mhurhangee/ep-ind-claims huggingface dataset:
A chair seat with sliding and locking mechanism, the sliding and locking mechanism comprising: a positioning tube mounted to a rod of a base of a chair having the chair seat, wherein the positioning tube is rotatable relative to the rod but is not slidable relative to the rod along a longitudinal axis of the rod, and wherein the positioning tube includes a positioning portion; a sliding seat including a coupling portion coupled with the chair seat, permitting joint movement of the sliding seat and the chair seat, wherein the coupling portion includes a receiving portion having a receiving hole with a catching portion, wherein the positioning tube is received in the receiving hole, wherein when the positioning tube is rotated relative to the rod to a first position in which the positioning portion disengages from the catching portion, the sliding seat is movable along the positioning tube, and wherein when the positioning tube is rotated relative to the rod to a second position in which the positioning portion engages with the catching portion, the sliding seat is fixed relative to the positioning tube. a positioning tube mounted to a rod of a base of a chair having the chair seat, wherein the positioning tube is rotatable relative to the rod but is not slidable relative to the rod along a longitudinal axis of the rod, and wherein the positioning tube includes a positioning portion; a sliding seat including a coupling portion coupled with the chair seat, permitting joint movement of the sliding seat and the chair seat, wherein the coupling portion includes a receiving portion having a receiving hole with a catching portion, wherein the positioning tube is received in the receiving hole, wherein when the positioning tube is rotated relative to the rod to a first position in which the positioning portion disengages from the catching portion, the sliding seat is movable along the positioning tube, and wherein when the positioning tube is rotated relative to the rod to a second position in which the positioning portion engages with the catching portion, the sliding seat is fixed relative to the positioning tube.
Electricity meter connection terminal block comprising an insulating-material housing, comprising conductor connections for the connection of electrical energy supply lines (12a, 12b) and comprising electricity meter connection terminals for the electrically conductive connection of conductor connections to associated connection contacts of an electricity meter received by the electricity meter connection terminal block, characterized in that the electricity meter connection terminals are formed as fork contacts having two fork tines connected to one another by means of a common tongue root and suitable for contact-connection of an associated blade contact of an electricity meter, said blade contact being able to be received between the fork tines, and in that the insulating-material housing has connection contact receiving openings for receiving a respectively associated connection contact of an electricity meter, wherein the connection contact receiving openings define an insertion direction of the connection contacts into the insulating-material housing of the electricity meter connection terminal block and in that the energy meter connection terminals embodied as fork contacts extend transversely to the insertion direction of associated blade contacts, which can be inserted into a respective connection contact receiving opening.
A system for aluminum electrolysis, comprising: a metal electrolysis cell comprising a bath; a selectively positionable member coupled to an analytical apparatus, wherein the selectively positionable member is operable to move the analytical apparatus from a first position to a second position, wherein in the first position the analytical apparatus is not in physical communication with the bath and above a bath level, wherein in the second position the analytical apparatus is in physical communication with the bath and below the bath level, and wherein the analytical apparatus is configured to measure at least one operating condition related to the bath and communicate the measured operating condition to a host computer through a network; and wherein an electronic device is adapted to detect a delta between the first position and the second position, and to communicate the delta to the host computer through the network, wherein the analytical apparatus and the electronic device are integrated, and wherein the selectively positionable member, the analytical apparatus and the electronic device are automated, wherein the selectively positionable member is capable of manipulating the analytical apparatus in horizontal and/or vertical directions by rotational and translational movements. a metal electrolysis cell comprising a bath; a selectively positionable member coupled to an analytical apparatus, wherein the selectively positionable member is operable to move the analytical apparatus from a first position to a second position, wherein in the first position the analytical apparatus is not in physical communication with the bath and above a bath level, wherein in the second position the analytical apparatus is in physical communication with the bath and below the bath level, and wherein the analytical apparatus is configured to measure at least one operating condition related to the bath and communicate the measured operating condition to a host computer through a network; and wherein an electronic device is adapted to detect a delta between the first position and the second position, and to communicate the delta to the host computer through the network, wherein the analytical apparatus and the electronic device are integrated, and wherein the selectively positionable member, the analytical apparatus and the electronic device are automated, wherein the selectively positionable member is capable of manipulating the analytical apparatus in horizontal and/or vertical directions by rotational and translational movements.
Switchable socket for flush mounting, comprising at least one support frame for mounting in a flush-mounted box, and a chassis held by and lying behind the support frame in mounting direction, and contacts for voltage input and output, wherein said socket having a structural symmetry plane, and wherein a circuit board is arranged at said chassis, the circuit board carrying at least one electrically controllable switching element (R16, R10) and associated control electronics, and wherein the at least one electrically controllable switching element (R16, R10) is located adjacent to the chassis, so that the electrically controllable switching element or the switching elements (R16, R10) and the circuit board fill the standardized space corresponding to the standard DIN 49440, characterized in that the circuit board comprises a recess for each of the electrically controllable switching elements (R16, R10), in which the respective electrically controllable switching element is to be inserted with its contact side perpendicular to the circuit board, so that contacts of the electrically controllable switching element situated at its side are to be installed and to be soldered at the circuit board, so that each of the electrically controllable switching elements is at its contact side equipped with a partial circuit board, which at least electrically connects two further contacts of the electrically controllable switching element.
A method for processing a hydrocarbon stream, the method comprising: heating a feed stream in a convective bank; reacting the heated feed stream in a first reaction zone to form a first effluent; heating the first effluent in a first radiant cell, wherein the first radiant cell combusts fuel to heat the first effluent and forms a first exhaust gas; contacting the first exhaust gas with the convective bank to heat the feed stream; and controlling an outlet temperature of the heated feed stream from the convective bank by introducing an additional gas stream (55, 56) into the convective bank; wherein the additional gas stream (55, 56) comprises a fresh gas, or a combination of a fresh gas and a recycled portion of the first exhaust gas; and wherein the temperature of the fresh gas or an amount of the fresh gas, or both is adjusted based on the outlet temperature of the heated feed stream. heating a feed stream in a convective bank; reacting the heated feed stream in a first reaction zone to form a first effluent; heating the first effluent in a first radiant cell, wherein the first radiant cell combusts fuel to heat the first effluent and forms a first exhaust gas; contacting the first exhaust gas with the convective bank to heat the feed stream; and controlling an outlet temperature of the heated feed stream from the convective bank by introducing an additional gas stream (55, 56) into the convective bank; wherein the additional gas stream (55, 56) comprises a fresh gas, or a combination of a fresh gas and a recycled portion of the first exhaust gas; and wherein the temperature of the fresh gas or an amount of the fresh gas, or both is adjusted based on the outlet temperature of the heated feed stream.
Ammunition magazine having belted ammunition, wherein the ammunition magazine has a channel side or a wall, wherein at least one guide is incorporated into the ammunition-magazine channel side or wall, into which the belt members of the belted ammunition engage and are fed to a weapon, characterized in that the guide is embodied with a T-shaped recess, guide lugs of the belt members engage behind protrusions of the T-shaped recess, the guide lugs do not bear against the protrusions, and a slope is incorporated into the guide in the lower region of the belt members.
Device for introducing dry ice pellets into fresh meat, comprising at least one injection means (3, 4, 5, 6), which is received in a housing, characterized in that the injection means has a rear guide channel (11a, 12a) extending longitudinally through a rear section of the housing and a front guide channel (11b, 12b) in alignment therewith that extends through a front section of the housing and exits at a front side of the housing, for guiding in an axially movable manner a piercing needle (8, 9) that is pointed at its distal end, and has a drive means (16, 17, 18, 19) for moving the piercing needle (8, 9) between a working position, in which it protrudes with its pointed distal end from the front side of the housing, and a rest position, in which it is received in the rear section of the housing, and comprising a charging unit, which has at least one leadthrough (26a, 26b) that can be stocked with dry ice pellets and that can be detachably inserted into a charging receiver located between the rear section and the front section of the housing in such a manner that the leadthrough (26a, 26b) is in alignment with the rear guide channel (11a, 12a) and the front guide channel (11b, 12b).
A method for dual connectivity in wireless communications, the method comprising: configuring (illo) a second network entity (505-b, 805-b) to operate a cell in a second set of cells as a second primary cell (512-a), wherein the second primary cell (512-a) is configured to carry physical uplink control channel, PUCCH, for cells in the second set of cells, and is characterized by being configured to perform pathloss estimation for other cells in the second set of cells and to configure the cells in the second set of cells to have the same discontinuous reception, DRX, configuration; and transmitting, to a wireless device (515, 815) connected to a first primary cell (510-a) operated by a first network entity (505-a, 805-a), configuration information through the second primary cell (512-a) for the wireless device (515, 815) to communicate with the second network entity (505-b, 805-b); wherein the second primary cell (512-a) is further configured to: configure common search space for the second network entity (505-b, 805-b). configuring (illo) a second network entity (505-b, 805-b) to operate a cell in a second set of cells as a second primary cell (512-a), wherein the second primary cell (512-a) is configured to carry physical uplink control channel, PUCCH, for cells in the second set of cells, and is characterized by being configured to perform pathloss estimation for other cells in the second set of cells and to configure the cells in the second set of cells to have the same discontinuous reception, DRX, configuration; and transmitting, to a wireless device (515, 815) connected to a first primary cell (510-a) operated by a first network entity (505-a, 805-a), configuration information through the second primary cell (512-a) for the wireless device (515, 815) to communicate with the second network entity (505-b, 805-b); wherein the second primary cell (512-a) is further configured to: configure common search space for the second network entity (505-b, 805-b).
A circuit comprising: a source that provides an output at a fixed predetermined drive frequency; a resonant circuit having an input coupled to the source, an output, and first and second selectable resonant frequencies, the first resonant frequency being below the fixed predetermined drive frequency and the second resonant frequency being above the fixed predetermined drive frequency; and characterized by comprising: a controller coupled to the resonant circuit output that alternatingly selects the first and second resonant frequencies to cause the resonant circuit to provide an output at an apparent resonant frequency maintained equal to the fixed predetermined drive frequency. a source that provides an output at a fixed predetermined drive frequency; a resonant circuit having an input coupled to the source, an output, and first and second selectable resonant frequencies, the first resonant frequency being below the fixed predetermined drive frequency and the second resonant frequency being above the fixed predetermined drive frequency; and characterized by comprising: a controller coupled to the resonant circuit output that alternatingly selects the first and second resonant frequencies to cause the resonant circuit to provide an output at an apparent resonant frequency maintained equal to the fixed predetermined drive frequency. a controller coupled to the resonant circuit output that alternatingly selects the first and second resonant frequencies to cause the resonant circuit to provide an output at an apparent resonant frequency maintained equal to the fixed predetermined drive frequency.
A method for analysing defects in transformer laminations with an inspection system (24, 55, 60, 65, 71), wherein the inspection system comprises a detection unit, a conveyance device (27, 56, 66, 72) and a processing device, wherein the detection unit includes an optical detecting device, wherein the conveyance device is used to continuously transport a plurality of transformer laminations (10, 12, 14, 18, 20, 25) relative to the detecting device, wherein the detecting device is arranged transversely, preferably orthogonally, to a direction of movement of a transformer lamination, characterized in that a velocity of movement of a transformer lamination relative to the detecting device is measured via a measurement device of the detection unit, wherein an image of a contour (11, 13, 33) of a transformer lamination is captured with the detecting device, wherein images of a transformer lamination are assembled into a combined image of the transformer lamination via the processing device while considering the velocity of movement of the transformer lamination, wherein a shape of the transformer lamination is determined on the basis of the combined image via the processing device, wherein a position sensor and/or a distance sensor of the measurement device is used to measure a position, a distance of completed movement and/or the velocity of movement of the transformer lamination directly at the transformer lamination, wherein the processing device determines a placement sequence for a plurality of transformer laminations for producing a transformer core on the basis of the shape of the transformer laminations.
A method for wireless communication at a user equipment, UE, comprising: receiving a plurality of channel state information, CSI, reference signals, CSI-RSs, on corresponding CSI-RS resources associated with a CSI report, the plurality of CSI-RSs being associated with one or more sets of quasi co-located antenna ports; identifying from a plurality of block error rate, BLER, targets, at least one BLER target; receiving a control message indicating a channel quality indicator, CQI, table associated with each of the plurality of BLER targets, wherein the control message comprises a medium access control, MAC, control element, MAC-CE, radio resource control, RRC, message, or a downlink control information, DCI, message; generating the CSI report based at least in part on the at least one BLER target with its associated CQI table and the plurality of CSI-RSs; and transmitting the generated CSI report. receiving a plurality of channel state information, CSI, reference signals, CSI-RSs, on corresponding CSI-RS resources associated with a CSI report, the plurality of CSI-RSs being associated with one or more sets of quasi co-located antenna ports; identifying from a plurality of block error rate, BLER, targets, at least one BLER target; receiving a control message indicating a channel quality indicator, CQI, table associated with each of the plurality of BLER targets, wherein the control message comprises a medium access control, MAC, control element, MAC-CE, radio resource control, RRC, message, or a downlink control information, DCI, message; generating the CSI report based at least in part on the at least one BLER target with its associated CQI table and the plurality of CSI-RSs; and transmitting the generated CSI report.
Dispensing reagent device comprising: a probe having at one end a shaped surface with a hole; tubing connected to the hole of the probe; and a probe dispense station having an upper surface that is shaped, the upper surface having a hole which is connected to a tubing for dispensing a reagent; wherein at least a portion of shaped surface of the probe mates with at least a portion of the upper surface of the probe dispense station to form a seal, characterised in that the shaped surface of the probe is hemispherical and the upper surface of the probe dispense station is hemispherical, and wherein the probe hemispherical surface has a diameter that is smaller than the diameter of the upper hemispherical surface of the probe dispense station such that a volume exists between the hemispherical surface of the probe and the upper hemispherical shaped surface of the probe dispense station; and wherein at least a portion of the probe is composed of a pliable material to form the seal. a probe having at one end a shaped surface with a hole; tubing connected to the hole of the probe; and a probe dispense station having an upper surface that is shaped, the upper surface having a hole which is connected to a tubing for dispensing a reagent; wherein at least a portion of shaped surface of the probe mates with at least a portion of the upper surface of the probe dispense station to form a seal, characterised in that the shaped surface of the probe is hemispherical and the upper surface of the probe dispense station is hemispherical, and wherein the probe hemispherical surface has a diameter that is smaller than the diameter of the upper hemispherical surface of the probe dispense station such that a volume exists between the hemispherical surface of the probe and the upper hemispherical shaped surface of the probe dispense station; and wherein at least a portion of shaped surface of the probe mates with at least a portion of the upper surface of the probe dispense station to form a seal, characterised in that the shaped surface of the probe is hemispherical and the upper surface of the probe dispense station is hemispherical, and wherein the probe hemispherical surface has a diameter that is smaller than the diameter of the upper hemispherical surface of the probe dispense station such that a volume exists between the hemispherical surface of the probe and the upper hemispherical shaped surface of the probe dispense station; and wherein at least a portion of the probe is composed of a pliable material to form the seal.
A connection device for connecting a brake disk to a wheel hub, wherein the connection device is arrangeable at least in part in at least one recess of the wheel hub and is transferable into a fixed state in which the connection device interacts in a non-positive locking manner with the recess, characterized in that the connection device includes a clamping nut, wherein an outer side of the clamping nut is substantially truncated cone or cone shaped.
A linear oscillatory actuator comprising: a magnetic pole forming portion that includes an electromagnet capable of generating different polarities alternately when activated and a base on which the electromagnet is fixed; at least two magnetic blocks each of which is disposed oppositely to the magnetic pole forming portion and includes a magnet to be attracted or repelled by a polarity generated at the magnetic pole forming portion, and reciprocates in a reciprocating direction relative to the magnetic pole forming portion; at least two elastic suspensions that support the magnetic blocks reciprocatably, respectively; and at least one coupling spring portion that couples the magnetic blocks reciprocatably, wherein each coupling spring portion includes two coupling base sections and a spring section disposed between the two coupling base sections, characterized in that the spring section consists of an outer spring section and an inner spring section, wherein, when viewed in the reciprocating direction, a cross section of the inner spring section is on an inner circumferential side of a cross section of the outer spring section; wherein each of the inner spring section and the outer spring section has one of the coupling base sections connected to one of the magnetic blocks and the other one of the coupling base sections connected to the other of the magnetic blocks. a magnetic pole forming portion that includes an electromagnet capable of generating different polarities alternately when activated and a base on which the electromagnet is fixed; at least two magnetic blocks each of which is disposed oppositely to the magnetic pole forming portion and includes a magnet to be attracted or repelled by a polarity generated at the magnetic pole forming portion, and reciprocates in a reciprocating direction relative to the magnetic pole forming portion; at least two elastic suspensions that support the magnetic blocks reciprocatably, respectively; and at least one coupling spring portion that couples the magnetic blocks reciprocatably, wherein each coupling spring portion includes two coupling base sections and a spring section disposed between the two coupling base sections, characterized in that the spring section consists of an outer spring section and an inner spring section, wherein, when viewed in the reciprocating direction, a cross section of the inner spring section is on an inner circumferential side of a cross section of the outer spring section; wherein each of the inner spring section and the outer spring section has one of the coupling base sections connected to one of the magnetic blocks and the other one of the coupling base sections connected to the other of the magnetic blocks.