mhurhangee/patent-ind-claim-en huggingface dataset:
Paving screed for compacting a paving material (E), comprising at least one external control station for an operator (F) for controlling at least one operating parameter (P) adjustable at the paving screed , for example a screed paving width, wherein the external control station comprises a support and at least one operating panel detachably attached thereto as an input unit for the operator (F) for setting the operating parameter (P), wherein the operating panel is attached to the support by means of a plug connection device , wherein the plug connection device comprises a first plug connector part with at least one first electrical contact part integrated thereon and a second plug connector part with at least one second electrical contact part integrated thereon, wherein an electrical coupling of the two plug contactor parts integrated on the plug connector parts can be produced by a mechanical coupling of the two plug connector parts , characterized in that the plug connection device has a locking mechanism , wherein the locking mechanism has at least one spring-loaded handle on the operating panel .
A method for preparing genomic DNA (gDNA) samples for the detection of a single nucleotide polymorphism, the method comprising: (A) providing a sample of buccal epithelial cells from a subject, the buccal epithelial cells being adhered to a substrate; (B) agitating, for no more than about 45 seconds, the substrate with the adhered buccal epithelial cells in a first lysis solution capable of lysing buccal cells adhered to the substrate; (C) removing the substrate from the first lysis solution upon completion of the agitating (B) the substrate in the first lysis solution; and (D) extracting gDNA from the first lysis solution by incubating the first lysis solution at a temperature of 45 ± 3°C for 45 ± 15 minutes following the removing (C) of the substrate from the first lysis solution to thereby prepare a first gDNA sample, wherein the substrate following the removing (C) is stored for further use in additional testing. (A) providing a sample of buccal epithelial cells from a subject, the buccal epithelial cells being adhered to a substrate; (B) agitating, for no more than about 45 seconds, the substrate with the adhered buccal epithelial cells in a first lysis solution capable of lysing buccal cells adhered to the substrate; (C) removing the substrate from the first lysis solution upon completion of the agitating (B) the substrate in the first lysis solution; and (D) extracting gDNA from the first lysis solution by incubating the first lysis solution at a temperature of 45 ± 3°C for 45 ± 15 minutes following the removing (C) of the substrate from the first lysis solution to thereby prepare a first gDNA sample,
An apparatus comprising: an end effector having: an elongate channel ; and an anvil pivotally supported relative to said elongate channel , said anvil comprising a first arrangement of staple-forming pockets ; and an adaptor comprising: a staple cartridge operably supported in said elongate channel , said staple cartridge comprising a plurality of staples; an anvil plate comprising a second arrangement of staple-forming pockets , wherein said second arrangement of staple-forming pockets is different than the first arrangement of staple-forming pockets ; and a spring connection between said staple cartridge and said anvil plate . an end effector having: an elongate channel ; and an anvil pivotally supported relative to said elongate channel , said anvil comprising a first arrangement of staple-forming pockets ; and an elongate channel ; and an anvil pivotally supported relative to said elongate channel , said anvil comprising a first arrangement of staple-forming pockets ; and an adaptor comprising: a staple cartridge operably supported in said elongate channel , said staple cartridge comprising a plurality of staples; an anvil plate comprising a second arrangement of staple-forming pockets , wherein said second arrangement of staple-forming pockets is different than the first arrangement of staple-forming pockets ; and a spring connection between said staple cartridge and said anvil plate . a staple cartridge operably supported in said elongate channel , said staple cartridge comprising a plurality of staples; an anvil plate comprising a second arrangement of staple-forming pockets , wherein said second arrangement of staple-forming pockets is different than the first arrangement of staple-forming pockets ; and a spring connection between said staple cartridge and said anvil plate .
A method for identifying network nodes (110a-c) of a first Radio Access Technology, "RAT", and of a wireless communication network , which network nodes (110a-c) are at least potentially neighboring each other, wherein the method comprises: - obtaining (204a-b; 401) multiple information sets associated with multiple communication devices (120a-c), respectively, each communication device (120a-c) supporting both the first RAT and another, second RAT, each information set, thus associated with a communication device , identifying: a network node of the first RAT, and one or more network nodes of the second RAT that have been identified by the communication device when the communication device was associated with a communicative connection to said identified network node of the first RAT, characterized in that the method further comprises - identifying (205; 402), based on the obtained multiple information sets, and on that the information sets identifying the network nodes (110a-b) of the first RAT are identifying the same one or more network nodes of the second RAT, the network nodes (110a-b) of the first RAT that are at least potentially neighboring each other - obtaining (204a-b; 401) multiple information sets associated with multiple communication devices (120a-c), respectively, each communication device (120a-c) supporting both the first RAT and another, second RAT, each information set, thus associated with a communication device , identifying: a network node of the first RAT, and one or more network nodes of the second RAT that have been identified by the communication device when the communication device was associated with a communicative connection to said identified network node of the first RAT, characterized in that the method further comprises - identifying (205; 402), based on the obtained multiple information sets, and on that the information sets identifying the network nodes (110a-b) of the first RAT are identifying the same one or more network nodes of the second RAT, the network nodes (110a-b) of the first RAT that are at least potentially neighboring each other a network node of the first RAT, and one or more network nodes of the second RAT that have been identified by the communication device when the communication device was associated with a communicative connection to said identified network node of the first RAT, - identifying (205; 402), based on the obtained multiple information sets, and on that the information sets identifying the network nodes (110a-b) of the first RAT are identifying the same one or more network nodes of the second RAT, the network nodes (110a-b) of the first RAT that are at least potentially neighboring each other
Method for self-testing the measuring accuracy of an electricity meter which is designed to form billing data, wherein consumption values and/or power values are determined from measured values of a measuring mechanism of the electricity meter and the consumption values and/or power values are compared with a predetermined modulation of a modulatable power consumer which is carried out by a testing device in order to monitor the function of the measuring mechanism .
A method for operating a redox flow battery, comprising a step of: mixing a predetermined volume of a positive electrolyte and a predetermined volume of a negative electrolyte at a predetermined period, wherein the predetermined period is time x selected from a range of 320 hours or less, the predetermined volume is y% of a storage volume set for one of a positive electrolyte tank that stores the positive electrolyte containing vanadium ions and a negative electrolyte tank that stores the negative electrolyte containing vanadium ions, y is equal to or higher than a value represented by y = 0.01% × x, when x is selected from a range of 30 hours or less, y is equal to or lower than a value represented by y = 0.9% × x, and when x is selected from a range of more than 30 hours to 320 hours, y is 27.0% or less. mixing a predetermined volume of a positive electrolyte and a predetermined volume of a negative electrolyte at a predetermined period, wherein the predetermined period is time x selected from a range of 320 hours or less, the predetermined volume is y% of a storage volume set for one of a positive electrolyte tank that stores the positive electrolyte containing vanadium ions and a negative electrolyte tank that stores the negative electrolyte containing vanadium ions, y is equal to or higher than a value represented by y = 0.01% × x, when x is selected from a range of 30 hours or less, y is equal to or lower than a value represented by y = 0.9% × x, and when x is selected from a range of more than 30 hours to 320 hours, y is 27.0% or less.
Flexible support band for an orthosis, containing a planar link chain having a plurality of similar planar links , in each case a first link being firmly coupled to the adjacent second link , in link portions that engage from below and from above respectively, so as physically to overlap above a bearing journal perpendicular thereto, and the members being pivotable with respect to one another about the axis of the bearing journal , the shoulders of overlapping link portions forming an end stop for limiting the pivoting, characterised in that the first member in each case has at least one latch element , which engages in a recess of the adjacent member so as to block the links from lifting away from one another.
Door for an electrically self-sufficient boiler comprising a combustion chamber fitted with at least one burner and an electrical system arranged to ensure the operation of the boiler, said door being characterized in that it comprises: - a thermoelectric converter for converting thermal energy into electrical energy using the Seebeck effect, configured to convert the thermal energy generated by said at least one burner into electrical energy; and - an outlet for the electrical energy provided by said converter, configured to provide the electrical power to an electrical system of the boiler; the thermoelectric converter for converting thermal energy being positioned in contact with: - firstly, a first conducting element configured to be oriented toward combustion products of the boiler combustion chamber , forming the hot source of the converter; and - secondly, a second conducting element configured to be oriented toward a heat-transfer fluid of the boiler, forming the cold source of the converter. - a thermoelectric converter for converting thermal energy into electrical energy using the Seebeck effect, configured to convert the thermal energy generated by said at least one burner into electrical energy; and - an outlet for the electrical energy provided by said converter, configured to provide the electrical power to an electrical system of the boiler; - firstly, a first conducting element configured to be oriented toward combustion products of the boiler combustion chamber , forming the hot source of the converter; and - secondly, a second conducting element configured to be oriented toward a heat-transfer fluid of the boiler, forming the cold source of the converter.
A heavy duty pneumatic tire comprising: a tread portion provided with a plurality of circumferentially extending main grooves and a plurality of land portions separated by the main grooves ; the land portions comprising a shoulder land portion having a tread edge (Te), a first middle land portion adjacent to the shoulder land portion , a second middle land portion adjacent to the first middle land portion , a third middle land portion adjacent to the second middle land portion , and a central land portion adjacent to the third middle land portion and disposed on a tire equator (C); the shoulder land portion formed into a circumferentially continuous rib; the first middle land portion formed into a row of first middle blocks separated by a plurality of first middle lateral grooves ; the second middle land portion formed into a row of second middle blocks separated by a plurality of second middle lateral grooves ; the third middle land portion provided with a plurality of third middle lateral grooves to form a plurality of third middle blocks , wherein each of the first middle lateral grooves , second middle lateral grooves and third middle lateral grooves inclines at an angle (θ1) with respect to the axial direction of the tire ; and the central land portion provided with a plurality of central lateral grooves to form a plurality of central blocks , characterized in that each first middle block has a circumferential length (L1) greater than that (L2) of each second middle block , and in that each central lateral groove extends along an axial direction of the tire . a tread portion provided with a plurality of circumferentially extending main grooves and a plurality of land portions separated by the main grooves ; the land portions comprising a shoulder land portion having a tread edge (Te), a first middle land portion adjacent to the shoulder land portion , a second middle land portion adjacent to the first middle land portion , a third middle land portion adjacent to the second middle land portion , and a central land portion adjacent to the third middle land portion and disposed on a tire equator (C); the shoulder land portion formed into a circumferentially continuous rib; the first middle land portion formed into a row of first middle blocks separated by a plurality of first middle lateral grooves ; the second middle land portion formed into a row of second middle blocks separated by a plurality of second middle lateral grooves ; the third middle land portion provided with a plurality of third middle lateral grooves to form a plurality of third middle blocks , wherein each of the first middle lateral grooves , second middle lateral grooves and third middle lateral grooves inclines at an angle (θ1) with respect to the axial direction of the tire ; and the central land portion provided with a plurality of central lateral grooves to form a plurality of central blocks , characterized in that each first middle block has a circumferential length (L1) greater than that (L2) of each second middle block , and in that each central lateral groove extends along an axial direction of the tire .
A pressure-sensitive adhesive composition, comprising: an encapsulating resin which is a copolymer of a diene and an olefin-based compound having one carbon-carbon double bond; and a multifunctional active energy ray-polymerizable compound satisfying Formula 1 which is included at 5 to 30 parts by weight relative to 100 parts by weight of the encapsulating resin: wherein R 1 is hydrogen or an alkyl group having 1 to 4 carbon atoms, n is an integer of 2 or more, and X is a residue induced from a linear, branched, or cyclic alkyl group having 3 to 30 carbon atoms. an encapsulating resin which is a copolymer of a diene and an olefin-based compound having one carbon-carbon double bond; and a multifunctional active energy ray-polymerizable compound satisfying Formula 1 which is included at 5 to 30 parts by weight relative to 100 parts by weight of the encapsulating resin: wherein R 1 is hydrogen or an alkyl group having 1 to 4 carbon atoms, n is an integer of 2 or more, and X is a residue induced from a linear, branched, or cyclic alkyl group having 3 to 30 carbon atoms.
A part transporting device comprising: an outer cylinder ; multiple attracting members that are arrayed in a spiral shape about a center axis extending in an axial direction of the outer cylinder , on an inner surface side of the outer cylinder and that form a magnetic field on an outer surface side of the outer cylinder to attract a part to an outer surface of the outer cylinder , a rotary drive unit configured to rotatably move the attracting members about the center axis; and characterized in that the part transporting device further comprises: a restriction member that restricts rotational movement of the part to move the part axially along the outer surface of the outer cylinder . an outer cylinder ; multiple attracting members that are arrayed in a spiral shape about a center axis extending in an axial direction of the outer cylinder , on an inner surface side of the outer cylinder and that form a magnetic field on an outer surface side of the outer cylinder to attract a part to an outer surface of the outer cylinder , a rotary drive unit configured to rotatably move the attracting members about the center axis; and characterized in that the part transporting device further comprises: a restriction member that restricts rotational movement of the part to move the part axially along the outer surface of the outer cylinder .
An oocyte-holding pipette for sperm injection methods without cytoplasmic aspiration comprising an elongate and hollow cylindrical body , inside which runs a suction conduit that communicates with a working end for holding an oocyte ; said working end has a flared funnel-shaped configuration defining an internal conical cavity , a smaller-diameter proximal end of which communicates with the suction conduit and a larger-diameter distal end of which is sized to receive the oocyte in a tight-fitting manner, such that, upon aspirating the oocyte via the suction conduit , the oocyte remains partially trapped inside and becomes deformed, changing from its spherical shape in a resting state to an oval shape that tensions the surface and increases the turgor of the oocyte which is arranged for the application of an injection pipette without having to previously aspirate the cytoplasm with the injection pipette; characterised in that the cylindrical body has a length (L1) of 5 cm and an external diameter (D) of 500 micra, and the suction conduit has a constant internal diameter (d) of 80 micra along its entire length with the exception of a point at which it is joined to the funnel-shaped working end , there being, in an outlet opening of said conduit , coinciding with the smaller-diameter proximal end of said working end , a constriction where the internal diameter of the suction conduit is reduced considerably.
Laundry care appliance for the care of objects, wherein the laundry care appliance comprises a housing and a receptacle received rotatably in the housing , wherein the housing comprises a loading side and side walls and wherein the loading side comprises an opening which is embodied to load the receptacle and the laundry care appliance comprises a door unit , wherein the door unit is arranged pivotably on the loading side of the housing of the laundry care appliance and the opening of the loading side is embodied such that it can be closed off, wherein the door unit comprises a first door assembly and a second door assembly , wherein the second door assembly in a closed state of the door unit projects at least partially into the receptacle , and wherein the first door assembly is arranged on the second door assembly and, in a closed state of the door unit , is visible from the outside, wherein the first door assembly essentially comprises a ring element , a front element and a first frame element , wherein the ring element , the front element and the first frame element of the first door assembly of the door unit are connected to one another with a material bond, characterised in that the first door assembly can be arranged on the second door assembly by way of a relative movement, wherein the first door assembly comprises a first frame element and at least one hook element is embodied on the first frame element and the second door assembly comprises a second frame element , wherein at least one connecting element is embodied on the second frame element , wherein the at least one connecting element has an active connection with the at least one hook element of the first frame element , wherein the ring element , the front element and the first frame element of the first door assembly of the door unit are welded to one another. wherein the door unit comprises a first door assembly and a second door assembly , wherein the second door assembly in a closed state of the door unit projects at least partially into the receptacle , and wherein the first door assembly is arranged on the second door assembly and, in a closed state of the door unit , is visible from the outside, wherein the first door assembly essentially comprises a ring element , a front element and a first frame element , wherein the ring element , the front element and the first frame element of the first door assembly of the door unit are connected to one another with a material bond, characterised in that the first door assembly can be arranged on the second door assembly by way of a relative movement, wherein the first door assembly comprises a first frame element and at least one hook element is embodied on the first frame element and the second door assembly comprises a second frame element , wherein at least one connecting element is embodied on the second frame element , wherein the at least one connecting element has an active connection with the at least one hook element of the first frame element , wherein the ring element , the front element and the first frame element of the first door assembly of the door unit are welded to one another.
An induction heating cooker, comprising: a lid comprising at least one electronic device and a first terminal electrically connected to the electronic device; a main body having an opened upper surface and comprising a second terminal adapted to be connected to the first terminal by a rotation-coupling of the lid with respect to the opened upper surface; an internal pot that is stored in the main body ; a coil part configured to heat the internal pot using external power when the external power is supplied, and to which electric currents are induced by a magnetic field generated by a working coil of an induction heating apparatus when the external power is not supplied; a power supplying circuit configured to supply power to an electronic device provided in the lid through the first and second terminals ; and a control module configured to determine a coupling state of the lid on the basis of an amount of electric currents supplied to the electronic device or magnitude of a voltage detected in the first terminal . a lid comprising at least one electronic device and a first terminal electrically connected to the electronic device; a main body having an opened upper surface and comprising a second terminal adapted to be connected to the first terminal by a rotation-coupling of the lid with respect to the opened upper surface; an internal pot that is stored in the main body ; a coil part configured to heat the internal pot using external power when the external power is supplied, and to which electric currents are induced by a magnetic field generated by a working coil of an induction heating apparatus when the external power is not supplied; a power supplying circuit configured to supply power to an electronic device provided in the lid through the first and second terminals ; and a control module configured to determine a coupling state of the lid on the basis of an amount of electric currents supplied to the electronic device or magnitude of a voltage detected in the first terminal .