mhurhangee/ep-ind-claims huggingface dataset:
An automated assay system comprising a robotic gripper arm and a robotic pipettor, and comprising at least the following additional components: a plate carrier, a tip box carrier, a plurality of plate shakers, an air cooling and handling system, an assay consumable storage unit for assay reagents, an assay consumable storage unit for immediate-use tips, an assay consumable storage unit for reserve tips, an assay consumable storage unit for plates, a platform, wherein the automated assay system has positions for affixing assay consumable storage units for tubes and troughs, and characterized in that the plate carrier, the tip box carrier, the plurality of plate shakers, the assay consumable storage unit for assay reagents, the assay consumable storage unit for immediate-use tips, the assay consumable storage unit for reserve tips, and the assay consumable storage unit for plates are located on said platform within the automated assay system in the following manner: the assay consumable storage unit for plates is attached to a front edge of the platform in a cantilevered manner, the plate carrier or the tip box carrier is located behind the assay consumable storage unit for plates, and the plurality of plate shakers are located toward a back of the platform, and wherein the air cooling and handling system is located on a back panel of the automated assay system. a plate carrier, a tip box carrier, a plurality of plate shakers, an air cooling and handling system, an assay consumable storage unit for assay reagents, an assay consumable storage unit for immediate-use tips, an assay consumable storage unit for reserve tips, an assay consumable storage unit for plates, a platform, wherein the automated assay system has positions for affixing assay consumable storage units for tubes and troughs, and characterized in that the plate carrier, the tip box carrier, the plurality of plate shakers, the assay consumable storage unit for assay reagents, the assay consumable storage unit for immediate-use tips, the assay consumable storage unit for reserve tips, and the assay consumable storage unit for plates are located on said platform within the automated assay system in the following manner: the assay consumable storage unit for plates is attached to a front edge of the platform in a cantilevered manner, the plate carrier or the tip box carrier is located behind the assay consumable storage unit for plates, and the plurality of plate shakers are located toward a back of the platform, and wherein the air cooling and handling system is located on a back panel of the automated assay system. the assay consumable storage unit for plates is attached to a front edge of the platform in a cantilevered manner, the plate carrier or the tip box carrier is located behind the assay consumable storage unit for plates, and the plurality of plate shakers are located toward a back of the platform, and wherein the air cooling and handling system is located on a back panel of the automated assay system.
A connector comprising a contact and a housing which holds the contact, wherein: the contact is provided with an insulation-displacement connection portion to be connected to a cable; the insulation-displacement connection portion has two insulation-displacement blades (371, 373) and has a narrow slit and a wide slit; each of the insulation-displacement blades (371, 373) intersects a first direction obliquely; each of the narrow slit and the wide slit extends in the first direction; in a second direction perpendicular to the first direction, the narrow slit is smaller than the wide slit in size; wherein the insulation-displacement blades (371, 373) are different from each other in position in the first direction and correspond to the narrow slit, wherein an end of one of the insulation-displacement blades is on an extension of an inner edge portion defining the narrow slit and an end of the other one of the insulation-displacement blades is on an extension of the other inner edge portion defining the narrow slit, and in the first direction, one of the insulation-displacement blades is located between the narrow slit and the wide slit, characterized in that, in the second direction, a middle of the wide slit is different from a middle of the narrow slit in position. the contact is provided with an insulation-displacement connection portion to be connected to a cable; the insulation-displacement connection portion has two insulation-displacement blades (371, 373) and has a narrow slit and a wide slit; each of the insulation-displacement blades (371, 373) intersects a first direction obliquely; each of the narrow slit and the wide slit extends in the first direction; in a second direction perpendicular to the first direction, the narrow slit is smaller than the wide slit in size; wherein the insulation-displacement blades (371, 373) are different from each other in position in the first direction and correspond to the narrow slit, wherein an end of one of the insulation-displacement blades is on an extension of an inner edge portion defining the narrow slit and an end of the other one of the insulation-displacement blades is on an extension of the other inner edge portion defining the narrow slit, and in the first direction, one of the insulation-displacement blades is located between the narrow slit and the wide slit, characterized in that, in the second direction, a middle of the wide slit is different from a middle of the narrow slit in position.
A method of creating a powder by atmospheric spray freeze drying, comprising: spraying a carrier liquid into a chamber, the carrier liquid containing a powder forming ingredient to form a flow of liquid droplets; entraining the flow within a co-current downward flow of coolant for sufficient time to freeze the liquid droplets into frozen particles, the flow of coolant entering the chamber around the flow of liquid droplets and frozen particles to screen the frozen particles from contacting walls of the chamber; collecting the frozen particles on a filter at the bottom exit end of the chamber; and drying the frozen particles to form a dry powder using a desiccating gas. spraying a carrier liquid into a chamber, the carrier liquid containing a powder forming ingredient to form a flow of liquid droplets; entraining the flow within a co-current downward flow of coolant for sufficient time to freeze the liquid droplets into frozen particles, the flow of coolant entering the chamber around the flow of liquid droplets and frozen particles to screen the frozen particles from contacting walls of the chamber; collecting the frozen particles on a filter at the bottom exit end of the chamber; and drying the frozen particles to form a dry powder using a desiccating gas.
A method for debugging a computer program by identifying one or more potential sources of error in the computer program, the method comprising: running at least part of said computer program on a computer (2.1), thereby prompting said computer to execute a sequence of instructions and to generate a trace in the form of a string corresponding to said executed sequence of instructions and, when said program has generated an exception, selecting by said computer a set of one or more substrings of the generated trace, whereby each selected substring corresponds to a particular potential sequence of instructions, which may have caused the exception, wherein each of said selected substrings is a unique substring of said generated trace (2.2); and indicating said selected substrings to a user or to a debugging tool (2.3). running at least part of said computer program on a computer (2.1), thereby prompting said computer to execute a sequence of instructions and to generate a trace in the form of a string corresponding to said executed sequence of instructions and, when said program has generated an exception, selecting by said computer a set of one or more substrings of the generated trace, whereby each selected substring corresponds to a particular potential sequence of instructions, which may have caused the exception, wherein each of said selected substrings is a unique substring of said generated trace (2.2); and indicating said selected substrings to a user or to a debugging tool (2.3).
A method for connecting a first device to a second device, the method being performed by the first device and comprising: receiving a user identifier from user recognition equipment; in response to receiving the user identifier, initiating a search for a profile associated with a pairing of the second device and a third device, using the user identifier; in response to the search, obtaining the profile, the profile comprising a third device address and a link key, the link key associated with the third device; setting an address of the third device to the first device address; and receiving encrypted data, the encrypted data encrypted using the link key, from the second device addressed to the third device address. receiving a user identifier from user recognition equipment; in response to receiving the user identifier, initiating a search for a profile associated with a pairing of the second device and a third device, using the user identifier; in response to the search, obtaining the profile, the profile comprising a third device address and a link key, the link key associated with the third device; setting an address of the third device to the first device address; and receiving encrypted data, the encrypted data encrypted using the link key, from the second device addressed to the third device address.
A base station for use in a mobile communication system in which a single carrier scheme is adopted in uplink and a system band is divided by a plurality of resource blocks, the base station comprising: a receiving unit configured to receive a signal that includes a data channel, a first pilot channel that is not related to the data channel, a second pilot channel that is related to the data channel, and a control channel; and a process unit configured to process the data channel, the first pilot channel, the second pilot channel and the control channel that are included in the signal received by the receiving unit, wherein, in the signal received by the receiving unit, the first pilot channel is mapped to a plurality of resource blocks, and the second pilot channel is mapped to a resource block the same as a resource block to which the data channel is mapped, and the control channel is mapped to the resource block to which the data channel is mapped when the control channel and the data channel are mapped to the same subframe and the control channel is mapped to distributed resource blocks when the control channel and the data channel are not mapped to the same subframe. a receiving unit configured to receive a signal that includes a data channel, a first pilot channel that is not related to the data channel, a second pilot channel that is related to the data channel, and a control channel; and a process unit configured to process the data channel, the first pilot channel, the second pilot channel and the control channel that are included in the signal received by the receiving unit, wherein, in the signal received by the receiving unit, the first pilot channel is mapped to a plurality of resource blocks, and the second pilot channel is mapped to a resource block the same as a resource block to which the data channel is mapped, and the control channel is mapped to the resource block to which the data channel is mapped when the control channel and the data channel are mapped to the same subframe and the control channel is mapped to distributed resource blocks when the control channel and the data channel are not mapped to the same subframe.
A lubricator device for dispensing a lubricant to a lubrication point of a machine, the lubricator device including: a connector removably connectable to the lubrication point and defining a dispensing outlet of the device; and an electric dispensing mechanism, including an electronic control circuit controlling operation of the dispensing mechanism, the control circuit including: a processor; a memory module operatively storing therein an ID code of the lubricator device; an RF receiver; and an RF transmitter, in which the control circuit is operable to receive control signals via the RF receiver and to transmit, via the RF transmitter, operational signals incorporating the ID code and at least one operational parameter of the device. a connector removably connectable to the lubrication point and defining a dispensing outlet of the device; and an electric dispensing mechanism, including an electronic control circuit controlling operation of the dispensing mechanism, the control circuit including: a processor; a memory module operatively storing therein an ID code of the lubricator device; an RF receiver; and an RF transmitter, a processor; a memory module operatively storing therein an ID code of the lubricator device; an RF receiver; and an RF transmitter,
An integrated circuit, comprising: circuitry configured to send paging information to a mobile device via a paging channel of a selected resource; circuitry configured to send a paging agreement to the mobile device via the paging channel of the selected resource, wherein the paging agreement comprises a specification of at least a component carrier to be used for paging the mobile device; and circuitry configured to refresh the paging agreement, wherein the paging agreement is refreshed using a periodic refresh message. circuitry configured to send paging information to a mobile device via a paging channel of a selected resource; circuitry configured to send a paging agreement to the mobile device via the paging channel of the selected resource, wherein the paging agreement comprises a specification of at least a component carrier to be used for paging the mobile device; and circuitry configured to refresh the paging agreement, wherein the paging agreement is refreshed using a periodic refresh message.
Chair with a backrest made from a stretcher frame receiving a textile cover, which stretcher frame is provided with a support for the textile cover, characterised in that regions of the stretcher frame comprise an impact protection film as a support for the textile cover.
A system running method, wherein the method is executed by an intelligent terminal, the intelligent terminal comprises a first system, a second system and a third system that each include an operating system, a function that is provided by the second system comprises at least one of a call function or a short message service function, a function that is provided by the first system is the same as, or more than, the function that is provided by the second system, a function that is provided by the third system comprises at least one of the call function or the short message service function, and the method comprises: Starting the first system and the second system, wherein the second system runs in a background, so that an operation screen of the first system is visible to a user, and an operation screen of the second system is invisible to the user; detecting a running status of the first system; when it is detected that the first system is faulty, terminating running of the first system, and switching to the operation screen of the second system; detecting a running status of the second system; and terminating running of the second system and starting the third system, when it is detected that the second system is faulty. Starting the first system and the second system, wherein the second system runs in a background, so that an operation screen of the first system is visible to a user, and an operation screen of the second system is invisible to the user; detecting a running status of the first system; when it is detected that the first system is faulty, terminating running of the first system, and switching to the operation screen of the second system; detecting a running status of the second system; and terminating running of the second system and starting the third system, when it is detected that the second system is faulty.
A method of storing X-ray data of an object, acquired from mutually communicable X-ray detection modules, the method comprising: activating at least one X-ray detection module among the X-ray detection modules; acquiring the X-ray data by using the at least one activated X-ray detection module of the X-ray detection modules; and transmitting all or some of the acquired X-ray data to another X-ray detection module, of the X-ray detection modules, which is different from the at least one X-ray detection module that has acquired the X-ray data, wherein the activating comprises activating the at least one X-ray detection module which is included in a predetermined X-ray detectable range depending on a size of the object, characterised in that the transmitting comprises transmitting the acquired X-ray data to a deactivated X-ray detection module. activating at least one X-ray detection module among the X-ray detection modules; acquiring the X-ray data by using the at least one activated X-ray detection module of the X-ray detection modules; and transmitting all or some of the acquired X-ray data to another X-ray detection module, of the X-ray detection modules, which is different from the at least one X-ray detection module that has acquired the X-ray data, wherein the activating comprises activating the at least one X-ray detection module which is included in a predetermined X-ray detectable range depending on a size of the object, characterised in that the transmitting comprises transmitting the acquired X-ray data to a deactivated X-ray detection module.
A peptide comprising an epidermal growth factor-like (EGF-like) domain, wherein the peptide is neuregulin, for use in reducing side effects due to supraphysiological levels of the peptide upon administration while treating or preventing heart failure in a mammal over a prolonged time; wherein a therapeutically effective amount of said peptide is administered to a mammal at an interval of at least 96 hours, wherein said therapeutically effective amount is effective to treat or prevent heart failure in said mammal.
Tyre having an axis of rotation and a median plane perpendicular to the axis of rotation, and comprising two beads, two sidewalls connected to the beads, a crown connected to the ends of the two sidewalls with a crown reinforcement, and a radially outer tread, said tread being axially separated into at least three portions, a central portion and two lateral portions, characterized in that the rubber composition of said lateral portions comprises more than 50 phr of a copolymer of ethylene and of a 1,3-diene, a reinforcing filler and a plasticizing system, the 1,3-diene being 1,3-butadiene or isoprene and the ethylene units in the copolymer representing more than 50 mol% of all the monomer units of said copolymer.
A high-flatness low-damage large-diameter single crystal silicon carbide substrate, wherein, the substrate has surface roughness ≤ 0.1 nm, and no subsurface damage layer; a thickness of the substrate is less than 350 μ m; wherein the diameter of the substrate is 150 mm, and its surface data is: TTV < 3 um, LTV < 1 um, Bow < 20 um, Warp < 30 um, the LTV is 1cm * 1cm; or the diameter of the substrate is 200 mm, and its surface data is: TTV < 10 um, LTV < 2 um, Bow < 50 um, Warp < 70 um, the LTV is 1cm * 1cm. wherein the diameter of the substrate is 150 mm, and its surface data is: TTV < 3 um, LTV < 1 um, Bow < 20 um, Warp < 30 um, the LTV is 1cm * 1cm; or the diameter of the substrate is 200 mm, and its surface data is: TTV < 10 um, LTV < 2 um, Bow < 50 um, Warp < 70 um, the LTV is 1cm * 1cm.
A method for providing a gas with very high methane content wherein the methane content of a gas stream containing both carbon dioxide and methane is increased to at least 96 vol% by separating at least a portion of the carbon dioxide contained in the gas stream at a first treatment site, wherein a product gas produced at a second treatment site by catalytic methanization of a reactant gas containing both carbon dioxide and hydrogen forms at least a part of the gas stream before reaching the first treatment site, and wherein the product gas is supplied to a base gas already containing carbon dioxide and methane to form the gas stream, characterised in that the carbon dioxide separated from the gas stream is fed to the second treatment site, this fed carbon dioxide forming at least a part of the carbon dioxide of the reactant gas, and in that at least a major part of the hydrogen of the reactant gas is produced electrolytically.
A method of enhancing muscle protein synthesis following physical exertion that comprises running repeated sprints, the method comprising administering to a human a composition 30 minutes or less prior to, during, or within 30 minutes of said human running said repeated sprints, wherein the composition comprises: (a) carbohydrates; and (b) protein and/or essential amino acids; wherein the composition has a total protein dose of 20 g to 30 g and wherein the composition has a weight ratio of carbohydrates to protein in the range of 1:1 to 3:1. (a) carbohydrates; and (b) protein and/or essential amino acids;
Method to measure an object with a coordinate measuring device comprising at least a computer tomography with an x-ray source and an x-ray detector, characterized in that the x-ray source is arranged along an axis of the coordinate measuring device in a movable or stationary manner, the x-ray detector is arranged along an axis of the coordinate measuring device in a movable manner, and that all adjustment parameters necessary for the tomography with a particular magnification or within a particular measuring range, namely the position for x-ray source and x-ray detector, the position of the different axes of the tomography device and the coordinate measuring device, respectively, the magnification values assigned to these positions as well as correction values for the position of the axes in relation to the measured position value provided by the assigned position measuring systems, are recorded by using measurement technique and stored during a one-time calibration process of the coordinate measuring device, and the thus stored data are being used without any further calibration processes for the following measurements conducted with the computer tomography.
An isolated or recombinant fusion protein dimer comprising two monomeric fusion proteins linked via at least one disulfide bond formed between two cysteine residues present in each monomeric mutant fusion protein, wherein each monomeric fusion protein comprises (a) a polypeptide comprising a polypeptide sequence which differs from SEQ ID NO:50 in no more than 6 amino acid residues and which includes residues at positions 24, 30, 32, 41, 50, 54, 55, 56, 64, 65, 70, 85, 104 and 106 that are identical to the amino acid residues at the corresponding positions in SEQ ID NO:50 and (b) an Ig Fc polypeptide, and wherein the fusion protein dimer binds human CD80 or human CD86 or an extracellular domain of either and has a greater ability to suppress an immune response than a LEA29Y-Ig fusion protein dimer, wherein the LEA29Y-Ig fusion protein dimer comprises two monomeric LEA29Y-Ig fusion proteins each comprising the polypeptide sequence of SEQ ID NO: 166.
Method for the hyperpolarisation of 13 C nuclear spins in a diamond, comprising an optical pumping step, in which colour centre electron spins in the diamond are optically pumped, characterised in that in a transfer step, the colour centre electron spin polarisation is transferred to the 13 C nuclear spins in the diamond while fulfilling the Hartmann-Hahn condition.
Electrical switch, in particular electrical circuit breaker, comprising a motor drive, wherein the motor drive is held on a switch housing of the switch by means of a latching device which allows the motor drive to be removed by unlatching the latching device, and the latching device comprises a blocking device which allows or inhibits unlatching of the latching device in the event of external activation.