mhurhangee/ep-ind-claims huggingface dataset:
A method of operating a base station subsystem to communicate timing advance values to a plurality of mobile stations, the method comprising: obtaining timing advance values for the plurality of mobile stations; the method characterized by comprising: generating a distribution timing advance message containing a plurality of mobile station identifiers for the plurality of mobile stations and the corresponding timing advance values, wherein the mobile station identifiers are temporary flow identity values; and communicating the distribution timing advance message to the plurality of mobile stations on a downlink packet associated control channel, wherein a number of the plurality of pairs of the temporary flow identity values and the timing advance values is equal to a number of the plurality of mobile stations that are assigned an uplink temporary block flow on the same uplink radio frequency channel and that monitor downlink control messages on at least one common timeslot. obtaining timing advance values for the plurality of mobile stations; the method characterized by comprising: generating a distribution timing advance message containing a plurality of mobile station identifiers for the plurality of mobile stations and the corresponding timing advance values, wherein the mobile station identifiers are temporary flow identity values; and communicating the distribution timing advance message to the plurality of mobile stations on a downlink packet associated control channel, wherein a number of the plurality of pairs of the temporary flow identity values and the timing advance values is equal to a number of the plurality of mobile stations that are assigned an uplink temporary block flow on the same uplink radio frequency channel and that monitor downlink control messages on at least one common timeslot.
A machine for preparing a beverage comprising: - a body comprising a fluid line (1'',1''') extending from a beverage outlet to a liquid inlet (1") connected to a liquid source, e.g. a liquid tank that has an outlet connected to the liquid inlet, to; - a bottom that has a periphery; and - at least one resilient member (1d") at the periphery of the bottom to form a vibration-dampening foot for placing such machine on an external support surface in an orientation for dispensing a beverage via the beverage outlet, characterised in that said resilient member (1d") is water-repellent and extends generally along the periphery to prevent passage beyond the member (1d") of water-based liquid on said external support surface to underneath the bottom, such as water-based liquid in the form of spills from the beverage outlet or from the liquid source. - a body comprising a fluid line (1'',1''') extending from a beverage outlet to a liquid inlet (1") connected to a liquid source, e.g. a liquid tank that has an outlet connected to the liquid inlet, to; - a bottom that has a periphery; and - at least one resilient member (1d") at the periphery of the bottom to form a vibration-dampening foot for placing such machine on an external support surface in an orientation for dispensing a beverage via the beverage outlet,
Device for producing portions of food products in pieces, in particular patties of fresh meat in muscle, comprising - at least one pump able to deliver at the output a substantially constant flow of food product in pieces, - a tubular distribution duct connected to the discharge outlet of said pump in order to receive in the main internal passage therein the food product exiting the pump, and comprising at least one distribution orifice, and - cutting and shaping means acting on the food product distributed by the discharge orifice of the distribution duct in order to form portions of food products, characterised in that said distribution duct (2, 102, 202, 302, 402, 502) is provided with a cutting system (3, 103, 4) comprising at least one cutting means (310a, 310b, 320a, 320b, 410, 1310a, 1310b, 1320a, 1320b) transversally crossing on either side said main internal passage (23, 123, 423) of the distribution duct in order to cut the food product into at least two layers, in such a way as to obtain textured portions (P1, P2, P3, P4, P5, P6) of food product at the output of the cutting and shaping means (6, 106). - at least one pump able to deliver at the output a substantially constant flow of food product in pieces, - a tubular distribution duct connected to the discharge outlet of said pump in order to receive in the main internal passage therein the food product exiting the pump, and comprising at least one distribution orifice, and - cutting and shaping means acting on the food product distributed by the discharge orifice of the distribution duct in order to form portions of food products,
An exhaust gas purification device of an internal combustion engine, comprising: a filter that is provided in an exhaust passage of the internal combustion engine and configured to collect particulate matter in an exhaust gas; urea water spraying means that is provided in the exhaust passage downstream of the filter and configured to spray urea water into the exhaust gas; a selective catalytic reduction catalyst that is provided in the exhaust passage downstream of the urea water spraying means and configured to reduce and purify a nitrogen compound in the exhaust gas by using ammonia produced from the urea water; electrostatic capacity detecting means (17a, 17b) configured to detect an electrostatic capacity of the filter; accumulation amount calculating means configured to calculate an amount of accumulated particulate matter collected by the filter, based on the detected electrostatic capacity; consumption amount estimating means configured to estimate an amount of nitrogen dioxide consumed by the particulate matter that has accumulated in the filter, based on the calculated amount of accumulated particulate matter; and controlling means (44, 45) configured to control a combustion state of the internal combustion engine such that a ratio of nitrogen monoxide to nitrogen dioxide in the exhaust gas flowing into the selective catalytic reduction catalyst approaches 1 to 1, based on the estimated amount of consumed nitrogen dioxide. a filter that is provided in an exhaust passage of the internal combustion engine and configured to collect particulate matter in an exhaust gas; urea water spraying means that is provided in the exhaust passage downstream of the filter and configured to spray urea water into the exhaust gas; a selective catalytic reduction catalyst that is provided in the exhaust passage downstream of the urea water spraying means and configured to reduce and purify a nitrogen compound in the exhaust gas by using ammonia produced from the urea water; electrostatic capacity detecting means (17a, 17b) configured to detect an electrostatic capacity of the filter; accumulation amount calculating means configured to calculate an amount of accumulated particulate matter collected by the filter, based on the detected electrostatic capacity; consumption amount estimating means configured to estimate an amount of nitrogen dioxide consumed by the particulate matter that has accumulated in the filter, based on the calculated amount of accumulated particulate matter; and controlling means (44, 45) configured to control a combustion state of the internal combustion engine such that a ratio of nitrogen monoxide to nitrogen dioxide in the exhaust gas flowing into the selective catalytic reduction catalyst approaches 1 to 1, based on the estimated amount of consumed nitrogen dioxide.
Method for operating a combustion machine having • an internal combustion engine, • an exhaust-gas tract into which an exhaust-gas turbine, which is connected in terms of drive to an electric machine, and a first exhaust-gas aftertreatment device are integrated, wherein the first exhaust-gas aftertreatment device is arranged upstream of the exhaust-gas turbine, and • a fresh-gas tract into which a fresh-gas compressor is integrated, characterized in that the fresh-gas compressor is connected in terms of drive to a further electric machine, wherein operation as a generator or as a motor of one or both of the electric machines (31, 32) is at least temporarily controlled in a manner dependent on • the temperature of exhaust gas upstream and/or downstream of the exhaust-gas turbine and/or • on a pressure drop which prevails across an exhaust-gas return line that departs from the exhaust-gas tract upstream of the exhaust-gas turbine and opens out into the fresh-gas tract upstream of the fresh-gas compressor. • an internal combustion engine, • an exhaust-gas tract into which an exhaust-gas turbine, which is connected in terms of drive to an electric machine, and a first exhaust-gas aftertreatment device are integrated, wherein the first exhaust-gas aftertreatment device is arranged upstream of the exhaust-gas turbine, and • a fresh-gas tract into which a fresh-gas compressor is integrated, characterized in that the fresh-gas compressor is connected in terms of drive to a further electric machine, wherein operation as a generator or as a motor of one or both of the electric machines (31, 32) is at least temporarily controlled in a manner dependent on • the temperature of exhaust gas upstream and/or downstream of the exhaust-gas turbine and/or • on a pressure drop which prevails across an exhaust-gas return line that departs from the exhaust-gas tract upstream of the exhaust-gas turbine and opens out into the fresh-gas tract upstream of the fresh-gas compressor.
A method for providing a specialized software package from a first host to a second host, the method comprising: initializing, at the first host, an application on the first host for communicating with a corresponding application on the second host; sending, from the first host, a message for verifying a presence of the specialized software package on the second host; pushing, when the specialized software package is not present on the second host, the specialized software package from the first host to the second host; characterized in: performing, at the first host, a specialized activity relating to an active end-to-end network measurement, based on the specialized software package at the first host and the specialized software package at the second host; and receiving at the application of the first host, a result of the specialized activity, wherein the result of the specialized activity is used by the application at the first host to communicate with the corresponding application on the second host. initializing, at the first host, an application on the first host for communicating with a corresponding application on the second host; sending, from the first host, a message for verifying a presence of the specialized software package on the second host; pushing, when the specialized software package is not present on the second host, the specialized software package from the first host to the second host; characterized in: performing, at the first host, a specialized activity relating to an active end-to-end network measurement, based on the specialized software package at the first host and the specialized software package at the second host; and receiving at the application of the first host, a result of the specialized activity, wherein the result of the specialized activity is used by the application at the first host to communicate with the corresponding application on the second host. performing, at the first host, a specialized activity relating to an active end-to-end network measurement, based on the specialized software package at the first host and the specialized software package at the second host; and receiving at the application of the first host, a result of the specialized activity, wherein the result of the specialized activity is used by the application at the first host to communicate with the corresponding application on the second host.
LED module, in particular LED spotlight module, comprising: - a housing element preferably made from plastic, having at least one light emission opening; - at least one module plate having at least one light field on which at least one light-emitting diode is arranged, wherein the module plate is arranged at the housing element such that the light field is arranged in the or below the light emission opening of the housing element, and wherein the module plate comprises a printed circuit board and a carrier plate; characterized in that at least one circumferential heat-conducting element, which is in thermal contact with the carrier plate of the module plate, is arranged at the inside of the light emission opening, and in that the heat-conducting element comprises at least two contact surfaces, which are in thermal contact with the carrier plate or with correspondingly formed contact surfaces of the carrier plate. - a housing element preferably made from plastic, having at least one light emission opening; - at least one module plate having at least one light field on which at least one light-emitting diode is arranged, wherein the module plate is arranged at the housing element such that the light field is arranged in the or below the light emission opening of the housing element, and wherein the module plate comprises a printed circuit board and a carrier plate;
A mini valve for low pressure applications, comprising a cylindrical valve body with an internal chamber with inlet and outlet openings, a two-component plastic valve core which is positioned rotatable in the chamber, wherein a sealing material is adhered to the core, wherein the sealing material forms a sealing rib, which follows the cylindrical shape of the valve core and forms a continuous rectangular protrusion, wherein the sealing rib which is placed on each surface-edge of the core connected all-around, characterized by: an open-close mechanism with a valve handle which is an extension of the valve core molded together as one part, and by a locking mechanism locking the valve core to the valve body which is formed as an extension of the core and is molded as a whole with the core, wherein the locking mechanism comprises four cantilever hooks adapted to lock on the bottom of the cylindrical valve body. a cylindrical valve body with an internal chamber with inlet and outlet openings, a two-component plastic valve core which is positioned rotatable in the chamber, wherein a sealing material is adhered to the core, wherein the sealing material forms a sealing rib, which follows the cylindrical shape of the valve core and forms a continuous rectangular protrusion, wherein the sealing rib which is placed on each surface-edge of the core connected all-around, characterized by: an open-close mechanism with a valve handle which is an extension of the valve core molded together as one part, and by a locking mechanism locking the valve core to the valve body which is formed as an extension of the core and is molded as a whole with the core, wherein the locking mechanism comprises four cantilever hooks adapted to lock on the bottom of the cylindrical valve body. an open-close mechanism with a valve handle which is an extension of the valve core molded together as one part, and by a locking mechanism locking the valve core to the valve body which is formed as an extension of the core and is molded as a whole with the core, wherein the locking mechanism comprises four cantilever hooks adapted to lock on the bottom of the cylindrical valve body.
A current sensor (101; 102; 103) which is configured for measuring a current having a frequency which is higher than a minimum frequency and lower than a maximum frequency and which comprises: a first current path (12; 22) including a first flat-shaped portion (12f; 22f); and a first magnetoelectric conversion element (13, 23, 33) arranged on the first current path (12; 22) and configured to detect magnetism generated when a current to be measured flows through the first current path (12; 22), wherein the first magnetoelectric conversion element (13, 23, 33) is arranged at a position on the first current path (12; 22), at which a minimum frequency magnetic flux density serving as a magnetic flux density in a case of passing the current to be measured of the minimum frequency and a maximum frequency magnetic flux density serving as a magnetic flux density in a case of passing the current to be measured of the maximum frequency substantially coincide with each other, characterised in that a first conductive convex portion (12w, 22w) is provided, in the first current path (12; 22), in a direction in which the current to be measured flows, and the first conductive convex portion is provided to stand from one of end portions of the first flat-shaped portion (12f; 22f). a first current path (12; 22) including a first flat-shaped portion (12f; 22f); and a first magnetoelectric conversion element (13, 23, 33) arranged on the first current path (12; 22) and configured to detect magnetism generated when a current to be measured flows through the first current path (12; 22), wherein the first magnetoelectric conversion element (13, 23, 33) is arranged at a position on the first current path (12; 22), at which a minimum frequency magnetic flux density serving as a magnetic flux density in a case of passing the current to be measured of the minimum frequency and a maximum frequency magnetic flux density serving as a magnetic flux density in a case of passing the current to be measured of the maximum frequency substantially coincide with each other, characterised in that a first conductive convex portion (12w, 22w) is provided, in the first current path (12; 22), in a direction in which the current to be measured flows, and the first conductive convex portion is provided to stand from one of end portions of the first flat-shaped portion (12f; 22f).
A therapeutic agent for use in the treatment of a skin wound, wherein after a dissolution test, by a stirring method, of at least one hydrozincite-containing zinc carbonate hydroxide hydrate selected from the group consisting of hydrozincite-containing zinc carbonate hydroxide hydrate, zinc carbonate hydroxide hydrate including not less than 0.1 mass% but less than 1.5 mass% of sulfur as S as a result of at least partial substitution of carbonate ions with SO 4 2- ions, and zinc carbonate hydroxide hydrate including not less than 0.05 mass% but less than 1 mass% of chlorine as Cl as a result of at least partial substitution of carbonate ions with Cl - ions, an amount of dissolved Zn 2+ ions is not less than 0.1 μg/m 2 and pH is not less than 7.2 but less than 8.3, where the dissolution test is conducted with the hydrozincite-containing zinc carbonate hydroxide hydrate having a BET specific surface area of 10 to 150 m 2 /g, a mass ratio between the hydrozincite-containing zinc carbonate hydroxide hydrate and saline being 1:50, and stirring being carried out at 500 rpm at 37°C for 3 hours by means of a rotor. wherein after a dissolution test, by a stirring method, of at least one hydrozincite-containing zinc carbonate hydroxide hydrate selected from the group consisting of hydrozincite-containing zinc carbonate hydroxide hydrate, zinc carbonate hydroxide hydrate including not less than 0.1 mass% but less than 1.5 mass% of sulfur as S as a result of at least partial substitution of carbonate ions with SO 4 2- ions, and zinc carbonate hydroxide hydrate including not less than 0.05 mass% but less than 1 mass% of chlorine as Cl as a result of at least partial substitution of carbonate ions with Cl - ions, an amount of dissolved Zn 2+ ions is not less than 0.1 μg/m 2 and pH is not less than 7.2 but less than 8.3, where the dissolution test is conducted with the hydrozincite-containing zinc carbonate hydroxide hydrate having a BET specific surface area of 10 to 150 m 2 /g, a mass ratio between the hydrozincite-containing zinc carbonate hydroxide hydrate and saline being 1:50, and stirring being carried out at 500 rpm at 37°C for 3 hours by means of a rotor.
Method of making integrated circuit packages, comprising the steps of a) providing a plurality of die members (4a, 4b) connected to respective electrical contact members (8a, 8b) in a mould; b) providing a mould insert in contact with at least a part of a first upper surface of a first die member of the plurality of die members (4a, 4b); c) encasing the plurality of die members (4a, 4b) and the respective electrical contact members (8a, 8b) into a package collection body; and d) cutting the package collection body into at least two separate integrated circuit packages (3a, 3b) along a first cutting line (S 1) extending through the package collection body and separating the plurality of die members (4a, 4b), wherein the mould insert as provided in step b) extends across a part of the first cutting line (S 1). a) providing a plurality of die members (4a, 4b) connected to respective electrical contact members (8a, 8b) in a mould; b) providing a mould insert in contact with at least a part of a first upper surface of a first die member of the plurality of die members (4a, 4b); c) encasing the plurality of die members (4a, 4b) and the respective electrical contact members (8a, 8b) into a package collection body; and d) cutting the package collection body into at least two separate integrated circuit packages (3a, 3b) along a first cutting line (S 1) extending through the package collection body and separating the plurality of die members (4a, 4b), wherein the mould insert as provided in step b) extends across a part of the first cutting line (S 1).
Method for selecting a cell from a network when a wireless communications device is turned on, following a previous power down, comprising a process for obtaining the current country code corresponding to the current location where the device is situated when it is switched on and, if the current country code is different from the country code corresponding to the place where the device was located during the said previous power down, a search for the possible presence of at least one set of parameters, stored in the device, associated with the said current country code and relating to a cellular environment having already allowed a network access, and, in the eventuality of such a presence, a selection of the said cell using the set or sets of parameters as a first priority wherein the selection of the said cell comprises the use of a conventional cell search algorithm if the said current country code is identical to the country code corresponding to the place where the device was located during the said previous power down or the use of the stored set or sets of parameters has not allowed the said cell to be selected.
Assembly of at least two overhead cranes (21, 22), wherein each respective overhead crane comprises a frame (31, 32) that is displaceable along a respective rail track (23, 24) and is provided with means for picking up and hoisting containers, wherein each respective frame (31, 32) is suitable for accommodating at least one container completely, and wherein the rail tracks (23, 24) of the overhead cranes (21, 22) extend substantially parallel to each other at different levels with respect to the ground, and rest on the ground by means of common columns, characterised in that the rail tracks (23, 24) run one above the other and are attached to a common longitudinal support, such as a girder, which rests on the ground by means of the common columns.
A vehicle comprising: an engine; an electrically heated catalyst configured to purify exhaust gas of the engine; and a controller configured to control energizing power to the electrically heated catalyst, characterized by the controller being configured to determine the energizing power based on a vehicle speed of the vehicle and an acceleration of the vehicle, when energizing the electrically heated catalyst before the engine is started. an engine; an electrically heated catalyst configured to purify exhaust gas of the engine; and a controller configured to control energizing power to the electrically heated catalyst, characterized by the controller being configured to determine the energizing power based on a vehicle speed of the vehicle and an acceleration of the vehicle, when energizing the electrically heated catalyst before the engine is started.