mhurhangee/ep-ind-claims huggingface dataset:
A device for nucleic acid extraction comprising: a cell trapping section for immobilizing a single cell; a fluid channel in which an extraction solution for extracting a nucleic acid from the cell flows downward through the cell trapping section; a nucleic acid trapping section connected to the cell trapping section via the fluid channel and located downstream of the cell trapping section, the nucleic acid trapping section being capable of immobilizing the extracted nucleic acid; and a fluid channel that discharges the solution after nucleic acid extraction from the nucleic acid trapping section in a direction opposite from the cell trapping section, wherein the cell trapping section, the two fluid channels (3, 5), and the nucleic acid trapping section are paired in a vertical direction and a plurality of the pairs are arranged in a planar direction, characterized in that said nucleic acid trapping section comprises a DNA probe for nucleic acid trapping, and the DNA probe comprises a cell recognition tag sequence. a cell trapping section for immobilizing a single cell; a fluid channel in which an extraction solution for extracting a nucleic acid from the cell flows downward through the cell trapping section; a nucleic acid trapping section connected to the cell trapping section via the fluid channel and located downstream of the cell trapping section, the nucleic acid trapping section being capable of immobilizing the extracted nucleic acid; and a fluid channel that discharges the solution after nucleic acid extraction from the nucleic acid trapping section in a direction opposite from the cell trapping section, wherein the cell trapping section, the two fluid channels (3, 5), and the nucleic acid trapping section are paired in a vertical direction and a plurality of the pairs are arranged in a planar direction, characterized in that said nucleic acid trapping section comprises a DNA probe for nucleic acid trapping, and the DNA probe comprises a cell recognition tag sequence.
A composite probe comprising a donor moiety linked to an acceptor moiety with a linker, wherein the donor moiety produces a donor moiety emission when excited to a donor excited electronic state by a first wavelength of incident radiation, and the acceptor moiety is effective to couple the donor and acceptor electromagnetically and quench at least a portion of the donor moiety emission when the acceptor moiety is separately excited to an acceptor excited electronic state by a second wavelength of incident radiation, wherein the acceptor moiety absorbs the donor moiety emission when the acceptor moiety is in the acceptor excited electronic state, and the acceptor moiety does not absorb the donor moiety emission when the acceptor moiety is in an acceptor non-excited electronic ground state. a donor moiety linked to an acceptor moiety with a linker, wherein the donor moiety produces a donor moiety emission when excited to a donor excited electronic state by a first wavelength of incident radiation, and the acceptor moiety is effective to couple the donor and acceptor electromagnetically and quench at least a portion of the donor moiety emission when the acceptor moiety is separately excited to an acceptor excited electronic state by a second wavelength of incident radiation, wherein the acceptor moiety absorbs the donor moiety emission when the acceptor moiety is in the acceptor excited electronic state, and the acceptor moiety does not absorb the donor moiety emission when the acceptor moiety is in an acceptor non-excited electronic ground state.
Fused-cast refractory product having the following average chemical composition by weight, the percentages by weight being on the basis of the oxides: 0.4%<MgO<2.5%; 0≤Na 2 O<0.6% 0.2%<SiO 2 <2.0%; 0≤F<0.6% CaO<0.4%; 0≤ZrO 2 <4% impurities: <0.5%; B 2 O 3 <0.05% Al 2 O 3: balance.
A method for determining quality of an additively manufactured article or batch thereof, comprising: torsion testing at least one additively manufactured test article that is built on and attached to a build plate while the at least one test article is still attached to the build plate; additively manufacturing the at least one test article on the build plate to have a test head configured to be torqued by a socket; and wherein additively manufacturing the test article includes forming a base of the test article to adhere to the build plate such that the base of the test article remains attached to the build plate throughout torsion testing. torsion testing at least one additively manufactured test article that is built on and attached to a build plate while the at least one test article is still attached to the build plate; additively manufacturing the at least one test article on the build plate to have a test head configured to be torqued by a socket; and wherein additively manufacturing the test article includes forming a base of the test article to adhere to the build plate such that the base of the test article remains attached to the build plate throughout torsion testing.
A method for metalizing a polymer substrate, comprising: providing a polymer substrate having a base polymer and at least one metal compound dispersed in the base polymer, the base polymer comprising a polymer having an ester and/or amide group in a backbone, the metal compound represented by any of formulas (Cu a M 1 1-a) 3 (PO 4) 2, (Cu b M 2 1-b) 2 PO 4, and (Cu c M 3 1-c) 2 P 2 O 7, where M 1 comprises at least one element selected from group IIA of periodic table of elements, 0<a≤1; M 2 comprises at least one element selected from group IIA of periodic table of elements, 0<b≤1; and M 3 comprises at least one element selected from group IIA of periodic table of elements, 0<c≤1; irradiating a surface of the polymer substrate with an energy beam such that a water contact angle of the surface of the polymer substrate is at least 120°; and performing chemical plating on the surface of the polymer substrate. providing a polymer substrate having a base polymer and at least one metal compound dispersed in the base polymer, the base polymer comprising a polymer having an ester and/or amide group in a backbone, the metal compound represented by any of formulas (Cu a M 1 1-a) 3 (PO 4) 2, (Cu b M 2 1-b) 2 PO 4, and (Cu c M 3 1-c) 2 P 2 O 7, where M 1 comprises at least one element selected from group IIA of periodic table of elements, 0<a≤1; M 2 comprises at least one element selected from group IIA of periodic table of elements, 0<b≤1; and M 3 comprises at least one element selected from group IIA of periodic table of elements, 0<c≤1; irradiating a surface of the polymer substrate with an energy beam such that a water contact angle of the surface of the polymer substrate is at least 120°; and performing chemical plating on the surface of the polymer substrate.
A system comprising: a rack and a sample tube, wherein the sample tube comprises a tube body and a cap on the tube body; at least one image acquisition device configured to obtain one or more images of the rack and the sample tube in the rack when positioned above the rack; an image analysis device coupled to the at least one image acquisition device and configured to analyze, by a processor, the one or more images of the rack and the sample tube in the rack, to determine a characteristic of the sample tube in the rack, wherein the characteristic of the sample tube includes a tube cap indicator of the cap of the sample tube, wherein the tube cap indicator is a centrifugation indicator providing a visual marker that changes its appearance during centrifugation according to the centrifugation time and force, but keeps its state under normal tube transport conditions, wherein the cap has a transparent top and wherein the centrifugation indicator includes a colored gel and particles of a different density and with a different color or a pressure sensitive device adapted to change its appearance according to the applied centrifugation force; and a gripper, capable of being instructed to select, based on the determination of the tube cap indicator, the sample tube (2002, 1840) from the rack. a rack and a sample tube, wherein the sample tube comprises a tube body and a cap on the tube body; at least one image acquisition device configured to obtain one or more images of the rack and the sample tube in the rack when positioned above the rack; an image analysis device coupled to the at least one image acquisition device and configured to analyze, by a processor, the one or more images of the rack and the sample tube in the rack, to determine a characteristic of the sample tube in the rack, wherein the characteristic of the sample tube includes a tube cap indicator of the cap of the sample tube, wherein the tube cap indicator is a centrifugation indicator providing a visual marker that changes its appearance during centrifugation according to the centrifugation time and force, but keeps its state under normal tube transport conditions, wherein the cap has a transparent top and wherein the centrifugation indicator includes a colored gel and particles of a different density and with a different color or a pressure sensitive device adapted to change its appearance according to the applied centrifugation force; and a gripper, capable of being instructed to select, based on the determination of the tube cap indicator, the sample tube (2002, 1840) from the rack.
A method of determining performance characteristics of a breast compression paddle utilized in a breast imaging system, the method comprising: receiving a force application signal, wherein the force application signal is associated with an application of a compressive force by the breast imaging system with the breast compression paddle to a breast of a patient; applying the force application signal to an algorithm to obtain a reduction value; and subtracting the reduction value from a known paddle performance value for the breast compression paddle to obtain an updated paddle performance value for the breast compression paddle. receiving a force application signal, wherein the force application signal is associated with an application of a compressive force by the breast imaging system with the breast compression paddle to a breast of a patient; applying the force application signal to an algorithm to obtain a reduction value; and subtracting the reduction value from a known paddle performance value for the breast compression paddle to obtain an updated paddle performance value for the breast compression paddle.
A cyber safety system (105; 305) for protecting a site network (127; 225), the cyber safety system (105; 305) being an isolated separate stand-alone system from the site network (127; 225) that it is protecting and comprising: 1.1 a cyber monitoring logic (107; 212) to generate a cyber attack signal (110; 215) in response to a cyber attack event; and 1.2 a stand-alone automatic segmentation controller (115; 217) to generate a plurality of segmentation voltage signals (117(1-n); 220) or a plurality of segmentation messages (137; 218) in response to the cyber attack signal and provide them to a plurality of firewalls (120((1-n); 222); and 1.3 the plurality of firewalls (120(1-n); 222) configured to invoke firewall rulesets depending upon an input voltage signal level of the plurality of segmentation voltage signals (117(1-n); 220) or the plurality of segmentation messages (137; 218) to segment the site network (127; 225) in a plurality of site network segments (130(1-n); 225) and to control one or more physical devices as response to the cyber attack event. 1.1 a cyber monitoring logic (107; 212) to generate a cyber attack signal (110; 215) in response to a cyber attack event; and 1.2 a stand-alone automatic segmentation controller (115; 217) to generate a plurality of segmentation voltage signals (117(1-n); 220) or a plurality of segmentation messages (137; 218) in response to the cyber attack signal and provide them to a plurality of firewalls (120((1-n); 222); and 1.3 the plurality of firewalls (120(1-n); 222) configured to invoke firewall rulesets depending upon an input voltage signal level of the plurality of segmentation voltage signals (117(1-n); 220) or the plurality of segmentation messages (137; 218) to segment the site network (127; 225) in a plurality of site network segments (130(1-n); 225) and to control one or more physical devices as response to the cyber attack event.
Filter cartridge for a machine for preparing beverages, comprising a main body for housing filter material for treating a liquid, said main body comprising: • a main inlet for admitting liquid to be treated into said main body, and an outlet for discharging treated liquid from the main body; • a first chamber containing at least one first ion exchange filter material for treating liquid to be treated; • a second chamber, in fluid communication with said first chamber, containing at least one second ion exchange filter material for treating liquid to be treated; • a main filtration path extending between said main inlet and said outlet through said first chamber and subsequently through said second chamber; and further comprising an auxiliary inlet, which is separate from and independent of said main inlet for admitting liquid to be treated and positioned in such a way as to define an auxiliary filtration path which is at least partly separate from said main filtration path and extends between said auxiliary inlet and said outlet without passing through said first chamber, the liquid being admitted in the filter cartridge through a common passage in communication both with said main inlet and said auxiliary inlet through an inlet channel in which no filter material in provided, wherein said main body is elongate-shaped, said outlet and said common passage being provided at the same end of said main body, characterised in that the main inlet and the outlet are provided within longitudinally opposite portions of the main body and in that said filter cartridge further comprises an outer casing which is connected to the main body and said main body is coupled thereto in such a way as to form said inlet channel so that the liquid to be treated can flow towards the main inlet and the auxiliary inlet, said inlet channel having the shape of a cavity concentric with said main body and said main body further comprising an intermediate chamber interposed between said first and second chamber, within which the fluid admitted through said auxiliary inlet travels before flowing into said second chamber and in which partly filtered liquid coming from the first chamber is mixed with unfiltered liquid coming from a tank in which the cartridge is installed. • a main inlet for admitting liquid to be treated into said main body, and an outlet for discharging treated liquid from the main body; • a first chamber containing at least one first ion exchange filter material for treating liquid to be treated; • a second chamber, in fluid communication with said first chamber, containing at least one second ion exchange filter material for treating liquid to be treated; • a main filtration path extending between said main inlet and said outlet through said first chamber and subsequently through said second chamber;
System for a fabric sunblind, comprising modules, wherein a module comprises: - a screen roller that can be rotated about an axis direction; - a screen that can be rolled up onto and down from said screen roller; - a casing comprising surfaces that are substantially parallel to said axis direction; - a first end face element situated in a plane that is substantially perpendicular to said axis direction, wherein said first end face element comprises: ∘ a support element adapted for supporting said screen roller; and ∘ a female connecting element; and - a second end face element situated in a plane that is substantially perpendicular to said axis direction, wherein said second end face element comprises: ∘ a support element adapted for supporting said screen roller; and wherein - said module forms a unit bounded by said casing, said first end face element and said second end face element; characterized in that said second end face element comprises ∘ a male connecting element; and further in that - in mounted condition said modules are slidably connected to each other via said male connecting element and said female connecting element. - a screen roller that can be rotated about an axis direction; - a screen that can be rolled up onto and down from said screen roller; - a casing comprising surfaces that are substantially parallel to said axis direction; - a first end face element situated in a plane that is substantially perpendicular to said axis direction, wherein said first end face element comprises: ∘ a support element adapted for supporting said screen roller; and ∘ a female connecting element; and ∘ a support element adapted for supporting said screen roller; and ∘ a female connecting element; and - a second end face element situated in a plane that is substantially perpendicular to said axis direction, wherein said second end face element comprises: ∘ a support element adapted for supporting said screen roller; and wherein ∘ a support element adapted for supporting said screen roller; and - said module forms a unit bounded by said casing, said first end face element and said second end face element; characterized in that said second end face element comprises ∘ a male connecting element; and further in that - in mounted condition said modules are slidably connected to each other via said male connecting element and said female connecting element.
A non-superelastic file obtainable by a method comprising the steps of: (i) providing a superelastic file having an austenite finish temperature; and (ii) heating at least a portion of the superelastic file to a temperature from about 300 °C to about 600 °C for a period of time from about 5 minutes to about 120 minutes to alter the austenite finish temperature thereby forming the non-superelastic file; wherein the altered austenite finish temperature of the non-superelastic file is from about 20 °C to 40 °C, (iii) further comprising the step of cooling a portion of the non-superelastic file and heating at least a portion of the cooled non-superelastic file to a temperature from about 300 °C to about 650 °C for a time period from about 1 minute to about 45 minute to shape-set the portion of the shaft thereby forming a shape-set non-superelastic nonlinear file. (i) providing a superelastic file having an austenite finish temperature; and (ii) heating at least a portion of the superelastic file to a temperature from about 300 °C to about 600 °C for a period of time from about 5 minutes to about 120 minutes to alter the austenite finish temperature thereby forming the non-superelastic file; wherein the altered austenite finish temperature of the non-superelastic file is from about 20 °C to 40 °C, (iii) further comprising the step of cooling a portion of the non-superelastic file and heating at least a portion of the cooled non-superelastic file to a temperature from about 300 °C to about 650 °C for a time period from about 1 minute to about 45 minute to shape-set the portion of the shaft thereby forming a shape-set non-superelastic nonlinear file.
Towable device, which has connection elements (106, 108) for articulated connection to a towing device, at least one turning tyre and a steering system, the steering system comprising a control unit, a sensor for measuring a variable used as the basis for the steering, and an actuator guided by the control unit for turning said tyre, characterised in that said sensor is arranged to measure the variable dependant on the mutual position of the towing device and a towable device and 2. in that the steering system further comprises a flexible connection piece with torsional rigidity, the connection piece having a first end for attaching to the towing device and a second end connected to the towable device, and in that said sensor is arranged to the first or second end of the connection piece.
A solid electrolyte having a melilite structure and a composition represented by the following expression; La 2-y M y X 3-z Mg z O 7+α ···, where M represents an alkaline earth metal element other than Mg, X represents a trivalent metal element, 0 < y < 2, 0 < z < 3, and α represents a value retaining electrical neutrality. M represents an alkaline earth metal element other than Mg, X represents a trivalent metal element, 0 < y < 2, 0 < z < 3, and α represents a value retaining electrical neutrality.
An electromagnetic clutch device for a compressor, comprising: a crank shaft with an inner shaft end accommodated in a compressor housing and with an outer shaft end projecting axially out of the compressor housing; a pulley assembly having a rotor body and a pulley fixedly attached thereto, the rotor body having a toroidal cavity accommodating a coil housing and rotatably supported on the compressor housing by a pulley bearing, wherein the coil housing includes a radially inner annular wall, a radially outer annular wall, an axially open end facing the outer shaft end, and a bottom extending radially from the radially inner annular wall to the radially outer annular wall at an axial end of the coil housing proximate the inner shaft end; and an armature plate adjacent the rotor body and connected to the outer shaft end in an axially displaceable manner so as to rotate with the crank shaft; characterized in that, the inner annular wall and the outer annular wall of the coil housing each have an outer surface (56, 58), the outer surfaces (56, 58) having a greater distance from one another near the bottom of the coil housing than proximate the axially open end, and in that the inner annular wall has a greater axial length than the outer annular wall. a crank shaft with an inner shaft end accommodated in a compressor housing and with an outer shaft end projecting axially out of the compressor housing; a pulley assembly having a rotor body and a pulley fixedly attached thereto, the rotor body having a toroidal cavity accommodating a coil housing and rotatably supported on the compressor housing by a pulley bearing, wherein the coil housing includes a radially inner annular wall, a radially outer annular wall, an axially open end facing the outer shaft end, and a bottom extending radially from the radially inner annular wall to the radially outer annular wall at an axial end of the coil housing proximate the inner shaft end; and an armature plate adjacent the rotor body and connected to the outer shaft end in an axially displaceable manner so as to rotate with the crank shaft; characterized in that, the inner annular wall and the outer annular wall of the coil housing each have an outer surface (56, 58), the outer surfaces (56, 58) having a greater distance from one another near the bottom of the coil housing than proximate the axially open end, and
A polyurethane comprising a reaction product of components comprising: (a) an isocyanate functional urethane prepolymer comprising a reaction product of components comprising: (i) about 1 equivalent of at least one polyisocyanate; and (ii) 0.35 to 0.4 equivalents of pentanediol; and (b) 0.3 to 0.7 equivalents of trimethylolpropane; and (c) up to 0.4 equivalents of butanediol or pentanediol, wherein the reaction product components are essentially free of polyester polyol and polyether polyol. (a) an isocyanate functional urethane prepolymer comprising a reaction product of components comprising: (i) about 1 equivalent of at least one polyisocyanate; and (ii) 0.35 to 0.4 equivalents of pentanediol; and (i) about 1 equivalent of at least one polyisocyanate; and (ii) 0.35 to 0.4 equivalents of pentanediol; and (b) 0.3 to 0.7 equivalents of trimethylolpropane; and (c) up to 0.4 equivalents of butanediol or pentanediol,