mhurhangee/ep-ind-claims huggingface dataset:
A spacer structure configured to be arranged between a first tub and a second tub stacked onto each other along a central vertical axis A, said first tub and said second tub being configured for the transport or storage of a plurality of medical containers such as syringes, wherein the spacer structure comprises: - a supporting frame configured to extend between an upper end of the first tub and a bottom of the second tub, the supporting frame having an outer peripheral edge; - first maintaining means protruding from a first side of the supporting frame and configured to prevent radial displacements of the first tub relative to the spacer structure orthogonally to the vertical axis A; - second maintaining means, opposite to the first maintaining means with respect to the supporting frame, protruding from a second side of the supporting frame and configured to prevent radial displacements of the second tub relative to the spacer structure orthogonally to the vertical axis A; characterized in that the second maintaining means have a base end which is located on the second side of the supporting frame and which is arranged offset inwardly relative to the outer peripheral edge of the supporting frame. - a supporting frame configured to extend between an upper end of the first tub and a bottom of the second tub, the supporting frame having an outer peripheral edge; - first maintaining means protruding from a first side of the supporting frame and configured to prevent radial displacements of the first tub relative to the spacer structure orthogonally to the vertical axis A; - second maintaining means, opposite to the first maintaining means with respect to the supporting frame, protruding from a second side of the supporting frame and configured to prevent radial displacements of the second tub relative to the spacer structure orthogonally to the vertical axis A;
A cold-rolled steel sheet having a tensile strength of 980 MPa or higher, excellent yield strength, ductility, and hole expandability, comprising: by wt%, 0.06 to 0.2% of carbon, 1.5 to 3.0% of manganese (Mn), 0.3 to 2.5% of silicon (Si), 0.01 to 0.2% of aluminum (Al), 0.01 to 3.0% of nickel (Ni), 0.2% or less of molybdenum (Mo), 0.01 to 0.05% of titanium (Ti), 0.02 to 0.05% of antimony (Sb), 0.0005 to 0.003% of boron, 0.01% or less of nitrogen, excluding 0, and a balance of Fe and inevitable impurities, wherein a microstructure thereof comprises, by area fraction, bainite of 50% or higher, tempered martensite of 10% or higher, fresh martensite of 10% or less, residual austenite of 20% or less, and ferrite of 5% or less
A method for manufacturing an enhanced strength 6000 Series aluminium alloy bolt having a shaft portion with a thread portion, the method comprising a solution heat treatment and then an ageing treatment at 170°C for 6 hours, and further enhancing the strength by work hardening by subjecting the shaft portion to thread rolling after drawing at a ratio of 36% to 70% in a press forming stage.
A discharge lamp lighting device connectible with a discharge lamp (La) and a DC power source, the discharge lamp lighting device comprising: a lighting circuit adapted to supply a rectangular wave voltage with its polarity inverted at a determined frequency; a resonance circuit adapted to supply an output voltage corresponding to a frequency of the rectangular wave voltage of the lighting circuit to the discharge lamp (La); and a control circuit adapted to set the frequency of the rectangular wave voltage; the lighting circuit includes a polarity inverting circuit comprising a pair of output ends (P1, P2), wherein the polarity inverting circuit is adapted to convert a DC voltage obtained from a DC power source into the rectangular wave voltage and to supply the converted voltage to the pair of output ends (P1, P2); the resonance circuit includes a resonance inductor formed of an auto transformer and a resonance capacitor, the resonance inductor being inserted between one output end of the polarity inverting circuit and the discharge lamp (La) and the resonance capacitor being inserted between an intermediate tap of the resonance inductor and the other output end of the polarity inverting circuit, characterized in that a voltage detecting circuit is provided, the voltage detecting circuit is adapted to detect an output voltage of the resonance circuit based on a potential of the resonance capacitor, wherein the control circuit is adapted to set the frequency of the rectangular wave voltage based on a detection result of the voltage detecting circuit at start of the discharge lamp (La) so that the output voltage of the resonance circuit exceeds a starting voltage of the discharge lamp (La).
A planar washing machine for washing planar textile products, the planar washing machine comprising: a feed opening for feeding the textile product into the washing machine; transfer means for transferring the textile product in the washing machine; at least one washing head for washing the textile product; and gripping means for gripping the textile product, characterised in that the gripping means comprise at least one holding device for holding the washable textile in place at the feed opening; said holding device comprises at least one suction port for exerting suction on the textile product in order to establish a holding force. a feed opening for feeding the textile product into the washing machine; transfer means for transferring the textile product in the washing machine; at least one washing head for washing the textile product; and gripping means for gripping the textile product, characterised in that the gripping means comprise at least one holding device for holding the washable textile in place at the feed opening; said holding device comprises at least one suction port for exerting suction on the textile product in order to establish a holding force.
A drug delivery system, comprising: - expelling means (314, 315) for expelling an amount of drug from a reservoir, comprising: (a) setting means allowing a user to set a dose amount of drug to be expelled, and (b) actuation means for releasing or driving the drug expelling means to expel the set dose amount, - an electronically controlled capturing system for capturing data representing a property related to the amount of drug expelled from a reservoir by the expelling means, and - switch means for starting initialization of the capturing system, wherein the actuation means comprises a push button, characterized in that the push button is adapted to be pushed distally, for said releasing or driving of the drug expelling means, between: (i) an initial position, (ii) an intermediate position in which the switch means is actuated to start initialization of the capturing system, and (iii) an actuated position in which the expelling means is actuated to expel the set dose, whereby the capturing system is allowed to initialize during the push button's movement between the intermediate position and the actuated position. - expelling means (314, 315) for expelling an amount of drug from a reservoir, comprising: (a) setting means allowing a user to set a dose amount of drug to be expelled, and (b) actuation means for releasing or driving the drug expelling means to expel the set dose amount, (a) setting means allowing a user to set a dose amount of drug to be expelled, and (b) actuation means for releasing or driving the drug expelling means to expel the set dose amount, - an electronically controlled capturing system for capturing data representing a property related to the amount of drug expelled from a reservoir by the expelling means, and - switch means for starting initialization of the capturing system, wherein the actuation means comprises a push button, characterized in that the push button is adapted to be pushed distally, for said releasing or driving of the drug expelling means, between: (i) an initial position, (ii) an intermediate position in which the switch means is actuated to start initialization of the capturing system, and (iii) an actuated position in which the expelling means is actuated to expel the set dose, whereby the capturing system is allowed to initialize during the push button's movement between the intermediate position and the actuated position. (i) an initial position, (ii) an intermediate position in which the switch means is actuated to start initialization of the capturing system, and (iii) an actuated position in which the expelling means is actuated to expel the set dose,
A battery pack comprising: a frame (140, 240, 340, 440); a bare cell arranged within the frame, the bare cell including at least one electrode (134, 135); and a protection circuit module (150, 250, 450) mounted to an outer surface of a mounting portion of the frame, the protection circuit module including at least one electrode lead (153, 154; 253, 254; 453, 454), wherein the at least one electrode (134, 135) of the bare cell is electrically connected to the at least one electrode lead (153, 154; 253, 254; 453, 454) of the protection circuit module, wherein the at least one electrode of the bare cell extends from the bare cell to the outer surface of the mounting portion of the frame via the outside of the frame, and the battery pack further comprises a cover (160, 360) that is arranged to cover the protection circuit module (150, 250, 450), wherein the cover engages with the mounting portion of the frame so as to retain the cover adjacent to the frame, wherein the mounting portion of the frame includes a protrusion and the cover defines a recess that is sized and shaped to receive the protrusion so as to maintain the cover in contact with the outer surface of the mounting portion of the frame. a frame (140, 240, 340, 440); a bare cell arranged within the frame, the bare cell including at least one electrode (134, 135); and a protection circuit module (150, 250, 450) mounted to an outer surface of a mounting portion of the frame, the protection circuit module including at least one electrode lead (153, 154; 253, 254; 453, 454), wherein the at least one electrode (134, 135) of the bare cell is electrically connected to the at least one electrode lead (153, 154; 253, 254; 453, 454) of the protection circuit module, wherein the at least one electrode of the bare cell extends from the bare cell to the outer surface of the mounting portion of the frame via the outside of the frame, and the battery pack further comprises a cover (160, 360) that is arranged to cover the protection circuit module (150, 250, 450), wherein the cover engages with the mounting portion of the frame so as to retain the cover adjacent to the frame, wherein the mounting portion of the frame includes a protrusion and the cover defines a recess that is sized and shaped to receive the protrusion so as to maintain the cover in contact with the outer surface of the mounting portion of the frame.
A lubricant for hot-rolling tools, in which an oxide-based laminar compound, a boric acid compound, and graphite are dispersed and dissolved in water, characterized in that the blending proportion of the oxide-based laminar compound to the boric acid compound is 10: 90 to 70: 30 in mass ratio, wherein the composition of the lubricant consists of the oxide-based laminar compound: 10 to 30 mass%, the boric acid compound: 10 to 30 mass%, and graphite: 1.0 to 4.5 mass-%, the balance being water, and optionally a dispersant, and wherein the oxide-based laminar compound is mica.
A mobile communication method in a communication system employing an E-UTRAN scheme, comprising: a step A of transmitting, by a mobility management node, a bearer release request to a first gateway device (S-GW) and transmitting (S101, S151) downlink data notification for notifying a downlink data signal addressed to a mobile station, to the mobility management node, the downlink data signal being buffered, if a reset signal is received from a radio base station (eNodeB) in the state in which a first guaranteed bit rate, GBR, bearer for the mobile station is set between the first gateway device and the radio base station and a second GBR bearer for the mobile station is set between the first gateway device (S-GW) and a second gateway device (P-GW); a step B of releasing, by the first gateway device, the first GBR bearer according to the bearer release request; a step of transmitting (S102, S152), by the mobility management node, a paging signal to the mobile station; and a step C of starting, by the mobility management node, a procedure for releasing the second GBR bearer by sending a delete bearer command to the first gateway device, characterized in that, in the step C, when it is determined that a predetermined QCI is assigned to the second GBR bearer and when no response to the paging signal is received from the mobile station in a predetermined period, the mobility management node further starts the procedure for releasing the second GBR bearer. a step A of transmitting, by a mobility management node, a bearer release request to a first gateway device (S-GW) and transmitting (S101, S151) downlink data notification for notifying a downlink data signal addressed to a mobile station, to the mobility management node, the downlink data signal being buffered, if a reset signal is received from a radio base station (eNodeB) in the state in which a first guaranteed bit rate, GBR, bearer for the mobile station is set between the first gateway device and the radio base station and a second GBR bearer for the mobile station is set between the first gateway device (S-GW) and a second gateway device (P-GW); a step B of releasing, by the first gateway device, the first GBR bearer according to the bearer release request; a step of transmitting (S102, S152), by the mobility management node, a paging signal to the mobile station; and a step C of starting, by the mobility management node, a procedure for releasing the second GBR bearer by sending a delete bearer command to the first gateway device, characterized in that, in the step C, when it is determined that a predetermined QCI is assigned to the second GBR bearer and when no response to the paging signal is received from the mobile station in a predetermined period, the mobility management node further starts the procedure for releasing the second GBR bearer.
Process for preparing diaryl carbonate, which comprises the following steps: a) preparation of phosgene by reaction of chlorine with carbon monoxide, b) reaction of the phosgene formed in step a) with at least one monophenol in the presence of an aqueous alkali metal-containing base, in particular a sodium-containing base, optionally a nitrogen catalyst, to form a diaryl carbonate and a reaction wastewater solution containing alkali metal chloride, in particular sodium chloride, c) separation and work-up of the diaryl carbonate formed in step b), e) concentration of at least part of the solution containing alkali metal chloride which remains after step c) by osmotic membrane distillation, f) electrochemical oxidation of at least part of the solution containing alkali metal chloride from e) to form chlorine, alkali metal hydroxide and if appropriate hydrogen. a) preparation of phosgene by reaction of chlorine with carbon monoxide, b) reaction of the phosgene formed in step a) with at least one monophenol in the presence of an aqueous alkali metal-containing base, in particular a sodium-containing base, optionally a nitrogen catalyst, to form a diaryl carbonate and a reaction wastewater solution containing alkali metal chloride, in particular sodium chloride, c) separation and work-up of the diaryl carbonate formed in step b), e) concentration of at least part of the solution containing alkali metal chloride which remains after step c) by osmotic membrane distillation, f) electrochemical oxidation of at least part of the solution containing alkali metal chloride from e) to form chlorine, alkali metal hydroxide and if appropriate hydrogen.
An actuator comprising: a housing; a control rod having an axis of rotation and a spline extending along the axis, the spline having a top surface; a cylinder coaxial with and extending around the control rod, the cylinder having a circumferential groove formed in an inner surface, the cylinder arranged to be driven axially within the actuator; an output shaft coaxial with and extending around the control rod and located between the control rod and the cylinder; the output shaft is held against rotation relative to the housing as it slides in and out of the housing; the output shaft having a hole extending therethrough; and a ball bearing located in the hole of the output shaft; wherein, in an engaged position, the ball bearing is retained, by the position of the control rod, in the groove and on the top surface of the spline so as to transmit forces between the cylinder and output shaft; and wherein to disengage the actuator, a control mechanism is configured to move the control rod relative to the output shaft, so as to locate the ball bearing in a recessed portion adjacent the spline, at which position the ball bearing does not engage the groove of the cylinder. a housing; a control rod having an axis of rotation and a spline extending along the axis, the spline having a top surface; a cylinder coaxial with and extending around the control rod, the cylinder having a circumferential groove formed in an inner surface, the cylinder arranged to be driven axially within the actuator; an output shaft coaxial with and extending around the control rod and located between the control rod and the cylinder; the output shaft is held against rotation relative to the housing as it slides in and out of the housing; the output shaft having a hole extending therethrough; and a ball bearing located in the hole of the output shaft; wherein, in an engaged position, the ball bearing is retained, by the position of the control rod, in the groove and on the top surface of the spline so as to transmit forces between the cylinder and output shaft; and wherein to disengage the actuator, a control mechanism is configured to move the control rod relative to the output shaft, so as to locate the ball bearing in a recessed portion adjacent the spline, at which position the ball bearing does not engage the groove of the cylinder.
A method of drying dishware in a tub portion of a dishwasher, the method comprising: determining a wash load size of dishware disposed in the tub portion; determining at least one of a rinse water temperature and a cycle time duration based on the wash load size; rinsing the dishware in a tub portion, with the water at the rinse water temperature for the cycle time duration; determining a humidity level in the tub portion; cyclically actuating, as part of the drying cycle, at least one heating element based, at least partially, on the humidity level, to heat air within and promote vaporization of water disposed on the dishware; cyclically actuating, as part of the drying cycle, a blower based at least partially, on the humidity level to direct the heated air and vaporized water toward a duct associated with the tub portion; condensing the vaporized water through interaction thereof with at least one condensing surface disposed within the duct, as the air and vaporized water are directed along the duct; and directing the condensed water back into the tub portion and directing the air out of the tub portion. determining a wash load size of dishware disposed in the tub portion; determining at least one of a rinse water temperature and a cycle time duration based on the wash load size; rinsing the dishware in a tub portion, with the water at the rinse water temperature for the cycle time duration; determining a humidity level in the tub portion; cyclically actuating, as part of the drying cycle, at least one heating element based, at least partially, on the humidity level, to heat air within and promote vaporization of water disposed on the dishware; cyclically actuating, as part of the drying cycle, a blower based at least partially, on the humidity level to direct the heated air and vaporized water toward a duct associated with the tub portion; condensing the vaporized water through interaction thereof with at least one condensing surface disposed within the duct, as the air and vaporized water are directed along the duct; and directing the condensed water back into the tub portion and directing the air out of the tub portion.
Piston for an internal combustion engine, which at its lower edge opposite the piston crown has at least one recess, characterised in that the recess is formed in the radial direction and the depth of the recess decreases in the direction of the piston axis, starting from the lower edge of the piston.
Wiper arm for a motor vehicle, comprising an elongate flexible blade, at least one end of the blade being covered by a cap that integrates a conduit equipped with a nozzle offset on the side of the lip of the flexible blade with respect to the longitudinal mid-plane of said flexible blade, characterised in that the axis of the nozzle is oriented in the direction of the lip of the blade so as to direct the washing fluid onto the lip of the blade when the latter is in a stopped position, before reversing when the glazed surface is wiped.
Cleaning appliance that is arranged to be carried on the back, with a cleaning device a mains-network-independent energy supply device for supplying the cleaning device with energy, in particular electrical energy, and an operating device for controlling, in particular for activating and deactivating, the cleaning device and/or the energy supply device, which operating device comprises a control signal generating device for producing control signals for controlling the cleaning device and/or the energy supply device and a signal transmission device for transmitting the control signals, wherein the control signal generating device comprises at least one first switch member for activating and deactivating the cleaning device, wherein the operating device comprises at least one second switch member for activating and deactivating at least one mode of operation of the cleaning device, wherein the at least one first switch member and the at least one second switch member are constructed in a haptically distinguishable manner, wherein the operating device is arranged separately from the cleaning device and comprises a housing, characterized in that the operating device comprises an indicator device for indicating a status of the energy supply device and/or for indicating the at least one mode of operation of the cleaning device.
An apparatus, in particular a high-speed slicer, for slicing food products into portions comprising at least one slice, having a slicing unit which is configured to cut off slices from a product, wherein the slices fall directly onto at least one carrier as a slice stream in a cutting region and form a portion on the carrier; a movement apparatus for moving the carriers loaded with portions out of the cutting region; an introduction apparatus which is configured to introduce at least one further carrier into the slice stream as soon as a portion has been formed on a preceding carrier; and at least one control device for controlling the movements of the carriers, the slicing unit and/or the introduction apparatus, characterized in that the carriers are introduced into the slice stream in a plane which is disposed above a transporting away plane in which the carriers loaded with portions are moved out of the slicing region.