mhurhangee/ep-ind-claims huggingface dataset:
A system for monitoring aircraft air comprising: a collector for collecting particulate samples positioned within at least one of an outlet flow path or a recirculation flow path; and characterized by at least one of an outflow valve positioned in the outlet flow path downstream from the collector; and a retrieval device for retrieving the collector from the outflow valve. a collector for collecting particulate samples positioned within at least one of an outlet flow path or a recirculation flow path; and characterized by at least one of an outflow valve positioned in the outlet flow path downstream from the collector; and a retrieval device for retrieving the collector from the outflow valve.
A controller, characterised in that it is configured to derive two different timings from a timing source, wherein a first derived timing is a physical timing used for timing at least transmissions from a wireless network access node, and wherein a second derived timing is a virtual timing representing a currently preferred physical timing; configured to receive an indication of a virtual timing from at least one other network access node; configured to compare the at least one received virtual timing indication with the derived virtual timing of the network access node, and update the derived virtual timing; and configured to determine achieving synchronization of the derived virtual timing with the at least one received virtual timing, and to adjust the physical timing accordingly.
A ducted fan device comprising a fan shroud having an annular shape in plan view and an electric fan disposed at a center of the fan shroud and having a fan blade (58, 64), wherein the fan shroud has a multilayer structure including at least one fiber layer (74, 86, 88) and at least one resin layer (70, 72, 80, 82, 84, 98), and has an opposing section including a part that opposes a tip of the fan blade (58, 64) and a non-opposing section that does not oppose the tip of the fan blade (58, 64), the opposing section and the non-opposing section being arranged in an axial direction, which is a direction along a longitudinal axis for said fan shroud, wherein in the non-opposing section, the fiber layer (74, 86, 88) is impregnated with part of resin forming the resin layer (70, 72, 80, 82, 84, 98), and characterized in that in the opposing section, the fiber layer (74, 86, 88) is not impregnated with the resin forming the resin layer (70, 72, 80, 82, 84, 98). wherein the fan shroud has a multilayer structure including at least one fiber layer (74, 86, 88) and at least one resin layer (70, 72, 80, 82, 84, 98), and has an opposing section including a part that opposes a tip of the fan blade (58, 64) and a non-opposing section that does not oppose the tip of the fan blade (58, 64), the opposing section and the non-opposing section being arranged in an axial direction, which is a direction along a longitudinal axis for said fan shroud, wherein in the non-opposing section, the fiber layer (74, 86, 88) is impregnated with part of resin forming the resin layer (70, 72, 80, 82, 84, 98), and characterized in that in the opposing section, the fiber layer (74, 86, 88) is not impregnated with the resin forming the resin layer (70, 72, 80, 82, 84, 98).
Tower crane with a tower that supports a boom, on which a trolley is displaceable, from which trolley a hoist rope is unwound, a load suspension means attached to the hoist rope, drive devices for moving a plurality of crane elements and for traveling the load suspension means, a control apparatus for controlling the drive devices such that the load suspension means travels along a travel path, as well as an oscillation damping device for damping oscillation movements of the load suspension means and/or of the hoist rope, wherein the oscillation damping device comprises a control module for influencing the control of the drive devices in dependence on oscillation-relevant parameters, characterized in that the oscillation damping device comprises determination means for determining deformations of the tower and further structural elements of the crane as a result of dynamic loads, wherein the control module of the oscillating damping device is configured to take account of the determined deformations of the tower and of further structural elements as a result of dynamic loads on the influencing of the control of the drive devices.
A temperature-adjusting device for adjusting the temperature of and thawing a material the temperature of which is to be adjusted and which is arranged in a rigid container, having an openable housing containing a storage chamber for receiving the container, having a heater containing a flat heating element (15, 15') in operative connection with the container, wherein a storage mat (9, 9") for receiving the container is arranged between the flat heating element (15, 15') and the container, characterized in that the storage mat (9, 9") has a plurality of elongated recesses (10, 10', 10") for receiving individual cylindrically formed containers, wherein the elongated recesses (10, 10', 10") of the storage mat (9, 9") have at least one perforation.
An ophthalmologic instrument, comprising: a base unit having a substantially continuous lateral gripping surface with no adjustment controls protruding through the substantially continuous lateral gripping surface; a small diameter instrument extending from the base unit, the small diameter instrument having a length; one or more supply lines routed through an interior of the base unit to the small diameter instrument; a support frame slidably coupled to the small diameter instrument along the length; an adjustment mechanism for the support frame, to provide two or more different levels of lateral support to the small diameter instrument; and wherein the support frame is spaced apart from the one or more supply lines, and contained within the lateral gripping surface. a base unit having a substantially continuous lateral gripping surface with no adjustment controls protruding through the substantially continuous lateral gripping surface; a small diameter instrument extending from the base unit, the small diameter instrument having a length; one or more supply lines routed through an interior of the base unit to the small diameter instrument; a support frame slidably coupled to the small diameter instrument along the length; an adjustment mechanism for the support frame, to provide two or more different levels of lateral support to the small diameter instrument; and wherein the support frame is spaced apart from the one or more supply lines, and contained within the lateral gripping surface.
A composite fiber comprising (a) a thermoplastic matrix polymer; and (b) a plurality of fibrillated reinforcement material regions disposed within the thermoplastic matrix polymer; wherein the melting temperature of the thermoplastic matrix polymer is lower than the melting temperature of the fibrillated reinforcement material, the melting temperature being determined as the peak melt temperature in accordance with ISO 11357-1, first heating run; wherein the fibrillated reinforcement material comprises a thermoplastic material selected from an ultra-high molecular weight polyethylene (UHMWPE) or a polytetrafluorethylene (PTFE), wherein the thermoplastic material is encapsulated with a further thermoplastic material having a melting temperature of < 20°C above the melting temperature of the thermoplastic matrix polymer. (a) a thermoplastic matrix polymer; and (b) a plurality of fibrillated reinforcement material regions disposed within the thermoplastic matrix polymer; wherein the melting temperature of the thermoplastic matrix polymer is lower than the melting temperature of the fibrillated reinforcement material, the melting temperature being determined as the peak melt temperature in accordance with ISO 11357-1, first heating run; wherein the fibrillated reinforcement material comprises a thermoplastic material selected from an ultra-high molecular weight polyethylene (UHMWPE) or a polytetrafluorethylene (PTFE), wherein the thermoplastic material is encapsulated with a further thermoplastic material having a melting temperature of < 20°C above the melting temperature of the thermoplastic matrix polymer.
Solution particularly for pretreating a surface, comprising, preferably consisting of, I. at least one first silane, the first silane being 3-aminopropyltrimethoxysilane or 3-aminopropytri-ethoxysilane, and II. at least one second silane, the second silane being vinyltrimethoxysilane or vinyltriethoxysilane, with the solution containing no further silanes, and the silanes being present in total in a concentration of 0.1 to 1.0 weight per cent in the solution, and the second silane being present in a higher weight concentration than the first silane, specifically in a 2.0- to 6.0-fold weight concentration, and III. isopropanol and IV. water, where the concentration of the water in the solution is between greater than 5.0 weight per cent and less than 30.0 weight per cent. I. at least one first silane, the first silane being 3-aminopropyltrimethoxysilane or 3-aminopropytri-ethoxysilane, and II. at least one second silane, the second silane being vinyltrimethoxysilane or vinyltriethoxysilane, with the solution containing no further silanes, and the silanes being present in total in a concentration of 0.1 to 1.0 weight per cent in the solution, and the second silane being present in a higher weight concentration than the first silane, specifically in a 2.0- to 6.0-fold weight concentration, and III. isopropanol and IV. water, where the concentration of the water in the solution is between greater than 5.0 weight per cent and less than 30.0 weight per cent.
Application device, in particular rotary atomiser, for applying a coating agent, in particular a two-component paint, having a) a first coating agent connection for supplying a first coating agent, in particular a parent paint of the two-component paint, b) an application element which applies the coating agent, c) a first coating agent line (L1-L4) which leads in the application device from the first coating agent connection and guides the first coating agent to the application element, and d) a first valve which is arranged in the first coating agent line (L1-L4) and controls the flow of the first coating agent through the first coating agent line (L1-L4) to the application element, the first valve being controllable by a first control signal, e) wherein there is arranged in the first coating agent line (L1-L4) an own-medium-actuated first overpressure valve which, in order to avoid an overpressure fault, opens automatically when the pressure upstream of the first overpressure valve exceeds a specific maximum pressure, characterised in f) that the first overpressure valve is formed by the controllable first valve. a) a first coating agent connection for supplying a first coating agent, in particular a parent paint of the two-component paint, b) an application element which applies the coating agent, c) a first coating agent line (L1-L4) which leads in the application device from the first coating agent connection and guides the first coating agent to the application element, and d) a first valve which is arranged in the first coating agent line (L1-L4) and controls the flow of the first coating agent through the first coating agent line (L1-L4) to the application element, the first valve being controllable by a first control signal, e) wherein there is arranged in the first coating agent line (L1-L4) an own-medium-actuated first overpressure valve which, in order to avoid an overpressure fault, opens automatically when the pressure upstream of the first overpressure valve exceeds a specific maximum pressure, characterised in f) that the first overpressure valve is formed by the controllable first valve.
A refrigerator comprising: a cabinet comprising at least one storage compartment having a front opening; a door (2, 3) configured to open and close the front opening of the storage compartment; a switching part; a dispenser provided on the door to discharge ice, the dispenser including a discharging shutter to open and close a discharging hole through which the ice is discharged; a driving part to move ice toward the discharging hole; and a controller arranged to control operation of the driving part, wherein, in response to the switching part being first turned on, the controller is arranged to immediately open the discharging shutter and control the driving part to operate after the lapse of a predetermined delay time from when the switching part is first turned on, and then stop the driving part when the switching part is turned off, and in response to the switching part being turned on again before a predetermined restart time elapses from when the switching part is turned off, the controller is arranged to control the driving part to operate as soon as the switching part is turned on again. a cabinet comprising at least one storage compartment having a front opening; a door (2, 3) configured to open and close the front opening of the storage compartment; a switching part; a dispenser provided on the door to discharge ice, the dispenser including a discharging shutter to open and close a discharging hole through which the ice is discharged; a driving part to move ice toward the discharging hole; and a controller arranged to control operation of the driving part, wherein, in response to the switching part being first turned on, the controller is arranged to immediately open the discharging shutter and control the driving part to operate after the lapse of a predetermined delay time from when the switching part is first turned on, and then stop the driving part when the switching part is turned off, and in response to the switching part being turned on again before a predetermined restart time elapses from when the switching part is turned off, the controller is arranged to control the driving part to operate as soon as the switching part is turned on again.
Lock cylinder comprising a key-operated locking core rotatable in a cylinder housing, an identification unit arranged at the front side of the cylinder housing, wherein a receiving unit connected to the cylinder housing is provided, the receiving unit comprising a receiving space, wherein the identification unit comprises a transponder, wherein the transponder is arranged inside the receiving space and wherein the receiving unit is received in a material recess of the cylinder housing, characterized in that the receiving unit is made of plastics, that the transponder is an RFID transponder and that the receiving unit has a wall section at its front, the outward facing surface of which forming a part of the front of the lock cylinder.
An installation for cutting a thin layer of synthetic material, said installation comprising, on the one hand a work table for receiving a thin layer of synthetic material and on the other hand a cutting head comprising a shoe having a sliding bearing surface and a cutting member capable of extending projecting from said sliding bearing surface, said sliding bearing surface being intended to be applied against said thin layer of synthetic material, while said shoe is moved substantially parallel to said work table according to predefined trajectories to be able to cut said thin layer of synthetic material; characterised in that said cutting member comprises a sonotrode and a transducer, and in that said work table includes an adherent coating made from an elastomer having a coefficient of static friction with respect to said synthetic material, while said shoe is made from a metal material and said bearing surface is treated so as to be flat and devoid of roughness, said sliding bearing surface having a coefficient of dynamic friction with respect to said synthetic material, lower than said coefficient of static friction, to be able to maintain said layer of synthetic material in a fixed position against said work table when said shoe is caused to slide on said layer of synthetic material. characterised in that said cutting member comprises a sonotrode and a transducer, and in that said work table includes an adherent coating made from an elastomer having a coefficient of static friction with respect to said synthetic material, while said shoe is made from a metal material and said bearing surface is treated so as to be flat and devoid of roughness, said sliding bearing surface having a coefficient of dynamic friction with respect to said synthetic material, lower than said coefficient of static friction, to be able to maintain said layer of synthetic material in a fixed position against said work table when said shoe is caused to slide on said layer of synthetic material.
A digital calibration method, comprising: in a case where a circuit to be calibrated is in a calibration mode, selecting a first value from a first range as a test compensation calibration code value for a current test, wherein the circuit to be calibrated is a comparator or operational amplifier of an analog-to-digital converter, wherein a common mode voltage is provided to a non-inverting input terminal and an inverting input terminal of the circuit to be calibrated; inputting the test compensation calibration code value to a compensation calibration code input terminal of the circuit to be calibrated; sampling output of the circuit to be calibrated specified times; counting a number of times when the output of the circuit to be calibrated is a target result within the specified times, to obtain a second value; judging whether the second value is within a second range; and if the second value is within a second range, taking the test compensation calibration code value as a compensation calibration code of the circuit to be calibrated in an operating mode. in a case where a circuit to be calibrated is in a calibration mode, selecting a first value from a first range as a test compensation calibration code value for a current test, wherein the circuit to be calibrated is a comparator or operational amplifier of an analog-to-digital converter, wherein a common mode voltage is provided to a non-inverting input terminal and an inverting input terminal of the circuit to be calibrated; inputting the test compensation calibration code value to a compensation calibration code input terminal of the circuit to be calibrated; sampling output of the circuit to be calibrated specified times; counting a number of times when the output of the circuit to be calibrated is a target result within the specified times, to obtain a second value; judging whether the second value is within a second range; and if the second value is within a second range, taking the test compensation calibration code value as a compensation calibration code of the circuit to be calibrated in an operating mode.
A method performed by a transmitting entity for detecting at least one of a plurality of physical control channels by a receiving entity (MS1, MS2, MS3, MS4), wherein each of the physical control channels is configured according to one of plural control information formats differing in their number of bits, the method comprising the following steps: generating control information, and transmitting the control information to the receiving entity (MS1, MS2, MS3, MS4), via a physical control channel that is mapped to resource elements for a blind detection of the physical control channel on the resource elements, the detection being performed by the receiving entity, wherein the physical control channel consists of a number of bits that is an integer multiple of a smallest allowed number of coded control information bits for the plural control information formats. generating control information, and transmitting the control information to the receiving entity (MS1, MS2, MS3, MS4), via a physical control channel that is mapped to resource elements for a blind detection of the physical control channel on the resource elements, the detection being performed by the receiving entity, wherein the physical control channel consists of a number of bits that is an integer multiple of a smallest allowed number of coded control information bits for the plural control information formats.
A method of producing ex-vivo immune cells that are resistant to a purine analogue drug, comprising the step of: (a) Providing an immune cell; (b) transfecting said immune cell with a nucleic acid sequence encoding a rare-cutting endonuclease specifically targeting a gene expressing an enzyme having deoxycytidine kinase activity (dcK - EC 2.7.1.74); (c) expressing said endonuclease into said immune cells to obtain targeted inactivation of said dcK gene; (d) Expanding the engineered immune cells obtained in step c), optionally in the presence of said purine analogue drug. (a) Providing an immune cell; (b) transfecting said immune cell with a nucleic acid sequence encoding a rare-cutting endonuclease specifically targeting a gene expressing an enzyme having deoxycytidine kinase activity (dcK - EC 2.7.1.74); (c) expressing said endonuclease into said immune cells to obtain targeted inactivation of said dcK gene; (d) Expanding the engineered immune cells obtained in step c), optionally in the presence of said purine analogue drug.
Method of operating a combustion chamber of a gas turbine having first and second premixed fuel supply devices (11, 12) having substantially conical shape with tangential slots for air entrance within it and nozzles close to the slots for fuel injection connected to a combustion device that has first zones connected to the first fuel supply devices and second zones connected to the second premixed fuel supply devices, wherein the second premixed fuel supply devices are shifted along a combustion device longitudinal axis with respect to the first premixed fuel supply devices, and wherein the first zones are axially upstream of the second premixed fuel supply devices such that the flame generated by burning the mixture generated in the first fuel supply devices 11 is housed axially upstream of the second fuel supply devices 12, and characterized in that the first premixed fuel supply devices generate a flame having a higher temperature than the flame generated by the second premixed fuel supply devices, wherein, in a first operating condition at part load, the fuel supplied into the second premixed fuel supply devices is reduced, but the fuel supplied into the first premixed fuel supply devices is maintained constant and wherein, in a second operating condition at low load, the first premixed fuel supply devices and the second premixed fuel supply devices are simultaneously regulated.