mhurhangee/ep-ind-claims huggingface dataset:
A method for detecting a decoy source of a satellite radionavigation signal, the method being executed by a satellite radionavigation signal reception device comprising two receivers (RX1, RX2), the method comprising the steps of: - for each signal received by the reception device and transmitted by a different satellite, i. estimating (211, 212) the phase of the signal received by each receiver, ii. computing the estimated phase difference for each receiver, - comparing the phase differences computed for multiple different satellites and, if at least two phase differences computed for two different satellites are substantially identical, concluding that a decoy source is present, the method being characterised in that it further comprises the preliminary steps of, for each signal received by the reception device and transmitted by a different satellite: - computing, for each receiver, a signal reception position, - determining, for each receiver, the position of the satellite when the signal is transmitted, - determining an estimate of the apparent displacement in the line of sight of the satellite between the transmission times of the signal by the satellite corresponding respectively to the signals received by each receiver, - correcting the computed phase differences for the estimated apparent displacement. - for each signal received by the reception device and transmitted by a different satellite, i. estimating (211, 212) the phase of the signal received by each receiver, ii. computing the estimated phase difference for each receiver, i. estimating (211, 212) the phase of the signal received by each receiver, ii. computing the estimated phase difference for each receiver, - comparing the phase differences computed for multiple different satellites and, if at least two phase differences computed for two different satellites are substantially identical, concluding that a decoy source is present, - computing, for each receiver, a signal reception position, - determining, for each receiver, the position of the satellite when the signal is transmitted, - determining an estimate of the apparent displacement in the line of sight of the satellite between the transmission times of the signal by the satellite corresponding respectively to the signals received by each receiver, - correcting the computed phase differences for the estimated apparent displacement.
An automatic beverage preparation machine comprising a brewing assembly with a fluid inlet and a fluid outlet, and a brewing material inlet; a brewing material supply device in communication with the brewing material inlet of the brewing assembly to supply the latter with a brewing material dose at the beginning of each beverage production cycle; water supply means (3, 4) in fluid communication with the fluid inlet of the brewing assembly to supply the latter with a metered amount of water required to produce a beverage; a beverage dispensing nozzle in fluid communication with the fluid outlet of the brewing assembly; brewing process repeating means designed to cause the beverage to flow one or more times through the brewing material in the brewing assembly before being dispensed into a collection receptacle; characterized in that the brewing process repeating means comprise beverage flow reversing means designed to reverse the beverage flow through the brewing assembly without recirculation out of the brewing assembly, the beverage flow reversing means comprising a pump arranged between the fluid outlet of the brewing assembly and the beverage dispensing nozzle an electronic control unit being provided to control the pump to cause the beverage to flow through the brewing material dose from the fluid outlet to the fluid inlet of the brewing assembly and vice versa so as to result in a two-way brewing process without recirculating the beverage out of the brewing assembly.
A depressurization system for an integrated motor-compressor unit having a motor and a compressor coupled to said motor, wherein the depressurization system is configured to depressurize the motor, said system comprising an expansion device and an auxiliary compressor configured to recover the suction pressure, wherein the expansion device is a cooling expansion valve configured to receive the working fluid via a main compressor suction inlet of the compressor and to transmit expanded cooled fluid to a cooling circuit of the integrated motor-compressor unit, and wherein the auxiliary compressor is configured to receive the cooling fluid after having cooled notably the motor and to compress the cooling fluid.
An isolated antibody that binds to programmed cell death protein 1 (PD-1), comprising a HCVR having the sequence set forth in SEQ ID NO: 90 and a LCVR having the sequence set forth in SEQ ID NO: 96.
A conductive paste comprising: a high melting point metal particle having a melting point exceeding a baking temperature; a molten metal particle containing an alloy which melts at a temperature equivalent to or lower than the baking temperature and has a melting point of 700°C or lower; an active metal particle containing an active metal; and an organic vehicle, wherein the baking temperature is equivalent to or higher than the sintering temperature of the high melting point metal particle, and is from 750-1000 °C, wherein the high melting point metal particle is formed by at least one kind of metal selected from the group consisting of Cu, Ag and Ni, or an alloy containing this metal, wherein the molten metal particle contains at least one kind selected from the group consisting of an Sn-Ag-Cu alloy particle, an Sn-Bi alloy particle and an Au-Sn alloy particle, and wherein the active metal particle is at least one kind selected from the group consisting of a titanium hydride particle, a titanium boride particle and a zirconium hydride particle.
A closure for a container, comprising: a collar having an outer surface, a central opening, and a collar locking portion, a lid pivotally attached to the collar, the lid having an outer surface and a lid locking portion, the lid locking portion operable to releasably engage the collar locking portion on the collar when the lid is in a closed position covering the central opening, thereby securing the lid to the collar in the closed position; a collar latch element located on the outer surface of the collar; and a lid latch element located on the outer surface of the lid, the collar latch element configured to releasably engage the lid latch element when the lid is in the closed position, thereby further securing the lid to the collar in the closed position.; and wherein the lid further comprises a lower perimeter and the collar further comprises a lid mating surface, the lower perimeter of the lid contacting the lid mating surface on the collar when the collar and the lid are in the closed position; and wherein the lid mating surface further comprises a sealing layer such that a first annular seal is formed between the lid and the collar when the lid and the collar are in the closed position. a collar having an outer surface, a central opening, and a collar locking portion, a lid pivotally attached to the collar, the lid having an outer surface and a lid locking portion, the lid locking portion operable to releasably engage the collar locking portion on the collar when the lid is in a closed position covering the central opening, thereby securing the lid to the collar in the closed position; a collar latch element located on the outer surface of the collar; and a lid latch element located on the outer surface of the lid, the collar latch element configured to releasably engage the lid latch element when the lid is in the closed position, thereby further securing the lid to the collar in the closed position.; and wherein the lid further comprises a lower perimeter and the collar further comprises a lid mating surface, the lower perimeter of the lid contacting the lid mating surface on the collar when the collar and the lid are in the closed position; and wherein the lid mating surface further comprises a sealing layer such that a first annular seal is formed between the lid and the collar when the lid and the collar are in the closed position.
A separated chambers pyrolysis furnace comprising: a. A pyrolysis chamber configured to heat an organic fuel, substantially in the absence of oxygen at a temperature capable of causing pyrolysis of fuel so as to generate a syngas; b. A combustion chamber of the pyrolyzed fuel, configured to burn the pyrolyzed fuel in the presence of an air flux, thus generating combustion gases; wherein the pyrolysis chamber and the combustion chamber are separated such that a gas present in the combustion chamber cannot enter the pyrolysis chamber; wherein the pyrolysis chamber is placed inside the combustion chamber and is configured to be heated by the combustion gases; and wherein the furnace comprises an entrance for the organic fuel, a second entrance for air which is fed to the combustion chamber, and two separate exits, a first exit located in the pyrolysis chamber for syngas removal, and an exit in the combustion chamber for removal of the combustion gases. a. A pyrolysis chamber configured to heat an organic fuel, substantially in the absence of oxygen at a temperature capable of causing pyrolysis of fuel so as to generate a syngas; b. A combustion chamber of the pyrolyzed fuel, configured to burn the pyrolyzed fuel in the presence of an air flux, thus generating combustion gases; wherein the pyrolysis chamber and the combustion chamber are separated such that a gas present in the combustion chamber cannot enter the pyrolysis chamber; wherein the pyrolysis chamber is placed inside the combustion chamber and is configured to be heated by the combustion gases; and wherein the furnace comprises an entrance for the organic fuel, a second entrance for air which is fed to the combustion chamber, and two separate exits, a first exit located in the pyrolysis chamber for syngas removal, and an exit in the combustion chamber for removal of the combustion gases.
Method for producing shaped bodies having a radiation-cured coating, comprising the steps: - preparation of a coated film, wherein the film comprises a radiation-curable coating, wherein the coating comprises a polyurethane polymer, which has (meth)acrylate groups and which is obtainable from the reaction of a reaction mixture comprising: (a) polyisocyanates and compounds which are reactive to isocyanates and which comprise (meth)acrylate groups at least one photoinitiator and wherein the coating furthermore comprises inorganic nanoparticles with a mean particle size of ≥ 1 nm to ≤ 200 nm, - shaping of the shaped body - curing the radiation-curable coating by LED UV radiation. - optionally after the curing with LED UV radiation, curing with UVC radiation. - preparation of a coated film, wherein the film comprises a radiation-curable coating, wherein the coating comprises a polyurethane polymer, which has (meth)acrylate groups and which is obtainable from the reaction of a reaction mixture comprising: (a) polyisocyanates and compounds which are reactive to isocyanates and which comprise (meth)acrylate groups at least one photoinitiator and wherein the coating furthermore comprises inorganic nanoparticles with a mean particle size of ≥ 1 nm to ≤ 200 nm, (a) polyisocyanates and compounds which are reactive to isocyanates and which comprise (meth)acrylate groups at least one photoinitiator - shaping of the shaped body - curing the radiation-curable coating by LED UV radiation. - optionally after the curing with LED UV radiation, curing with UVC radiation.
Drilling machine of the single-pass type comprising: - a guide tower; - a string of drilling rods; - an extension element having an upper end and a lower end, said lower end being coupled with an upper end of said string of drilling rods; - a rotary head slidably coupled with said guide tower, said rotary head and said extension element being mutually slidable and arranged to couple with each other in an upper end stop position in which said rotary head is coupled with said extension element substantially at said upper end of said extension element, and in at least one locking position in which said rotary head is coupled with said extension element at a lower position with respect to said upper end stop position; - a detection system configured to detect the reaching of said at least one locking position by detecting at least the mutual axial position of said extension element and of said rotary head, said detection system also comprising an associated electronic processing and control unit configured to generate a warning signal for the operator when one of said locking positions is detected. - a guide tower; - a string of drilling rods; - an extension element having an upper end and a lower end, said lower end being coupled with an upper end of said string of drilling rods; - a rotary head slidably coupled with said guide tower, said rotary head and said extension element being mutually slidable and arranged to couple with each other in an upper end stop position in which said rotary head is coupled with said extension element substantially at said upper end of said extension element, and in at least one locking position in which said rotary head is coupled with said extension element at a lower position with respect to said upper end stop position; - a detection system configured to detect the reaching of said at least one locking position by detecting at least the mutual axial position of said extension element and of said rotary head, said detection system also comprising an associated electronic processing and control unit configured to generate a warning signal for the operator when one of said locking positions is detected.
A maintenance apparatus for lifting and moving components of a system for processing semiconductor devices, the maintenance apparatus being configured for lifting weights of at least 5 kg, characterised by a beam that is configured for being mounted on a system for processing semiconductor devices, and an arm with means for lifting a component, wherein the arm is mounted to the beam via a connecting piece so as to be pivotable in a horizontal plane, wherein a load accommodation means for a component is provided on the pivotable arm; characterised in that the connecting piece is displaceable along the beam, and wherein the arm is displaceable perpendicularly to the beam.
A device to assist in raising and/or lowering a person, of the type comprising: - a housing, - a link able to traverse said housing, said link being equipped with, at or near each of its ends, at least one member for securing to a support, such as a ladder, one which the housing must be moved, - motor means equipped with a variable-speed drive, said motor means supported by said housing being configured to drive the movement at an adjustable speed of said housing along said link, - means for attaching said housing to an operator or to a piece of safety equipment worn by said operator to allow, parallel to the movement of the housing, assistance for the movement of the operator, characterized in that the device comprises force measuring means able to measure the tensile force exerted by the operator on the attaching means, and means for commanding the operation of the motor means at a regulated speed as a function at least of said measurement. - a housing, - a link able to traverse said housing, said link being equipped with, at or near each of its ends, at least one member for securing to a support, such as a ladder, one which the housing must be moved, - motor means equipped with a variable-speed drive, said motor means supported by said housing being configured to drive the movement at an adjustable speed of said housing along said link, - means for attaching said housing to an operator or to a piece of safety equipment worn by said operator to allow, parallel to the movement of the housing, assistance for the movement of the operator, characterized in that the device comprises force measuring means able to measure the tensile force exerted by the operator on the attaching means, and means for commanding the operation of the motor means at a regulated speed as a function at least of said measurement.
A replaceable winding for an electromagnetic machine comprising: a body having a longitudinal axis, the body comprising opposing surfaces along the longitudinal axis; an aperture through the body, between the opposing surfaces, the aperture having generally parallel internal sides about perpendicular to the opposing surfaces of the body, the aperture configured to removably received a pole portion of the electromagnetic machine; electrical conductors wound about the aperture in the body; electrical connectors at one or more external sides of the body, the electrical connectors connected to the electrical conductors, characterized in that the electrical connectors are threaded and configured to mate with complementary threads of a plug or a connector of a power source for driving the electrical conductors in the body, wherein the replaceable winding further comprising a faceplate or frame which is removably attached to a tray, to which the electrical connectors are attached, and which spaces the electrical connectors from each other. a body having a longitudinal axis, the body comprising opposing surfaces along the longitudinal axis; an aperture through the body, between the opposing surfaces, the aperture having generally parallel internal sides about perpendicular to the opposing surfaces of the body, the aperture configured to removably received a pole portion of the electromagnetic machine; electrical conductors wound about the aperture in the body; electrical connectors at one or more external sides of the body, the electrical connectors connected to the electrical conductors, characterized in that the electrical connectors are threaded and configured to mate with complementary threads of a plug or a connector of a power source for driving the electrical conductors in the body, wherein the replaceable winding further comprising a faceplate or frame which is removably attached to a tray, to which the electrical connectors are attached, and which spaces the electrical connectors from each other.
A direction setting device for the seat of a baby stroller, comprising a frame, a seat inside the frame, a main backrest, a footrest arranged under the front end of the frame, and a sunshade arranged at the top of the frame and supported by a front sunshade rib and a rear sunshade rib, and characterized in that: a rear canopy has one side secured on the top surface of the sunshade between the front and rear sunshade ribs, a switching line for turning over the rear canopy is formed at the joins of the rear canopy and the sunshade, and the other side of the rear canopy is provided with a bottom end hanging down, wherein the bilateral sides of the rear canopy relating to and extending along the rear sunshade rib are respectively provided with a split whose bilateral sides are fastened to each other by a fastening element; moreover, the auxiliary backrest, the footrest and the rear canopy are provided with fastening elements arranged so that the auxiliary backrest, the footrest and the rear canopy are fastened together after the rear canopy is turned over to the front side of the frame; and the side of the main backrest facing the front end of the frame is provided with an auxiliary backrest, which is a fabric cover stuffed with a supporting member and whose bottom end is sewed together with the seat fabric arranged on the frame to form a sewing thread line so that the auxiliary backrest may move to the front end of the frame via the sewing thread line so as to change and set the direction of the seat. a rear canopy has one side secured on the top surface of the sunshade between the front and rear sunshade ribs, a switching line for turning over the rear canopy is formed at the joins of the rear canopy and the sunshade, and the other side of the rear canopy is provided with a bottom end hanging down, wherein the bilateral sides of the rear canopy relating to and extending along the rear sunshade rib are respectively provided with a split whose bilateral sides are fastened to each other by a fastening element; moreover, the auxiliary backrest, the footrest and the rear canopy are provided with fastening elements arranged so that the auxiliary backrest, the footrest and the rear canopy are fastened together after the rear canopy is turned over to the front side of the frame; and the side of the main backrest facing the front end of the frame is provided with an auxiliary backrest, which is a fabric cover stuffed with a supporting member and whose bottom end is sewed together with the seat fabric arranged on the frame to form a sewing thread line so that the auxiliary backrest may move to the front end of the frame via the sewing thread line so as to change and set the direction of the seat.
A method for preparing particles of mineral matter comprising grinding of at least one mineral matter in water in the presence of at least one polymer with a molecular mass by weight M W (measured by SEC) of less than 8,000 g/mol and a polymolecularity index of less than 3, as determined by the method described in the description, obtained by a radical polymerisation reaction in water, at a temperature higher than 50°C, of at least one anionic monomer comprising at least one polymerisable olefinic unsaturation and a carboxylic acid group, in the presence: - of sodium hypophosphite, - of disodium 2,2'-(thiocarbonylbisthio)dipropanoate (DPTTC) and - of at least one radical-generating compound chosen among hydrogen peroxide, ammonium persulphate, an alcalin metal persulphate, hydrogen peroxide associated with an ion chosen among Fe II, Fe III, Cu I, Cu II and mixtures thereof. - of sodium hypophosphite, - of disodium 2,2'-(thiocarbonylbisthio)dipropanoate (DPTTC) and - of at least one radical-generating compound chosen among hydrogen peroxide, ammonium persulphate, an alcalin metal persulphate, hydrogen peroxide associated with an ion chosen among Fe II, Fe III, Cu I, Cu II and mixtures thereof.
A smoking substitute device (101, 201), comprising: a main body; a heater (104, 204); a cap engagable with the main body and movable between a closed position in which it substantially encloses the heater (104, 204) and an open position wherein at least a portion of the heater (104, 204) is exposed; a sensor for detecting a position of the cap; and a controller configured to control the device (101, 201) in response to the detection of the position of the cap, the controller being configured to prevent activation of the heater (104, 204) when the sensor detects that the cap is in the open position, wherein a magnet is disposed on the cap and a ferromagnetic element is disposed on the main body, and the magnet and the ferromagnetic element being arranged so as to magnetically interact when the cap is in the closed position to retain the cap on the body, wherein the sensor is disposed on the main body, characterised in that the sensor is a Hall effect sensor configured to detect the presence of the magnet on the cap when the cap is engaged with the main body. a main body; a heater (104, 204); a cap engagable with the main body and movable between a closed position in which it substantially encloses the heater (104, 204) and an open position wherein at least a portion of the heater (104, 204) is exposed; a sensor for detecting a position of the cap; and a controller configured to control the device (101, 201) in response to the detection of the position of the cap, the controller being configured to prevent activation of the heater (104, 204) when the sensor detects that the cap is in the open position, wherein a magnet is disposed on the cap and a ferromagnetic element is disposed on the main body, and the magnet and the ferromagnetic element being arranged so as to magnetically interact when the cap is in the closed position to retain the cap on the body, wherein the sensor is disposed on the main body, characterised in that the sensor is a Hall effect sensor configured to detect the presence of the magnet on the cap when the cap is engaged with the main body.