceptable polymorph, salt or solvate thereof.
A protective helmet having a gas-measuring device, wherein the gas-measuring device comprises, in a modular construction, at least - an energy-supply module, - a display module, - an alarm-generator module, and - a sensor module as assemblies that are operatively connected together, - wherein the protective helmet consists of an outer shell and an inner fitting, - wherein the modules (2, 5, 6, 7) are secured to the inner fitting or the outer shell in such a way that the sensor module is aligned with the mouth region or nose region of the wearer of the helmet, and - wherein provided on the underside of the protective helmet there is an LED-module extending in a U-shaped manner, wherein the LED-module is provided to display an alarm state or warning state. - an energy-supply module, - a display module, - an alarm-generator module, and - a sensor module as assemblies that are operatively connected together, - wherein the protective helmet consists of an outer shell and an inner fitting, - wherein the modules (2, 5, 6, 7) are secured to the inner fitting or the outer shell in such a way that the sensor module is aligned with the mouth region or nose region of the wearer of the helmet, and - wherein provided on the underside of the protective helmet there is an LED-module extending in a U-shaped manner, wherein the LED-module is provided to display an alarm state or warning state.
Intra-aneurysmal device for the treatment of an aneurysm, this device comprising: - a stent with an approximately circular section with diameter, the stent being suitable for and designed to anchor the device in an artery, - a head designed to be inserted in the aneurysm, the head being capable of significantly reducing blood flow in the aneurysm, - an intermediate portion located between the head and the stent, and connecting the head to the stent, the intermediate portion being in the form of an ellipsoid, of which a distal end is connected to the head and a proximal end is connected to the stent, a transverse diameter of the intermediate portion being larger or much larger than the diameter of the stent, the transverse diameter being approximately perpendicular to a longitudinal axis of the device, characterised in that the intermediate portion and the head are only connected by a node such that the head is free to move relative to the intermediate portion. - a stent with an approximately circular section with diameter, the stent being suitable for and designed to anchor the device in an artery, - a head designed to be inserted in the aneurysm, the head being capable of significantly reducing blood flow in the aneurysm, - an intermediate portion located between the head and the stent, and connecting the head to the stent, the intermediate portion being in the form of an ellipsoid, of which a distal end is connected to the head and a proximal end is connected to the stent, a transverse diameter of the intermediate portion being larger or much larger than the diameter of the stent, the transverse diameter being approximately perpendicular to a longitudinal axis of the device,
A high efficiency amplifier system comprising: a first output stage (502, 602) configured to output a first amplified signal amplified by the first output stage (502, 602), wherein the first output stage (502, 602) is a linear amplifier; a second output stage (504, 604) coupled in parallel with the first output stage (502, 602) such that an input signal to be amplified is supplied to both the second and the first output stages (502, 602), the second output stage (504, 604) configured to output a second amplified signal amplified by the second output stage (504, 604); a pulse width modulator (512, 620) included in the second output stage (504, 604); and a plurality of switches (518, 520, 614, 616) included in the second output stage (504, 604) and coupled with the pulse width modulator (512, 620), the pulse width modulator (512, 620) operable to operate the plurality of switches with interleaved switching in the second output stage (504, 604); characterized by the pulse width modulator (512, 620) being further operable to enable and disable the second output stage (504, 604) in accordance with a component of an output power of the first output stage so that when the second output stage (504, 604) is disabled, the first output stage (502, 602) is operable to supply the first amplified signal to a load, and when the second output stage (504, 604) is enabled, the second output stage (504, 604) is operable to supply the second amplified signal to the load and the first amplified output signal operates to filter the second amplified output signal. a first output stage (502, 602) configured to output a first amplified signal amplified by the first output stage (502, 602), wherein the first output stage (502, 602) is a linear amplifier; a second output stage (504, 604) coupled in parallel with the first output stage (502, 602) such that an input signal to be amplified is supplied to both the second and the first output stages (502, 602), the second output stage (504, 604) configured to output a second amplified signal amplified by the second output stage (504, 604); a pulse width modulator (512, 620) included in the second output stage (504, 604); and a plurality of switches (518, 520, 614, 616) included in the second output stage (504, 604) and coupled with the pulse width modulator (512, 620), the pulse width modulator (512, 620) operable to operate the plurality of switches with interleaved switching in the second output stage (504, 604); characterized by the pulse width modulator (512, 620) being further operable to enable and disable the second output stage (504, 604) in accordance with a component of an output power of the first output stage so that when the second output stage (504, 604) is disabled, the first output stage (502, 602) is operable to supply the first amplified signal to a load, and when the second output stage (504, 604) is enabled, the second output stage (504, 604) is operable to supply the second amplified signal to the load and the first amplified output signal operates to filter the second amplified output signal.
An anchoring section for anchoring a pylon of a wind power installation in a foundation including - a carrier portion for fixing a pylon segment above the foundation and for carrying the pylon, and - a foundation portion fixedly connected to the carrier portion for concreting into the foundation, and the foundation portion has at least one web portion with a plurality of through openings arranged at different heights for transmitting vertical forces into the foundation and for passing reinforcing bars therethrough, characterized in that the web portion is in the form of a cylindrical casing or in the form of a frustoconical casing having a side remote from the carrier portion without a flange. - a carrier portion for fixing a pylon segment above the foundation and for carrying the pylon, and - a foundation portion fixedly connected to the carrier portion for concreting into the foundation,
A pharmaceutical composition, comprising: a polymer conjugate, or a pharmaceutically acceptable salt thereof, comprising a poly(ethylene glycol) polymer covalently attached to an opioid antagonist wherein the molecular weight of the polymer is less than 2000 Da, and a pharmaceutically acceptable carrier, wherein the polymer conjugate has the structure wherein: POLY is the poly(ethylene glycol) polymer X is a hydrolytically stable linkage; Y is allyl; Z is H or OH; and the dashed line represents an optional double bond. a polymer conjugate, or a pharmaceutically acceptable salt thereof, comprising a poly(ethylene glycol) polymer covalently attached to an opioid antagonist wherein the molecular weight of the polymer is less than 2000 Da, and a pharmaceutically acceptable carrier, wherein the polymer conjugate has the structure wherein: POLY is the poly(ethylene glycol) polymer X is a hydrolytically stable linkage; Y is allyl; Z is H or OH; and the dashed line represents an optional double bond. POLY is the poly(ethylene glycol) polymer X is a hydrolytically stable linkage; Y is allyl; Z is H or OH; and the dashed line represents an optional double bond.
A method, comprising: at a first node, receiving a transmission signal from a second node; based on the received transmission signal, determining membership of the first and second nodes in a common synchronization group by comparing if the first node and the second node have a same single group identity; and based at least in part on the determination, adjusting (506, 508) at least one transmission parameter to control a level of unwanted emissions into a neighboring radio frequency channel. at a first node, receiving a transmission signal from a second node; based on the received transmission signal, determining membership of the first and second nodes in a common synchronization group by comparing if the first node and the second node have a same single group identity; and based at least in part on the determination, adjusting (506, 508) at least one transmission parameter to control a level of unwanted emissions into a neighboring radio frequency channel.
Method for direct conversion of steam energy into pressure energy on a delivery medium, characterized in that, in a closed circuit, steam is generated from a working medium and is guided in alternation into at least two interconnected rotary piston machines (101, 102), by means of which the pressure energy is transferred to the delivery medium on the opposite side of the piston in the working space bounded by a rotary piston (31, 32) and is made available for further use, and in that the expanded working medium is fed back into the circuit.
A method of cementing in a subterranean formation comprising: introducing a transition fluid into the subterranean formation, wherein the transition fluid comprises: a hydrocarbon liquid, wherein the hydrocarbon liquid is the external phase of the transition fluid; an aqueous liquid, wherein the aqueous liquid is the internal phase of the transition fluid and wherein the aqueous liquid comprises a water-soluble salt; and a calcium aluminate cement, wherein the calcium aluminate cement is in a concentration in the range of 0.07 to 0.57 kilograms per litre (25 to 200 pounds per barrel) of the transition fluid; and introducing a cement composition into the subterranean formation, wherein the step of introducing the cement composition is performed after the step of introducing the transition fluid and wherein the cement composition comprises cement and water. introducing a transition fluid into the subterranean formation, wherein the transition fluid comprises: a hydrocarbon liquid, wherein the hydrocarbon liquid is the external phase of the transition fluid; an aqueous liquid, wherein the aqueous liquid is the internal phase of the transition fluid and wherein the aqueous liquid comprises a water-soluble salt; and a calcium aluminate cement, wherein the calcium aluminate cement is in a concentration in the range of 0.07 to 0.57 kilograms per litre (25 to 200 pounds per barrel) of the transition fluid; and a hydrocarbon liquid, wherein the hydrocarbon liquid is the external phase of the transition fluid; an aqueous liquid, wherein the aqueous liquid is the internal phase of the transition fluid and wherein the aqueous liquid comprises a water-soluble salt; and a calcium aluminate cement, wherein the calcium aluminate cement is in a concentration in the range of 0.07 to 0.57 kilograms per litre (25 to 200 pounds per barrel) of the transition fluid; and introducing a cement composition into the subterranean formation, wherein the step of introducing the cement composition is performed after the step of introducing the transition fluid and wherein the cement composition comprises cement and water.
A slide rail assembly comprising a first rail having a front portion and a rear portion, the first rail comprising a first blocking structure and a second blocking structure; a second rail having a front portion and a rear portion and comprising a first wall, a second wall and a side wall connected between the first wall and the second wall; a third rail comprising an open hole toward the first rail, the third rail being mounted between the first rail and the second rail; a working member comprising an extending portion passing through the open hole, the working member being arranged to the third rail in a movable manner; a resilient member configured to provide a resilient force to the working member so as to hold the working member in a first state; wherein, during a process where the second rail is moved in a retracted direction, the second rail is capable of switching the working member from the first state to a second state through one of the first wall and the second wall of the second rail, such that the working member is configured to be held in the second state through the extending portion passing through the open hole and being in cooperation with the second blocking structure for preventing the third rail from being moved from a retracted position in an extended direction opposite to the retracted direction; wherein when the third rail is located at the retracted position relative to the first rail, the first blocking structure is configured to prevent the third rail from being moved from the retracted position in the retracted direction; wherein when the third rail is located at the retracted position, the second rail is able to be moved relative to the third rail in the retracted direction to a predetermined position with the rear portion of the second rail being beyond the rear portion of the first rail by a distance.