mhurhangee/ep-ind-claims huggingface dataset:
A method of identifying a gene encoding a polypeptide or polypeptide isoform which is substantially more active in either a proanthocyanidin or anthocyanin pathway of a plant, said method including providing material from said plant at two or more developmental stages; and an oligonucleotide probe capable of hybridizing with RNA from a gene encoding a polypeptide which is active in a flavonoid biosynthetic pathway; extracting RNA from said plant material; hybridizing the oligonucleotide probe with the RNA using a microarray to generate an expression profile; measuring PA and ANT levels in said plant material quantitatively using liquid chromatography mass spectroscopy to generate a metabolic profile; comparing said expression profile with said metabolite profile using a computer to identify said gene encoding a polypeptide or polypeptide isoform which is substantially more active in either a PA or ANT pathway.
A system for software caching with delayed update and bounded error, comprising: a system comprising a plurality of processor elements, each processor element executing optimized application instructions, wherein each processor element is communicatively coupled to main memory and cache memory and wherein the application is optimized to relax cache coherence of delay-tolerant global data based on a tolerable error rate; an optimized update module to update a portion of the main memory, wherein updating sets an update flag to indicate a change in the portion of main memory; and an optimized load module to retrieve the portion of main memory, wherein, if a threshold (311, 504) that identifies a maximum number of loads has been reached, the update flag is to be checked before retrieving the portion (317, 321), and wherein the portion is to be retrieved from cache, if available, until the update flag indicates a change and the threshold (311, 504) is reached, wherein the system is a network router, and wherein the delay-tolerant global data comprises at least one of: a trie table for looking up the next hop for a destination IP; a LAN-WAN network address translation table that maps a WAN connection with a specific client and port in the LAN; and a flow handling table with Quality of Service, QoS, configuration information for processing a user-defined flow. a system comprising a plurality of processor elements, each processor element executing optimized application instructions, wherein each processor element is communicatively coupled to main memory and cache memory and wherein the application is optimized to relax cache coherence of delay-tolerant global data based on a tolerable error rate; an optimized update module to update a portion of the main memory, wherein updating sets an update flag to indicate a change in the portion of main memory; and an optimized load module to retrieve the portion of main memory, wherein, if a threshold (311, 504) that identifies a maximum number of loads has been reached, the update flag is to be checked before retrieving the portion (317, 321), and wherein the portion is to be retrieved from cache, if available, until the update flag indicates a change and the threshold (311, 504) is reached, wherein the system is a network router, and wherein the delay-tolerant global data comprises at least one of: a trie table for looking up the next hop for a destination IP; a LAN-WAN network address translation table that maps a WAN connection with a specific client and port in the LAN; and a flow handling table with Quality of Service, QoS, configuration information for processing a user-defined flow. a trie table for looking up the next hop for a destination IP; a LAN-WAN network address translation table that maps a WAN connection with a specific client and port in the LAN; and a flow handling table with Quality of Service, QoS, configuration information for processing a user-defined flow.
A vascular closure device, comprising: a carrier tube having at least first and second lumens (34,36), the second lumen being configured to provide blood flow from a distal opening thereof to a proximal opening thereof; a sleeve positioned on the carrier tube and movable from a first position wherein blood flow through the second lumen is unobstructed, and a second position, characterized in that: the first lumen is configured to hold a sealing member; and the sleeve covers the distal and proximal openings (44,46) to block blood flow through the second lumen when in the second position. a carrier tube having at least first and second lumens (34,36), the second lumen being configured to provide blood flow from a distal opening thereof to a proximal opening thereof; a sleeve positioned on the carrier tube and movable from a first position wherein blood flow through the second lumen is unobstructed, and a second position, characterized in that: the first lumen is configured to hold a sealing member; and the sleeve covers the distal and proximal openings (44,46) to block blood flow through the second lumen when in the second position. the first lumen is configured to hold a sealing member; and the sleeve covers the distal and proximal openings (44,46) to block blood flow through the second lumen when in the second position.
A dual fuel engine configured to operate in a gas mode and a liquid fuel mode, the dual fuel engine including: at least one cylinder; a gas admission valve associated with the at least one cylinder for introducing a gaseous fuel into the cylinder in the gas mode; a main injector associated with the at least one cylinder for injecting a main liquid fuel into the cylinder in the liquid fuel mode; a pilot injector associated with the at least one cylinder for injecting a pilot liquid fuel into the cylinder; and a control unit for controlling a timing of an injection of the pilot liquid fuel by the pilot injector, wherein the control unit is configured to control the pilot injector to inject the pilot liquid fuel before the main liquid fuel to help ignite the main liquid fuel when the engine is operating in the liquid fuel mode. at least one cylinder; a gas admission valve associated with the at least one cylinder for introducing a gaseous fuel into the cylinder in the gas mode; a main injector associated with the at least one cylinder for injecting a main liquid fuel into the cylinder in the liquid fuel mode; a pilot injector associated with the at least one cylinder for injecting a pilot liquid fuel into the cylinder; and a control unit for controlling a timing of an injection of the pilot liquid fuel by the pilot injector, wherein the control unit is configured to control the pilot injector to inject the pilot liquid fuel before the main liquid fuel to help ignite the main liquid fuel when the engine is operating in the liquid fuel mode.
A Wesco type fuel pump, comprising: a pump chamber which is formed of a pump housing and a pump cover covering the pump housing; an impeller which is rotatably arranged within the pump chamber, is rotated by an electric motor within the motor chamber, and is provided with a plurality of blade grooves communicating the top and back sides in an outer periphery thereof; and a discharge hole which has a fuel flow passage provided in a depressed shape in a peripheral direction along the blade grooves of the impeller on a lower surface facing to the pump chamber of the pump housing, and is formed in a terminal end portion in a rotational direction of the impeller so as to communicate the pump chamber with the motor chamber, characterised in that, said discharge hole is configured to open in the lower surface of the pump housing with a step portion facing to the pump chamber, providing a fuel holding function of inhibiting air from flowing into the motor chamber from the pump chamber on the basis of surface tension of the fuel, at a time when the fuel pump is stopped. a pump chamber which is formed of a pump housing and a pump cover covering the pump housing; an impeller which is rotatably arranged within the pump chamber, is rotated by an electric motor within the motor chamber, and is provided with a plurality of blade grooves communicating the top and back sides in an outer periphery thereof; and a discharge hole which has a fuel flow passage provided in a depressed shape in a peripheral direction along the blade grooves of the impeller on a lower surface facing to the pump chamber of the pump housing, and is formed in a terminal end portion in a rotational direction of the impeller so as to communicate the pump chamber with the motor chamber, characterised in that, said discharge hole is configured to open in the lower surface of the pump housing with a step portion facing to the pump chamber, providing a fuel holding function of inhibiting air from flowing into the motor chamber from the pump chamber on the basis of surface tension of the fuel, at a time when the fuel pump is stopped.
An SnO 2 -SiO 2 -ZrO 2 refractory comprising SnO 2, SiO 2 and ZrO 2 as essential components, wherein the total content of SnO 2, SiO 2 and ZrO 2 in the SnO 2 -SiO 2 -ZrO 2 refractory is at least 95 mass%, and, based on the total content of SnO 2, SiO 2 and ZrO 2, the content of SnO 2 is from 32 to 98 mol%, the content of SiO 2 is from 1 to 35 mol% and the content of ZrO 2 is from 1 to 35 mol%.
A telecommunications device, comprising: an electronic memory to store at least a network address and a random number code; a sound unit to transmit the network address and the random number code via ultrasonic sound waves; a network interface to communicate via a data network using the network address; and a processor configured to: establish a communication session with another device (40, 350) over the data network based upon receipt of a response from the other device via the data network, the response including at least the random number code; periodically generate a new random number code and store the new random number code in the electronic memory, the sound unit transmitting the network address and the new random number code; and if, within a predetermined time period from transmission of the new random number code, the telecommunications device does not receive the new random number code, or receives a random number code that does not match the new random number code, terminate the communication session with the other device or send a request to terminate the session to the other device via the data network. an electronic memory to store at least a network address and a random number code; a sound unit to transmit the network address and the random number code via ultrasonic sound waves; a network interface to communicate via a data network using the network address; and a processor configured to: establish a communication session with another device (40, 350) over the data network based upon receipt of a response from the other device via the data network, the response including at least the random number code; periodically generate a new random number code and store the new random number code in the electronic memory, the sound unit transmitting the network address and the new random number code; and if, within a predetermined time period from transmission of the new random number code, the telecommunications device does not receive the new random number code, or receives a random number code that does not match the new random number code, terminate the communication session with the other device or send a request to terminate the session to the other device via the data network. establish a communication session with another device (40, 350) over the data network based upon receipt of a response from the other device via the data network, the response including at least the random number code; periodically generate a new random number code and store the new random number code in the electronic memory, the sound unit transmitting the network address and the new random number code; and if, within a predetermined time period from transmission of the new random number code, the telecommunications device does not receive the new random number code, or receives a random number code that does not match the new random number code, terminate the communication session with the other device or send a request to terminate the session to the other device via the data network.
A compound of formula (Ia): M A 1-x M B x X A 1-y X B y Q A 1-z Q B z (Ia), wherein: M A is an element selected from Si, Ge, Sn, and Pb, M B is an element selected from Si, Ge, Sn, and Pb and from combinations thereof such that M B is not the same as M A and does not contain M A, and x is 0 to 0.50; X A is an element selected from F, Cl, Br and I, X B is an element selected from F, Cl, Br and I and from combinations thereof such that X B is not the same as X A and does not contain X A, and y is 0 to 0.50; Q A is an element selected from P, As, Sb and Bi, Q B is an element selected from P, As, Sb and Bi and from combinations thereof such that Q B is not the same as Q A and does not contain Q A, z is 0 to 0.50; or a compound which is a doped variant of the compound of formula (Ia), and which further contains: an element M D, selected from Al, Ga, In and from combinations thereof, in a maximum amount of 10 mol% based on the total molar amount of M A and M B, which element M D may partially replace M A and/or M B in formula (Ia); and/or an element Q D, selected from S, Se, Te and from combinations thereof, in a maximum amount of 10 mol% based on the total molar amount of X A, X B, Q A and Q B, which element Q D may partially replace X A, X B, Q A and/or Q B in formula (Ia). M A is an element selected from Si, Ge, Sn, and Pb, M B is an element selected from Si, Ge, Sn, and Pb and from combinations thereof such that M B is not the same as M A and does not contain M A, and x is 0 to 0.50; X A is an element selected from F, Cl, Br and I, X B is an element selected from F, Cl, Br and I and from combinations thereof such that X B is not the same as X A and does not contain X A, and y is 0 to 0.50; Q A is an element selected from P, As, Sb and Bi, Q B is an element selected from P, As, Sb and Bi and from combinations thereof such that Q B is not the same as Q A and does not contain Q A, z is 0 to 0.50; an element M D, selected from Al, Ga, In and from combinations thereof, in a maximum amount of 10 mol% based on the total molar amount of M A and M B, which element M D may partially replace M A and/or M B in formula (Ia); and/or an element Q D, selected from S, Se, Te and from combinations thereof, in a maximum amount of 10 mol% based on the total molar amount of X A, X B, Q A and Q B, which element Q D may partially replace X A, X B, Q A and/or Q B in formula (Ia).
A dementia inspection apparatus comprising: an answer obtaining section (121; 718) and a dementia degree inspecting section (122; 719), wherein the answer obtaining section (121; 718) is configured to obtain answers from a subject made within a predetermined answer time limit to each of a first examination chart and a second examination chart, the first examination chart has inspection sentences in which a character group constituting a story including color words each representing color is tinted with plural colors such that individual color word has characters of the same color, requires a determination as to whether a color of characters constituting the color word is the same color as color represented by the color word, and requires an answer in a style capable of objectively determining whether the determination is correct or error, the second examination chart has a combination of plural questions concerning contents of the inspection sentences and plural answers which are prepared for each question and one of which is to be selected, and the dementia degree inspection section (122; 719) is configured to determine a dementia degree representing a degree of dementia of the subject based on the answers obtained by the answer obtaining section.
A method for operating a spinning machine or winder comprising a plurality of workstations of the same kind and multiple input terminals situated in the region of the workstations, wherein at least one input terminal acts, at least intermittently, as the master terminal, and wherein commands for the operation of several of the workstations are entered via the master terminal, characterized in that different input terminals can act as the master terminal at different points in time.
A device for holding objects, in particular driverless transport vehicles, comprising a rack basic frame and a pivot arm which is pivotable relative to the rack basic frame about a pivot axis running in a longitudinal direction, wherein the pivot arm has a first strut and a second strut, which extend at right angles to the pivot axis and which are arranged parallel to one another at an offset in the longitudinal direction, and in that at the end regions, remote from the pivot axis, of the struts (41, 42) there is in each case provided a cutout for receiving a respective securing shaft, characterised in that a locking unit is articulated on the rack basic frame and on the pivot arm, wherein the locking unit in a locked state prevents a pivoting of the pivot arm about the pivot axis relative to the rack basic frame in at least one pivot direction, and in an unlocked state allows a pivoting of the pivot arm about the pivot axis relative to the rack basic frame in both pivot directions. wherein the pivot arm has a first strut and a second strut, which extend at right angles to the pivot axis and which are arranged parallel to one another at an offset in the longitudinal direction, and in that at the end regions, remote from the pivot axis, of the struts (41, 42) there is in each case provided a cutout for receiving a respective securing shaft, characterised in that a locking unit is articulated on the rack basic frame and on the pivot arm, wherein the locking unit in a locked state prevents a pivoting of the pivot arm about the pivot axis relative to the rack basic frame in at least one pivot direction, and in an unlocked state allows a pivoting of the pivot arm about the pivot axis relative to the rack basic frame in both pivot directions.
A universal socket connector (100,400,720) compatible with multiple connecting interfaces and suitable for being connected to a plug connector (200,500,810), the universal socket connector comprising: a base (110,410) provided with a slot (112,412) for accommodating the plug connector being assembled thereto; a first tongue (120,420) connected to the base and located in the slot, the first tongue having a first surface (122,422) and a second surface (124,424) opposite to the first surface; a plurality of first terminals (130,430) passing through the base, wherein each of the plurality of first terminals has a first contact portion (132,432) mounted on the first surface of the first tongue; a plurality of second terminals (140,440) passing through the base, wherein each of the plurality of second terminals has a second contact portion (142,442) mounted on the first surface of the first tongue, and a cross-section of each of the plurality of second terminals is greater than a cross-section of each of the plurality of first terminals; and wherein the second terminals are configured to have a high current carrying capacity, characterized in that the universal socket connector further comprises a first enhancing member integrated with the first tongue to increase the structural strength thereof, wherein the stiffness of the first enhancing member is greater than a stiffness of the first tongue. a base (110,410) provided with a slot (112,412) for accommodating the plug connector being assembled thereto; a first tongue (120,420) connected to the base and located in the slot, the first tongue having a first surface (122,422) and a second surface (124,424) opposite to the first surface; a plurality of first terminals (130,430) passing through the base, wherein each of the plurality of first terminals has a first contact portion (132,432) mounted on the first surface of the first tongue; a plurality of second terminals (140,440) passing through the base, wherein each of the plurality of second terminals has a second contact portion (142,442) mounted on the first surface of the first tongue, and a cross-section of each of the plurality of second terminals is greater than a cross-section of each of the plurality of first terminals; and wherein the second terminals are configured to have a high current carrying capacity, characterized in that the universal socket connector further comprises a first enhancing member integrated with the first tongue to increase the structural strength thereof, wherein the stiffness of the first enhancing member is greater than a stiffness of the first tongue.
A spray dryer absorber atomizer comprising: a distributor housing operable to distribute an absorbent liquid or slurry within a spray dryer absorber vessel; a solid atomizer disk with a planar disk body having a top surface and a bottom surface, the solid atomizer disk removably attached to the distributor housing, and characterized in that the solid atomizer disk further comprises: a tubular member centered in the atomizer disk, the tubular member extending perpendicular to and beyond each of the top surface and bottom surface, an annular channel machined into or formed in top surface of disk body, the annular channel having a uniform depth and width; at least two ports fluidly connected to the annular channel through an interior side wall of the annular channel, the ports being at least partially threaded adjacent the top surface of the atomizer disk; and one or more substances and/or mechanical members of non-Newtonian characteristics partially filling the annular channel, a planar top plate with openings there through aligning with each of the ports, is sized for removable fixation on the top surface of the atomizer disk to cover and seal the annular channel, and a screw threadedly fixed within each of the at least two threaded ports thereby sealing the ports and securely removably fixing the top plate onto the atomizer disk. a distributor housing operable to distribute an absorbent liquid or slurry within a spray dryer absorber vessel; a solid atomizer disk with a planar disk body having a top surface and a bottom surface, the solid atomizer disk removably attached to the distributor housing, and characterized in that the solid atomizer disk further comprises: a tubular member centered in the atomizer disk, the tubular member extending perpendicular to and beyond each of the top surface and bottom surface, an annular channel machined into or formed in top surface of disk body, the annular channel having a uniform depth and width; at least two ports fluidly connected to the annular channel through an interior side wall of the annular channel, the ports being at least partially threaded adjacent the top surface of the atomizer disk; and a tubular member centered in the atomizer disk, the tubular member extending perpendicular to and beyond each of the top surface and bottom surface, an annular channel machined into or formed in top surface of disk body, the annular channel having a uniform depth and width; at least two ports fluidly connected to the annular channel through an interior side wall of the annular channel, the ports being at least partially threaded adjacent the top surface of the atomizer disk; and one or more substances and/or mechanical members of non-Newtonian characteristics partially filling the annular channel, a planar top plate with openings there through aligning with each of the ports, is sized for removable fixation on the top surface of the atomizer disk to cover and seal the annular channel, and a screw threadedly fixed within each of the at least two threaded ports thereby sealing the ports and securely removably fixing the top plate onto the atomizer disk.