mhurhangee/ep-ind-claims huggingface dataset:
A semiconductor structure comprising: a floating gate ESD protection structure that comprises an embedded diode at the emitter or source of the floating gate ESD protection structure, the embedded diode being characterized as comprising a p/n type diode with a positive temperature coefficient and a Zener diode with a negative temperature coefficient, wherein the ratio of the area of the p/n type diode with a positive temperature coefficient and the Zener diode with a negative temperature coefficient is arranged to achieve a desired temperature coefficient of said embedded diode; and wherein said p/n type diode and said Zener diode comprise a common cathode; said embedded diode having less temperature dependence than said Zener diode.
A method for interference mitigation in a wireless communication system performed by a base station of a closed subscriber group, CSG, cell, the method comprising: advertising an uplink bandwidth; identifying that a band edge portion of the bandwidth includes an interference signal from of an interfering non-allowed user equipment, UE; scheduling a served allowed UE to use a reduced uplink bandwidth that avoids the band edge portion based on the identifying; receiving a transmission from the served allowed UE in the reduced uplink bandwidth; and filtering out (130, 134) the band edge portion. advertising an uplink bandwidth; identifying that a band edge portion of the bandwidth includes an interference signal from of an interfering non-allowed user equipment, UE; scheduling a served allowed UE to use a reduced uplink bandwidth that avoids the band edge portion based on the identifying; receiving a transmission from the served allowed UE in the reduced uplink bandwidth; and filtering out (130, 134) the band edge portion.
Device for dispensing artificial eyelashes, comprising a housing equipped with a dispensing opening, a carrier strip to which a plurality of artificial eyelashes are fixed, and a movement mechanism capable of being actuated to cause movement of the strip in order to convey the artificial eyelashes towards the dispensing opening and to allow the artificial eyelashes to exit through the dispensing opening, the device being characterised in that the artificial eyelashes are oriented in the direction of the carrier strip and in that the artificial eyelashes are bonded to the carrier strip in the region of the middle of the eyelashes in the longitudinal direction thereof.
A hydraulic system for construction equipment, comprising: a pump/motor serving as both pump and motor; an actuator provided with a first port and a second port, a first hydraulic line and a second hydraulic line connected with the first port and the pump/motor; a third hydraulic line and a fourth hydraulic line connected with the second port and the pump/motor; a first logic valve disposed in the first hydraulic line and the second hydraulic line; and a second logic valve disposed in the third hydraulic line and the fourth hydraulic line, characterized in that when a first pressure of a higher pressure side between the first port and the second port is larger than a second pressure of the pump/motor, the pump/motor is operated from a time point, at which an operating unit is operated, so that the first pressure and the second pressure are controlled to be the same before the first and second logic valves (110 and 120) are opened. a pump/motor serving as both pump and motor; an actuator provided with a first port and a second port, a first hydraulic line and a second hydraulic line connected with the first port and the pump/motor; a third hydraulic line and a fourth hydraulic line connected with the second port and the pump/motor; a first logic valve disposed in the first hydraulic line and the second hydraulic line; and a second logic valve disposed in the third hydraulic line and the fourth hydraulic line, characterized in that when a first pressure of a higher pressure side between the first port and the second port is larger than a second pressure of the pump/motor, the pump/motor is operated from a time point, at which an operating unit is operated, so that the first pressure and the second pressure are controlled to be the same before the first and second logic valves (110 and 120) are opened.
A method of protecting payload information in radio transmission comprising the steps of: - dividing the payload into a plurality of data portions (11a,...,11d), - grouping a data portion so as to form a packet (2a,...2d), - selecting, from available radio channels, an available radio channel, suitable for incorporating said packet in said radio channel (3a,...3d), - incorporating at least one packet in the selected radio channel - transmitting, said selected radio channel with said at least one packet incorporated in the radio channel wherein the step of grouping a data portion so as to form a packet comprises the steps of: - identifying data portions according to a criterion of protection selected from a plurality of criteria of protection, - grouping data portions identified as having the same criterion in a packet, - labeling said packet containing data portions with the same criterion said labeling being indicative of a priority level for the packet, and wherein the step of incorporating at least one packet in the selected radio channel is performed such that the packets are incorporated in the selected channel according to said priority level; and wherein the selected channel from said available radio channels is an active channel with available capacity for incorporating said packet therein. - dividing the payload into a plurality of data portions (11a,...,11d), - grouping a data portion so as to form a packet (2a,...2d), - selecting, from available radio channels, an available radio channel, suitable for incorporating said packet in said radio channel (3a,...3d), - incorporating at least one packet in the selected radio channel - transmitting, said selected radio channel with said at least one packet incorporated in the radio channel - identifying data portions according to a criterion of protection selected from a plurality of criteria of protection, - grouping data portions identified as having the same criterion in a packet, - labeling said packet containing data portions with the same criterion said labeling being indicative of a priority level for the packet, and
Non-woven fabric suitable for thermoforming to form a beverage capsule filter element comprising fibers consisting of a core containing polylactic acid (PLA-1) coated with an envelope containing polylactic acid (PLA-2) characterized in that: - PLA-1 is a copolymer of lactic acid monomers L1 and lacticacid monomers D1; - PLA-2 is a copolymer of lactic acid monomers L2 and lactic acid D2; - wherein a D2 monomer ratio D2/(D2+L2) is greater than a D1 monomer ratio D1/(D1+L1); wherein - the core further contains a polymeric plasticizer; and wherein - the non-woven fabric meets the biodregability standards of ASTM D6400. - PLA-1 is a copolymer of lactic acid monomers L1 and lacticacid monomers D1; - PLA-2 is a copolymer of lactic acid monomers L2 and lactic acid D2; - wherein a D2 monomer ratio D2/(D2+L2) is greater than a D1 monomer ratio D1/(D1+L1); wherein - the core further contains a polymeric plasticizer; and wherein - the non-woven fabric meets the biodregability standards of ASTM D6400.
Coated article, which has (i) at least one electrically non-conductive base layer, (ii) at least one layer of copper and/or a copper alloy, and (iii) a layer which contains at least one electrically conductive polymer, characterized in that the copper or copper alloy layer (ii) is positioned between the base layer (i) and the layer (iii) containing the conductive polymer, wherein the layer (ii) is applied on the surface of the base layer and the layer (iii) further contains at least one complexing agent which is capable of complexing copper, wherein the complexing agent is selected from benzimidazoles, imidazoles, benzotriazoles, thiourea, imidazole-2-thiones and mixtures thereof. (i) at least one electrically non-conductive base layer, (ii) at least one layer of copper and/or a copper alloy, and (iii) a layer which contains at least one electrically conductive polymer,
A mobile irrigation apparatus comprising: a wheel-mounted frame assembly supporting at least one sprinkler operated by a main control valve and adapted for movement in a specified direction across a field to be irrigated; a hydrant docking station supported by a frame, said docking station incorporating a valve actuator adapted to open a valve in a water hydrant located along the path; a first substantially horizontal guide wing extending forwardly of and angling upwardly away from said docking station; a second substantially horizontal guide wing extending rearwardly of and angling upwardly away from said docking station; and further characterized by at least one vertical alignment power actuator (156,158) arranged to move at least one side of said docking station in a vertical direction relative to said docking station frame in response to a height guide sensor (172,174) mounted on said first or second substantially horizontal guide wings (124,126). a wheel-mounted frame assembly supporting at least one sprinkler operated by a main control valve and adapted for movement in a specified direction across a field to be irrigated; a hydrant docking station supported by a frame, said docking station incorporating a valve actuator adapted to open a valve in a water hydrant located along the path; a first substantially horizontal guide wing extending forwardly of and angling upwardly away from said docking station; a second substantially horizontal guide wing extending rearwardly of and angling upwardly away from said docking station; and further characterized by at least one vertical alignment power actuator (156,158) arranged to move at least one side of said docking station in a vertical direction relative to said docking station frame in response to a height guide sensor (172,174) mounted on said first or second substantially horizontal guide wings (124,126).
Medical spraying device for rinsing of a wound, in particular lavage system, comprising a liquid reservoir for a medical rinsing liquid or a connector for said liquid reservoir, and comprising a compressed gas cartridge for application of a pressure to the medical rinsing liquid, whereby the compressed gas cartridge is or can be connected detachably to the liquid reservoir via a compressed gas line such that the rinsing liquid can be pushed through a nozzle (24, 52) by the gas pressure acting on the rinsing liquid to generate a spray cone, whereby the nozzle (24, 52) has multiple openings that are arranged at an appropriate angle with respect to each other such that the jets of rinsing liquid exiting from the openings meet in an vaporisation space (38, 57) and/or in an exit opening of the nozzle (24, 52) and thus generate the spray cone from the vaporised rinsing liquid, whereby an evaporation space for evaporation of liquid components of a liquefied gas from the compressed gas cartridge is arranged in the compressed gas line, between the connector for the compressed gas cartridge and the overpressure valve (14, 15), whereby the evaporating liquefied gas generates the gas pressure.
An arrangement for supporting a rotor with respect to a stator, in particular for supporting the rotor of a vacuum pump, having a radially stabilizing permanent magnet bearing in the region of one of the two rotor ends and having a further bearing in the region of the oppositely disposed rotor end, wherein the further bearing is designed as an axially active radially stabilizing permanent magnet bearing which comprises, for axial stabilization, a stator-side bearing part which is associated with an intermediate part axially movably supported with respect to a fixed-position housing of the stator and which is axially movable together with said intermediate part relative to the stator housing; wherein the intermediate part can be acted on via an actuator unit to counteract a respective axial deviation of the rotor with respect to a desired position; and wherein the actuator unit comprises at least one linear actuator, characterized in that the intermediate part is inserted into the stator housing in a resilient and/or damped manner, in particular via O-rings.
A multi-layered brazing sheet material consisting of an aluminium core alloy layer provided with a brazing clad layer material on one face of said aluminium core alloy layer and an inter-layer positioned between the aluminium core alloy layer and the brazing clad layer material, and a waterside layer on the other face of the aluminium core alloy layer, wherein the core alloy layer is made from an aluminium alloy having, in wt.%, up to 0.6% Si, up to 0.45% Fe, 0.6% to 1.25% Cu, 0.6% to 1.4% Mn, 0.08% to 0.4% Mg, up to 0.2% Cr, up to 0.25% Zr, up to 0.25% Ti, up to 0.3% Zn, balance aluminium and impurities, wherein the brazing clad layer material is made from a 4xxx-series aluminium alloy having 6% to 14% Si and up to 2% Mg, up to 0.6% Fe, up to 0.1% Mn, up to 0.08% Cu, up to 0.20% Zn, others each <0.05%, total <0.2%, remainder aluminium, and wherein the inter-layer is made from an aluminium alloy of the 1xxx-series alloys, and wherein the waterside layer is made from a 3xxx-series aluminium alloy having 0.5% to 1.8% Mn, 1% to 3.5% Zn, Mg < 0.3%, Si < 0.2%, Fe < 0.8%, Cu < 0.8%, Ti < 0.25%, others each < 0.05%, total < 0.2%, remainder aluminium.
A method that facilitates deciphering at least one parameter corresponding to a base station in a wireless communication environment, the method being performed by a wireless communication apparatus, comprising: receiving a radio frame from a base station; analyzing the radio frame to determine at least one of relative locations of disparate types of synchronization signals, a sequence utilized to generate a particular type of synchronization signal, or whether the radio frame includes two types of synchronization signals; and recognizing at least one parameter associated with the base station based upon the relative locations, the sequence, or whether the radio frame includes two types of synchronization signals; further comprising: determining a primary synchronization code, PSC, sequence utilized to generate a PSC included in the received radio frame; and deciphering one or more of the at least one parameter based at least in part upon the determined PSC sequence. receiving a radio frame from a base station; analyzing the radio frame to determine at least one of relative locations of disparate types of synchronization signals, a sequence utilized to generate a particular type of synchronization signal, or whether the radio frame includes two types of synchronization signals; and recognizing at least one parameter associated with the base station based upon the relative locations, the sequence, or whether the radio frame includes two types of synchronization signals; further comprising: determining a primary synchronization code, PSC, sequence utilized to generate a PSC included in the received radio frame; and deciphering one or more of the at least one parameter based at least in part upon the determined PSC sequence. determining a primary synchronization code, PSC, sequence utilized to generate a PSC included in the received radio frame; and deciphering one or more of the at least one parameter based at least in part upon the determined PSC sequence.
A method of decomposing a cold head provided with a displacer that extends in an axial direction, a cylinder that accommodates the displacer, and a displacer drive unit that is fastened to the cylinder and is connected to the displacer such that the displacer is driven in the axial direction, the method comprising: fastening a lifting-up jig onto the displacer drive unit; unfastening the displacer drive unit and the cylinder from each other; operating the lifting-up jig such that the displacer drive unit is lifted up from the cylinder together with the displacer; mounting a displacer holding jig onto the displacer; and detaching the displacer drive unit from the displacer together with the lifting-up jig, wherein the displacer is held by the displacer holding jig in a state of being lifted up from the cylinder. fastening a lifting-up jig onto the displacer drive unit; unfastening the displacer drive unit and the cylinder from each other; operating the lifting-up jig such that the displacer drive unit is lifted up from the cylinder together with the displacer; mounting a displacer holding jig onto the displacer; and detaching the displacer drive unit from the displacer together with the lifting-up jig, wherein the displacer is held by the displacer holding jig in a state of being lifted up from the cylinder.
An output control device for an internal combustion engine for generating a drive force of a vehicle, comprising: a braking request detection unit configured to detect whether or not a braking request operation has been performed; a braking operation time calculation unit configured to calculate a braking operation time from the start of the braking request operation; an output limitation unit configured to determine whether or not the brake operation time is longer than a predetermined time and, based on the determination result, bring into effect an output limitation of the internal combustion engine when the braking operation time becomes longer than the predetermined time; characterized in further comprising an output limitation lifting unit configured to lift the output limitation of the internal combustion engine when the braking request operation is finished; and a repeat determining output limitation unit configured to bring into effect, when the braking request operation is started again before a repeat determination time elapses after the braking operation is finished, the output limitation of the internal combustion engine when the braking request operation is started. a braking request detection unit configured to detect whether or not a braking request operation has been performed; a braking operation time calculation unit configured to calculate a braking operation time from the start of the braking request operation; an output limitation unit configured to determine whether or not the brake operation time is longer than a predetermined time and, based on the determination result, bring into effect an output limitation of the internal combustion engine when the braking operation time becomes longer than the predetermined time; characterized in further comprising an output limitation lifting unit configured to lift the output limitation of the internal combustion engine when the braking request operation is finished; and a repeat determining output limitation unit configured to bring into effect, when the braking request operation is started again before a repeat determination time elapses after the braking operation is finished, the output limitation of the internal combustion engine when the braking request operation is started.
A steering system, comprising a steering wheel end shaft, a steering device end shaft, and an electric driving mechanism configured to drive decoupling or coupling of the steering wheel end shaft and the steering device end shaft, wherein the steering wheel end shaft, the steering device end shaft and the electric driving mechanism are coaxially disposed; a torque feedback mechanism, wherein the torque feedback mechanism is configured to apply a damping torque to the steering wheel end shaft in a decoupled state, to enhance an operation feeling of a steering wheel connected with the steering wheel end shaft in a transmission way and characterized in that the torque feedback mechanism comprises: an outer rotor motor, disposed coaxially with the steering wheel end shaft and configured to provide a driving force; and a planetary gear reduction mechanism, disposed coaxially with the steering wheel end shaft and configured to transfer, to the steering wheel end shaft, the driving force provided by the outer rotor motor to apply the damping torque to the steering wheel end shaft. an outer rotor motor, disposed coaxially with the steering wheel end shaft and configured to provide a driving force; and a planetary gear reduction mechanism, disposed coaxially with the steering wheel end shaft and configured to transfer, to the steering wheel end shaft, the driving force provided by the outer rotor motor to apply the damping torque to the steering wheel end shaft.
A biodegradable polymer composition having activity for photo- and bio-degradation of polymers comprising i) an additive composition of TiO 2 nanoparticles: 0.01 - 5.00 weight-% by weight of the biodegradable polymer composition; pectin nanoparticles: 0.01 - 10.00 weight-% by weight of the biodegradable polymer composition; Fe 2 O 3 nanoparticles: 0.02 - 3.00 weight-% by weight of the biodegradable polymer composition; C 14 to C 20 fatty acid salt, like Ca-stearate: 0.01 - 6.00 weight-% by weight of the biodegradable polymer composition; and Montmorillonite, like Na-MMT nanoparticles: 0.05 - 5.00 weight-% by weight of the biodegradable polymer composition; and ii) base polymer: 99.90 - 71 weight-% by weight of the photo- and biodegradable polymer composition.
A semiconductor detector (300; 400) comprising: - a plurality of anodes arranged to form at least one opening, each opening being formed by two adjacent anodes in the plurality of anodes; - at least one cathode; - a detector cell located between the plurality of anodes and the at least one cathode; wherein the detector cell is made from a crystal and comprises at least one groove (250'; 250"), each of the at least one groove (250'; 250") having a first opening aligned with one of the at least one opening being formed by two adjacent anodes in the plurality of anodes, each of the at least one groove (250'; 250") extending from the one of the at least one opening towards the at least one cathode, characterized in that each of the at least one groove (250'; 250") extends along a direction of extension not perpendicular to the plane of its first opening. - a plurality of anodes arranged to form at least one opening, each opening being formed by two adjacent anodes in the plurality of anodes; - at least one cathode; - a detector cell located between the plurality of anodes and the at least one cathode;