mhurhangee/ep-ind-claims huggingface dataset:
Light source for use in an apparatus, in particular a medical or dental apparatus, said light source comprising: - at least one semiconductor element that is arranged in a housing, wherein the semiconductor element has a light-emission surface, and - a cap, which extends from a side of the semiconductor element that lies opposite to the light-emission surface and which is provided to be inserted in a socket that is arranged on the apparatus, wherein the cap has contact elements and lines for supplying power to the semiconductor element, - a series resistor electrically connected to the lines, wherein the series resistor is arranged in a recess of the cap, - an optical element for influencing the light emitted by the semiconductor element, said optical element being arranged in front of the light-emission surface, characterized in that the contact elements and the lines are chemically deposited or electrodeposited directly on the cap, wherein the lines are guided through the recess and the series resistor is electrically connected to the lines there. - at least one semiconductor element that is arranged in a housing, wherein the semiconductor element has a light-emission surface, and - a cap, which extends from a side of the semiconductor element that lies opposite to the light-emission surface and which is provided to be inserted in a socket that is arranged on the apparatus, wherein the cap has contact elements and lines for supplying power to the semiconductor element, - a series resistor electrically connected to the lines, wherein the series resistor is arranged in a recess of the cap, - an optical element for influencing the light emitted by the semiconductor element, said optical element being arranged in front of the light-emission surface, characterized in that the contact elements and the lines are chemically deposited or electrodeposited directly on the cap, wherein the lines are guided through the recess and the series resistor is electrically connected to the lines there.
A composite structure manufacturing system comprising: a heating system; and one or more smart bladders that encompasses the heating system in which the heating system and one or more smart bladders form a curing tool defining a volume for a composite structure when one or more smart bladders in the one or more smart bladders are in a rigid state; and a shell; and a frame comprising a first rack that holds a first end and a second end of the one or more heating elements within an interior of the shell and a second rack connected to the shell that holds the first rack within the interior of the shell. a heating system; and one or more smart bladders that encompasses the heating system in which the heating system and one or more smart bladders form a curing tool defining a volume for a composite structure when one or more smart bladders in the one or more smart bladders are in a rigid state; and a shell; and a frame comprising a first rack that holds a first end and a second end of the one or more heating elements within an interior of the shell and a second rack connected to the shell that holds the first rack within the interior of the shell.
Device to correct the shape of a bent metal bar, said bar being provided with at least a substantially rectilinear first segment, a substantially straight second segment which is opposite the first segment, separated from it by a curved segment, said first segment being diverted with respect to the plane on which said second segment and at least a portion of said curved segment lie, characterized in that it comprises a first abutment element, suitable to selectively hold said curved segment and provided with an abutment surface on which, in use, at least one portion of said second segment and of said curved segment is housed, and a second abutment element which is offset with respect to said first abutment element and provided with a pressure element which, during use, is disposed above said first segment, translation means (39, 42) being associated at least to one of either said first abutment element or said second abutment element in order to translate at least one of these against the other, so that said pressure element and said abutment surface deform said curved segment.
A device for reducing mucus secretion in an upper airway of a patient to treat at least one of post nasal drip or chronic cough, the device comprising: an elongate shaft having a proximal end and a distal end; a handle at the proximal end of the elongate shaft; and a treatment portion at the distal end of the elongate shaft, the treatment portion comprising a treatment surface, the treatment surface comprising: two rows of non-penetrating radiofrequency electrode pairs extending longitudinally along the treatment surface, wherein each of the electrode pairs comprises one electrode from each of the two rows; a concave trough extending longitudinally along the treatment surface and separating the two rows of electrode pairs; and at least one thermocouple disposed in the concave trough, multiple radiofrequency output channels being coupled with the two rows of electrode pairs, such that each of the electrode pairs is coupled with one only one of the multiple radiofrequency output channels, so that delivery of radiofrequency energy to each electrode pair can be controlled individually. an elongate shaft having a proximal end and a distal end; a handle at the proximal end of the elongate shaft; and a treatment portion at the distal end of the elongate shaft, the treatment portion comprising a treatment surface, the treatment surface comprising: two rows of non-penetrating radiofrequency electrode pairs extending longitudinally along the treatment surface, wherein each of the electrode pairs comprises one electrode from each of the two rows; a concave trough extending longitudinally along the treatment surface and separating the two rows of electrode pairs; and at least one thermocouple disposed in the concave trough, two rows of non-penetrating radiofrequency electrode pairs extending longitudinally along the treatment surface, wherein each of the electrode pairs comprises one electrode from each of the two rows; a concave trough extending longitudinally along the treatment surface and separating the two rows of electrode pairs; and at least one thermocouple disposed in the concave trough, multiple radiofrequency output channels being coupled with the two rows of electrode pairs, such that each of the electrode pairs is coupled with one only one of the multiple radiofrequency output channels, so that delivery of radiofrequency energy to each electrode pair can be controlled individually.
A battery state of charge determination method characterized by: boosting a power generation voltage of an alternator configured to supply a charging current to a battery such that the charging current supplied to the battery increases; determining whether or not the condition in which the charging current supplied to the battery equals or exceeds a predetermined threshold (Ta) has been established continuously for a predetermined time (Tb) after the power generation voltage of the alternator is boosted; and determining that the battery is in a low state of charge condition, in which a state of charge of the battery is equal to or smaller than a predetermined state of charge, when it is determined that the condition in which the charging current supplied to the battery equals or exceeds the predetermined threshold (Ta) has been established continuously for the predetermined time (Tb). boosting a power generation voltage of an alternator configured to supply a charging current to a battery such that the charging current supplied to the battery increases; determining whether or not the condition in which the charging current supplied to the battery equals or exceeds a predetermined threshold (Ta) has been established continuously for a predetermined time (Tb) after the power generation voltage of the alternator is boosted; and determining that the battery is in a low state of charge condition, in which a state of charge of the battery is equal to or smaller than a predetermined state of charge, when it is determined that the condition in which the charging current supplied to the battery equals or exceeds the predetermined threshold (Ta) has been established continuously for the predetermined time (Tb).
A control system, which controls a manufacturing device or a production facility, characterized by comprising: a first control device connected to a network in which data is updated at every predetermined cycle, and a second control device connected to the network and time-synchronized with the first control device; wherein the first control device is configured to transmit, at every predetermined cycle, first data used for controlling the manufacturing device or the production facility, using a first communication band among communication bands possessed by the network; and the second control device is configured to share second data used for setting and managing the manufacturing device or the production facility with the first control device, using a second communication band other than the first communication band among the communication bands possessed by the network, wherein the first control device is configured to cyclically transmit the first data using the first communication band and transmits the second data using a first part of the second communication band among the communication bands possessed by the network, and the second control device is configured to transmit the second data using a second part of the second communication band other than the first part of the second communication band among the communication bands possessed by the network. a first control device connected to a network in which data is updated at every predetermined cycle, and a second control device connected to the network and time-synchronized with the first control device; wherein the first control device is configured to transmit, at every predetermined cycle, first data used for controlling the manufacturing device or the production facility, using a first communication band among communication bands possessed by the network; and the second control device is configured to share second data used for setting and managing the manufacturing device or the production facility with the first control device, using a second communication band other than the first communication band among the communication bands possessed by the network, wherein the first control device is configured to cyclically transmit the first data using the first communication band and transmits the second data using a first part of the second communication band among the communication bands possessed by the network, and the second control device is configured to transmit the second data using a second part of the second communication band other than the first part of the second communication band among the communication bands possessed by the network.
A switching mode power supply device comprising at least one MOS power transistor (P1;N11) made on an integrated circuit (CI;CI') and operating in switching mode, the drain and the source of said at least one MOS power transistor being connected, via connecting members (CN1, CN3; CN11, CN12) having a non-null inductance, to one or several external circuits to said integrated circuit, characterized in that it further comprises a limiter circuit able to limit the current variations in at least one of said connecting members during the switching of said MOS power transistor, said limiter circuit comprising: - a resistance (R1, R2) mounted in series with a capacitor (CI, C2) between the source and the drain of the power transistor, the source of the power transistor being connected to a first terminal of the resistance and the drain of the power transistor being connected to a first terminal of the capacitor, - at least a first MOS transistor (P2, N13) having its gate connected to an intermediate point between said resistance and said capacitor, its drain connected to the drain of the MOS power transistor and its source connected to the source of the MOS power transistor and - a second MOS transistor (P3, N14) mounted between the first transistor (P2, N13) and the power transistor (P1,N11), the source of the second transistor being connected to the drain of the first transistor and the drain and gate of the second transistor being connected to the drain of the power transistor. - a resistance (R1, R2) mounted in series with a capacitor (CI, C2) between the source and the drain of the power transistor, the source of the power transistor being connected to a first terminal of the resistance and the drain of the power transistor being connected to a first terminal of the capacitor, - at least a first MOS transistor (P2, N13) having its gate connected to an intermediate point between said resistance and said capacitor, its drain connected to the drain of the MOS power transistor and its source connected to the source of the MOS power transistor and - a second MOS transistor (P3, N14) mounted between the first transistor (P2, N13) and the power transistor (P1,N11), the source of the second transistor being connected to the drain of the first transistor and the drain and gate of the second transistor being connected to the drain of the power transistor.
A compressor (10, 110), having a compressor housing, having a drive device and having a compression device with one or more compression stages (14-1, 14-2) for compressing a refrigerant, wherein the compressor (10, 110) furthermore has one or more refrigerant feed devices (20, 36) for feeding refrigerant to the compression device and one or more refrigerant discharge devices (24, 38) for discharging refrigerant from the compression device, wherein at least one section of the one refrigerant feed device or at least one section of at least one, in particular each of the multiple refrigerant feed devices (20, 36) is arranged so as to be thermally separate from the one refrigerant discharge device or at least one, in particular each of the multiple refrigerant discharge devices (24, 38) characterized in that the high-pressure refrigerant discharge device has five high-pressure refrigerant discharge device sub-regions which are each connected to one another in gas-tight fashion, namely a first, tubular high-pressure refrigerant discharge device sub-region which extends outside the compressor housing from the compressor housing to a high-pressure port; a second high-pressure refrigerant discharge device sub-region which is likewise of tubular form and which extends within the compressor housing from the compressor housing to a third high-pressure refrigerant discharge device sub-region; the third high-pressure refrigerant discharge device sub-region which is of approximately cuboidal form, that is to say has a rectangular cross section, and which serves for pulsation damping in the high-pressure volume; a fourth high-pressure refrigerant discharge device sub-region which extends from the third high-pressure refrigerant discharge device sub-region to the compression unit; and a fifth high-pressure refrigerant discharge device sub-region which is formed in the compression unit and which is connected to cylinder outlets of the compression stage and which serves for the discharge of refrigerant at high pressure or compression end pressure.
A multi-disk carbon and ceramic matrix composite brake system, comprising: a pressure plate; an end plate disposed distal to the pressure plate; a plurality of rotors disposed between the pressure plate and the end plate; a plurality of stators disposed between the pressure plate and the end plate, the plurality of stators interleaved between the plurality of rotors; and a first spring disposed between a first stator in the plurality of stators and an adjacent stator in the plurality of stators, the first spring disposed radially inward of a first rotor in the plurality of rotors, characterized in that: the first spring is configured to allow a portion of the plurality of rotors and the plurality of stators to supply the braking when a force is applied to the pressure plate is below a threshold force; and the first spring is configured to allow the plurality of rotors and the plurality of stators to supply the braking force when the force applied to the pressure plate is above the threshold force. a pressure plate; an end plate disposed distal to the pressure plate; a plurality of rotors disposed between the pressure plate and the end plate; a plurality of stators disposed between the pressure plate and the end plate, the plurality of stators interleaved between the plurality of rotors; and a first spring disposed between a first stator in the plurality of stators and an adjacent stator in the plurality of stators, the first spring disposed radially inward of a first rotor in the plurality of rotors, characterized in that: the first spring is configured to allow a portion of the plurality of rotors and the plurality of stators to supply the braking when a force is applied to the pressure plate is below a threshold force; and the first spring is configured to allow the plurality of rotors and the plurality of stators to supply the braking force when the force applied to the pressure plate is above the threshold force. the first spring is configured to allow a portion of the plurality of rotors and the plurality of stators to supply the braking when a force is applied to the pressure plate is below a threshold force; and the first spring is configured to allow the plurality of rotors and the plurality of stators to supply the braking force when the force applied to the pressure plate is above the threshold force.
Rail vehicle window profile, having window corners, a vertical stop frame, a first horizontal stop frame, a second horizontal stop frame, characterized in that the vertical stop frame comprises a profile which has a receiving region for an air-conditioning duct, which is an integral part of the vertical stop frame.
A heater for an aerosol generation device, the heater comprising: a plurality of segments combined together to form an insertion portion into which an object-to-be-heated is inserted; one or more electrically conductive tracks printed on one surface of each of the plurality of segments and disposed toward the object-to-be-heated; and an elastic member configured to surround at least a part of the plurality of segments, wherein the elastic member comprises a material having an elastic force in a direction of an inner surface of the elastic member, wherein each of the plurality of segments has a shape that is obtained by cutting a cylindrical structure into a plurality of parts, and wherein the plurality of segments include a rigid material. a plurality of segments combined together to form an insertion portion into which an object-to-be-heated is inserted; one or more electrically conductive tracks printed on one surface of each of the plurality of segments and disposed toward the object-to-be-heated; and an elastic member configured to surround at least a part of the plurality of segments, wherein the elastic member comprises a material having an elastic force in a direction of an inner surface of the elastic member, wherein each of the plurality of segments has a shape that is obtained by cutting a cylindrical structure into a plurality of parts, and wherein the plurality of segments include a rigid material.
Rotor blade of a wind turbine comprising at least one vortex generator, wherein - the vortex generator is attached to the surface of the rotor blade, - the vortex generator is located at least partially within the boundary layer of the airflow flowing across the rotor blade, - the vortex generator is exposed to a stagnation pressure, which is caused by the fraction of the airflow passing over the vortex generator and of which the magnitude depends on the velocity of the fraction of the airflow passing over the vortex generator, - the vortex generator comprises an inflatable element, such as a hose or a pressure chamber; and - the vortex generator is arranged and prepared to change its configuration depending on the magnitude of the stagnation pressure acting on the vortex generator, such that, with increasing stagnation pressure in the boundary layer, the ability of the vortex generator to generate vortices decreases; and the rotor blade comprises a pressure tube extending substantially upstream from the vortex generator for guiding a portion of the fraction of the airflow flowing across the rotor blade to the inflatable element. - the vortex generator is attached to the surface of the rotor blade, - the vortex generator is located at least partially within the boundary layer of the airflow flowing across the rotor blade, - the vortex generator is exposed to a stagnation pressure, which is caused by the fraction of the airflow passing over the vortex generator and of which the magnitude depends on the velocity of the fraction of the airflow passing over the vortex generator, - the vortex generator comprises an inflatable element, such as a hose or a pressure chamber; and - the vortex generator is arranged and prepared to change its configuration depending on the magnitude of the stagnation pressure acting on the vortex generator, such that, with increasing stagnation pressure in the boundary layer, the ability of the vortex generator to generate vortices decreases; and the rotor blade comprises a pressure tube extending substantially upstream from the vortex generator for guiding a portion of the fraction of the airflow flowing across the rotor blade to the inflatable element.
An alarm management module for a wastewater pumping station with at least one pump (9a, 9b) arranged for pumping wastewater out of a wastewater pit, wherein the alarm management module is configured to process at least one level variable (h) indicative of a filling level of the wastewater pit and at least one capacity variable (p%, P%, C%) indicative of a pumping capacity of the wastewater pumping station, wherein the capacity variable (p%, P%, C%) is determined relative to a statistically determined reference capacity (p ref, P ref, C ref), and wherein the alarm management module is configured to trigger an intervention alarm only if all of the following conditions are met: a) the at least one level variable (h) is at or above a predetermined alarm level threshold (h m), b) the at least one level variable (h) is increasing, and c) the at least one capacity variable (p%, P%, C%) is below a capacity threshold. a) the at least one level variable (h) is at or above a predetermined alarm level threshold (h m), b) the at least one level variable (h) is increasing, and c) the at least one capacity variable (p%, P%, C%) is below a capacity threshold.
Illuminated arena floor comprising at least a. a composite glass floor panel, b. an overlay, c. a polymer block and a light channel next to each other between the composite glass floor panel and the overlay, d. a support between the overlay and the foundation of the arena, characterized in that a hook and loop fastener is provided between the polymer block and the composite glass floor panel, and that the light channel enables a selective illumination of playing field lines. a. a composite glass floor panel, b. an overlay, c. a polymer block and a light channel next to each other between the composite glass floor panel and the overlay, d. a support between the overlay and the foundation of the arena,