mhurhangee/ep-ind-claims huggingface dataset:
Liquid sprayer for a dishwasher, comprising 1.1. a drive arm, with a base connector for attaching the drive arm to a base body so that it can rotate about a base axis, 1.2. a spray arm, with 1.2.1. a spray arm connector that attaches the spray arm to the drive arm so that it can rotate about a spray arm axis, wherein the spray arm axis is spaced apart from the base axis, and 1.2.2. at least one spraying nozzle (30, 30a) for dispensing washing liquid, and 1.3. a transmission device which couples a rotational movement of the drive arm about the base axis to a rotational movement of the spray arm about the spray arm axis, wherein 1.4 the drive arm comprises at least one drive nozzle for driving the drive arm in rotation about the base axis, characterized 1.5. in that the transmission device couples the rotational movements of the drive arm and the spray arm such that a drive arm rotation rate (ω D) is in absolute values at least as large as a spray arm rotation rate (ω S). 1.1. a drive arm, with a base connector for attaching the drive arm to a base body so that it can rotate about a base axis, 1.2. a spray arm, with 1.2.1. a spray arm connector that attaches the spray arm to the drive arm so that it can rotate about a spray arm axis, wherein the spray arm axis is spaced apart from the base axis, and 1.2.2. at least one spraying nozzle (30, 30a) for dispensing washing liquid, and 1.2.1. a spray arm connector that attaches the spray arm to the drive arm so that it can rotate about a spray arm axis, wherein the spray arm axis is spaced apart from the base axis, and 1.2.2. at least one spraying nozzle (30, 30a) for dispensing washing liquid, and 1.3. a transmission device which couples a rotational movement of the drive arm about the base axis to a rotational movement of the spray arm about the spray arm axis, wherein 1.4 the drive arm comprises at least one drive nozzle for driving the drive arm in rotation about the base axis, characterized 1.5. in that the transmission device couples the rotational movements of the drive arm and the spray arm such that a drive arm rotation rate (ω D) is in absolute values at least as large as a spray arm rotation rate (ω S).
A method, comprising: receiving, at a network element entity, a signaling message from a first endpoint entity, the signaling message comprising first establishment information indicating at least one range of protection to be granted, the range of protection being one of an end-to-end protection extending between the first endpoint entity and a second endpoint entity, an end-to-middle protection extending between the first or the second endpoint entity and one of a plurality of network elements in at least one access network and at least one core network, and no protection; obtaining, at a network element entity, from the second endpoint entity different from the first endpoint entity and based on the first establishment information, second establishment information indicating protection granted by the second endpoint entity; and signaling, from the network element entity to the first endpoint entity, third establishment information indicating the protection granted to the first endpoint entity. receiving, at a network element entity, a signaling message from a first endpoint entity, the signaling message comprising first establishment information indicating at least one range of protection to be granted, the range of protection being one of an end-to-end protection extending between the first endpoint entity and a second endpoint entity, an end-to-middle protection extending between the first or the second endpoint entity and one of a plurality of network elements in at least one access network and at least one core network, and no protection; obtaining, at a network element entity, from the second endpoint entity different from the first endpoint entity and based on the first establishment information, second establishment information indicating protection granted by the second endpoint entity; and signaling, from the network element entity to the first endpoint entity, third establishment information indicating the protection granted to the first endpoint entity.
A circuit breaker system comprising: a selective circuit breaker, connectable to a main supply line; a downstream circuit breaker connected to the selective circuit breaker such that, in operation, the selective circuit breaker is connected between the main supply line and the downstream circuit breaker; the selective circuit breaker comprising a bypass switch in a supply line, and a controlled semiconductor switch (IGBT) connected in parallel to the bypass switch, a bypass switch off detection circuitry for detecting the status of the bypass switch and a short circuit detection circuitry for detecting a short circuit situation or an overcurrent situation; a processing unit for controlling the bypass switch and the semiconductor switch in accordance with a switching characteristic, wherein the switching characteristic of the selective circuit breaker is programmable, and wherein a short circuit current rating of the selective circuit breaker is substantially equal to a short circuit current rating of the downstream circuit breaker, the processing unit being operable to select: a normal operating mode, in which the selective circuit breaker is programmed to disconnect later than the downstream circuit breaker; or a system limit selectivity mode, in which the selective circuit breaker is programmed to apply a reconnect attempt, and the selection being based on a dI/dt measurement in the main supply line. a selective circuit breaker, connectable to a main supply line; a downstream circuit breaker connected to the selective circuit breaker such that, in operation, the selective circuit breaker is connected between the main supply line and the downstream circuit breaker; the selective circuit breaker comprising a bypass switch in a supply line, and a controlled semiconductor switch (IGBT) connected in parallel to the bypass switch, a bypass switch off detection circuitry for detecting the status of the bypass switch and a short circuit detection circuitry for detecting a short circuit situation or an overcurrent situation; a processing unit for controlling the bypass switch and the semiconductor switch in accordance with a switching characteristic, wherein the switching characteristic of the selective circuit breaker is programmable, and wherein a short circuit current rating of the selective circuit breaker is substantially equal to a short circuit current rating of the downstream circuit breaker, the processing unit being operable to select: a normal operating mode, in which the selective circuit breaker is programmed to disconnect later than the downstream circuit breaker; or a system limit selectivity mode, in which the selective circuit breaker is programmed to apply a reconnect attempt, and a normal operating mode, in which the selective circuit breaker is programmed to disconnect later than the downstream circuit breaker; or a system limit selectivity mode, in which the selective circuit breaker is programmed to apply a reconnect attempt, and the selection being based on a dI/dt measurement in the main supply line.
A circuitry protection arrangement connectable to first and second power-consuming circuitry, wherein the first and second power-consuming circuitry are arranged in parallel and are connectable to a power source, and adapted to protect the second power-consuming circuitry from over-powering, the circuitry protection arrangement comprising: a controllable connection arranged to be connected in parallel with the first and second power-consuming circuitry when the circuitry protection arrangement is connected to the first and second power-consuming circuitry, the controllable connection having at least first and second operation modes, wherein the first operation mode enables a current flow through the controllable connection, thereby achieving at least one of limiting a maximum voltage over the second power-consuming circuitry and reducing a current flow through the second power-consuming circuitry, and the second operation mode disables the current flow through the controllable connection; a power supply switch having at least third and fourth operation modes, the third operation mode enabling power supply from the power source to the first and second power-consuming circuitry and the fourth operation mode disabling power supply from the power source to the first and second power-consuming circuitry; and control circuitry adapted to detect an over-power situation of the second power-consuming circuitry, characterised in that the control circuitry is adapted to set, in response to a detection of the over-power situation of the second power-consuming circuitry, the controllable connection to the first operation mode and the power supply switch to the fourth operation mode. a controllable connection arranged to be connected in parallel with the first and second power-consuming circuitry when the circuitry protection arrangement is connected to the first and second power-consuming circuitry, the controllable connection having at least first and second operation modes, wherein the first operation mode enables a current flow through the controllable connection, thereby achieving at least one of limiting a maximum voltage over the second power-consuming circuitry and reducing a current flow through the second power-consuming circuitry, and the second operation mode disables the current flow through the controllable connection; a power supply switch having at least third and fourth operation modes, the third operation mode enabling power supply from the power source to the first and second power-consuming circuitry and the fourth operation mode disabling power supply from the power source to the first and second power-consuming circuitry; and control circuitry adapted to detect an over-power situation of the second power-consuming circuitry, characterised in that the control circuitry is adapted to set, in response to a detection of the over-power situation of the second power-consuming circuitry, the controllable connection to the first operation mode and the power supply switch to the fourth operation mode.
A compound semiconductor device, comprising: a first nitride semiconductor layer (1; 11) of a first conductivity type; a second nitride semiconductor layer (5; 15; 25) of the first conductivity type formed over the first nitride semiconductor layer (1; 11) and being in contact with the first nitride semiconductor layer (1; 11); a third nitride semiconductor layer (4; 14) of a second conductivity type being in contact with a side surface of the second nitride semiconductor layer (5; 15; 25); a fourth nitride semiconductor layer (3; 13) of the first conductivity type being in contact with a side surface of the third nitride semiconductor layer (4; 14); an insulating film (2; 12) on the first nitride semiconductor layer (1; 11) insulating the first nitride semiconductor layer (1; 11) and the fourth nitride semiconductor layer (3; 13) from each other; a drain electrode (9; 19) formed on a rear surface of the first nitride semiconductor layer (1; 11); a source electrode (8; 18) formed on the fourth nitride semiconductor layer (3; 13); and a gate electrode (7; 17) formed above the third nitride semiconductor layer (4; 14) across a gate insulating film (6; 16), characterised in that an end portion of the insulating film (2; 12; 32) on the second nitride semiconductor layer (5; 15; 25) side is between the third nitride semiconductor layer (4; 14) and the first semiconductor nitride layer (1; 11), and at least a portion of the lower surface of the third nitride semiconductor layer (4; 14) is in contact with the upper surface of the first nitride semiconductor layer (1; 11). a first nitride semiconductor layer (1; 11) of a first conductivity type; a second nitride semiconductor layer (5; 15; 25) of the first conductivity type formed over the first nitride semiconductor layer (1; 11) and being in contact with the first nitride semiconductor layer (1; 11); a third nitride semiconductor layer (4; 14) of a second conductivity type being in contact with a side surface of the second nitride semiconductor layer (5; 15; 25); a fourth nitride semiconductor layer (3; 13) of the first conductivity type being in contact with a side surface of the third nitride semiconductor layer (4; 14); an insulating film (2; 12) on the first nitride semiconductor layer (1; 11) insulating the first nitride semiconductor layer (1; 11) and the fourth nitride semiconductor layer (3; 13) from each other; a drain electrode (9; 19) formed on a rear surface of the first nitride semiconductor layer (1; 11); a source electrode (8; 18) formed on the fourth nitride semiconductor layer (3; 13); and a gate electrode (7; 17) formed above the third nitride semiconductor layer (4; 14) across a gate insulating film (6; 16), characterised in that an end portion of the insulating film (2; 12; 32) on the second nitride semiconductor layer (5; 15; 25) side is between the third nitride semiconductor layer (4; 14) and the first semiconductor nitride layer (1; 11), and at least a portion of the lower surface of the third nitride semiconductor layer (4; 14) is in contact with the upper surface of the first nitride semiconductor layer (1; 11).
A glove box having a shake prevention structure, the glove box comprising a housing mounted to an instrument panel and a storage part provided in an inner space of the housing so as to be slidably withdrawn therefrom, the shake prevention structure comprising: a shake prevention part mounted to a rear portion of the storage part, and a guide groove allowing an end part of the shake prevention part in a longitudinal direction thereof to be inserted thereto and provided along a longitudinal direction of the housing, characterized in that the shake prevention part comprises: a first frame coupled to a rear surface of the storage part; a second frame connected integrally with the first frame and coupled to a portion of a side surface of the storage part by bending at each of opposite ends of the first frame in a longitudinal direction thereof; and a third frame connected integrally with the second frame and protruding from a lower end of the second frame such that the third frame is inserted into the guide groove. a shake prevention part mounted to a rear portion of the storage part, and a guide groove allowing an end part of the shake prevention part in a longitudinal direction thereof to be inserted thereto and provided along a longitudinal direction of the housing, characterized in that the shake prevention part comprises: a first frame coupled to a rear surface of the storage part; a second frame connected integrally with the first frame and coupled to a portion of a side surface of the storage part by bending at each of opposite ends of the first frame in a longitudinal direction thereof; and a third frame connected integrally with the second frame and protruding from a lower end of the second frame such that the third frame is inserted into the guide groove. a first frame coupled to a rear surface of the storage part; a second frame connected integrally with the first frame and coupled to a portion of a side surface of the storage part by bending at each of opposite ends of the first frame in a longitudinal direction thereof; and a third frame connected integrally with the second frame and protruding from a lower end of the second frame such that the third frame is inserted into the guide groove.
An expandable device for guarding a sharp distal tip of a needle defining a needle lumen having an inner diameter, the expandable device comprising: an elongated tubular member including a proximal body portion configured to be at least partially disposed within the needle lumen and an expandable distal portion defining an inner lumen including an inner surface, wherein the expandable distal portion is designed to shift between a first configuration in which the expandable distal portion has an outer diameter that is the same or less than the inner diameter of the needle lumen and a second configuration in which the expandable distal portion has an outer diameter that is greater than the inner diameter of the needle lumen and is configured to guard the sharp distal tip of the needle; and an elongated inner member configured to be at least partially disposed within the inner lumen of the elongated tubular member and being configured to shift the expandable distal portion between the first configuration and the second configuration; characterized in that the elongated inner member defines an outer surface, wherein the outer surface of the elongated inner member engages the inner surface of the expandable distal portion to shift the expandable distal portion from the first configuration to the second configuration, and wherein the outer surface of the elongate inner member disengages from the inner surface of the expandable distal portion to shift the expandable distal portion from the second configuration to the first configuration. an elongated tubular member including a proximal body portion configured to be at least partially disposed within the needle lumen and an expandable distal portion defining an inner lumen including an inner surface, wherein the expandable distal portion is designed to shift between a first configuration in which the expandable distal portion has an outer diameter that is the same or less than the inner diameter of the needle lumen and a second configuration in which the expandable distal portion has an outer diameter that is greater than the inner diameter of the needle lumen and is configured to guard the sharp distal tip of the needle; and an elongated inner member configured to be at least partially disposed within the inner lumen of the elongated tubular member and being configured to shift the expandable distal portion between the first configuration and the second configuration; characterized in that the elongated inner member defines an outer surface, wherein the outer surface of the elongated inner member engages the inner surface of the expandable distal portion to shift the expandable distal portion from the first configuration to the second configuration, and wherein the outer surface of the elongate inner member disengages from the inner surface of the expandable distal portion to shift the expandable distal portion from the second configuration to the first configuration.
A method of operating an electronic device to identify sleep apnea events in a subject or to monitor movements of a subject proximate the electronic device, the method comprising: transmitting sound energy toward the subject using a first transducer on the electronic device, wherein transmitting the sound energy comprises emitting a plurality of audio chirps from the first transducer, and wherein individual audio chirps linearly sweep from a first frequency to a second, higher frequency over a predetermined time duration, wherein the first frequency is less than 20 kHz, the first transducer being a loudspeaker; receiving echoes from the subject corresponding to the transmitted sound energy using a second transducer on the electronic device, wherein the second transducer is configured to produce electrical signals corresponding to the received echoes; generating a waveform using the electrical signals, the second transducer being a microphone; detecting a plurality of peaks in the waveform, wherein individual peaks have a corresponding amplitude, and further wherein individual peaks are indicative of breathing motion of the subject; and outputting an indication of a sleep apnea event or movement for each occurrence of a period of time between successive individual peaks in the waveform exceeding a predetermined threshold time. transmitting sound energy toward the subject using a first transducer on the electronic device, wherein transmitting the sound energy comprises emitting a plurality of audio chirps from the first transducer, and wherein individual audio chirps linearly sweep from a first frequency to a second, higher frequency over a predetermined time duration, wherein the first frequency is less than 20 kHz, the first transducer being a loudspeaker; receiving echoes from the subject corresponding to the transmitted sound energy using a second transducer on the electronic device, wherein the second transducer is configured to produce electrical signals corresponding to the received echoes; generating a waveform using the electrical signals, the second transducer being a microphone; detecting a plurality of peaks in the waveform, wherein individual peaks have a corresponding amplitude, and further wherein individual peaks are indicative of breathing motion of the subject; and outputting an indication of a sleep apnea event or movement for each occurrence of a period of time between successive individual peaks in the waveform exceeding a predetermined threshold time.
A mechanical thrombectomy apparatus for removing a clot from a vessel, the apparatus comprising: an elongate inversion support catheter (1005; 1105) having a distal end and a distal end opening; an elongate puller (1007; 1027; 1047; 1107; 1107') extending within the elongate inversion support catheter (1005; 1105); and a knitted tractor tube (1003; 1103) extending over an outer surface of the elongate inversion support catheter (1005; 1105), inverting into the distal end opening of the elongate inversion support catheter (1005; 1105), and attached to the elongate puller (1007; 1027; 1047; 1107; 1107') at a first end within the elongate inversion support catheter (1005; 1105), characterized in that the portion of the knitted tractor tube (1003; 1103) extending over the outer surface of the elongate inversion support catheter (1005; 1105) comprises a wire forming a helical spiral of alternating teardrop shaped-links, each having a rounded apex, wherein each link is connected to two adjacent links so that the apex of each link is on an outward-facing surface of the tractor tube (1003; 1103), wherein the links flare outward from an outer wall of the elongate inversion support catheter (1005; 1105) when the puller (1007; 1027; 1047; 1107; 1107') is pulled proximally within the elongate inversion support catheter (1005; 1105). an elongate inversion support catheter (1005; 1105) having a distal end and a distal end opening; an elongate puller (1007; 1027; 1047; 1107; 1107') extending within the elongate inversion support catheter (1005; 1105); and a knitted tractor tube (1003; 1103) extending over an outer surface of the elongate inversion support catheter (1005; 1105), inverting into the distal end opening of the elongate inversion support catheter (1005; 1105), and attached to the elongate puller (1007; 1027; 1047; 1107; 1107') at a first end within the elongate inversion support catheter (1005; 1105), characterized in that the portion of the knitted tractor tube (1003; 1103) extending over the outer surface of the elongate inversion support catheter (1005; 1105) comprises a wire forming a helical spiral of alternating teardrop shaped-links, each having a rounded apex, wherein each link is connected to two adjacent links so that the apex of each link is on an outward-facing surface of the tractor tube (1003; 1103), wherein the links flare outward from an outer wall of the elongate inversion support catheter (1005; 1105) when the puller (1007; 1027; 1047; 1107; 1107') is pulled proximally within the elongate inversion support catheter (1005; 1105).
Tool for HF welding of an insertion part having an axial direction and two films to form a bag, with an upper die and a lower die, each consisting of a plurality of electrode lamellae (21-23, 31-33) arranged next to one another, characterized in that the electrode lamellae (21-23, 31-33) are alternately polarized in the axial direction and have opposite polarities orthogonally to the axial direction; and/or in that the electrode lamellae (21-23, 31-33) are mutually separated in the axial direction by a dielectric having a solid body.