mhurhangee/ep-ind-claims huggingface dataset:
An assembly support for making it easier to connect at least one free connector (2; 11) to a complementary connector, the free connector being mounted at one end of an electric cable, the complementary connector being suitable for mounting on a PCB, the assembly support (1; 10) comprising a base (18; 101) that is substantially flat in general shape and, for each free connector, a first recess and a second recess formed in a face of the base, the first recess being arranged to accommodate a head of the free connector and including first holder means arranged to hold the head of the free connector in the first recess, the second recess being arranged to accommodate a coupling portion (35; 116) coupling together the free connector and the electric cable, the assembly support being characterized in that the second recess comprises second holder means arranged to hold the coupling portion in the second recess.
A system for manufacturing an airfoil component, the system comprising: an elongated flexible sleeve having a closed-off interior and positioned within a geometrical mold, wherein the elongated flexible sleeve is further positioned to have a desired geometry; an infusing channel in fluid communication with the closed-off interior of the elongated flexible sleeve and configured to communicate a resinous material thereto; a vacuum channel in fluid communication with the closed-off interior of the elongated flexible sleeve and configured to vacuum seal the closed-off interior of the elongated flexible sleeve; and a glass fiber layer positioned within the closed-off interior of the elongated flexible sleeve. an elongated flexible sleeve having a closed-off interior and positioned within a geometrical mold, wherein the elongated flexible sleeve is further positioned to have a desired geometry; an infusing channel in fluid communication with the closed-off interior of the elongated flexible sleeve and configured to communicate a resinous material thereto; a vacuum channel in fluid communication with the closed-off interior of the elongated flexible sleeve and configured to vacuum seal the closed-off interior of the elongated flexible sleeve; and a glass fiber layer positioned within the closed-off interior of the elongated flexible sleeve.
Coating made up of a metal layer, in which a lubricant which can be released by wear is embedded, wherein the lubricant consists of an at least singly branched organic compound, characterised in that the organic compound is a macromolecule having at least one thiol group, wherein the macromolecule consists of the same or different atoms or groups of atoms and has at least 15 atoms along the distance of their maximum spatial dimension and has a maximum chain length of 200 atoms along the maximum dimension.
A platoon communication method, comprising: receiving, by an internet of things platform, platoon information of a platoon, wherein the platoon comprises a plurality of platoon members, the platoon information comprises an identification of the platoon member in the platoon, an identification of a leader, a communication mode supported by the platoon member, and platooning scope information of a platooning scope, and the leader is one of the platoon members in the platoon; and sending, by the internet of things platform, a communication mode that is of the platoon and that is planned by the internet of things platform to the platoon, wherein the communication mode of the platoon is used to indicate a communication mode supposed to be used by the platoon member in the platoon in the platooning scope; wherein the communication mode is planned by the internet of things platform based on the platoon information of the platoon and planning assistance information; wherein the planning assistance information is a communication mode supported by a geographic area or scope, the communication mode supported by the geographic area or scope is obtained by the platform based on network status information and map information, the network status information comprises at least one of coverage information of a wireless signal and congestion information of the wireless signal, and the map information comprises at least one of a road topology and a building location relationship. receiving, by an internet of things platform, platoon information of a platoon, wherein the platoon comprises a plurality of platoon members, the platoon information comprises an identification of the platoon member in the platoon, an identification of a leader, a communication mode supported by the platoon member, and platooning scope information of a platooning scope, and the leader is one of the platoon members in the platoon; and sending, by the internet of things platform, a communication mode that is of the platoon and that is planned by the internet of things platform to the platoon, wherein the communication mode of the platoon is used to indicate a communication mode supposed to be used by the platoon member in the platoon in the platooning scope; wherein the communication mode is planned by the internet of things platform based on the platoon information of the platoon and planning assistance information; wherein the planning assistance information is a communication mode supported by a geographic area or scope, the communication mode supported by the geographic area or scope is obtained by the platform based on network status information and map information, the network status information comprises at least one of coverage information of a wireless signal and congestion information of the wireless signal, and the map information comprises at least one of a road topology and a building location relationship.
An autoinjector for administering a liquid product, in particular a drug, the autoinjector including: - a housing, - a product container holder for holding a product container, at the distal end of which is arranged a needle and in which a piston is displaceably arranged, - a needle protection sleeve which is displaceable into the housing from an initial position in which the distal end of the needle protection sleeve is disposed distally beyond the needle tip of the needle, and - a plunger rod and a dispensing spring, wherein the plunger rod is arranged in the housing and is displaceable by the prestressed dispensing spring along a longitudinal axis in the distal direction, wherein the displacement of the plunger rod in the distal direction provides that the piston is entrained by the plunger rod and displaces the product from the product container, wherein - the needle protection sleeve when moved into the housing displaces a locking sleeve from a position in which it prevents a first engagement member of a holding element being moveable out of a recess in the plunger rod into a release position, wherein the locking sleeve in the release position enables a movement of the first engagement member out of the recess whereby the displacement of the plunger rod in the distal direction for dispensing the set dose is made possible, characterised in that - when the needle protection sleeve is moved into the housing it displaces a switching sleeve in the proximal direction and the switching sleeve during its displacement in the proximal direction abuts against the locking sleeve and entrains same. - a housing, - a product container holder for holding a product container, at the distal end of which is arranged a needle and in which a piston is displaceably arranged, - a needle protection sleeve which is displaceable into the housing from an initial position in which the distal end of the needle protection sleeve is disposed distally beyond the needle tip of the needle, and - a plunger rod and a dispensing spring, wherein the plunger rod is arranged in the housing and is displaceable by the prestressed dispensing spring along a longitudinal axis in the distal direction, wherein the displacement of the plunger rod in the distal direction provides that the piston is entrained by the plunger rod and displaces the product from the product container, wherein - the needle protection sleeve when moved into the housing displaces a locking sleeve from a position in which it prevents a first engagement member of a holding element being moveable out of a recess in the plunger rod into a release position, wherein the locking sleeve in the release position enables a movement of the first engagement member out of the recess whereby the displacement of the plunger rod in the distal direction for dispensing the set dose is made possible, characterised in that - when the needle protection sleeve is moved into the housing it displaces a switching sleeve in the proximal direction and the switching sleeve during its displacement in the proximal direction abuts against the locking sleeve and entrains same.
A method for manufacturing an electrical energy-storage unit comprising at least: - an external envelope comprising a coupling zone, the external envelope being open at at least one of its ends, - at least one cover comprising a coupling zone, the cover being intended to be positioned at the level of the open end of the external envelope such that the coupling zones (23, 46) are opposite each other, - at least one of the coupling zones including at least one relief portion (44, 47; 146, 148), the method being characterized in that it comprises a closing step consisting of applying a contactless compression magneto-mechanical force to at least one of the pieces (20, 40) of the storage unit such that the cover and the external envelope come into contact with each other at the level of the portion or portions in relief to close the open end of the external envelope with the cover by cooperation of form. - an external envelope comprising a coupling zone, the external envelope being open at at least one of its ends, - at least one cover comprising a coupling zone, the cover being intended to be positioned at the level of the open end of the external envelope such that the coupling zones (23, 46) are opposite each other, - at least one of the coupling zones including at least one relief portion (44, 47; 146, 148),
An adeno-associated virus vector comprising a nucleic acid sequence encoding a p11 polypeptide as a medicament for use in treating one or more symptoms of depression in a mammal, wherein the viral vector is to be injected to the nucleus accumbens of a mammal exhibiting one or more symptoms of depression.
A storage and retrieval device comprising a storage and retrieval unit and a satellite vehicle, which can be moved from a carrying platform of the storage and retrieval unit into a channel of a channel store and again moved back from the same onto the carrying platform of the storage and retrieval unit, wherein the satellite vehicle comprises a lifting device (30, 31) for lifting storage goods such as pallets, a drive (32, 33) for moving the satellite vehicle, an energy store and a control device for the lifting device (30, 31), for the drive (32, 33) and for communication with the storage and retrieval unit, wherein the energy store comprises a monitoring device for monitoring the charge state of the storage means and the storage and retrieval unit comprises a charging control means, wherein the charging control means is configured for triggering and stopping the charging process of the energy store of the satellite vehicle from a charge energy source of the storage and retrieval unit, characterised in that the control device and the storage and retrieval unit are in radio contact with each other, wherein the monitoring device, for communicating charge state information via the control device, is in radio contact with the charging control means, and the energy store is configured with super-capacitors as a storage means.
Exhaust gas treatment device for treating exhaust gas of a combustion assembly, comprising an exhaust gas section and, arranged therein, an oxidizing catalytic converter, a reduction catalytic converter for selective catalytic reduction, and a particulate filter, the oxidizing catalytic converter being arranged upstream of the reduction catalytic converter, and the reduction catalytic converter being arranged upstream of the particulate filter, the reduction catalytic converter being arranged in the exhaust gas section upstream in the exhaust gas flow direction to such an extent that the heat of the exhaust gas which passes the reduction catalytic converter is sufficient to bring the reduction catalytic converter to operating temperature, and the reduction catalytic converter having a metering module for the metered introduction of the reducing agent, characterized in that, furthermore, the exhaust gas treatment device has a low-pressure exhaust gas recirculation device, the low-pressure exhaust gas recirculation device comprising a cooling device, and the metering module having a cooling unit, through which a cooling medium can flow, the cooling device being connected in heat terms to the metering module of the reduction catalytic converter in such a way that the metering module can be cooled by means of the cooling device of the low-pressure exhaust gas recirculation device, and the cooling unit being configured and designed in such a way that the cooling unit can be connected in flow terms to the cooling device of the low-pressure exhaust gas recirculation device of the combustion assembly, with the result that the cooling medium can be used by the cooling device to cool the metering module.
An electric power tool, comprising: a motor including a drive shaft; a tool output shaft arranged to be rotated by rotational force of the drive shaft; a clutch unit configured to connect or disconnect a torque transmission line between the drive shaft and the tool output shaft in accordance with a load torque of the tool output shaft; a load detector configured to output a load torque signal in accordance with the load torque of the tool output shaft; and a control unit capable of performing a rising detection mode, which stops rotation of the motor when detecting a rising in the load torque signal, and a falling detection mode, which stops rotation of the motor when detecting a falling in the load torque signal, wherein the control unit is configured to select the rising detection mode or the falling detection mode based on a usage condition signal (SL/SN/SS/SV/ST/SB) indicating a usage condition of the electric power tool, the electric power tool characterized by further comprising: a rotation speed detector configured to output a rotation speed detection signal, corresponding to a rotation speed of the drive shaft or a rotation speed of the tool output shaft, as the usage condition signal, wherein the control unit is configured to select the rising detection mode or the falling detection mode based on the rotation speed detection signal. a motor including a drive shaft; a tool output shaft arranged to be rotated by rotational force of the drive shaft; a clutch unit configured to connect or disconnect a torque transmission line between the drive shaft and the tool output shaft in accordance with a load torque of the tool output shaft; a load detector configured to output a load torque signal in accordance with the load torque of the tool output shaft; and a control unit capable of performing a rising detection mode, which stops rotation of the motor when detecting a rising in the load torque signal, and a falling detection mode, which stops rotation of the motor when detecting a falling in the load torque signal, wherein the control unit is configured to select the rising detection mode or the falling detection mode based on a usage condition signal (SL/SN/SS/SV/ST/SB) indicating a usage condition of the electric power tool, the electric power tool characterized by further comprising: a rotation speed detector configured to output a rotation speed detection signal, corresponding to a rotation speed of the drive shaft or a rotation speed of the tool output shaft, as the usage condition signal, wherein the control unit is configured to select the rising detection mode or the falling detection mode based on the rotation speed detection signal. a rotation speed detector configured to output a rotation speed detection signal, corresponding to a rotation speed of the drive shaft or a rotation speed of the tool output shaft, as the usage condition signal, wherein the control unit is configured to select the rising detection mode or the falling detection mode based on the rotation speed detection signal.
A cushion assembly for a patient interface for sealed delivery of a flow of air at a continuously positive pressure with respect to ambient air pressure to an entrance to a patient's airways including at least entrance of the patient's nares, wherein the patient interface is configured to maintain a therapy pressure in a range of about 4 cmH20 to about 30 cmH20 above ambient air pressure in use, throughout the patient's respiratory cycle, while the patient is sleeping, to ameliorate sleep disordered breathing, the cushion assembly comprising: an elastomeric seal-forming structure that is shaped to be bisected by a sagittal plane having a line that is tangent to the elastomeric seal-forming structure at a superior tangent point and at an inferior tangent point, wherein a curvature of the elastomeric seal-forming structure is saddle shaped in a saddle-shaped superior region that straddles the sagittal plane and includes the superior tangent point, wherein the curvature of the elastomeric seal-forming structure transitions in a superior transition region from the saddle shape in the saddle-shaped superior region to a dome shape in a dome-shaped superior region that is offset from the sagittal plane, characterized in that the curvature of the elastomeric seal-forming structure in the superior transition region is cylindrical, and wherein an elastomeric wall thickness of the elastomeric seal-forming structure is greater in the superior transition region than in the saddle-shaped superior region and the dome-shaped superior region. an elastomeric seal-forming structure that is shaped to be bisected by a sagittal plane having a line that is tangent to the elastomeric seal-forming structure at a superior tangent point and at an inferior tangent point, wherein a curvature of the elastomeric seal-forming structure is saddle shaped in a saddle-shaped superior region that straddles the sagittal plane and includes the superior tangent point, wherein the curvature of the elastomeric seal-forming structure transitions in a superior transition region from the saddle shape in the saddle-shaped superior region to a dome shape in a dome-shaped superior region that is offset from the sagittal plane, characterized in that the curvature of the elastomeric seal-forming structure in the superior transition region is cylindrical, and wherein an elastomeric wall thickness of the elastomeric seal-forming structure is greater in the superior transition region than in the saddle-shaped superior region and the dome-shaped superior region.
A method for determining the amount of insulin in a biological sample when taken from a human, by tandem mass spectrometry, the method comprising: (a) subjecting the sample to conditions suitable to generate insulin A chains from insulin; (b) processing the sample from step (a) to obtain a fraction enriched in insulin A chains; (c) subjecting the enriched insulin A chains to an ionization source under conditions suitable to generate one or more insulin A chain ions detectable by mass spectrometry, wherein said insulin A chains are chemically modified prior to ionization wherein said chemical modification comprises alkylating said insulin A chains; and (d) determining the amount of one or more insulin A chain ions by tandem mass spectrometry wherein the one or more insulin A chain ions comprise one or more fragment ions from an alkylated insulin A chain precursor ion with a mass to charge ratio (m/z) of 1306.0 ± 0.5 and one or more fragment ions from an alkylated insulin A chain precursor ion with m/z of 871.0 ± 0.5; wherein the amount of ions determined in step (d) is related to the amount of insulin in said sample. (a) subjecting the sample to conditions suitable to generate insulin A chains from insulin; (b) processing the sample from step (a) to obtain a fraction enriched in insulin A chains; (c) subjecting the enriched insulin A chains to an ionization source under conditions suitable to generate one or more insulin A chain ions detectable by mass spectrometry, wherein said insulin A chains are chemically modified prior to ionization wherein said chemical modification comprises alkylating said insulin A chains; and (d) determining the amount of one or more insulin A chain ions by tandem mass spectrometry wherein the one or more insulin A chain ions comprise one or more fragment ions from an alkylated insulin A chain precursor ion with a mass to charge ratio (m/z) of 1306.0 ± 0.5 and one or more fragment ions from an alkylated insulin A chain precursor ion with m/z of 871.0 ± 0.5;
A circuit for controlling a power supply, the circuit comprising: a power factor correction controller that controls current flow in a PFC preregulator to increase a power factor of the power supply, wherein the PFC controller integrates an input power to determine energy consumption and outputs a signal indicative of the energy consumption to a downstream load or alternatively or additionally to a centralized control and/or monitoring system, wherein the PFC controller determines a power state of the power supply and outputs the signal if the power supply is in a higher power state and refrains from outputting the signal if the power supply is in a lower power state. a power factor correction controller that controls current flow in a PFC preregulator to increase a power factor of the power supply, wherein the PFC controller integrates an input power to determine energy consumption and outputs a signal indicative of the energy consumption to a downstream load or alternatively or additionally to a centralized control and/or monitoring system, wherein the PFC controller determines a power state of the power supply and outputs the signal if the power supply is in a higher power state and refrains from outputting the signal if the power supply is in a lower power state.