mhurhangee/ep-ind-claims huggingface dataset:
A near field communication, NFC, enabled device comprising: an NFC receiver comprising: a sample-based bit detector configured to receive demodulated samples obtained from data and non-data, wherein sample-based bit detector is further configured to detect bits within said samples at every sample input time, characterized in that the NFC receiver comprises an frame bit detector including said sample-based bit detector and a maximum likelihood frame detector; the sample-based bit detector is configured to determine bit likelihood values for the respective detected bits being part of data; and the maximum likelihood frame detector is configured to receive said bits and the likelihood of each bit that the bit is data from the sample-based bit detector, and to calculate a frame likelihood based on the bit likelihood values of bits. an NFC receiver comprising: a sample-based bit detector configured to receive demodulated samples obtained from data and non-data, wherein sample-based bit detector is further configured to detect bits within said samples at every sample input time, characterized in that the NFC receiver comprises an frame bit detector including said sample-based bit detector and a maximum likelihood frame detector; the sample-based bit detector is configured to determine bit likelihood values for the respective detected bits being part of data; and the maximum likelihood frame detector is configured to receive said bits and the likelihood of each bit that the bit is data from the sample-based bit detector, and to calculate a frame likelihood based on the bit likelihood values of bits. a sample-based bit detector configured to receive demodulated samples obtained from data and non-data, wherein sample-based bit detector is further configured to detect bits within said samples at every sample input time, characterized in that the NFC receiver comprises an frame bit detector including said sample-based bit detector and a maximum likelihood frame detector; the sample-based bit detector is configured to determine bit likelihood values for the respective detected bits being part of data; and the maximum likelihood frame detector is configured to receive said bits and the likelihood of each bit that the bit is data from the sample-based bit detector, and to calculate a frame likelihood based on the bit likelihood values of bits.
Internal combustion engine comprising a plurality of cylinders (C1, C2) with relative pistons, connected to a relative common drive shaft, said multitude of cylinders being divided into a first group and a second group of cylinders, in which consecutive ignition cycles alternate between the two groups of cylinders when both groups of cylinders are active, the first group of cylinders being controlled to be always active, and the second group of cylinders being controlled to be active on demand, wherein said first group of cylinders has a compression ratio different from a compression ratio of said second group of cylinders, the engine further comprising an exhaust line (EL1, EL2), and wherein said first group of cylinders has a first intake manifold and said second group of cylinders has a second intake manifold, the engine being characterized in that said second intake manifold is distinct and separated from said first intake manifold, and in that the engine comprises first bypass means for connecting a point of said exhaust line to said second intake manifold and wherein said bypass means are configured, by means of a valve, to cut out when said second group of cylinders is active and to cut in when said second group of cylinders is not active, such that the second group of cylinder only and exclusively ingest exhaust gases, while possible excess exhaust gases are directly sent to an After treatment system.
Method for dismantling a wall formwork that comprises a holding formwork and a closing formwork (1, 2, 3) and an anchoring system, wherein an anchoring rod of the wall formwork is disengaged from a locking device after the concrete that has been poured between the holding formwork and the closing formwork has hardened, characterized in that subsequent to this disengagement of the anchoring rod, a part of the anchoring system comprising the anchoring rod is entirely pulled out of the two wall formworks and the pulled out part of the anchoring system with the anchoring rod is suspended on the wall formwork by means of a suspension means of the pulled out part of the anchoring system or the pulled out part of the anchoring system with the anchoring rod can be inserted into a hole of a locking device in order to thereby attach the part of the anchoring system, which is provided for being pulled out, to this locking device, and wherein this locking device cannot be pulled out of the wall formwork together with the anchoring rod for dismantling and wherein this locking device is attached to the a rear side of a wall formwork.
An ink composition comprising: a radical polymerizable compound; a photopolymerization initiator; and a chain transfer agent selected from the group consisting of CTA-1 to CTA-6 wherein the radical polymerizable compound comprises a monofunctional monomer at a ratio of 85% by weight or more in the total weight of the radical polymerizable compound.
A home appliance system comprising a hob, which has a control unit, and comprising a functional unit that is different from the hob and is provided for communicating with the control unit in at least one operating state and is provided for transferring, in the operating state, at least one victual parameter of a victual that is to be cooked to the control unit, wherein the control unit is provided for determining, in the operating state, in dependency of the victual parameter, at least one operating parameter and for taking the determined operating parameter into account when cooking the victual, and for suggesting, in the operating state, in dependency of the victual parameter, a heating zone suitable for a cooking of the victual to be cooked.
Polarity-reversal protection means for electrical devices and operating equipment which are supplied with energy from exchangeable cylindrical round cells, wherein the round cell consists of a cup-like, rotationally symmetrical and substantially cylindrical housing, which is in the form of a first electrode, and is equipped with a central second electrode which extends along the axis of symmetry of the cup-like housing, and having receiving means for the round cell with a first contact point for the first electrode of the round cell and a second contact point for the second electrode of the round cell, characterized - in that the first contact point is arranged on a circular ring-like contact area of the first electrode, - in that the second contact point is arranged on a circular disc-like contact area of the second electrode, - in that the circular ring-like contact area and the circular disc-like contact area are arranged coaxially in relation to one another at a distance from one another along the axis of symmetry of the cup-like housing, and - in that the first contact point and the second contact point are arranged on the same side of the round cell. - in that the first contact point is arranged on a circular ring-like contact area of the first electrode, - in that the second contact point is arranged on a circular disc-like contact area of the second electrode, - in that the circular ring-like contact area and the circular disc-like contact area are arranged coaxially in relation to one another at a distance from one another along the axis of symmetry of the cup-like housing, and - in that the first contact point and the second contact point are arranged on the same side of the round cell.
A fat-processed starch which comprises a fat composition having an iodine value of 125 to 170 and containing 35 ppm to 8,000 ppm of a polyphenol, obtained by adding a fat composition to a starch and aging the obtained starch mixture.
A method for enabling a first device to identify a second device, the method being performed at the first device, the first device comprising a first interface and a second interface, each interface configured to allow communication between the first device and the second device, wherein the first interface is distinct from the second interface, and wherein the method comprises: receiving a first identifier from the second device via the first interface; determining (209, 212) whether the first identifier has a predetermined value; upon determining that the first identifier has the predetermined value, receiving a second identifier from the second device via the second interface; and identifying the second device using the second identifier. receiving a first identifier from the second device via the first interface; determining (209, 212) whether the first identifier has a predetermined value; upon determining that the first identifier has the predetermined value, receiving a second identifier from the second device via the second interface; and identifying the second device using the second identifier.
Optical module for a motor vehicle comprising: - a light source; - a radiator comprising a plate having a front face for supporting the light source and comprising a rear face spiked with cooling fins; - a device for producing an air flow; - the radiator having at least one vent that passes through the radiator plate in the vicinity of the light source to allow the air flow to flow longitudinally between the front and rear of the radiator, characterized in that each vent is covered by at least one deflector which, a mouth of which is open towards the light source generally parallel to the front face of the radiator. - a light source; - a radiator comprising a plate having a front face for supporting the light source and comprising a rear face spiked with cooling fins; - a device for producing an air flow; - the radiator having at least one vent that passes through the radiator plate in the vicinity of the light source to allow the air flow to flow longitudinally between the front and rear of the radiator,
Flat plate as grillage for charcoal grills, gas grills or electric grills for roasting meat, fish, vegetables and other dishes, with slots cut vertically into the plate at regular intervals, characterized in that bars and slots are pre-curved equally and in a uniform curve shape and the bars are higher than wide.
A method of packaging an article to be packaged in an optimal state by connecting an external server to a plurality of packaging apparatuses via a network, wherein each packaging apparatus of the plurality of packaging apparatuses includes a communication unit configured to communicate with the external server and download the control parameters, a storage unit configured to store the control parameters downloaded by the communication unit, and a control unit configured to control a packaging operation on the basis of the control parameters stored in the storage unit, the method comprising the steps of: storing, by the external server, control parameters for the packaging apparatuses to package an article to be packaged in an optimal state; communicating, by a communication unit of a packaging apparatus of the plurality of packaging apparatuses, with the external server and downloading, by said communication unit, the control parameters; storing, by a storage unit of the packaging apparatus, the control parameters downloaded by the communication unit; and controlling, by a control unit of the packaging apparatus, a packaging operation on the basis of the control parameters stored in the storage unit; characterised in that the method further comprises the steps of: when control parameters for packaging by using a new commodity, a new tray, or a new film are newly set and registered in any packaging apparatus among the plurality of packaging apparatuses, uploading, by the communication unit of the corresponding packaging apparatus, information regarding the article to be packaged and the control parameters to the external server; and sharing the control parameters which are uploaded by the plurality of packaging apparatuses. storing, by the external server, control parameters for the packaging apparatuses to package an article to be packaged in an optimal state; communicating, by a communication unit of a packaging apparatus of the plurality of packaging apparatuses, with the external server and downloading, by said communication unit, the control parameters; storing, by a storage unit of the packaging apparatus, the control parameters downloaded by the communication unit; and controlling, by a control unit of the packaging apparatus, a packaging operation on the basis of the control parameters stored in the storage unit; characterised in that the method further comprises the steps of: when control parameters for packaging by using a new commodity, a new tray, or a new film are newly set and registered in any packaging apparatus among the plurality of packaging apparatuses, uploading, by the communication unit of the corresponding packaging apparatus, information regarding the article to be packaged and the control parameters to the external server; and sharing the control parameters which are uploaded by the plurality of packaging apparatuses.
A method for starting a high temperature polymer electrolyte membrane fuel cell stack that is arranged to receive a reformed fuel from a fuel reformer, the method comprising: preheating the stack through a heating block coupled to the stack; sensing the temperature of the stack; making a comparison between the sensed temperature of the stack and a reference temperature; and controlling supply of off-gas from the fuel reformer to the stack in dependence on the comparison, wherein controlling supply of off-gas comprises supplying the off-gas from the fuel reformer when the temperature of the stack is equal to or higher than the reference temperature to further preheat the stack, wherein the reference temperature is 100°C and the preheater operates when the temperature of the stack is less than 100°C. preheating the stack through a heating block coupled to the stack; sensing the temperature of the stack; making a comparison between the sensed temperature of the stack and a reference temperature; and controlling supply of off-gas from the fuel reformer to the stack in dependence on the comparison, wherein controlling supply of off-gas comprises supplying the off-gas from the fuel reformer when the temperature of the stack is equal to or higher than the reference temperature to further preheat the stack, wherein the reference temperature is 100°C and the preheater operates when the temperature of the stack is less than 100°C.
A portable expanding apparatus for expanding pipe ends, having an expanding head with a plurality of segments, which segments are arranged in a circular manner alongside one another and transversely to a direction of expansion, by the action of an expanding mandrel acting upon the segments, characterized in that the segments are rotatable together with the expanding mandrel in the circumferential direction of the circular arrangement hydraulically and/or by motorized means.
A method of coating a substrate in a single zone of a MSVD coater wherein the zone includes at least two bays, comprising: a. running a first bay of a zone including a first target in metal mode to deposit a metal layer on the substrate, wherein the first target is selected from gold, copper, silver, titanium, zirconium, hafnium, yttrium and mixtures and alloys thereof; and b. running a second bay of a zone including a second target in transition or oxide mode to deposit an oxide layer on the substrate, wherein the second target is selected from titanium, silicon, zinc, aluminum, and combinations thereof, and wherein running the second bay includes pumping oxygen as a reactive gas into the zone. a. running a first bay of a zone including a first target in metal mode to deposit a metal layer on the substrate, wherein the first target is selected from gold, copper, silver, titanium, zirconium, hafnium, yttrium and mixtures and alloys thereof; and b. running a second bay of a zone including a second target in transition or oxide mode to deposit an oxide layer on the substrate, wherein the second target is selected from titanium, silicon, zinc, aluminum, and combinations thereof, and wherein running the second bay includes pumping oxygen as a reactive gas into the zone.
Use of a plant preparation based on seeds of Lupinus albus in form of an aqueous solution or suspension of a dry powder of said plant preparation in a concentration range from 1 mg/l to 10 mg/l, as bio-stimulatory agent for cultivated plants under field and glasshouse conditions, wherein the dry powder of said plant preparation is obtained by the following steps: (i) grinding the seed of Lupinus albus to a grit size of less than 0.1 mm, (ii) soaking the powdered seed material of step (i) in 90 - 100% methanol or ethanol, thus forming a suspension / solution; (iii) performing a stirred extraction of the suspension; (iv) evaporating the solvent without prior separation of the solid phase from the soluble organic phase; (v) soaking the evaporated solid phase residue in the solvent of step (ii) and repeating steps (iii) and (iv), and (vi) drying the evaporated solid phase residue, thus obtaining the dry powder. (i) grinding the seed of Lupinus albus to a grit size of less than 0.1 mm, (ii) soaking the powdered seed material of step (i) in 90 - 100% methanol or ethanol, thus forming a suspension / solution; (iii) performing a stirred extraction of the suspension; (iv) evaporating the solvent without prior separation of the solid phase from the soluble organic phase; (v) soaking the evaporated solid phase residue in the solvent of step (ii) and repeating steps (iii) and (iv), and (vi) drying the evaporated solid phase residue, thus obtaining the dry powder.
A method for manufacturing a cellular structure, in particular of the abradable structure type for a turbomachine, comprising the following steps: a) providing a plurality of metal sheets (126, 226) each having, in a first direction, undulations each formed by a succession of so-called vertex areas alternately arranged with junction areas of said vertex areas; b) juxtaposing the sheets (126, 226) so that said first directions of said sheets are parallel two by two, with the vertex areas of a sheet (126, 226) being placed in contact with the vertex areas (126, 226) of the adjacent sheet(s) (126, 226) to form cells; c) placing a first end of each sheet (126, 226), in a second direction perpendicular to the first direction, in contact with a support plate; d) arranging a soldering element between the support plate and said first ends of the sheets (126, 226) and heating the assembly in a furnace; with the method comprising a step prior to step d) of adding means for blocking the diffusion of solder from said first ends of the sheets (126, 226) to the second free ends of the sheets (126, 226), characterized in that the solder diffusion blocking means comprises cutouts provided in at least some of the vertex areas of the metal sheets (126, 226). a) providing a plurality of metal sheets (126, 226) each having, in a first direction, undulations each formed by a succession of so-called vertex areas alternately arranged with junction areas of said vertex areas; b) juxtaposing the sheets (126, 226) so that said first directions of said sheets are parallel two by two, with the vertex areas of a sheet (126, 226) being placed in contact with the vertex areas (126, 226) of the adjacent sheet(s) (126, 226) to form cells; c) placing a first end of each sheet (126, 226), in a second direction perpendicular to the first direction, in contact with a support plate; d) arranging a soldering element between the support plate and said first ends of the sheets (126, 226) and heating the assembly in a furnace;
An electric brake booster for a vehicle brake system, comprising: a push bar configured to be driven by a brake pedal to move forwards in an axial direction; a brake force outputting element configured to be pushed forwards by the push bar to output a brake force from the brake pedal; a booster force outputting element for outputting a booster force; and a motor for driving the booster force outputting element to create the booster force; characterized by a poppet configured to be pushed forwards in the axial direction by the push bar with a spring force, wherein the poppet forms a boost switch, through which an electrical current can pass, with the brake force outputting element and forms a release switch, through which another electrical current can pass, with the booster force outputting element; and an electronic control unit for controlling the operation of the motor in response to the on-off states of the boost switch and the release switch. a push bar configured to be driven by a brake pedal to move forwards in an axial direction; a brake force outputting element configured to be pushed forwards by the push bar to output a brake force from the brake pedal; a booster force outputting element for outputting a booster force; and a motor for driving the booster force outputting element to create the booster force; characterized by a poppet configured to be pushed forwards in the axial direction by the push bar with a spring force, wherein the poppet forms a boost switch, through which an electrical current can pass, with the brake force outputting element and forms a release switch, through which another electrical current can pass, with the booster force outputting element; and an electronic control unit for controlling the operation of the motor in response to the on-off states of the boost switch and the release switch.