mhurhangee/ep-ind-claims huggingface dataset:
An exhaust purification system of an internal combustion engine in which, inside an engine exhaust passage, an exhaust purification catalyst for causing a reaction between NO X which is contained in exhaust gas and modified hydrocarbons is arranged, precious metal catalysts (51, 52) are carried on an exhaust gas flow surface of the exhaust purification catalyst, and a basic exhaust gas flow surface part is formed around the precious metal catalysts (51, 52), wherein the exhaust purification catalyst has a property of reducing NO X which is contained in exhaust gas if making a concentration of hydrocarbons which flow into the exhaust purification catalyst vibrate by within a predetermined range of amplitude and within a predetermined range of period and has a property of a storage amount of NO X which is contained in the exhaust gas increasing if making a vibration period (ΔT) of the concentration of hydrocarbons longer than the predetermined range, the system is provided with a post treatment device which is arranged in the engine exhaust passage downstream from the exhaust purification catalyst, characterized in that the post treatment device is raised in temperature when reaching a predetermined state and is formed to use heat of oxidation of hydrocarbons which is generated in the exhaust purification catalyst to raise temperature of the exhaust gas and raise the temperature of the post treatment device as temperature elevation control, wherein in a control for making the concentration of hydrocarbons which flow into the exhaust purification catalyst vibrate by within the predetermined range of amplitude and within the predetermined range of period, wherein a predetermined total feed amount of hydrocarbons which are fed to the exhaust purification catalyst and the time period for making the temperature rise are used as the basis to set the feed period and the feed amount of hydrocarbons per feed at the time of feeding hydrocarbons, when feeding the predetermined total feed amount of hydrocarbons during a predetermined period, the exhaust purification catalyst has an ascending range where a NO X purification rate rises if making a feed period of hydrocarbons change to become longer and a high purification rate range where the NO X purification rate becomes higher than a predetermined rate, and, in the temperature elevation control, the total feed amount of hydrocarbons required for raising the temperature of the post treatment device is set, the feed period of hydrocarbons and a feed amount of hydrocarbons per feed are set in the high purification rate range in a region at an end at short side of feed period of hydrocarbons, and hydrocarbons are fed by a set feed period of hydrocarbons and feed amount of hydrocarbons per feed.
Timepiece striking mechanism including control means arranged to be actuated by a timepiece movement or by a user in order to start a melody or striking sound, and melody selection means arranged to be actuated by a timepiece movement or by a user and including a main lever for selecting a selector mechanism arranged to allow the movement of a single specific control-piece (101, 102) in order to perform a specific melody or striking sound, characterized in that said striking mechanism includes a safety mechanism arranged to prevent the selection or the actuation of a melody or striking sound when a melody or striking sound is already being performed, said safety mechanism includes, for each said control piece (101, 102), a cam (51, 52) associated with said control piece (101, 102) and arranged, when said control piece (101, 102) thereof has started the performance of a melody or striking sound, to prevent the actuation of said melody selection means, by immobilising said main lever.
A method comprising: obtaining a logical model based on network configuration data stored in a controller on a software-defined network, the logical model including a declarative representation of a configuration of objects associated with the software-defined network, the objects including at least one of one or more endpoint groups, one or more bridge domains, one or more contexts, or one or more tenants; defining rules corresponding to conditions of the objects according to a specification of the software-defined network; reading the logical model and for each of the objects, determining (504, 506, 508) a respective class name associated with a respective one of the objects, at least one of the rules associated with the respective one of the objects, and a respective tenant name of the respective one of the objects; determining whether the configuration of each of the objects in the logical model violates the at least one of the rules associated with the respective one of the objects; and when the configuration of one of the objects violates the at least one of the rules associated with the respective one of the objects, detecting an error in the configuration. obtaining a logical model based on network configuration data stored in a controller on a software-defined network, the logical model including a declarative representation of a configuration of objects associated with the software-defined network, the objects including at least one of one or more endpoint groups, one or more bridge domains, one or more contexts, or one or more tenants; defining rules corresponding to conditions of the objects according to a specification of the software-defined network; reading the logical model and for each of the objects, determining (504, 506, 508) a respective class name associated with a respective one of the objects, at least one of the rules associated with the respective one of the objects, and a respective tenant name of the respective one of the objects; determining whether the configuration of each of the objects in the logical model violates the at least one of the rules associated with the respective one of the objects; and when the configuration of one of the objects violates the at least one of the rules associated with the respective one of the objects, detecting an error in the configuration.
A checking method implemented by a function that automatically checks a steering system of a motor vehicle comprising a steering wheel to operate a powered system that turns the wheels under certain specific conditions of operation of this vehicle, this checking method calculating a reference steering wheel angle (Av cons) to provide torque control of the power system, and additionally calculating a steering wheel rate of turn reference (Avp cons) which is saturated at a predefined value (Avp target), characterized in that the predefined saturation value (Avp target) is calculated to ensure comfort in the case of a sudden release of the steering wheel after an intervention by the driver on this steering wheel, which opposes the action of the power system during the functioning of the automatic check function, irrespective of the difference generated by the driver.
A sizing agent composition comprising a blocked isocyanate, and a compound containing at least one polar group and at least one unsaturated group per molecule; wherein the blocked isocyanate is a compound having an aliphatic skeleton; and wherein the compound containing at least one polar group and at least one unsaturated group per molecule is an ester compound of a polyalkylene glycol and an unsaturated carboxylic acid. wherein the blocked isocyanate is a compound having an aliphatic skeleton; and wherein the compound containing at least one polar group and at least one unsaturated group per molecule is an ester compound of a polyalkylene glycol and an unsaturated carboxylic acid.
A riser for metal casting, comprising - a riser body, - wherein the riser body comprises a riser cavity for receiving liquid metal, - wherein the riser body is configured to have multiple parts and comprises at least a first riser body part and a second riser body part, - wherein the first and second riser body parts (4; 5) are connectable to each other, and - wherein the riser cavity is provided in the interior of the riser body parts (4; 5); - wherein the riser body comprises an opening allowing liquid metal to flow into the riser cavity or out of the riser cavity respectively, and - wherein the riser body is made of metal. - a riser body, - wherein the riser body comprises a riser cavity for receiving liquid metal, - wherein the riser body is configured to have multiple parts and comprises at least a first riser body part and a second riser body part, - wherein the first and second riser body parts (4; 5) are connectable to each other, and - wherein the riser cavity is provided in the interior of the riser body parts (4; 5); - wherein the riser body comprises an opening allowing liquid metal to flow into the riser cavity or out of the riser cavity respectively, and - wherein the riser body is made of metal.
Method for the improvement of safety when driving a vehicle comprising the step to: - continuously establish a measure of instability relating to the vehicle, where said measure of instability is a measure of vehicle instability; to - continuously provide said measure of instability within a communications network internal to the vehicle (L230, L240), to which network at least one vehicle braking functions' control device (240a; 240b; 240c; 240d) is connected, and to - continuously establish said measure of instability based on a difference between an expected propulsion and an actual propulsion, characterized in that said expected propulsion is continuously established by performing a simulation based on yaw rate (Yawrate) and lateral acceleration (Alat). - continuously establish a measure of instability relating to the vehicle, where said measure of instability is a measure of vehicle instability; to - continuously provide said measure of instability within a communications network internal to the vehicle (L230, L240), to which network at least one vehicle braking functions' control device (240a; 240b; 240c; 240d) is connected, and to - continuously establish said measure of instability based on a difference between an expected propulsion and an actual propulsion, characterized in that said expected propulsion is continuously established by performing a simulation based on yaw rate (Yawrate) and lateral acceleration (Alat).
The use of a propylene 1-hexene copolymer for producing an injection molded container to be used in a microwave oven wherein the propylene 1-hexene copolymer has the following features: - a 1-hexene content, measured by 13 C NMR, of between 0.5 and 3.1 % by weight; - a molecular weight distribution, MWD, measured by GPC, expressed in terms of Mw/Mn, of greater than 4.0; - a melt flow rate, MFR; 230°C, 2.16 kg, ISO 1133-1 2011, of between 5 to 75 g/10 min; and - a fraction soluble in xylene at 25°C, ISO 16152:2005, of lower than 2.5 wt%. - a 1-hexene content, measured by 13 C NMR, of between 0.5 and 3.1 % by weight; - a molecular weight distribution, MWD, measured by GPC, expressed in terms of Mw/Mn, of greater than 4.0; - a melt flow rate, MFR; 230°C, 2.16 kg, ISO 1133-1 2011, of between 5 to 75 g/10 min; and - a fraction soluble in xylene at 25°C, ISO 16152:2005, of lower than 2.5 wt%.
Rubber composition based at least on a highly saturated diene elastomer, a carbon black and a vulcanizing system comprising sulfur and a vulcanization accelerator, - the highly saturated diene elastomer being a copolymer of ethylene and of a 1,3-diene containing ethylene units which represent at least 50 mol% of the monomer units of the copolymer, - the content of the highly saturated diene elastomer in the rubber composition being at least 50 phr, - the vulcanization accelerator being a mixture of a primary accelerator and of a secondary accelerator, - the mass ratio between the amount of secondary accelerator and the total amount of accelerators is less than 0.7, the total amount of accelerators being the sum of the mass amount of the primary accelerator and of the mass amount of the secondary accelerator in the rubber composition, - the mass ratio being calculated from the amounts expressed in phr, the primary accelerator being a sulfenamide, the secondary accelerator being a thiuram disulfide. - the highly saturated diene elastomer being a copolymer of ethylene and of a 1,3-diene containing ethylene units which represent at least 50 mol% of the monomer units of the copolymer, - the content of the highly saturated diene elastomer in the rubber composition being at least 50 phr, - the vulcanization accelerator being a mixture of a primary accelerator and of a secondary accelerator, - the mass ratio between the amount of secondary accelerator and the total amount of accelerators is less than 0.7, the total amount of accelerators being the sum of the mass amount of the primary accelerator and of the mass amount of the secondary accelerator in the rubber composition, - the mass ratio being calculated from the amounts expressed in phr, the primary accelerator being a sulfenamide, the secondary accelerator being a thiuram disulfide.
A method for updating of board software installed in a wireless network card, wherein a wireless network card is connected to a personal computer loaded with a software updating tool by a USB interface, wherein the USB interface is mapped to an RNDIS interface by the wireless network card after being connected to the personal computer loaded with a software updating tool, and the method comprises: receiving, by the wireless network card, an interface switching request or a web page request sent through the RNDIS interface by the personal computer; according to the interface switching request or the web page request, switching, by the wireless network card, the RNDIS interface into a personal computer user interface, PCUI, which is used to transmit data in the updating method; and when the personal computer determines that the RNDIS interface of the wireless network card is switched successfully, receiving, by the wireless network card, a software update package transmitted through the PCUI by the personal computer, and performing installation. receiving, by the wireless network card, an interface switching request or a web page request sent through the RNDIS interface by the personal computer; according to the interface switching request or the web page request, switching, by the wireless network card, the RNDIS interface into a personal computer user interface, PCUI, which is used to transmit data in the updating method; and when the personal computer determines that the RNDIS interface of the wireless network card is switched successfully, receiving, by the wireless network card, a software update package transmitted through the PCUI by the personal computer, and performing installation.
An instant beverage tablet in the form of a multilayer tablet for producing a layered beverage having one or more cream layer(s), coffee and/or cocoa layer(s) and optionally a foam upon reconstitution in a liquid comprising: (a) a dark component having sugar, coffee and / or cocoa particles for producing a dark layer; (b) a white component having creamer and sugar for producing white layer; wherein the dark component is compressed with a compaction pressure of at least 250 kPa and wherein the white component is compressed with a compaction pressure of at least 1250 kPa; and wherein the dark component has a density in the range of 0.5 to 0.7 g/cm 3 and wherein the white component has a density in the range of 0.74 to 0.9 g/cm 3. (a) a dark component having sugar, coffee and / or cocoa particles for producing a dark layer; (b) a white component having creamer and sugar for producing white layer;
A chromogenic absorbent material for an animal litter, comprising: an oxidizing agent responsive to peroxidatic/pseudoperoxidatic activity in an animal excretion to provide oxidizing activity; a chromogenic indicator being chromogenically responsive to the oxidizing activity of the oxidizing agent; and an absorptive material which is porous, for absorbing the animal excretion, the absorptive material comprising a water-absorbing polysaccharide, wherein the chromogenic absorbent material is a porous material having an effective porosity of about 0.5 mL/g to about 2.0 mL/g, wherein the effective porosity is measured by placing a known mass (m) of chromogenic absorbent particles into a container, covering it with a liquid, measuring the volume of liquid needed to cover the particles (Vc), removing the soaked particles from the container, measuring the liquid remaining in the container (Vr), calculating the volume of liquid absorbed in the particles (Va = Vc-Vr) and calculating the effective porosity as Va/m, wherein the chromogenic absorbent material has a free swelling capacity greater than about 900%, wherein the free swelling capacity is measured by soaking the material in water for 30 minutes, draining it for 10 minutes and weighing the material after the liquid has been absorbed, and wherein the chromogenic absorbent material is provided with pores having an equivalent diameter greater than about 20 μm or an equivalent diameter of about 20 μm to about 40 μm, preferably about 20 μm to about 30 μm, wherein the equivalent diameter is measured by measuring the pore diameters of the cross-section of a sample of the chromogenic absorbent material under a scanning electron microscope. an oxidizing agent responsive to peroxidatic/pseudoperoxidatic activity in an animal excretion to provide oxidizing activity; a chromogenic indicator being chromogenically responsive to the oxidizing activity of the oxidizing agent; and an absorptive material which is porous, for absorbing the animal excretion, the absorptive material comprising a water-absorbing polysaccharide,
An intravenous set comprising: a silicone rubber tube having an outside surface and a wall thickness; and a layer of a gas barrier material covering the outside surface of the silicone rubber tube, characterized in that the layer of gas barrier material having a tensile strength at elongation that is less than a tensile strength at elongation of the silicone rubber tube measured at an elongation from 50-200% according to ASTMD412 of Volume 09.01 of the 2010 Annual Book of ASTM Standards, wherein the layer of gas barrier material has an oxygen permeability less than 1x10 9 cm 3 ·cm / (cm 2 ·s·cmHg). a silicone rubber tube having an outside surface and a wall thickness; and a layer of a gas barrier material covering the outside surface of the silicone rubber tube, characterized in that the layer of gas barrier material having a tensile strength at elongation that is less than a tensile strength at elongation of the silicone rubber tube measured at an elongation from 50-200% according to ASTMD412 of Volume 09.01 of the 2010 Annual Book of ASTM Standards, wherein the layer of gas barrier material has an oxygen permeability less than 1x10 9 cm 3 ·cm / (cm 2 ·s·cmHg).
A semiconductor device comprising a capacitive security shield, the capacitive security shield comprising: randomly distributed dielectric or conducting particles formed within a dielectric layer; characterized in that the semiconductor device further comprises: a layer of electrodes (16,18,20;30,32,34) over which the dielectric layer is formed, each electrode having an independent connection; and a controller, adapted to configure the electrodes in a physical connection pattern including a first set of active electrodes used to measure a capacitance characteristic, and a second set (18, 20) of counter electrodes configured as a non-measurement set, the controller being further adapted to reconfigure the electrodes into a different physical connection pattern wherein some of the electrodes previously in the second set (18, 20) are made active and some of the electrodes previously in the first set are added to the counter electrodes. randomly distributed dielectric or conducting particles formed within a dielectric layer; characterized in that the semiconductor device further comprises: a layer of electrodes (16,18,20;30,32,34) over which the dielectric layer is formed, each electrode having an independent connection; and a controller, adapted to configure the electrodes in a physical connection pattern including a first set of active electrodes used to measure a capacitance characteristic, and a second set (18, 20) of counter electrodes configured as a non-measurement set, the controller being further adapted to reconfigure the electrodes into a different physical connection pattern wherein some of the electrodes previously in the second set (18, 20) are made active and some of the electrodes previously in the first set are added to the counter electrodes. a layer of electrodes (16,18,20;30,32,34) over which the dielectric layer is formed, each electrode having an independent connection; and a controller, adapted to configure the electrodes in a physical connection pattern including a first set of active electrodes used to measure a capacitance characteristic, and a second set (18, 20) of counter electrodes configured as a non-measurement set, the controller being further adapted to reconfigure the electrodes into a different physical connection pattern wherein some of the electrodes previously in the second set (18, 20) are made active and some of the electrodes previously in the first set are added to the counter electrodes.
A vehicle power supply system in which are arranged a first relay and a second relay, which are two contact movable relays that connect/disconnect a high voltage circuit, characterized by: a first movable contact of the first relay and a second movable contact of the second relay are arranged to move in mutually opposite directions when connecting/disconnecting, and one relay of the first relay and the second relay is oriented such that a corresponding movable contact of the first and second movable contacts (21b, 22b) separates from a corresponding fixed contact of the first and second fixed contacts (21a, 22a) in a direction in which a greatest acceleration input is applied at a time of a vehicle collision such that electricity is prevented from passing through the first relay and the second relay simultaneously at the time of the vehicle collision.
Method for sawing a metal pipe or hollow profile with a bandsaw machine which has a stationary saw lower part having a saw bench for positioning and fixing a metal pipe or hollow profile to be sawn, and a saw upper part which is movable relative to the saw lower part and has a circulating bandsaw blade, wherein by means of a feed motion of the saw upper part, which takes place relative to the saw lower part, the circulating bandsaw blade penetrates into the metal pipe or hollow profile and, for a saw cut, is guided through the latter, characterised in that the feed motion is carried out substantially in opposition to the force of gravity.
A variant IgG comprising a human IgG1 Fc region wherein the variant has the following substitutions relative to a wild-type human IgG1 Fc region, numbered according to the EU index as in Kabat, and has an increased half-life compared to the half-life of said IgG having the wild-type human IgG1 Fc region: threonine at amino acid 307 of the Fc region is substituted with glutamine and asparagine at amino acid 434 of the Fc region is substituted with alanine; or threonine at amino acid 307 of the Fc region is substituted with glutamine, glutamic acid at amino acid amino acid 380 of the Fc region is substituted with alanine, and asparagine at amino acid 434 of the Fc region is substituted with serine. threonine at amino acid 307 of the Fc region is substituted with glutamine and asparagine at amino acid 434 of the Fc region is substituted with alanine; or threonine at amino acid 307 of the Fc region is substituted with glutamine, glutamic acid at amino acid amino acid 380 of the Fc region is substituted with alanine, and asparagine at amino acid 434 of the Fc region is substituted with serine.