mhurhangee/ep-ind-claims huggingface dataset:
A package of smoke articles comprising: a container, which has a parallelepiped shape and has a front wall, a rear wall, a bottom wall and two lateral walls; a parallelepiped-shaped inner wrapper that wraps a group of smoke articles, which is housed inside the container and has a transverse dimension that is less than the transverse dimension of the container so as to form a cavity inside the container; a collar, which is arranged inside the container for projecting partially outside an open top end of the container and comprises a front wall, which is arranged in contact with the front wall of the container, and two lateral walls, which are arranged on opposite sides of the front wall and are arranged in contact with the lateral walls of the container; and a filling element arranged within the cavity to securely retain the inner wrapper in the container, wherein the filling element comprises an abutting wall for supporting the inner wrapper, a top wall connected to a top end of the abutting wall and substantially perpendicular to the abutting wall, and two lateral walls that are arranged at opposite ends of the abutting wall and are substantially perpendicular to the abutting wall; wherein the collar and the filling element are elements that are distinct from one another; the package of smoke articles is characterised in that the filling element comprises a rear wall connected to the top wall and parallel to and opposite the abutting wall, wherein an end portion of the rear wall of the filling element rests on and is glued to the rear wall of the container. a container, which has a parallelepiped shape and has a front wall, a rear wall, a bottom wall and two lateral walls; a parallelepiped-shaped inner wrapper that wraps a group of smoke articles, which is housed inside the container and has a transverse dimension that is less than the transverse dimension of the container so as to form a cavity inside the container; a collar, which is arranged inside the container for projecting partially outside an open top end of the container and comprises a front wall, which is arranged in contact with the front wall of the container, and two lateral walls, which are arranged on opposite sides of the front wall and are arranged in contact with the lateral walls of the container; and a filling element arranged within the cavity to securely retain the inner wrapper in the container, wherein the filling element comprises an abutting wall for supporting the inner wrapper, a top wall connected to a top end of the abutting wall and substantially perpendicular to the abutting wall, and two lateral walls that are arranged at opposite ends of the abutting wall and are substantially perpendicular to the abutting wall; wherein the collar and the filling element are elements that are distinct from one another; the package of smoke articles is characterised in that the filling element comprises a rear wall connected to the top wall and parallel to and opposite the abutting wall, wherein an end portion of the rear wall of the filling element rests on and is glued to the rear wall of the container.
A medical device (30; 70) for use with a needleless syringe, a vial and a carrier liquid for filling the needleless syringe with an injection solution for injection to a patient, the needleless syringe having a male connector, the vial having a vial stopper and a vial interior, the medical device having a longitudinal device axis and comprising: (a) a vial adapter having a skirt with downward depending flex members for telescopic mounting on the vial, a puncturing cannula for puncturing the vial stopper on said telescopic mounting for flow communication with the vial interior and a central upright female connector for flow communication with said puncturing cannula and intended for connection to the male connector; and (b) an inline dry drug module including a dry drug storage component storing a dry drug dosage (59; 73), and a uniform carrier liquid distribution component arranged to promote uniform contact of said dry drug storage component by said carrier liquid, the device arranged to enable formation of the injection solution by mixing the carrier liquid with the dry drug dosage and aspiration of the injection solution into the syringe, characterized in that said inline dry drug module is disposed in flow communication between said female connector and said puncturing cannula, whereby to enable formation of the injection solution by entraining the dry drug dosage from the dry drug storage component in the carrier liquid on aspiration of the carrier liquid directly from the vial through the inline dry drug module to the needleless syringe. (a) a vial adapter having a skirt with downward depending flex members for telescopic mounting on the vial, a puncturing cannula for puncturing the vial stopper on said telescopic mounting for flow communication with the vial interior and a central upright female connector for flow communication with said puncturing cannula and intended for connection to the male connector; and (b) an inline dry drug module including a dry drug storage component storing a dry drug dosage (59; 73), and a uniform carrier liquid distribution component arranged to promote uniform contact of said dry drug storage component by said carrier liquid,
3D motion-compensated lifting assembly for a crane arranged on a vessel, barge or seagoing craft, the crane including a lower arm and upper elbow arm, wherein the 3D motion-compensated lifting assembly includes: - a connection assembly adapted for arrangement to a distal end of the elbow arm, wherein the connection assembly exhibits a rotational interface, - a telescopic boom arranged to the rotational interface of the connection assembly, wherein the rotational interface enables motion-compensation in X-direction in reference frame of the crane in relation to movements of the vessel, barge or seagoing craft, characterised in that it comprises - a winch with active heave compensation arranged to the telescopic boom, wherein retraction and extension of the telescopic boom enable motion-compensation in Z-direction in reference frame of the crane, and the winch with active heave compensation enable motion compensation in Y-direction in reference frame of the crane in relation to movements of the vessel, barge or seagoing craft. - a connection assembly adapted for arrangement to a distal end of the elbow arm, wherein the connection assembly exhibits a rotational interface, - a telescopic boom arranged to the rotational interface of the connection assembly, wherein the rotational interface enables motion-compensation in X-direction in reference frame of the crane in relation to movements of the vessel, barge or seagoing craft, characterised in that it comprises - a winch with active heave compensation arranged to the telescopic boom,
Regulator brush-holder of a motor vehicle alternator of the type of those comprising: - a support; - an electric circuit (5, 6) comprising a regulation element connected by micro wiring to a track circuit; characterized in that said electric circuit (5, 6) further comprises a filtering circuit separate from said regulation element and connected by micro wiring to said track circuit, said filtering circuit comprising an insulating substrate and surface-mounted components (C1, C2, S1, S2, V) and/or a ground plane and/or one or more ground pads (14, 17, 18) for a connection to a ground track of the track circuit, and said filtering circuit being a low-pass PI filter mounted in series by micro wiring between a first track of a command input of said electric circuit (5, 6) and a second track of a communication input of said regulation element. - a support; - an electric circuit (5, 6) comprising a regulation element connected by micro wiring to a track circuit;
Solid milling tool for rotary material machining, comprising an elongate tool shank which has a working region in which cutters (17.1, 17.2) having associated rake faces and flanks arranged behind the cutters (17.1, 17.2) with respect to a direction of rotation are present, wherein each of the cutters (17.1, 17.2) comprises a lateral-side main cutter region and an end-side secondary cutter region, wherein a flank bevel is formed on the associated flank on at least one cutter (17.1, 17.2) in the main cutter region, characterized in that each of the cutters (17.1, 17.2) comprises a radius region connecting the main cutter region to the secondary cutter region and the flank bevel continues beyond the flank of the radius region into the flank of the secondary cutter region, wherein, in a flank bevel region which extends from the main cutter region over the radius region into the secondary cutter region, both a clearance angle of the flank bevel and a width of the flank bevel, each measured in a local reference plane which is perpendicular to a local tangent of the cutter (17.1, 17.2), have a stepless profile, and wherein the following relationship holds for the width b of the flank bevel in the total flank bevel region: 0.005 d 1 < b < 0.020 d 1, where d1 designates the tool diameter of the solid milling tool and where a maximum width b of the flank bevel does not exceed the value of 200 μm independently of the tool diameter.
A method for adjusting a downlink grant physical downlink control channel of a User Equipment, UE, comprising: receiving a signal transmitted on an uplink resource corresponding to a current downlink grant physical downlink control channel from the UE; judging whether or not the UE has received information transmitted on the current downlink grant physical downlink control channel successfully in accordance with the received signal; and modifying a current Signal to Interference plus Noise Ratio, SINR, of the UE in accordance with the judgment result, and determining a number of Control Channel Elements, CCEs, occupied by the downlink grant physical downlink control channel and a transmission power of the downlink grant physical downlink control channel in accordance with the modified SINR of the UE; wherein if the modified SINR is between demodulation threshold SINRs corresponding to two CCE levels respectively, further adjusting the transmission power of the downlink grant physical downlink control channel. receiving a signal transmitted on an uplink resource corresponding to a current downlink grant physical downlink control channel from the UE; judging whether or not the UE has received information transmitted on the current downlink grant physical downlink control channel successfully in accordance with the received signal; and modifying a current Signal to Interference plus Noise Ratio, SINR, of the UE in accordance with the judgment result, and determining a number of Control Channel Elements, CCEs, occupied by the downlink grant physical downlink control channel and a transmission power of the downlink grant physical downlink control channel in accordance with the modified SINR of the UE; wherein if the modified SINR is between demodulation threshold SINRs corresponding to two CCE levels respectively, further adjusting the transmission power of the downlink grant physical downlink control channel.
A vehicular liquid containment system comprising a tank, a pressure sensor arranged to detect a pressure in a vapor dome inside said tank, a thermistor array arranged to detect temperatures at a plurality of levels of said tank, and leak detection logic operatively connected to said pressure sensor and said thermistor array, said leak detection logic being configured to: - use a first thermistor (3") of said thermistor array to perform a first measurement indicative of a temperature in a vapor dome in said tank and use a second thermistor of said thermistor array to perform a second measurement indicative of a temperature in a volume of liquid contained in said tank; - estimate an expected pressure evolution in function of at least said first temperature measurement and at least said second temperature measurement; - monitor pressure sensed by said pressure sensor, - determine whether said monitored pressure deviates from said expected pressure evolution, and - generate a leak condition signal, conditional on said determining. - use a first thermistor (3") of said thermistor array to perform a first measurement indicative of a temperature in a vapor dome in said tank and use a second thermistor of said thermistor array to perform a second measurement indicative of a temperature in a volume of liquid contained in said tank; - estimate an expected pressure evolution in function of at least said first temperature measurement and at least said second temperature measurement; - monitor pressure sensed by said pressure sensor, - determine whether said monitored pressure deviates from said expected pressure evolution, and - generate a leak condition signal, conditional on said determining.
A system for stimulation of a patient's cochlea, comprising means for providing an audio signal; a sound processor for generating auditory nerve stimulation signals from the audio signal, a stimulation assembly for being implanted within the cochlea and comprising an array of LEDs (27A, 27B, 27C, 27D), a driver unit (14, 23) for providing the stimulation assembly with electric stimulation signals according to the auditory nerve stimulation signals, wherein the LEDs are arranged for optically stimulating the auditory nerve in the cochlea according to the electric stimulation signals, wherein the LEDs are connected to the driver unit in such a manner that, when the electric stimulation signal has a first polarity a first subgroup (27A, 27C) of the LEDs is active and a second subgroup (27B, 27D) of the LEDs is inactive, and when the electric stimulation signal has a second polarity opposite to the first polarity, the second subgroup of the LEDs is active and the first subgroup of the LEDs is inactive, and wherein the driver unit is for generating the electric stimulation signals in such a manner that the polarity of the electric stimulation signals is changed periodically.
A polyvinyl chloride resin composition for automotive electric wire, which comprises 100 parts by weight of polyvinyl chloride and, incorporated thereinto, a trimellitic-acid-based ester plasticizer, 5-10 parts by weight of a non-lead stabilizer, 2-10 parts by weight of a reinforcing agent including 1-3 parts by weight of synthetic calcium carbonate and 1-7 parts by weight of fine-powder silica, 2-8 parts by weight of methyl methacrylate/butadiene/styrene as an impact absorber, and 0.3-1.2 parts by weight in total of PMMA and a polyethylene wax as a processing aid, the content of the trimellitic-acid-based ester plasticizer being either of 24.0-26.0 parts by weight, whereby the polyvinyl chloride resin composition has a Shore D hardness of 68 or higher as measured using a type D durometer on the basis of JIS K 7215 and a cold resistance, as a property of the material, of -10°C or below as provided for in JIS K 6723, or of 26.0-28.0 parts by weight, whereby the polyvinyl chloride resin composition has a Shore D hardness of 63-67 as measured using a type D durometer on the basis of JIS K 7215 and a cold resistance, as a property of the material, of -20°C to -12°C as provided for in JIS K 6723.
A receiver (10, 10', 10") of digital data transmitted over an A.C. power supply line (2, 3) of a load to be cyclically powered, the receiver including means (R1, R2, Dz; D11, R'1, R'2, Dz) for fetching the transmitted digital data from the load supply voltage (Vr) and the data being formed by a switching, outside the cyclic load supply periods (A, A'), of the A.C. supply voltage (Vac) using this voltage as an envelope for pulses having a higher frequency according to a predetermined coding.
The use of a pharmaceutical composition for administration by intramuscular or subcutaneous injection, comprising a therapeutically effective amount of 4-[[4-[[4-(2-cyanoethenyl)-2,6-dimethylphenyl]amino]-2-pyrimidinyl]amino]-benzonitrile, a salt, a stereoisomer or a stereoisomeric mixture thereof, in the form of a suspension of micro- or nanoparticles comprising: (a) 4-[[4-[[4-(2-cyanoethenyl)-2,6-dimethylphenyl]amino]-2-pyrimidinyl]-amino]benzonitrile, a salt, a stereoisomer or a stereoisomeric mixture thereof, in micro- or nanoparticle form, having a surface modifier adsorbed to the surface thereof; and (b) a pharmaceutically acceptable aqueous carrier; wherein the 4-[[4-[[4-(2-cyanoethenyl)-2,6-dimethylphenyl]amino]-2-pyrimidinyl]amino]benzonitrile active ingredient is suspended; for the manufacture of a medicament for the long-term treatment of HIV infection, or for the long-term prevention of HIV infection in a subject at risk of being infected by HIV, wherein the medicament is for administration by intramuscular or subcutaneous injection intermittently at a time interval of one week to two years. (a) 4-[[4-[[4-(2-cyanoethenyl)-2,6-dimethylphenyl]amino]-2-pyrimidinyl]-amino]benzonitrile, a salt, a stereoisomer or a stereoisomeric mixture thereof, in micro- or nanoparticle form, having a surface modifier adsorbed to the surface thereof; and (b) a pharmaceutically acceptable aqueous carrier; wherein the 4-[[4-[[4-(2-cyanoethenyl)-2,6-dimethylphenyl]amino]-2-pyrimidinyl]amino]benzonitrile active ingredient is suspended;
A method for operating an engine, comprising: providing a combustion chamber of the engine with a fuel; starting the engine using the fuel; supplying an oxidant having an oxygen content greater than that of ambient air without using stored oxygen, wherein the oxidant is oxygen-enriched air, and wherein the oxidant is combined with fuel to provide a feed stream to a reformer containing both the fuel and the oxidant, starting the reformer, wherein the reformer is configured to reform at least some of the fuel using the oxidant contained in said feed stream; transitioning from the provision of fuel to the combustion chamber to a provision of reformed fuel to the combustion chamber; and providing only the reformed fuel to the combustion chamber after the transitioning, wherein the oxygen-enriched air is provided by removal of nitrogen from air. providing a combustion chamber of the engine with a fuel; starting the engine using the fuel; supplying an oxidant having an oxygen content greater than that of ambient air without using stored oxygen, wherein the oxidant is oxygen-enriched air, and wherein the oxidant is combined with fuel to provide a feed stream to a reformer containing both the fuel and the oxidant, starting the reformer, wherein the reformer is configured to reform at least some of the fuel using the oxidant contained in said feed stream; transitioning from the provision of fuel to the combustion chamber to a provision of reformed fuel to the combustion chamber; and providing only the reformed fuel to the combustion chamber after the transitioning, wherein the oxygen-enriched air is provided by removal of nitrogen from air.
A process for producing a thiol compound comprising (i) contacting a) an olefin compound, b) H 2 S c) a mono-alkyl phenol compound, and d) a photoinitiator and/or a free radical initiator, and (ii) forming the thiol compound. (i) contacting a) an olefin compound, b) H 2 S c) a mono-alkyl phenol compound, and d) a photoinitiator and/or a free radical initiator, and a) an olefin compound, b) H 2 S c) a mono-alkyl phenol compound, and d) a photoinitiator and/or a free radical initiator, and (ii) forming the thiol compound.
A vacuum sorption device, comprising a heat source with a first heat exchanger, a sorber which is formed from a sorbent and a second heat exchanger and periodically sorbs or desorbs a refrigerant, and a sorber circuit which is filled with a heat transfer medium, connects the heat exchangers (1, 2) to one another and comprises at least one connecting line, wherein the connecting line has a first hydraulic branch connection to a feed line of a heating circuit and a second hydraulic branch connection to a return line of the heating circuit, wherein the sorber is assigned a condenser which, on the one hand, is connected to the return line of the heating circuit and, on the other hand, is connected to the feed line of the heating circuit via a control valve arranged downstream of the first hydraulic branch connection on the heating circuit, wherein the control valve is designed for setting a mixing ratio of the heat transfer medium from the sorber circuit and from the return line, characterized in that a buffer element, through which a flow can pass, for temporarily receiving and storing cold heat transfer medium used for cooling the sorber is arranged between the first hydraulic branch connection and the control valve.
A device for monitoring operating data and/or for determining the replacement state of wear of a rope in use at lifting equipment, in particular cranes, having a detection device for detecting at least one rope use parameter influencing the replacement state of wear and having a data store for storing the rope use parameter and/or an operation parameter derived therefrom, wherein the data store is integrated in the rope, with a reading and/or writing unit connected to the detection device being provided to write to the data store with a rope installed at the lifting equipment, characterized in that the reading and/or writing unit is installed at a hoist winch about whose drum the rope is wound, is arranged at or opposite a guard plate of the drum in the region of a rope end fastening, and the data store is integrated in a rope end section of the rope that is fastened to the drum
A mechanical device for supporting and attaching at least one probe for detecting ionising radiation including, for each detection probe, a probe-holder ending in a collimator-holder able to support a collimator intended to delimit a field of observation of the detection probe, an attachment device intended to be attached to a glove port (9.1) of a glove box, where the probe-holder, or each probe-holder, cooperates with the said attachment device and also a collimator and attachment means for attaching the collimator to the collimator-holder characterized in that the means for attaching the collimator is of the cylinder-cylinder fitting type, with at least one ball plunger (8.1) intended to come to a stop against a notch (5.2) held either by the collimator-holder, or by the collimator to prevent the collimator from rotating or sliding relative to the collimator-holder, where the collimator can be detached so as to be able to adjust a field of observation of the detection probe.