mhurhangee/ep-ind-claims huggingface dataset:
A ventilator assembly for use in a ventilator circuit for administering medication to a patient, the ventilator assembly comprising: a housing (400, 402) defining an inhalation interior space and an exhalation interior space separate from the inhalation interior space; a ventilator port (212, 410) positioned at a first location of the housing, the ventilator port defining a first passageway in communication with the inhalation interior space and the exhalation interior space; a patient port positioned at a second location of the housing, the patient port defining a second passageway in communication with the inhalation interior space and the exhalation interior space; a one-way inhalation valve positioned in the housing adjacent one of the first or second locations to permit one-way flow from the ventilator port to the patient port through the inhalation interior space; a one-way exhalation valve positioned in the housing adjacent the one of the first or second locations adjacent the position of the one-way inhalation valve to permit one-way flow from the patient port to the ventilator port through the exhalation interior space; and a receptacle positioned on the housing and in communication with the inhalation interior space, the receptacle operative to receive a container comprising an aerosolized medication, characterized in that the one-way inhalation and exhalation valves are configured as flexible flaps extending in opposite directions from a base portion. a housing (400, 402) defining an inhalation interior space and an exhalation interior space separate from the inhalation interior space; a ventilator port (212, 410) positioned at a first location of the housing, the ventilator port defining a first passageway in communication with the inhalation interior space and the exhalation interior space; a patient port positioned at a second location of the housing, the patient port defining a second passageway in communication with the inhalation interior space and the exhalation interior space; a one-way inhalation valve positioned in the housing adjacent one of the first or second locations to permit one-way flow from the ventilator port to the patient port through the inhalation interior space; a one-way exhalation valve positioned in the housing adjacent the one of the first or second locations adjacent the position of the one-way inhalation valve to permit one-way flow from the patient port to the ventilator port through the exhalation interior space; and a receptacle positioned on the housing and in communication with the inhalation interior space, the receptacle operative to receive a container comprising an aerosolized medication, characterized in that the one-way inhalation and exhalation valves are configured as flexible flaps extending in opposite directions from a base portion.
Jewelry article, in particular a bracelet, comprising two branches (12a, 12b) and a clasp comprising a lock pivotally mounted on a pivot connected to one end of one of the two branches (12a, 12b), the lock comprising a central passage extending along the axis of the pivot and a cavity communicating with the central passage and opening onto one of two lateral sides (42a, 42b) of the lock, the clasp further comprising a connecting member connected to one end of the other of the two branches (12a, 12b) and intended to be fitted into the central passage and the cavity of the lock, the connecting member and the cavity being shaped so as to make it possible, on the one hand, to bring the jewelry article from an unlocked configuration to a locked configuration by rotating the lock about the pivot in one direction after the connecting member has been fitted into the lock and, on the other hand, to bring the jewelry article from the locked configuration to the unlocked configuration by rotating the lock about the pivot in an opposite direction so that the connecting member can be removed from the lock, wherein the lock comprises a wall extending toward a longitudinal side of the lock, and wherein rotation of the lock into the locked configuration brings a part of the connecting member against said wall to prevent removal of the connecting member.
A method for adjusting a contention window size performed by a network device, wherein the method comprises: obtaining, at least two Hybrid Automatic Repeat Request, HARQ, states corresponding to a first HARQ process identifier, wherein the at least two HARQ states are different, and the first HARQ process identifier is a HARQ process identifier used when the network device sends data to a terminal device in a reference time unit, and the first HARQ process identifier is a HARQ process identifier for the terminal device, wherein the at least two HARQ states comprise a discontinuous transmission, DTX, state and a non-DTX state, the non-DTX state is a HARQ state detected by the network device (step 300); determining, a valid HARQ state in the at least two HARQ states, wherein the valid HARQ state is the non-DTX state (step 310); adjusting, a contention window size for a first downlink burst based on the valid HARQ state, wherein the first downlink burst is later than the reference time unit, any time unit that carries the at least two HARQ states is later than the reference time unit, and a time interval between any time unit that carries the at least two HARQ states and the reference time unit is not less than a first preset time interval (step 320). obtaining, at least two Hybrid Automatic Repeat Request, HARQ, states corresponding to a first HARQ process identifier, wherein the at least two HARQ states are different, and the first HARQ process identifier is a HARQ process identifier used when the network device sends data to a terminal device in a reference time unit, and the first HARQ process identifier is a HARQ process identifier for the terminal device, wherein the at least two HARQ states comprise a discontinuous transmission, DTX, state and a non-DTX state, the non-DTX state is a HARQ state detected by the network device (step 300); determining, a valid HARQ state in the at least two HARQ states, wherein the valid HARQ state is the non-DTX state (step 310); adjusting, a contention window size for a first downlink burst based on the valid HARQ state, wherein the first downlink burst is later than the reference time unit, any time unit that carries the at least two HARQ states is later than the reference time unit, and a time interval between any time unit that carries the at least two HARQ states and the reference time unit is not less than a first preset time interval (step 320).
A hearing aid (20; 80; 90) with - a hearing aid assembly comprising: - a housing for accommodating the hearing aid assembly, - a microphone for reception of sound and conversion of the received sound into a corresponding first audio signal, - a signal processor for processing the first audio signal into a second audio signal compensating a hearing loss of a user of the hearing aid (20; 80; 90), - a wireless communication unit configured for wireless data communication, - an antenna for emission or reception of an electromagnetic field having a wavelength, the antenna being interconnected with the wireless communication unit, wherein at least a part of the antenna extends from a first side of the hearing aid to a second side of the hearing aid (20; 80; 90), and the antenna has a midpoint, characterized in that the antenna has a total length (L 1) between three quarters of the wavelength (λ) and five quarters of the wavelength, and a distance (L 4) between the antenna midpoint and said part of the antenna extending from the first side of the hearing aid to the second side of the hearing aid is less than a quarter of the wavelength. - a hearing aid assembly comprising: - a housing for accommodating the hearing aid assembly, - a microphone for reception of sound and conversion of the received sound into a corresponding first audio signal, - a signal processor for processing the first audio signal into a second audio signal compensating a hearing loss of a user of the hearing aid (20; 80; 90), - a wireless communication unit configured for wireless data communication, - an antenna for emission or reception of an electromagnetic field having a wavelength, the antenna being interconnected with the wireless communication unit, wherein at least a part of the antenna extends from a first side of the hearing aid to a second side of the hearing aid (20; 80; 90), and the antenna has a midpoint, characterized in that the antenna has a total length (L 1) between three quarters of the wavelength (λ) and five quarters of the wavelength, and a distance (L 4) between the antenna midpoint and said part of the antenna extending from the first side of the hearing aid to the second side of the hearing aid is less than a quarter of the wavelength.
A method of correcting, in a composite component, an inappropriate countersink with an inappropriate maximum diameter and/or depth, the inappropriate countersink being provided in the composite component at a fixation opening having a first opening diameter, the method is characterized by comprising at least the steps of: - Preparing a repair patch with a repair patch opening having a second opening diameter that is at most equal to the first opening diameter; - Arranging the repair patch on the composite component in an area surrounding the inappropriate countersink, such that the repair patch opening and the fixation opening are at least approximately aligned; - Pressing the repair patch at least partly into the inappropriate countersink by means of an associated pressure tool; and - Fixing the repair patch in the inappropriate countersink. - Preparing a repair patch with a repair patch opening having a second opening diameter that is at most equal to the first opening diameter; - Arranging the repair patch on the composite component in an area surrounding the inappropriate countersink, such that the repair patch opening and the fixation opening are at least approximately aligned; - Pressing the repair patch at least partly into the inappropriate countersink by means of an associated pressure tool; and - Fixing the repair patch in the inappropriate countersink.
A battery pack especially for a hand-held power tool, comprising at least two battery cells connected in series, and/or battery cell blocks and an electronic unit with a printed circuit board, wherein sheet metal conductors are provided for electrically connecting the battery cells and/or battery cell blocks connected in series which are directly connected to the printed circuit board, wherein the sheet metal conductors are formed as terminal lugs that extend laterally from the printed circuit board, characterized in that the cells are supported by a cell carrier and separated from one another by the latter such that the cells do not contact each other.
A prefabricated modular balcony, which includes - a floor part comprising a surface plate and a base plate, which surface plate and base plate form at least a part of a cell structure that forms the floor part, - an attachment support for attaching the balcony to a building, - attachment means arranged in the attachment support for attaching the floor part to an attachment support counterpart of a wall of the building, - railing structures attached to the floor part, wherein the balcony is a metal welded structure and the surface plate and the base plate are joined together by means of welds to form the cell structure, characterized in that the welds are laser-welds and the surface plate and base plate both include calotte cells which are opposite with respect to one another, at the site of which calotte cells the surface plate and base plate are joined together by means of the laser welds. - a floor part comprising a surface plate and a base plate, which surface plate and base plate form at least a part of a cell structure that forms the floor part, - an attachment support for attaching the balcony to a building, - attachment means arranged in the attachment support for attaching the floor part to an attachment support counterpart of a wall of the building, - railing structures attached to the floor part,
A depressor foil (120, 220) for submerging a towed cable comprising a body with a foil shape having a leading edge and a trailing edge, which define a chord length therebetween, and further defining a cambered first surface extending between the leading edge and the trailing edge configured to provide negative lift; a relatively flat second surface with respect to the first surface extending between the leading edge and the trailing edge; a first lateral side that extends between a first lateral edge of the first surface, a first lateral edge of the second surface, the leading edge, and the trailing edge; and a second lateral side that extends between a second lateral edge of the first surface, a second lateral edge of the second surface, the leading edge, and the trailing edge; a first tubular conduit configured to receive a cable or rod therethrough, defined within the body and extending laterally therein adjacent to the leading edge and opening to each of the first and second lateral sides; a second tubular conduit configured to receive a cable or rod therethrough, defined within the body and extending laterally therein adjacent to, aft of, and parallel to the first tubular conduit and opening to each of the first and second lateral sides, wherein the first and second tubular conduits are positioned within a forward half of the chord length.
Calibration adapter for a drilling resistance measuring device that comprises - at least one drilling needle receptacle coupled to a drive, - a drilling needle, - a guide sleeve comprising a drilling needle outlet opening, and - a device for drilling resistance recording and output, characterized in that the calibration adapter comprises a main body that comprises - a coupling device for releasable fastening of the calibration adapter on the drilling resistance measuring device in front of the drilling needle outlet opening, and - a drilling needle passage which extends through the main body and is designed such that it is aligned with the drilling needle outlet opening in a fastening arrangement of the calibration adapter on the drilling resistance measuring device, and - at least one receiving space for at least one test body, wherein an alignment axis provided by the passage intersects the at least one receiving space, and wherein the at least one receiving space comprises at least one bearing element (36,37) for the test body that provides rotatability or slidability of the test body in a plane orthogonal to the alignment axis. - at least one drilling needle receptacle coupled to a drive, - a drilling needle, - a guide sleeve comprising a drilling needle outlet opening, and - a device for drilling resistance recording and output, - a coupling device for releasable fastening of the calibration adapter on the drilling resistance measuring device in front of the drilling needle outlet opening, and - a drilling needle passage which extends through the main body and is designed such that it is aligned with the drilling needle outlet opening in a fastening arrangement of the calibration adapter on the drilling resistance measuring device, and - at least one receiving space for at least one test body, wherein an alignment axis provided by the passage intersects the at least one receiving space,
A process for the preparation of the compound of formula: which comprises reacting a compound of formula with isobutyric anhydride and a reducing agent.
A system for measuring a condition in a downhole environment in a borehole beneath a surface, comprising: a source, configured and arranged to transmit a power signal via a conductive line in the borehole; a downhole active sensor module, in electrical communication with the source via the conductive line, the downhole active sensor module comprising a downhole active sensor, the downhole active sensor comprising an oscillator having a resonant frequency that varies with changes in the condition in the downhole environment, the downhole active sensor module being configured and arranged to receive power from the power signal transmitted from the source to power the downhole active sensor, and to actively generate a sensor signal using the received power in response to the condition in the downhole environment and to transmit the sensor signal, via the conductive line, toward the surface; and a receiver, in electrical communication with the downhole active sensor module via the conductive line and configured and arranged to receive the sensor signal. a source, configured and arranged to transmit a power signal via a conductive line in the borehole; a downhole active sensor module, in electrical communication with the source via the conductive line, the downhole active sensor module comprising a downhole active sensor, the downhole active sensor comprising an oscillator having a resonant frequency that varies with changes in the condition in the downhole environment, the downhole active sensor module being configured and arranged to receive power from the power signal transmitted from the source to power the downhole active sensor, and to actively generate a sensor signal using the received power in response to the condition in the downhole environment and to transmit the sensor signal, via the conductive line, toward the surface; and a receiver, in electrical communication with the downhole active sensor module via the conductive line and configured and arranged to receive the sensor signal.
A system for protecting a refrigeration engine (132, 202, 302) of a refrigeration unit from damage due to vibration while the refrigeration engine is not operating, the system being arranged to: operate the refrigeration unit in a first, electric, mode wherein electrical power is supplied to the refrigeration unit and the refrigeration engine is not running; and operate the refrigeration unit in a second, combustion, mode wherein the refrigeration engine is running in order to power the refrigeration unit; the system comprising: the refrigeration engine which comprises a crankshaft (204, 304), at least one piston (206, 306), at least one bearing (210, 310), a lubricating fluid source (212, 312), and a fluid pump (216, 316, 330) associated therewith; and a controller (228, 328) operationally connected to and configured to control the fluid pump, wherein, when the system is in the first, electric, mode, the controller is configured to control the fluid pump in a duty cycle to maintain a predetermined minimum fluid pressure of the lubricating fluid such that a lubricating fluid film is present between the at least one bearing and the crankshaft while the refrigeration engine is not operating. the refrigeration engine which comprises a crankshaft (204, 304), at least one piston (206, 306), at least one bearing (210, 310), a lubricating fluid source (212, 312), and a fluid pump (216, 316, 330) associated therewith; and a controller (228, 328) operationally connected to and configured to control the fluid pump, wherein, when the system is in the first, electric, mode, the controller is configured to control the fluid pump in a duty cycle to maintain a predetermined minimum fluid pressure of the lubricating fluid such that a lubricating fluid film is present between the at least one bearing and the crankshaft while the refrigeration engine is not operating.
A floating platform having a flat cover element and a sealing element which is connected to the cover element, makes a sealing contact with a liquid surface during operation and encloses a closed cavity together with the cover element and the liquid surface or a bottom surface, in which cavity an overpressure which supports the cover element is producible by a compressed-air production apparatus, wherein a flat sealing element is provided, wherein at least one circumferential wall confining the cavity and comprising a sealing section projecting into the liquid during operation is provided as the flat sealing element, wherein a flexible membrane is provided as the circumferential wall, characterized in that the sealing section of the sealing element comprises a plurality of regions that are each weighted down with a ballast element and that are each separated by a region of the sealing section of the sealing element which is free from the ballast element.
Diagnostic system for a filter of a fuel cell, the filter is arranged in a supply air duct, in which a supply air flow can be guided toward the fuel cell, and a diagnostic arrangement is arranged after the filter in the supply air duct in the flow direction of the supply air, wherein by means of the diagnostic arrangement it is possible to determine a loading of the filter with at least one predefined substance, characterised in that the diagnostic arrangement comprises at least one indicator for indicating a loading of the indicator with at least one predefined substance, and the diagnostic arrangement comprises at least one optical detector for optically recording an indicator reaction of the at least one indicator. the filter is arranged in a supply air duct, in which a supply air flow can be guided toward the fuel cell, and a diagnostic arrangement is arranged after the filter in the supply air duct in the flow direction of the supply air, wherein by means of the diagnostic arrangement it is possible to determine a loading of the filter with at least one predefined substance, characterised in that the diagnostic arrangement comprises at least one indicator for indicating a loading of the indicator with at least one predefined substance, and the diagnostic arrangement comprises at least one optical detector for optically recording an indicator reaction of the at least one indicator.
A method for releasing a blockage of a drill bit during the drilling, particularly percussion or rotary percussion drilling, of holes in soil or rock material, wherein a borehole is formed by a drill bit mounted on a drill rod assembly and connected thereto and acted upon by the drill rod assembly to perform a rotational movement and optionally a percussive movement, characterized in that at a blockage of the drill bit preventing the continuation of a drilling procedure and, in particular, any further rotational movement of the drill bit, the drill bit, via the drill rod assembly, is subjected to a linear movement opposite the drilling direction and, in addition, a rotational movement in a direction opposite the direction of the rotational movement during the drilling procedure via an appropriate connection (7, 19) between the end of the drill rod assembly facing the drill bit and the drill bit and independently of a rotary drive for carrying out the drilling procedure and that the connection between the end of the drill rod assembly facing the drill bit and the drill bit is realized via an adapter comprising at least one helicoidal or spiralshaped depression or flattening or elevation, and a complementary profiling provided on the drill bit, said helicoidal or spiral-shaped depression or flattening or elevation comprising a large inclination or pitch relative to the longitudinal axis of the drill rod assembly.