mhurhangee/ep-ind-claims huggingface dataset:
An electronic device comprising: a housing comprising a metal main body formed on a first surface, and at least one side wall formed at a periphery of the main body on a second surface different from the first surface; a slit area to be used as an antenna for performing a communication function, comprising a plurality of slits, formed on a surface of the at least one side wall of the housing and having a specific width and a specific length, at least a portion of each slit extending from an outer surface of the housing to an inner surface of the housing; a plurality of metal rail parts that are partitioned by the plurality of slits; a slit filling part filled in the interior of each of the plurality of slits; an inner support structure that is formed on the inner surface of the housing and is connected to at least a portion of the slit filling parts; and at least one metal rib that electrically connects the rail parts to a part of the housing, wherein each metal rib fixes the rail parts to each other in an area partitioned by the slits, wherein the specific length of the slit area is smaller than an entire length of a side wall, wherein the slit area is formed to have a U shape on the surface of the at least one side wall of the housing. a housing comprising a metal main body formed on a first surface, and at least one side wall formed at a periphery of the main body on a second surface different from the first surface; a slit area to be used as an antenna for performing a communication function, comprising a plurality of slits, formed on a surface of the at least one side wall of the housing and having a specific width and a specific length, at least a portion of each slit extending from an outer surface of the housing to an inner surface of the housing; a plurality of metal rail parts that are partitioned by the plurality of slits; a slit filling part filled in the interior of each of the plurality of slits; an inner support structure that is formed on the inner surface of the housing and is connected to at least a portion of the slit filling parts; and at least one metal rib that electrically connects the rail parts to a part of the housing, wherein each metal rib fixes the rail parts to each other in an area partitioned by the slits, wherein the specific length of the slit area is smaller than an entire length of a side wall, wherein the slit area is formed to have a U shape on the surface of the at least one side wall of the housing.
A magnetisable ink suitable for a packing material for forming food packages comprising magnetisable particles, water, an antifoaming agent and a binder to disperse the magnetisable particle and to ensure adhesion to the packaging material, wherein the binder is chosen from the group consisting of acrylate, acrylics, polyurethane, nitrocellulose, and polyamide, and wherein the amount of binder is between 20 and 60 percent of weight of the ink.
A computer program for performing the steps in a flow cytometry system of: (a) converting a first signal and at least one additional signal affiliated with individual particles in a fluid stream in a flow cytometry system into n-dimensional parameter data, where n is equal to the number of signals, wherein at least two populations of said individual particles overlap in one of said n-dimensions; (b) mathematically altering the n-dimensional parameter data by at least rotating the n-dimensional parameter data to create a better spatial separation in the dimension that is overlapped; and (c) real-time classifying said n-dimensional parameter data of each of said individual particles into one of said at least two populations using said rotated n-dimensional parameter data; to facilitate sorting said individual particles based upon said real-time classification. (a) converting a first signal and at least one additional signal affiliated with individual particles in a fluid stream in a flow cytometry system into n-dimensional parameter data, where n is equal to the number of signals, wherein at least two populations of said individual particles overlap in one of said n-dimensions; (b) mathematically altering the n-dimensional parameter data by at least rotating the n-dimensional parameter data to create a better spatial separation in the dimension that is overlapped; and (c) real-time classifying said n-dimensional parameter data of each of said individual particles into one of said at least two populations using said rotated n-dimensional parameter data;
A method for wireless communication in a high speed packet access system, comprising: receiving a channel quality indicator from a dual stream capable wireless communication device requesting a single-stream transmission at a first data rate; adjusting the first data rate by an adaptive outer loop margin (115, 117) to obtain a second data rate; transmitting a data stream to the wireless communication device using the second data rate; receiving a positive-acknowledgement/negative-acknowledgement, ACK/NACK, from the wireless communication device; and adjusting the adaptive outer loop margin (115, 117) according to the received ACK/NACK, characterised in that the adaptive outer loop margin (115, 117) comprises a first adaptive outer loop margin for single-user multiple-input and multiple-output transmissions and a second adaptive outer loop margin for multiple-user multiple-input and multiple-output transmissions, wherein the multiple-user multiple-input and multiple-output transmissions comprise a transmission of the data stream to the wireless communication device using a first beam and a simultaneous transmission of a second data stream to another wireless communication device using a second beam, orthogonal to the first beam. receiving a channel quality indicator from a dual stream capable wireless communication device requesting a single-stream transmission at a first data rate; adjusting the first data rate by an adaptive outer loop margin (115, 117) to obtain a second data rate; transmitting a data stream to the wireless communication device using the second data rate; receiving a positive-acknowledgement/negative-acknowledgement, ACK/NACK, from the wireless communication device; and adjusting the adaptive outer loop margin (115, 117) according to the received ACK/NACK, characterised in that the adaptive outer loop margin (115, 117) comprises a first adaptive outer loop margin for single-user multiple-input and multiple-output transmissions and a second adaptive outer loop margin for multiple-user multiple-input and multiple-output transmissions, wherein the multiple-user multiple-input and multiple-output transmissions comprise a transmission of the data stream to the wireless communication device using a first beam and a simultaneous transmission of a second data stream to another wireless communication device using a second beam, orthogonal to the first beam.
Extendable table, comprising two table leg sets arranged opposite each other, and multiple surface slats disposed between the two table leg sets, the table leg set has an inverted U-shape overall, and comprises two table legs, and a crossbeam disposed between top ends of the two table legs; two extendable beams are provided between the two table leg sets, and an upper end face of the extendable beam is provided with a slide groove, characterized in that: a chain structure is disposed in the slide groove, the chain structure comprises multiple sliders slidably mated with the slide groove, and a separation limiting plate disposed between adjacent sliders; one end of the separation limiting plate is provided with a fixing end head fixed to one end of the slider, the separation limiting plate is provided with a travel slot, the slider is provided with a travel post slidably mated with the travel slot, and a bottom end of the travel post is provided with an end cap head after passing through the travel slot, each of the surface slats is fixed on top of two sliders corresponding to the two chain structures. a chain structure is disposed in the slide groove, the chain structure comprises multiple sliders slidably mated with the slide groove, and a separation limiting plate disposed between adjacent sliders; one end of the separation limiting plate is provided with a fixing end head fixed to one end of the slider, the separation limiting plate is provided with a travel slot, the slider is provided with a travel post slidably mated with the travel slot, and a bottom end of the travel post is provided with an end cap head after passing through the travel slot, each of the surface slats is fixed on top of two sliders corresponding to the two chain structures.
An apparatus for providing power to a multipole in a mass spectrometer, the apparatus comprising: a first resonant LC circuit (535, 540); at least one inductor for forming a second resonant LC circuit with said multipole, said second resonant LC circuit connected in cascade with said first resonant LC circuit (535, 540), when said at least one inductor is connected to said multipole; an RF power source for providing an RF signal; and a step-up transformer connected in parallel to said RF power source on a primary side and said first resonant LC circuit (535, 540) on a secondary side, said step-up transformer providing voltage gain (Vg) for said RF signal thereby reducing the loaded Q of said resonant LC circuits. a first resonant LC circuit (535, 540); at least one inductor for forming a second resonant LC circuit with said multipole, said second resonant LC circuit connected in cascade with said first resonant LC circuit (535, 540), when said at least one inductor is connected to said multipole; an RF power source for providing an RF signal; and a step-up transformer connected in parallel to said RF power source on a primary side and said first resonant LC circuit (535, 540) on a secondary side, said step-up transformer providing voltage gain (Vg) for said RF signal thereby reducing the loaded Q of said resonant LC circuits.
A control valve, in particular for an adjustable rotary pump of a motor vehicle, comprising: a) a valve housing which comprises a piston space; and b) a control piston which is movably arranged in the piston space and sub-divides the piston space into at least a first valve space and a second valve space, c) and at least a leakage path which sets a desired leakage between the first valve space and the second valve space, d) wherein the control piston sub-divides the piston space into at least three valve spaces (R1, R2, R3, R3'), characterised in that e) another leakage path connects the third valve space and the second valve space or the third valve space (R3') and the first valve space to each other, and in that f) the leakage via the first leakage path is larger than the leakage via the other leakage path. a) a valve housing which comprises a piston space; and b) a control piston which is movably arranged in the piston space and sub-divides the piston space into at least a first valve space and a second valve space, c) and at least a leakage path which sets a desired leakage between the first valve space and the second valve space, d) wherein the control piston sub-divides the piston space into at least three valve spaces (R1, R2, R3, R3'), characterised in that e) another leakage path connects the third valve space and the second valve space or the third valve space (R3') and the first valve space to each other, and in that f) the leakage via the first leakage path is larger than the leakage via the other leakage path.
Food preparation household electrical appliance, of food processor or mixer type, having a motor driving in rotation, via a transmission member, at least one whip having a drive head and wires forming a loop whose ends are attached to the drive head, said wires defining a central cage which, in working position, is immersed in a working receptacle without coming into contact with it, characterised in that said whip also comprises strands defining a deformable outer cage having less rigidity than the central cage, said outer cage having a flexible lower portion which projects longitudinally relative to the lower end of the central cage and which touches a wall of the working receptacle.
A fugitive emission collection device (12, 22, 32) for acquiring an atmosphere sample around a seal of a process component (20, 6, 2), the fugitive emission collection device comprising: a rigid assembly shaped to form a low impedance cavity that overlays the seal of the process component for capturing atmosphere proximate to the seal, the rigid assembly having a conduit with one or more inlets in fluid communication with the low impedance cavity and an outlet for fluid communication with an emission detection system that can analyze the atmosphere to detect emissions leaking from the seal, the rigid assembly further comprising: a base having a through hole and a mating surface, wherein the conduit is formed along the mating surface interconnecting the inlets to the outlet, and the through hole defines the low impedance cavity; and a cover for attachment to the mating surface of the base to create the conduit, wherein the cover covers a portion of the low impedance cavity. a rigid assembly shaped to form a low impedance cavity that overlays the seal of the process component for capturing atmosphere proximate to the seal, the rigid assembly having a conduit with one or more inlets in fluid communication with the low impedance cavity and an outlet for fluid communication with an emission detection system that can analyze the atmosphere to detect emissions leaking from the seal, the rigid assembly further comprising: a base having a through hole and a mating surface, wherein the conduit is formed along the mating surface interconnecting the inlets to the outlet, and the through hole defines the low impedance cavity; and a cover for attachment to the mating surface of the base to create the conduit, wherein the cover covers a portion of the low impedance cavity. a base having a through hole and a mating surface, wherein the conduit is formed along the mating surface interconnecting the inlets to the outlet, and the through hole defines the low impedance cavity; and a cover for attachment to the mating surface of the base to create the conduit, wherein the cover covers a portion of the low impedance cavity.
A system comprising: a brace; an imaging device secured to the brace for obtaining images of an area of interest as radiotherapy treatment is delivered to the area of interest; a storage device for receiving the images from the imaging device; a processor configured to: compare two or more of the images of the areas of interest; and determine adjustments to one or more radiation treatment parameters based on the results of the comparison, the one or more radiation treatment parameters defining one or more beam delivery paths; and a controller operably connected to the processor and the brace to cause positional adjustments to the brace; characterised in that the controller is configured to cause the positional adjustments in response to the adjustments of the one or more treatment parameters to keep the imaging device outside the one or more beam delivery paths. a brace; an imaging device secured to the brace for obtaining images of an area of interest as radiotherapy treatment is delivered to the area of interest; a storage device for receiving the images from the imaging device; a processor configured to: compare two or more of the images of the areas of interest; and determine adjustments to one or more radiation treatment parameters based on the results of the comparison, the one or more radiation treatment parameters defining one or more beam delivery paths; and compare two or more of the images of the areas of interest; and determine adjustments to one or more radiation treatment parameters based on the results of the comparison, the one or more radiation treatment parameters defining one or more beam delivery paths; and a controller operably connected to the processor and the brace to cause positional adjustments to the brace; characterised in that the controller is configured to cause the positional adjustments in response to the adjustments of the one or more treatment parameters to keep the imaging device outside the one or more beam delivery paths.
A recombinant luciferase having luciferase activity and an amino acid sequence which differs from wild-type luciferase from Photinus pyralis, Luciola mingrelica, Luciola cruciata, Luciola lateralis, Pyrophorus plagiophthalamus, Lampyris noctiluca, or Photuris pennsylvanica, in that in the sequence of the recombinant luciferase, the amino acid residue corresponding to phenylalanine 14 in Photinus pyralis wild-type luciferase, to phenylalanine 16 in Luciola mingrelica wild-type luciferase, or to phenylalanine 17 in Luciola cruciata or Luciola lateralis wild-type luciferases is mutated as compared to the corresponding amino acid which appears in the corresponding wild-type luciferase sequence, such that the recombinant luciferase has increased thermostability as compared to the corresponding wild-type luciferase.
Method for operating a cooking appliance, which has a cooking compartment, in which a cooked food support can be positioned in at least two different shelf levels (I, II, III), wherein a specific shelf level (I, II, III) for the cooked food support is predetermined for a preparation program, and it is detected whether, as a function of the selected preparation program, the cooked food support is arranged on the shelf level (I, II, III) provided therefor and the preparation program is changed if the cooked food support is arranged on a used shelf level (I, II, III) which differs from the provided shelf level (I, II, III), characterised in that the changed preparation program is only started after confirmation by the user or is automatically started after a predeterminable period of time has elapsed, which is determined after communication of a change to the preparation program and in which there is no change to the shelf level (I, II, III) by the user.
A firearm with tubular handguard mounting system comprising: a receiver; a screw-in type barrel supported by the receiver, the barrel comprising a muzzle end and a breech end threadably engaging a threaded bore in a front end of the receiver; a primary barrel nut threadably engaging the breech end of the barrel, the primary barrel nut abuttingly engaging the front end of the receiver; a secondary barrel nut assembly threadably engaging the primary barrel nut, the secondary barrel nut assembly including an annular abutment surface abuttingly engaging an external annular flange on the barrel, the external annular flange on the barrel disposed between the primary barrel nut and the annular abutment surface on the secondary barrel nut assembly; and a tubular handguard mounted to the secondary barrel nut assembly and encircling at least part of a length of the barrel. a receiver; a screw-in type barrel supported by the receiver, the barrel comprising a muzzle end and a breech end threadably engaging a threaded bore in a front end of the receiver; a primary barrel nut threadably engaging the breech end of the barrel, the primary barrel nut abuttingly engaging the front end of the receiver; a secondary barrel nut assembly threadably engaging the primary barrel nut, the secondary barrel nut assembly including an annular abutment surface abuttingly engaging an external annular flange on the barrel, the external annular flange on the barrel disposed between the primary barrel nut and the annular abutment surface on the secondary barrel nut assembly; and a tubular handguard mounted to the secondary barrel nut assembly and encircling at least part of a length of the barrel.
A main stop valve comprising: a hydraulic cylinder; a piston arranged in the hydraulic cylinder; a valve rod connected to the piston; and a valve body connected to the valve rod and configured to block a steam passage, wherein the main stop valve further comprises: a pilot cylinder having a communication port in fluid communication with the hydraulic cylinder; a rod connected in parallel with the valve rod and configured to be inserted from one end of the pilot cylinder; a sliding ring provided on the rod; and a pilot sleeve configured to be slidably fitted into an inner surface of the pilot cylinder and slidably fitted into an outer peripheral surface of the sliding ring in a section between the one end of the pilot cylinder and the communication port. a hydraulic cylinder; a piston arranged in the hydraulic cylinder; a valve rod connected to the piston; and a valve body connected to the valve rod and configured to block a steam passage, wherein the main stop valve further comprises: a pilot cylinder having a communication port in fluid communication with the hydraulic cylinder; a rod connected in parallel with the valve rod and configured to be inserted from one end of the pilot cylinder; a sliding ring provided on the rod; and a pilot sleeve configured to be slidably fitted into an inner surface of the pilot cylinder and slidably fitted into an outer peripheral surface of the sliding ring in a section between the one end of the pilot cylinder and the communication port. a pilot cylinder having a communication port in fluid communication with the hydraulic cylinder; a rod connected in parallel with the valve rod and configured to be inserted from one end of the pilot cylinder; a sliding ring provided on the rod; and a pilot sleeve configured to be slidably fitted into an inner surface of the pilot cylinder and slidably fitted into an outer peripheral surface of the sliding ring in a section between the one end of the pilot cylinder and the communication port.
A user equipment,UE,, that communicates with a base station apparatus on serving cells comprising at least one or more secondary cells, comprising: a receiving unit configured to receive a dedicated radio resource control, RRC, message the UE being characterized in that: the RRC message comprises first information and second information and third information, the first information being used for configuring a subcarrier spacing of a block, the second information being used for configuring a downlink bandwidth of a secondary cell in number of physical resource blocks, the third information being used for configuring a subcarrier spacing used for a reception of a physical downlink shared channel, PDSCH, the block comprising, at least, a primary synchronization signal, PSS, and a secondary synchronization signal, SSS, and a physical broadcast channel, PBCH, the receiving unit is configured to receive, based on the first information and the second information, the block on the secondary cell, and the receiving unit is configured to perform, based on the second information and the third information, the reception of the PDSCH on the secondary cell. a receiving unit configured to receive a dedicated radio resource control, RRC, message the UE being characterized in that: the RRC message comprises first information and second information and third information, the first information being used for configuring a subcarrier spacing of a block, the second information being used for configuring a downlink bandwidth of a secondary cell in number of physical resource blocks, the third information being used for configuring a subcarrier spacing used for a reception of a physical downlink shared channel, PDSCH, the block comprising, at least, a primary synchronization signal, PSS, and a secondary synchronization signal, SSS, and a physical broadcast channel, PBCH, the receiving unit is configured to receive, based on the first information and the second information, the block on the secondary cell, and the receiving unit is configured to perform, based on the second information and the third information, the reception of the PDSCH on the secondary cell.