mhurhangee/ep-ind-claims huggingface dataset:
A power semiconductor device (100,200,300,400) comprising: a first layer (120,320,420) having a first conductivity type; a second layer (118,318,418) on the first layer, the second layer having a conductivity type opposite the first conductivity type and having a second doping concentration higher than a first doping concentration of the first layer; a third layer (116,316,416) having the first conductivity type or the second layer and forming a p-n junction with the second layer, the third layer having a doping concentration lower than that of the second layer; a mesa (114,314,414) on the third layer, having the first conductivity type and having a sidewall; characterized in that the third layer comprises a mesa step (128,328,428) adjacent to and spaced laterally from the sidewall of the mesa, a first thickness of the third layer beneath the mesa being greater than a second thickness of the third layer outside the mesa step. a first layer (120,320,420) having a first conductivity type; a second layer (118,318,418) on the first layer, the second layer having a conductivity type opposite the first conductivity type and having a second doping concentration higher than a first doping concentration of the first layer; a third layer (116,316,416) having the first conductivity type or the second layer and forming a p-n junction with the second layer, the third layer having a doping concentration lower than that of the second layer; a mesa (114,314,414) on the third layer, having the first conductivity type and having a sidewall; characterized in that the third layer comprises a mesa step (128,328,428) adjacent to and spaced laterally from the sidewall of the mesa, a first thickness of the third layer beneath the mesa being greater than a second thickness of the third layer outside the mesa step.
An aerosol-generating device comprising: a cavity for receiving an aerosol-generating article comprising an aerosol-forming substrate; and an induction heating arrangement, wherein the induction heating arrangement comprises a susceptor arrangement and an induction coil, wherein the induction coil is arranged at least partly surrounding the susceptor arrangement, wherein the induction coil is arranged axially movable along the susceptor arrangement, wherein the induction heating arrangement comprises a guiding element configured to guide the axial movement of the induction coil, wherein the induction coil is configured to be movable to at least a first heating position and a second heating position around the cavity, wherein the susceptor arrangement comprises at least a first susceptor and a second susceptor, which are arranged distanced from each other along a longitudinal axis of the aerosol-generating device, and wherein the induction coil is configured movable to surround the first susceptor corresponding to the first heating position and configured movable to surround the second susceptor corresponding to the second heating position. a cavity for receiving an aerosol-generating article comprising an aerosol-forming substrate; and an induction heating arrangement, wherein the induction heating arrangement comprises a susceptor arrangement and an induction coil, wherein the induction coil is arranged at least partly surrounding the susceptor arrangement, wherein the induction coil is arranged axially movable along the susceptor arrangement, wherein the induction heating arrangement comprises a guiding element configured to guide the axial movement of the induction coil, wherein the induction coil is configured to be movable to at least a first heating position and a second heating position around the cavity, wherein the susceptor arrangement comprises at least a first susceptor and a second susceptor, which are arranged distanced from each other along a longitudinal axis of the aerosol-generating device, and wherein the induction coil is configured movable to surround the first susceptor corresponding to the first heating position and configured movable to surround the second susceptor corresponding to the second heating position.
A power supply device, comprising: - a rectification circuit for rectifying input AC voltage, - a first circuit portion (2, C) connected across the output of the rectification circuit and comprising a first constant current circuit arranged to output a constant current and a capacitor connected in series with the first constant current circuit; - a second circuit portion (3, load) connected across the capacitor and comprising a second constant current circuit arranged to output constant current, and - a load connected in series with the second constant current circuit; wherein the first constant current circuit and the second constant current circuit are arranged to increase the charging and discharging times of the capacitor, respectively. - a rectification circuit for rectifying input AC voltage, - a first circuit portion (2, C) connected across the output of the rectification circuit and comprising a first constant current circuit arranged to output a constant current and a capacitor connected in series with the first constant current circuit; - a second circuit portion (3, load) connected across the capacitor and comprising a second constant current circuit arranged to output constant current, and - a load connected in series with the second constant current circuit;
A multi-panel privacy screen assembly for use in a passenger seat arrangement comprising laterally-adjacent passenger seats, the multi-panel privacy screen assembly comprising: an elongated overhead beam having a plurality of tracks (38; 44, 46, 48); a plurality of hanging panels (28; 54, 56, 58); a plurality of driven cables (42; 76, 78, 80); coupling members suspending each of the plurality of hanging 10 panels (28; 54, 56, 58) from the elongated overhead beam, each coupling member having a first end coupled near a top edge of one of the plurality of hanging panels (28; 54, 56, 58), a second end coupled to one of the plurality of driven cables (42; 76, 78, 80), and rollers rollable along at least one of the plurality of tracks (38; 44, 46, 48); wherein when fully stowed the plurality of hanging panels are in a stacked arrangement on separate ones of the plurality of tracks, and when fully deployed the plurality of hanging panels are inline along one of the plurality of tracks; wherein the multi-panel privacy screen assembly comprises a drive mechanism operable for driving the plurality of driven cables (42; 76, 78, 80) to move the plurality of hanging panels (28; 54, 56, 58) along at least one of the plurality of tracks (38; 44, 46, 48); and wherein the drive mechanism comprises an intermittent gear assembly operable for driving the plurality of driven cables (42; 76, 78, 80) to move the plurality of hanging panels (28; 54, 56, 58) along at least one of the plurality of tracks (38; 44, 46, 48) according to a predetermined deployment sequence. an elongated overhead beam having a plurality of tracks (38; 44, 46, 48); a plurality of hanging panels (28; 54, 56, 58); a plurality of driven cables (42; 76, 78, 80); coupling members suspending each of the plurality of hanging 10 panels (28; 54, 56, 58) from the elongated overhead beam, each coupling member having a first end coupled near a top edge of one of the plurality of hanging panels (28; 54, 56, 58), a second end coupled to one of the plurality of driven cables (42; 76, 78, 80), and rollers rollable along at least one of the plurality of tracks (38; 44, 46, 48); wherein when fully stowed the plurality of hanging panels are in a stacked arrangement on separate ones of the plurality of tracks, and when fully deployed the plurality of hanging panels are inline along one of the plurality of tracks; wherein the multi-panel privacy screen assembly comprises a drive mechanism operable for driving the plurality of driven cables (42; 76, 78, 80) to move the plurality of hanging panels (28; 54, 56, 58) along at least one of the plurality of tracks (38; 44, 46, 48); and wherein the drive mechanism comprises an intermittent gear assembly operable for driving the plurality of driven cables (42; 76, 78, 80) to move the plurality of hanging panels (28; 54, 56, 58) along at least one of the plurality of tracks (38; 44, 46, 48) according to a predetermined deployment sequence.
Method of activating an emergency light unit, which is arranged in a lift cage with a lift door, of a lift installation having at least one control unit, wherein a light sensor unit and a lighting unit are arranged in the lift cage, characterised in that the emergency light unit is activated by the control unit in dependence on at least one light intensity value (L, L max, L min) which is detected by the light sensor unit when the lift door is closed and which is transmitted to the control unit.
A thermoelectric element, wherein the thermoelectric element has a screw thread profile on its shank, characterised by the thread profile functioning as a radiating fin.
Steam cooker accessory for heating and/or steaming food contained in a receptacle, the steam cooker accessory comprising an enclosure having an outer side wall and a bottom wall, a steam generator configured to supply steam to the enclosure, the steam generator having a steam-generating chamber connected to a steam-dispensing outlet provided in a lower portion of the steam generator, the enclosure comprising a water tank surrounding and supplying water to the steam-generating chamber through at least one water supply inlet, the steam-generating chamber communicating with a steam discharge outlet arranged higher than the water supply inlet, the steam-generating chamber comprising a heating device, the enclosure comprising a first side wall surrounding the heating device and at least partially delimiting the steam-generating chamber, characterised in that the steam discharge outlet is arranged in the enclosure at a distance from the top of the first side wall.
Multi-channel physiotherapy device, which is fitted with an electrical source, a power supply unit, a plurality of photo-couplers, a microprocessor, and a plurality of electrodes which are configured to be connected to the power supply through channels; the electrical source is configured to be connected to a single power supply unit, the power supply unit is configured to be connected to the microprocessor, and the microprocessor is configured to be connected to the photo-couplers, characterized in that the channels are configured to send impulses through output with a time delay, and the electrodes are configured to stimulate individual muscles at different times; the microprocessor is connected to the electrodes through the photo-couplers and the channels; the number of the electrodes is at least equal to the number of photo-couplers and channels; the number of channels, photo-couplers, and electrodes each falls between 6 and 14 for each body side.
An integrated circuit, comprising: an analog-to-digital converter configured to digitize a voltage received at a signal terminal of the integrated circuit couplable to a plurality of peripheral devices through an R-2R resistor ladder into a plurality of interrupt bits corresponding to the plurality of peripheral devices, characterised in that each interrupt bit has a binary value indicative of an interrupt state of a corresponding peripheral device; and by a logic circuit configured to process the plurality of interrupt bits to identify whether at least one of the peripheral devices is in the interrupt state; an interrupt interface configured to interrupt a processor responsive to an identification of the at least one peripheral device in the interrupt state; a ground terminal configured to monitor a ground end voltage of a ground end of the R-2R ladder; a differential amplifier configured to compare a voltage of an internal node to a reference voltage; a three-terminal switch configured to couple the ground terminal to the internal node during a default state in which the voltage of the internal node equals the reference voltage; and a controller configured to drive the three-terminal switch to couple the ground terminal to ground responsive to the voltage of the internal node being less than the reference voltage. an analog-to-digital converter configured to digitize a voltage received at a signal terminal of the integrated circuit couplable to a plurality of peripheral devices through an R-2R resistor ladder into a plurality of interrupt bits corresponding to the plurality of peripheral devices, characterised in that each interrupt bit has a binary value indicative of an interrupt state of a corresponding peripheral device; and by a logic circuit configured to process the plurality of interrupt bits to identify whether at least one of the peripheral devices is in the interrupt state; an interrupt interface configured to interrupt a processor responsive to an identification of the at least one peripheral device in the interrupt state; a ground terminal configured to monitor a ground end voltage of a ground end of the R-2R ladder; a differential amplifier configured to compare a voltage of an internal node to a reference voltage; a three-terminal switch configured to couple the ground terminal to the internal node during a default state in which the voltage of the internal node equals the reference voltage; and a controller configured to drive the three-terminal switch to couple the ground terminal to ground responsive to the voltage of the internal node being less than the reference voltage.
An actuator arrangement, particularly for the lock positioning of vehicle doors or vehicle hatches, with an actuator that is adjustable between a ready position, in which the locking position is unlocked, and a starting position, in which the locking position is locked, an adjustment element that moves the actuator out of the starting position into the ready position, a motor that moves the actuator out of the ready position into the starting position against the force of the adjustment element and a switching mechanism, the shift position of which is designed to be dependent of the movement of the actuator, characterized in that the actuator is designed to pass through a single switching position when moved between the starting position and the ready position and whereby, when moving the actuator from the switching position into the ready position, the switching mechanism activates the motor in such a way that it brakes the movement of the actuator by applying force that counters the force of the adjustment element all the way to the ready position, thereby leading to halt of all movement.
A method for exchanging data with a network, the method being performed by a network controller and comprising: receiving, from a relay UE (55; 80), a transferable relay profile associated with a relay connection between a requesting device and the network, wherein the transferable relay profile defines a relay service for relaying communications received from the requesting device to the network and for relaying communications received from the network to the requesting device and wherein the transferable relay profile enables a second relay UE to establish a relay connection between a requesting device and the network and to provide the relay service in accordance with the transferable relay profile; and, transmitting the transferable relay profile to the second relay UE; and then notifying the relay UE that the relay service at the relay UE is cancelled and instructing the relay UE to de-activate the transferable relay profile. receiving, from a relay UE (55; 80), a transferable relay profile associated with a relay connection between a requesting device and the network, wherein the transferable relay profile defines a relay service for relaying communications received from the requesting device to the network and for relaying communications received from the network to the requesting device and wherein the transferable relay profile enables a second relay UE to establish a relay connection between a requesting device and the network and to provide the relay service in accordance with the transferable relay profile; and, transmitting the transferable relay profile to the second relay UE; and then notifying the relay UE that the relay service at the relay UE is cancelled and instructing the relay UE to de-activate the transferable relay profile.
A hinge receiving part for a concealed hinge system for doors or windows with a fastening piece for fastening to a frame or a door or window wing, a receiving piece which is arranged in a vertically adjustable manner in a receiving space of the fastening piece and a bearing insert for connecting joint members or a multiple-member joint, wherein the bearing insert is arranged in a horizontally adjustable manner on the receiving piece and is fixable to the receiving piece by means of a screw connection, characterised in that the bearing insert comprises a rotatably arranged sprocket which engages with a toothed profile firmly arranged on the receiving piece and after loosening of the screw connection allows horizontal adjustment of the bearing insert on the receiving piece, in that the receiving piece is in the form of a pressure die cast part and has a projection onto which the toothed profile is formed, and in that a rear side of the projection facing away from the toothed profile is designed as a wedge-shaped surface, wherein a vertical adjustment device acts on the wedge-shaped surface.
A method for protecting a person left in a vehicle, the method comprising: determining whether the person is present on a rear seat, by using a waveform of a reflected wave generated by a radar sensor after an ignition of the vehicle is turned off, determining a risk level, when it is determined that the person is on the rear seat; taking a first step measure that corresponds to a risk factor, when the risk level indicates a possibility of danger to the person; determining that a step shift condition is satisfied, when at least one of an air-conditioning controller is not continued to operate due to lack of vehicle fuel or battery or a door is not opened for more than a specific period of time, and performing a second step measure when the step shift condition is satisfied, wherein the second step measure is an operation of moving the vehicle to a road on which another vehicle travels, by using an electronic control unit, ECU, and an automated driving system, ADS, when the vehicle is determined to be located in the parking lot. determining whether the person is present on a rear seat, by using a waveform of a reflected wave generated by a radar sensor after an ignition of the vehicle is turned off, determining a risk level, when it is determined that the person is on the rear seat; taking a first step measure that corresponds to a risk factor, when the risk level indicates a possibility of danger to the person; determining that a step shift condition is satisfied, when at least one of an air-conditioning controller is not continued to operate due to lack of vehicle fuel or battery or a door is not opened for more than a specific period of time, and performing a second step measure when the step shift condition is satisfied, wherein the second step measure is an operation of moving the vehicle to a road on which another vehicle travels, by using an electronic control unit, ECU, and an automated driving system, ADS, when the vehicle is determined to be located in the parking lot.
A system for performing photoablation of an ocular lens of an eye having vision defect/problem including Presbyopia, said system comprising: a. a means for surveying the ocular lens and anterior parts thereof for establishing and estimating actual accommodation amplitude for the ocular lens and to select a zone for photoablation within the ocular lens behind the iris; b. a laser system for ablating within the ocular lens including a laser-emitting source defining a central axis (X-X); c. a means for monitoring and controlling the photoablation process in real time; and d. a directing means adapted rotatably on the laser system and configured for diverting a laser beam obliquely at a predetermined angle (α) with the central axis (X-X) of the laser-emitting source within the ocular lens behind the iris for photo-ablating the selected zone behind the iris to re-establish accommodation in the eye, wherein said directing means comprise an articulated arm tube rotatable about the central axis (X-X) of the light-emitting source, and first and second mirrors adapted periscopically in the articulated arm tube, the first mirror configured to receive the laser beam and direct it towards the second mirror, the second mirror configured to reflect the laser beam obliquely towards the zone selected behind the iris for photoablation of the selected zone, and characterised in that the system for performing photoablation is adapted to match the central axis (X-X) of the laser-emitting source with the central axis of the ocular lens such that rotation of the directing means about the central axis of the ocular lens results in multiple photoablation spots being performed in a substantially circular way in the selected coronal plane behind the iris in the zone selected within the ocular lens. a. a means for surveying the ocular lens and anterior parts thereof for establishing and estimating actual accommodation amplitude for the ocular lens and to select a zone for photoablation within the ocular lens behind the iris; b. a laser system for ablating within the ocular lens including a laser-emitting source defining a central axis (X-X); c. a means for monitoring and controlling the photoablation process in real time; and d. a directing means adapted rotatably on the laser system and configured for diverting a laser beam obliquely at a predetermined angle (α) with the central axis (X-X) of the laser-emitting source within the ocular lens behind the iris for photo-ablating the selected zone behind the iris to re-establish accommodation in the eye,
An aerosol-forming article (12; 102) comprising: an airflow inlet (37; 119) and an airflow outlet; a medicament source (22; 126) and a volatile delivery enhancing compound source (24; 128) positioned between the airflow inlet (37; 119) and the airflow outlet; an inner portion on which the medicament source and the volatile delivery enhancing compound source are provided; and a moveable portion (32; 120) moveable between an open position in which the medicament source (22; 126) and the volatile delivery enhancing compound source (24; 128) are in fluid communication with both the airflow inlet (37; 119) and the airflow outlet, and a closed position in which each of the medicament source (22; 126) and the volatile delivery enhancing compound source (24; 128) is in communication with only one or none of the airflow inlet (37; 119) and airflow outlet, wherein the moveable portion comprises an outer housing containing the inner portion, the outer housing configured for relative movement with respect to the inner portion. an airflow inlet (37; 119) and an airflow outlet; a medicament source (22; 126) and a volatile delivery enhancing compound source (24; 128) positioned between the airflow inlet (37; 119) and the airflow outlet; an inner portion on which the medicament source and the volatile delivery enhancing compound source are provided; and a moveable portion (32; 120) moveable between an open position in which the medicament source (22; 126) and the volatile delivery enhancing compound source (24; 128) are in fluid communication with both the airflow inlet (37; 119) and the airflow outlet, and a closed position in which each of the medicament source (22; 126) and the volatile delivery enhancing compound source (24; 128) is in communication with only one or none of the airflow inlet (37; 119) and airflow outlet, wherein the moveable portion comprises an outer housing containing the inner portion, the outer housing configured for relative movement with respect to the inner portion.