mhurhangee/ep-ind-claims huggingface dataset:
Electronic device for operating a light source, like an LED light source, comprising: an electronic component, a flat housing having two opposite side walls connected by a circumferential edge to delimit an inner space for enclosing and carrying the electronic component, an electric contact being electrically connected to the electronic component to allow for external electrical connection of the electronic component, a spacer being detachably attachable to the housing so as to protrude with a stopper section from the edge in an extension direction, and a grounding pin being functionally connected to the electronic component and being moveably provided along a moving direction between an exposed position projecting from the edge and a retracted position in which the grounding pin projects less from or is substantially flush with the edge, wherein the electric contact extends from one of the side walls of the housing to allow for external electrical connection of the electronic component. an electronic component, a flat housing having two opposite side walls connected by a circumferential edge to delimit an inner space for enclosing and carrying the electronic component, an electric contact being electrically connected to the electronic component to allow for external electrical connection of the electronic component, a spacer being detachably attachable to the housing so as to protrude with a stopper section from the edge in an extension direction, and a grounding pin being functionally connected to the electronic component and being moveably provided along a moving direction between an exposed position projecting from the edge and a retracted position in which the grounding pin projects less from or is substantially flush with the edge, wherein the electric contact extends from one of the side walls of the housing to allow for external electrical connection of the electronic component.
A discharge lamp lighting device comprising: a power converting part (Q1-Q4) for receiving an input of DC power and outputting AC power; a starting part (L2, C4) connected between output terminals of the power converting part (Q1-Q4) together with a discharge lamp (La), the starting part (L2, C4) generating a high voltage for starting the discharge lamp (La); and a control part for controlling the power converting part, wherein at the start of the discharge lamp (La), after a starting operation of allowing the discharge lamp (La) to start with a high voltage generated by the starting part (L2, C4) and before start of a steady operation of allowing the power converting part to output AC power for maintaining lighting of the discharge lamp (La) to the discharge lamp (La), the control part performs an electrode heating operation of making an output frequency of the power converting part higher than that in the steady operation to heat each electrode of the discharge lamp (La), characterized in that the discharge lamp lighting device further includes a symmetry determining part for determining whether or not output power outputted to the discharge lamp (La) is in a positive-negative symmetrical state, and when the symmetry determining part determining that the output power is in a positive-negative symmetrical state in the electrode heating operation, the control part shifts the electrode heating operation to the steady operation. a power converting part (Q1-Q4) for receiving an input of DC power and outputting AC power; a starting part (L2, C4) connected between output terminals of the power converting part (Q1-Q4) together with a discharge lamp (La), the starting part (L2, C4) generating a high voltage for starting the discharge lamp (La); and a control part for controlling the power converting part, wherein at the start of the discharge lamp (La), after a starting operation of allowing the discharge lamp (La) to start with a high voltage generated by the starting part (L2, C4) and before start of a steady operation of allowing the power converting part to output AC power for maintaining lighting of the discharge lamp (La) to the discharge lamp (La), the control part performs an electrode heating operation of making an output frequency of the power converting part higher than that in the steady operation to heat each electrode of the discharge lamp (La), characterized in that the discharge lamp lighting device further includes a symmetry determining part for determining whether or not output power outputted to the discharge lamp (La) is in a positive-negative symmetrical state, and when the symmetry determining part determining that the output power is in a positive-negative symmetrical state in the electrode heating operation, the control part shifts the electrode heating operation to the steady operation.
A method for handing off a call between networks, comprising: monitoring a quality of a first link between a mobile station and a wireless local area network, WLAN, when the mobile station is actively connected with the WLAN on a call; monitoring a quality of a second link between the mobile station and a cellular network when the mobile station is actively connected with the WLAN on the call; characterized in that the method further comprises: handing off the call from the WLAN to the cellular network when the quality of the first link is less than a handoff trigger threshold for a drop count, the drop count specifying a count of sample intervals, and when the quality of the second link is greater than a minimum cellular link quality threshold; and preventing a handoff of the call from the cellular network to the WLAN until expiration of a dwell timer as long as the quality of the second link remains above the minimum cellular link quality threshold. monitoring a quality of a first link between a mobile station and a wireless local area network, WLAN, when the mobile station is actively connected with the WLAN on a call; monitoring a quality of a second link between the mobile station and a cellular network when the mobile station is actively connected with the WLAN on the call; characterized in that the method further comprises: handing off the call from the WLAN to the cellular network when the quality of the first link is less than a handoff trigger threshold for a drop count, the drop count specifying a count of sample intervals, and when the quality of the second link is greater than a minimum cellular link quality threshold; and preventing a handoff of the call from the cellular network to the WLAN until expiration of a dwell timer as long as the quality of the second link remains above the minimum cellular link quality threshold. handing off the call from the WLAN to the cellular network when the quality of the first link is less than a handoff trigger threshold for a drop count, the drop count specifying a count of sample intervals, and when the quality of the second link is greater than a minimum cellular link quality threshold; and preventing a handoff of the call from the cellular network to the WLAN until expiration of a dwell timer as long as the quality of the second link remains above the minimum cellular link quality threshold.
A battery pressure measuring sensor, comprising: a substrate; a plurality of variable resistor units provided at a plurality of locations in consideration of a swelling characteristic of a battery on the substrate and configured to change a resistance value within a corresponding resistance range according to a pressure applied to each unit; and a plurality of sensing lines configured to be connected to the plurality of variable resistor units, respectively, characterized in that on the substrate, the plurality of variable resistor units are configured to be provided at a first location where a preset risk when swelling occurs in the battery is set to be relatively low and at a second location where the preset risk is set to be relatively high, the resistance range of the resistance value according to the pressure of the variable resistor unit provided at the first location is a first resistance range, and the resistance range of the resistance value according to the pressure of the variable resistor unit provided at the second location is a second resistance range, wherein a lower limit of the first resistance range is set to be equal to or greater than an upper limit of the second resistance range. a substrate; a plurality of variable resistor units provided at a plurality of locations in consideration of a swelling characteristic of a battery on the substrate and configured to change a resistance value within a corresponding resistance range according to a pressure applied to each unit; and a plurality of sensing lines configured to be connected to the plurality of variable resistor units, respectively, characterized in that on the substrate, the plurality of variable resistor units are configured to be provided at a first location where a preset risk when swelling occurs in the battery is set to be relatively low and at a second location where the preset risk is set to be relatively high, the resistance range of the resistance value according to the pressure of the variable resistor unit provided at the first location is a first resistance range, and the resistance range of the resistance value according to the pressure of the variable resistor unit provided at the second location is a second resistance range, wherein a lower limit of the first resistance range is set to be equal to or greater than an upper limit of the second resistance range.
A vehicle, particularly a rail vehicle, with a partition area for passengers between two sections (201, 202) of the vehicle, wherein a fire protection apparatus is mounted in the ceiling region of the partition area and comprises a protective curtain that can be transferred from an idle position, in which the partition area is open, into a closed position in case of a fire, characterized in that the protective curtain is composed of several material webs that adjoin one another in a planar fashion and partially overlap one another in the closed position, wherein the lower edge of the material webs that points toward the floor of the partition area is spaced apart from the floor in the closed position.
A method of making a modified zeolite catalyst, the method comprising: (i) obtaining a commercially available zeolite Y catalyst having a Na 2 O content of from 2.0 to 4.0%; (ii) subjecting the zeolite to a two stage ion-exchange process, wherein the first ion-exchange process comprises admixing the zeolite with an ammonium salt solution at between 50 and 85°C for between 10 and 60 minutes; (iii) subjecting the zeolite to a second ion-exchange process, wherein the second ion-exchange process comprises admixing the zeolite with an ammonium salt solution at between 90 and 100°C for between 60 and 240 minutes; (iv) steam calcining the zeolite from step (iii) at between 450 and 800°C for between 10 minutes and 60 minutes; (v) subjecting the zeolite of step (iv) to an ion-exchange process, wherein the ion-exchange process comprises admixing the zeolite of step (iv) with an ammonium salt solution at between 50 and 95°C for between 10 and 120 minutes; and (vi) subjecting the zeolite of step (v) to a transition metal ion-exchange process, wherein the ion-exchange process comprises admixing the zeolite of step (v) with a transition metal salt solution wherein the transition metal in the transition metal salt solution is selected from the group comprising: Fe, Ru, Os, Co, Rh, Ir, Ni, Pd and Pt. (i) obtaining a commercially available zeolite Y catalyst having a Na 2 O content of from 2.0 to 4.0%; (ii) subjecting the zeolite to a two stage ion-exchange process, wherein the first ion-exchange process comprises admixing the zeolite with an ammonium salt solution at between 50 and 85°C for between 10 and 60 minutes; (iii) subjecting the zeolite to a second ion-exchange process, wherein the second ion-exchange process comprises admixing the zeolite with an ammonium salt solution at between 90 and 100°C for between 60 and 240 minutes; (iv) steam calcining the zeolite from step (iii) at between 450 and 800°C for between 10 minutes and 60 minutes; (v) subjecting the zeolite of step (iv) to an ion-exchange process, wherein the ion-exchange process comprises admixing the zeolite of step (iv) with an ammonium salt solution at between 50 and 95°C for between 10 and 120 minutes; and (vi) subjecting the zeolite of step (v) to a transition metal ion-exchange process, wherein the ion-exchange process comprises admixing the zeolite of step (v) with a transition metal salt solution wherein the transition metal in the transition metal salt solution is selected from the group comprising: Fe, Ru, Os, Co, Rh, Ir, Ni, Pd and Pt.
A solid propellant auxiliary booster intended to be attached to the main body of a launcher, the booster comprising a cylindrical body extending in a longitudinal direction (X-X') between a rear zone in communication with a nozzle and a front face formed by a conical structure connected to the cylindrical body of the booster, the cylindrical body delimiting a first internal volume and the conical structure of the front face delimiting a second internal volume, said auxiliary booster containing a solid propellant charge, wherein the first internal volume of the cylindrical body communicates with the second internal volume of the conical structure, characterized in that the solid propellant charge is present both in the first and second internal volumes (111, 151) and in that the auxiliary booster also comprises an ignition device of the solid propellant charge present at the rear zone of the auxiliary booster.
A handpiece exhibiting circumferential geometry for a medical device, the handpiece comprising: an actuating outer sleeve comprising a plurality of ribs having a tactile feel, the ribs being disposed axially on the outer sleeve; an inner sleeve; an internal circuit being disposed inside the inner sleeve; wherein the outer sleeve is disposed outside the inner sleeve, the outer sleeve being configured to apply force to a portion of the inner sleeve when an external force is applied to at least one of the ribs; wherein the handpiece is configured such that applying the force to one or more of the ribs causes an inward surface of the inner sleeve to make a physical contact with the internal circuit, which contact may be used to actuate the medical device, and removing the external force allows the ribs to assume an at rest state, thereby breaking the contact between the internal circuit and the inner surface of the inner sleeve which de-actuates the medical device. an actuating outer sleeve comprising a plurality of ribs having a tactile feel, the ribs being disposed axially on the outer sleeve; an inner sleeve; an internal circuit being disposed inside the inner sleeve; wherein the outer sleeve is disposed outside the inner sleeve, the outer sleeve being configured to apply force to a portion of the inner sleeve when an external force is applied to at least one of the ribs; wherein the handpiece is configured such that applying the force to one or more of the ribs causes an inward surface of the inner sleeve to make a physical contact with the internal circuit, which contact may be used to actuate the medical device, and removing the external force allows the ribs to assume an at rest state, thereby breaking the contact between the internal circuit and the inner surface of the inner sleeve which de-actuates the medical device.
A method for measuring a service transmission status of a user equipment, wherein the method comprises: transmitting, by a first service station, a first data packet for a user equipment; determining, by the first service station, at least one second service station that transmits a second data packet for the user equipment; instructing, by the first service station, the at least one second service station to measure a service transmission status of the user equipment; and sending, by the first service station to the at least one second service station, device identification information used for identifying a trace collection entity, TCE, and measurement identification information used for identifying the service transmission status measurement performed for the user equipment, so that after determining a measurement result for the user equipment, the at least one second service station reports the determined measurement result together with the measurement identification information to the TCE identified by the device identification information, wherein the first data packet and the second data packet are different data packets of a same service of the user equipment or data packets of different services. transmitting, by a first service station, a first data packet for a user equipment; determining, by the first service station, at least one second service station that transmits a second data packet for the user equipment; instructing, by the first service station, the at least one second service station to measure a service transmission status of the user equipment; and sending, by the first service station to the at least one second service station, device identification information used for identifying a trace collection entity, TCE, and measurement identification information used for identifying the service transmission status measurement performed for the user equipment, so that after determining a measurement result for the user equipment, the at least one second service station reports the determined measurement result together with the measurement identification information to the TCE identified by the device identification information, wherein the first data packet and the second data packet are different data packets of a same service of the user equipment or data packets of different services.
A polypeptide for use in a method for promoting bone growth, increasing bone density or increasing bone strength, or for use in a method of treating or preventing a bone-related disorder, wherein the polypeptide comprises an amino acid sequence that is at least 95% identical to SEQ ID NO: 7.
A brake caliper of an automobile vehicle, for overlapping an outer edge of a braking disc, this caliper comprising a first pad and a second pad for being on either side of the disc to be pressed against this disc, as well as: - a first mechanical actuator including a first movable piston and a first primary toothed wheel, the first piston resting on the first pad to press it against the disc by rotating the first primary toothed wheel; - a second mechanical actuator including a second movable piston and a second primary toothed wheel, the second piston resting on the second pad to press it against the disc by rotating the second primary toothed wheel; - a rotary shaft including a first worm gear and a second worm gear having a winding direction opposite to that of the first worm gear, the driving shaft being translationally movable along its own longitudinal direction; - an electric motor for driving the rotary shaft; and wherein the first worm gear is meshed in the first primary toothed wheel, and the second worm gear is meshed in the second primary toothed wheel. - a first mechanical actuator including a first movable piston and a first primary toothed wheel, the first piston resting on the first pad to press it against the disc by rotating the first primary toothed wheel; - a second mechanical actuator including a second movable piston and a second primary toothed wheel, the second piston resting on the second pad to press it against the disc by rotating the second primary toothed wheel; - a rotary shaft including a first worm gear and a second worm gear having a winding direction opposite to that of the first worm gear, the driving shaft being translationally movable along its own longitudinal direction; - an electric motor for driving the rotary shaft;
A nutritional composition comprising carbohydrates, protein, and lipid globules, wherein the protein comprises casein and the lipid globules comprise triglycerides derived from vegetable fat and phospholipids derived from non human mammalian milk and wherein the lipid globules have - a mode diameter from 2 to 6 μm, or - a specific surface area from 0.5 to 15 m 2 /g lipid, or - a mode diameter from 2 to 6 μm and a specific surface area from 0.5 to 15 m 2 /g lipid and wherein the lipid globules comprise a coating comprising the phospholipids, for use in - advancing postprandial lipid absorption and/or - increasing the rate of postprandial lipid absorption. - a mode diameter from 2 to 6 μm, or - a specific surface area from 0.5 to 15 m 2 /g lipid, or - a mode diameter from 2 to 6 μm and a specific surface area from 0.5 to 15 m 2 /g lipid - advancing postprandial lipid absorption and/or - increasing the rate of postprandial lipid absorption.
A functionalized elastomer given by the formula poly (M1 co M2) wherein M1 is a first monomer and M2 is of formula II where R 1 is phenylene, a linear or branched alkane diyl group containing from 1 to 10 carbon atoms, or a combination of one or more phenylene groups and one or more linear or branched alkane diyl groups containing from 1 to 10 carbon atoms, characterized in that the first monomer is 1,3-butadiene and in that the elastomer comprises at least 90 percent by weight of cis 1,4 microstructure content based on the weight of the polybutadiene content of the elastomer.
An access system, comprising: at least one lock configured to receive instructions and to energize a lock mechanism to unlock the at least one lock; at least one key configured for communicating over a primary wireless communications path and to communicate with the at least one lock over a secondary wireless path, and wherein the at least one key further is configured as authorized to unlock the at least one lock absent a deauthorizing instruction received over the primary wireless communications path; and, a computer disposed at a remote location from the at least one key and configured to communicate with the at least one key over the primary wireless communication path, the computer sending authorization/ deauthorization instructions and receiving usage data to and from the at least one key; characterized in that the at least one key is further configured as authorized to unlock the at least one lock absent failure of the at least one key to be in contact with the computer over the primary wireless communication path during a predetermined authorization time period and said contact lasting for at least a predetermined period of time within said authorization time period. at least one lock configured to receive instructions and to energize a lock mechanism to unlock the at least one lock; at least one key configured for communicating over a primary wireless communications path and to communicate with the at least one lock over a secondary wireless path, and wherein the at least one key further is configured as authorized to unlock the at least one lock absent a deauthorizing instruction received over the primary wireless communications path; and, a computer disposed at a remote location from the at least one key and configured to communicate with the at least one key over the primary wireless communication path, the computer sending authorization/ deauthorization instructions and receiving usage data to and from the at least one key;