mhurhangee/ep-ind-claims huggingface dataset:
A method of screening cells, comprising (a) providing a plurality of different cells, wherein each of the different cells comprises a nucleic acid tag having a tag sequence, the nucleic acid tag sequence being linked to each cell of the plurality of cells via covalent attachment to a plasma membrane lipid, plasma membrane fatty acid, or protein in a plasma membrane lipid of the cell, wherein each tag sequence comprises a unique sequence; (b) contacting a mixture of the different cells with a solid support to form an array of cells attached to the solid support; (c) screening the array of cells on the solid support for at least one optical characteristic, wherein the screening reaction comprises detecting the individual cells that are attached to the solid support; (d) sequencing the tag sequences of nucleic acid tags that are attached to the solid support; and (e) identifying at least one cell in the array as a candidate cell based on the optical characteristic and the tag sequence of the candidate cell. (a) providing a plurality of different cells, wherein each of the different cells comprises a nucleic acid tag having a tag sequence, the nucleic acid tag sequence being linked to each cell of the plurality of cells via covalent attachment to a plasma membrane lipid, plasma membrane fatty acid, or protein in a plasma membrane lipid of the cell, wherein each tag sequence comprises a unique sequence; (b) contacting a mixture of the different cells with a solid support to form an array of cells attached to the solid support; (c) screening the array of cells on the solid support for at least one optical characteristic, wherein the screening reaction comprises detecting the individual cells that are attached to the solid support; (d) sequencing the tag sequences of nucleic acid tags that are attached to the solid support; and (e) identifying at least one cell in the array as a candidate cell based on the optical characteristic and the tag sequence of the candidate cell.
An aerosol generation system comprising: a consumable comprising a storage portion for storage of an aerosol generating precursor and a non-transient memory carrying information, wherein the information comprises an encrypted first portion and a corresponding second portion without encryption; and an aerosol generation device body including electrical circuitry to: obtain from said non-transient memory said information; decrypt the first portion; determine the consumable as authentic if the decrypted first portion corresponds to the second portion, wherein all or part of the encrypted first portion and/or of the corresponding second portion without encryption of the information is associated with the operation of the consumable as part of the system, and is for authentication and for calibration of the device body for use with the consumable. a consumable comprising a storage portion for storage of an aerosol generating precursor and a non-transient memory carrying information, wherein the information comprises an encrypted first portion and a corresponding second portion without encryption; and an aerosol generation device body including electrical circuitry to: obtain from said non-transient memory said information; decrypt the first portion; determine the consumable as authentic if the decrypted first portion corresponds to the second portion, wherein all or part of the encrypted first portion and/or of the corresponding second portion without encryption of the information is associated with the operation of the consumable as part of the system, and is for authentication and for calibration of the device body for use with the consumable.
A medical device delivery system comprising: a handle, an actuator on the handle, a plurality of delivery system components, characterized in that the actuator is configured to selectively actuate the plurality of delivery system components. a handle, an actuator on the handle, a plurality of delivery system components, characterized in that the actuator is configured to selectively actuate the plurality of delivery system components.
Mixing arrangement for use in an exhaust system, the mixing arrangement comprising an exhaust duct and a mixing duct arranged inside the exhaust duct, further comprising a mixer configuration arranged inside the mixing duct, the mixing arrangement further comprising a gap arranged between mixing duct and exhaust duct, wherein the gap comprises an inlet opening adapted to enable a portion of an exhaust fluid to enter the gap through the inlet opening for surrounding at least part of the length of the mixing duct, while another portion of the exhaust fluid may flow into the mixing duct, wherein the gap further comprises an outlet opening arranged at a downstream end of the gap, wherein the mixer configuration comprises mixing elements directing from a side wall (42, 56) of the mixing duct towards an interior of the mixing duct, and wherein an opening is provided in a side wall (42,56) of the mixing duct allowing exhaust fluid to flow from the gap into the interior of the mixing duct, characterized in that the mixing elements are made of portions of the side wall (42,56) of the mixing duct.
Electromagnetic valve, in particular for motor vehicle traction control systems, with a valve housing in which a valve closing member is guided moveably, and with a magnet armature for actuating the valve closing member, which magnet armature executes a lifting movement in the direction of a magnet core as a function of the electromagnetic excitation of a valve coil mounted on the valve housing, wherein a peripheral annular groove is arranged on the surface area of the magnet armature and there is arranged in the annular groove an axially moveable throttle disk which, as a function of the lift of the magnet armature, performs hydraulic throttling in the adjacent region of the annular groove, characterized in that the magnet core is arranged in the valve housing and in that the throttle disk is designed as an annular disk through which the magnet armature penetrates and which can be brought to bear alternately, in each case with one of its two end faces, either in the region of a housing stop fixed in the valve housing or in the region of a stop face, delimiting the annular groove, of the magnet armature.
A loudspeaker, comprising: - a first diaphragm, - a second diaphragm spaced from the first diaphragm, - a first voice coil coupled to the first diaphragm, - a second voice coil coupled to the second diaphragm, - a magnet assembly comprising a magnet, a magnetic piece and a spacer of non-magnetic material connecting the magnet and the magnetic piece such that a gap is provided between the magnet and the magnetic piece, wherein the first voice coil is arranged at a first end of the gap and the second voice coil is arranged at a second end of the gap opposite the first end of the gap, wherein the gap is at least partially filled with the spacer, wherein at least the ends of the gap are not filled with the spacer to accommodate the first voice coil and the second voice coil, - a basket coupled to at least one of the magnet and the magnetic piece, - a first surround coupling an outer circumference of the first diaphragm to the basket, - a second surround coupling an outer circumference of the second diaphragm to the basket, and - an elastic element arranged between the first diaphragm and the second diaphragm, characterized in that a first end of the elastic element is coupled to a center of the first diaphragm, and a second end of the elastic element is coupled to a center of the second diaphragm. - a first diaphragm, - a second diaphragm spaced from the first diaphragm, - a first voice coil coupled to the first diaphragm, - a second voice coil coupled to the second diaphragm, - a magnet assembly comprising a magnet, a magnetic piece and a spacer of non-magnetic material connecting the magnet and the magnetic piece such that a gap is provided between the magnet and the magnetic piece, wherein the first voice coil is arranged at a first end of the gap and the second voice coil is arranged at a second end of the gap opposite the first end of the gap, wherein the gap is at least partially filled with the spacer, wherein at least the ends of the gap are not filled with the spacer to accommodate the first voice coil and the second voice coil, - a basket coupled to at least one of the magnet and the magnetic piece, - a first surround coupling an outer circumference of the first diaphragm to the basket, - a second surround coupling an outer circumference of the second diaphragm to the basket, and - an elastic element arranged between the first diaphragm and the second diaphragm, characterized in that a first end of the elastic element is coupled to a center of the first diaphragm, and a second end of the elastic element is coupled to a center of the second diaphragm.
System (10; 10') comprising: - a pawl device (110; 110') for a first wheel of a first part (301; 301') of a drivetrain (300; 300') for winding a mainspring; - a clutch device (120; 120') for engaging a second part (302; 302') of a drivetrain (300; 300') for winding the mainspring with the first part (301; 301') of the drivetrain (300; 300') for winding the mainspring; and - a coupling device (130; 130') for coupling the pawl device and the clutch device, particularly a device (130; 130') for coupling the states of operation of the pawl device and of the clutch device. - a pawl device (110; 110') for a first wheel of a first part (301; 301') of a drivetrain (300; 300') for winding a mainspring; - a clutch device (120; 120') for engaging a second part (302; 302') of a drivetrain (300; 300') for winding the mainspring with the first part (301; 301') of the drivetrain (300; 300') for winding the mainspring; and - a coupling device (130; 130') for coupling the pawl device and the clutch device, particularly a device (130; 130') for coupling the states of operation of the pawl device and of the clutch device.
A hidden joining device for parts of furniture and furnishing items, in particular between a first panel, such as a shoulder of a piece of furniture, and a second panel, such as a base or shelf or top of a piece of furniture, which must be moved towards each other according to an approach direction (d) in order to bring the edge of one panel abutted in a tightening position against a surface of the other panel, said joining device consisting of a blocking group and a connection group which can be assembled on at least one panel (11,12), wherein said blocking group can be inserted inside a seat (S1, S1') that is contained in the thickness of the panel (11, 12) on which the blocking group can be applied, said seat (S1, S1') having an axis perpendicular to said direction (d), and extending from a rear edge of the panels (11, 12) towards the interior of said panels (11, 12), forming a first blind hole in the two panels (11, 12) when connected, wherein said blocking group comprises an elongated bushing or tubular element which can be inserted in said first blind hole which is formed in the first panel (12, 11) and which intersects with two second blind holes (32, 33), perpendicular to said first blind hole and spaced apart, also formed in the first panel (12, 11), each of said two second blind holes (32, 33) being suitable for receiving a protruding part of a pin (34, 34'; 34"), said elongated bushing or tubular element is hollow and provides two transversal pass-through holes (40, 40') which are in such a position as to be suitable to be aligned with said two second blind holes (32, 33), spaced apart and formed in the panel (12, 11), when the bushing is completely inserted in said first blind hole, characterized in that said bushing, in the proximity of the two transversal pass-through holes (40, 40'), provides threaded sections of internal surface (41, 41') suitable for being complementarily engaged with outer threaded surfaces of blocking grub screws (39, 39').
A method for generating an identifier for a system of energy storage devices (B i), the system of energy storage devices (B i) comprising a plurality of mutually connected energy storage devices (B i), wherein the method comprises: - providing a standard model for predicting one or more state parameters (S m) of the energy storage devices (B;) as a function of one or more measurable physical variables (X n) and of one or more model parameters (P j); - providing, for each of the energy storage devices (B i), a set of measured values of each of the one or more physical variables (X n); - determining, for each of the energy storage devices (B i), at least one parameter correction (ΔP i j) based on the corresponding set of measured values, wherein each parameter correction (ΔP i j) is a correction of a corresponding one of the one or more model parameters (P j), such that when the one or more model parameters (P j) are corrected by the corresponding parameter corrections (ΔP i j), the standard model provides a more accurate prediction of the one or more state parameters (S m) of the corresponding energy storage device (B i); - generating an identifier of the system of energy storage devices (B i) comprising the at least one parameter correction (ΔP i j) determined for each of the energy storage devices (B i). - providing a standard model for predicting one or more state parameters (S m) of the energy storage devices (B;) as a function of one or more measurable physical variables (X n) and of one or more model parameters (P j); - providing, for each of the energy storage devices (B i), a set of measured values of each of the one or more physical variables (X n); - determining, for each of the energy storage devices (B i), at least one parameter correction (ΔP i j) based on the corresponding set of measured values, wherein each parameter correction (ΔP i j) is a correction of a corresponding one of the one or more model parameters (P j), such that when the one or more model parameters (P j) are corrected by the corresponding parameter corrections (ΔP i j), the standard model provides a more accurate prediction of the one or more state parameters (S m) of the corresponding energy storage device (B i); - generating an identifier of the system of energy storage devices (B i) comprising the at least one parameter correction (ΔP i j) determined for each of the energy storage devices (B i).
A system for transferring an ink image from a photoconductor to a print substrate, the system comprising: a transfer member and a laser, the system characterised in that: the transfer member has a light absorbing exterior surface to receive a liquid Liquid Electro-Photographic, LEP, ink image from the photoconductor and to release a molten toner layer to a print substrate; and the laser is configured to expose a width of the surface carrying the liquid ink image to a laser beam delivering enough power to raise the temperature of the exterior surface of the transfer member at least 150°C in less than 10ms to transform the liquid ink image into a molten toner layer by evaporating a carrier liquid from the liquid ink and causing the toner particles to change phase. the transfer member has a light absorbing exterior surface to receive a liquid Liquid Electro-Photographic, LEP, ink image from the photoconductor and to release a molten toner layer to a print substrate; and the laser is configured to expose a width of the surface carrying the liquid ink image to a laser beam delivering enough power to raise the temperature of the exterior surface of the transfer member at least 150°C in less than 10ms to transform the liquid ink image into a molten toner layer by evaporating a carrier liquid from the liquid ink and causing the toner particles to change phase.
Sealing profile for sealing of a clamping means with a circumferential section and two opposing clamping sections, between which there is a clamping slit for clamping of clamped parts, wherein the sealing profile has a hygienic design by sealing both the clamping slit between the clamping sections and profile slits between the circumferential sections and clamping sections and the clamped parts without any gaps, and the sealing profile comprises two circumferential sealing sections and at least one connecting section, wherein the circumferential sealing sections clasp the outer circumference of the clamped part and the connecting section connects both circumferential sealing sections and is formed in a way, that it is adapted to the outer contour of the clamping sections and ends with them, wherein the sealing profile is formed continuously and in one part.
Method for controlling a hydrodynamic retarder in a motor vehicle, which retarder can be mechanically uncoupled via a disconnecting coupling and has a rotating bladed rotor and a bladed stator or a rotating bladed rotor and a counterrotating bladed rotor rotating in the opposite direction thereto, which together form a working chamber filled with working medium in a braking mode and emptied of working medium in a non-braking mode, the rotor being driven in the braking mode via a drive train with a closed separating clutch and the working chamber being emptied and the separating clutch being opened during the transition from the braking mode to the non-braking mode, the transition from braking mode to non-braking mode being initiated by a retarder disengagement request from a driver assistance system or by actuation of an input device by a vehicle driver, and the transition from non-braking mode to braking mode being initiated by a retarder engagement request from the driver assistance system or by actuation of an input device by the vehicle driver, characterized in that a rotational speed of the rotor and/or a speed of the motor vehicle is monitored and the disconnect clutch is closed below a predefined rotational speed of the rotor and/or speed of the motor vehicle independently of the retarder engagement request of the driver assistance system or by actuation of the input device by the vehicle driver.
An integrated circuit, IC, package having a test access port, TAP, comprising a test data input, TDI, test data output, TDO, test clock, TCK, and test mode select, TMS, the IC package comprising: a master IC die including a master Joint Test Action Group, JTAG, controller and a master wrapper circuit coupled to the master JTAG controller, the master wrapper circuit comprising a first demultiplexer having an input coupled to a TDO of the master JTAG controller, and a first output coupled to an output (116M-1) of the master wrapper circuit; a slave IC die including a slave JTAG controller and a slave wrapper circuit coupled to the slave JTAG controller; a forwarding path coupling the output of the master wrapper circuit to a first input (116S-2) of the slave wrapper circuit; and a master return path coupling a first output (116S-3) of the slave wrapper circuit to an input (116M-4) of the master wrapper circuit; and wherein the master wrapper circuit couples the TDI of the TAP to a TDI of the master JTAG controller, and selectively couples, based on a first control signal, the TDO of the TAP to either the master return path or the TDO of the master JTAG controller. a master IC die including a master Joint Test Action Group, JTAG, controller and a master wrapper circuit coupled to the master JTAG controller, the master wrapper circuit comprising a first demultiplexer having an input coupled to a TDO of the master JTAG controller, and a first output coupled to an output (116M-1) of the master wrapper circuit; a slave IC die including a slave JTAG controller and a slave wrapper circuit coupled to the slave JTAG controller; a forwarding path coupling the output of the master wrapper circuit to a first input (116S-2) of the slave wrapper circuit; and a master return path coupling a first output (116S-3) of the slave wrapper circuit to an input (116M-4) of the master wrapper circuit; and wherein the master wrapper circuit couples the TDI of the TAP to a TDI of the master JTAG controller, and selectively couples, based on a first control signal, the TDO of the TAP to either the master return path or the TDO of the master JTAG controller.
Method for detecting a thermal anomaly during running of a tyre-wheel assembly of a vehicle equipped with a mounting wheel on which a pneumatic tyre is mounted, characterized in that it comprises the following steps: - measuring the internal pressure and temperature of the tyre-wheel assembly using a sensor attached to the mounting wheel; - calculating a monitoring ratio (P/T) which is a function of the measured pressure and of the measured temperature; - repeating the preceding steps and tracking the evolution in the value of the monitoring ratio in order to determine a thermal anomaly when the internal temperature of the tyre-wheel assembly increases more rapidly than the internal pressure of the tyre-wheel assembly. - measuring the internal pressure and temperature of the tyre-wheel assembly using a sensor attached to the mounting wheel; - calculating a monitoring ratio (P/T) which is a function of the measured pressure and of the measured temperature; - repeating the preceding steps and tracking the evolution in the value of the monitoring ratio in order to determine a thermal anomaly when the internal temperature of the tyre-wheel assembly increases more rapidly than the internal pressure of the tyre-wheel assembly.
A carpet pad comprising: a cushion formed of a compressible, resilient polyurethane foam, the cushion having an upper and lower surface thereon, and, a barrier film formed of a butylene/poly(alkylene ether) phthalate copolymer material bonded to the upper surface of the cushion, the barrier film being free of any fibrous substrate, other than the cushion, laminated to the barrier film, wherein the carpet pad is: impermeable to liquid deposited onto the pad from above the barrier film, and permeable to moisture vapor transmission at a rate of at least 14.6 grams per square meter per twenty-four hours (14.6 g/m 2 /24 hours), and wherein the pad maintains liquid impermeability as measured by one or more of the following tests: under a pressure of at least eight pounds per square inch (0.56 kg/m 2) as measured by a Modified Mullen Bursting Strength Test; and after a Vetterman Drum Wear Test/Staining/Stain Cleaning Test of at least ten thousand cycles, and whereby the carpet pad does not absorb liquid deposited onto the pad from above the upper surface of the barrier film and allows moisture from below the lower surface of the cushion to pass through the pad. a cushion formed of a compressible, resilient polyurethane foam, the cushion having an upper and lower surface thereon, and, a barrier film formed of a butylene/poly(alkylene ether) phthalate copolymer material bonded to the upper surface of the cushion, the barrier film being free of any fibrous substrate, other than the cushion, laminated to the barrier film, wherein the carpet pad is: impermeable to liquid deposited onto the pad from above the barrier film, and permeable to moisture vapor transmission at a rate of at least 14.6 grams per square meter per twenty-four hours (14.6 g/m 2 /24 hours), and impermeable to liquid deposited onto the pad from above the barrier film, and permeable to moisture vapor transmission at a rate of at least 14.6 grams per square meter per twenty-four hours (14.6 g/m 2 /24 hours), and wherein the pad maintains liquid impermeability as measured by one or more of the following tests: under a pressure of at least eight pounds per square inch (0.56 kg/m 2) as measured by a Modified Mullen Bursting Strength Test; and after a Vetterman Drum Wear Test/Staining/Stain Cleaning Test of at least ten thousand cycles, and under a pressure of at least eight pounds per square inch (0.56 kg/m 2) as measured by a Modified Mullen Bursting Strength Test; and after a Vetterman Drum Wear Test/Staining/Stain Cleaning Test of at least ten thousand cycles, and whereby the carpet pad does not absorb liquid deposited onto the pad from above the upper surface of the barrier film and allows moisture from below the lower surface of the cushion to pass through the pad.