mhurhangee/ep-ind-claims huggingface dataset:
Fixed-wing flying drone comprising: - a fuselage consisting of a single central body; - a wing assembly consisting of: - a front aerofoil defined by a wing surface A1, a wing span E1 and a chord C1, with A1 = E1 x C1; - a rear aerofoil defined by a wing surface A2, a wing span E2 and a chord C2, with A2 = E2 x C2; the rear aerofoil being offset in height and length on the fuselage with respect to the front aerofoil, the front aerofoil and the rear aerofoil being straight aerofoils; - propulsion means supplied at least by electric accumulators and/or photovoltaic cells; - photovoltaic cells covering mainly the upper faces of the front aerofoil and of the rear aerofoil; characterised in that: - the front aerofoil is directly attached on a lower height of the central body, extending from the central body, and exhibits a zero or negative dihedron; - the rear aerofoil is attached directly on an upper height of the central body, extending from this central body, and exhibits a zero or positive dihedron; - E1 > E2, and C2 > C1; - the wing surface A2 is equal to the wing surface A1. - a fuselage consisting of a single central body; - a wing assembly consisting of: - a front aerofoil defined by a wing surface A1, a wing span E1 and a chord C1, with A1 = E1 x C1; - a rear aerofoil defined by a wing surface A2, a wing span E2 and a chord C2, with A2 = E2 x C2; the rear aerofoil being offset in height and length on the fuselage with respect to the front aerofoil, the front aerofoil and the rear aerofoil being straight aerofoils; - a front aerofoil defined by a wing surface A1, a wing span E1 and a chord C1, with A1 = E1 x C1; - a rear aerofoil defined by a wing surface A2, a wing span E2 and a chord C2, with A2 = E2 x C2; the rear aerofoil being offset in height and length on the fuselage with respect to the front aerofoil, the front aerofoil and the rear aerofoil being straight aerofoils; - propulsion means supplied at least by electric accumulators and/or photovoltaic cells; - photovoltaic cells covering mainly the upper faces of the front aerofoil and of the rear aerofoil; - the front aerofoil is directly attached on a lower height of the central body, extending from the central body, and exhibits a zero or negative dihedron; - the rear aerofoil is attached directly on an upper height of the central body, extending from this central body, and exhibits a zero or positive dihedron; - E1 > E2, and C2 > C1; - the wing surface A2 is equal to the wing surface A1.
Method for operating a domestic appliance, in particular a domestic cooking oven, by means of an operating and display apparatus which has at least one display, on which at least one item of information can be displayed, and has at least one actuating element for preselecting and selecting an item of information presented on the display, wherein an item of information presented on the display is preselected by rotating or pivoting the actuating element, - in which the operating and display apparatus has a touchscreen on which various items of information can be presented, and in which - an operating mode is selected by touching the touchscreen in an upper or uppermost hierarchical level, - an item of information presented on the display is preselected in a lower hierarchical level by rotating or pivoting the actuating element, characterized - in that the actuating element is round at least in sections and has a plurality of different circumferential sections (7, 8, 9) which are in the form of switching elements and can be used to make different inputs depending on which circumferential section of the actuating element is pressed, - wherein data can be changed and confirmed by actuating an individual switching element (7, 8, 9), and wherein a function symbolized by the information is selected by pressing a particular circumferential section (7, 8, 9) of the actuating element. - in which the operating and display apparatus has a touchscreen on which various items of information can be presented, and in which - an operating mode is selected by touching the touchscreen in an upper or uppermost hierarchical level, - an item of information presented on the display is preselected in a lower hierarchical level by rotating or pivoting the actuating element, - in that the actuating element is round at least in sections and has a plurality of different circumferential sections (7, 8, 9) which are in the form of switching elements and can be used to make different inputs depending on which circumferential section of the actuating element is pressed, - wherein data can be changed and confirmed by actuating an individual switching element (7, 8, 9), and wherein a function symbolized by the information is selected by pressing a particular circumferential section (7, 8, 9) of the actuating element.
An apparatus comprising a hand-held device for acquiring electrocardiographic signals from a patient, a display means, an actuating means, a data transfer means, a data storage means, a computer program and a computing means, wherein: the hand-held device comprises a handle constructed and arranged for manual gripping of the device, the display means and an electrode array comprising four electrodes (11, 12, 13, 14) adapted for placement on a thoracic region of said patient whereby electrical contact may be made with mid-anterior thoracic skin of said patient for acquiring electrocardiographic signals through the four electrodes (11, 12, 13, 14); the display means is adapted to display the electrocardiographic signals from said patient; the actuating means is adapted to initiate capture of electrocardiographic signals over a predetermined time period onto the data storage means as an electrocardiographic dataset, the data transfer means is arranged to transfer the electrocardiographic signals or the electrocardiographic dataset from the hand-held device to the computing mean, and the computer program is adapted to run on the computing means and adapted to acquire and manipulate the electrocardiographic dataset from said patient and to add patient identification data to the electrocardiographic dataset to form an identified electrocardiographic dataset. the hand-held device comprises a handle constructed and arranged for manual gripping of the device, the display means and an electrode array comprising four electrodes (11, 12, 13, 14) adapted for placement on a thoracic region of said patient whereby electrical contact may be made with mid-anterior thoracic skin of said patient for acquiring electrocardiographic signals through the four electrodes (11, 12, 13, 14); the display means is adapted to display the electrocardiographic signals from said patient; the actuating means is adapted to initiate capture of electrocardiographic signals over a predetermined time period onto the data storage means as an electrocardiographic dataset, the data transfer means is arranged to transfer the electrocardiographic signals or the electrocardiographic dataset from the hand-held device to the computing mean, and the computer program is adapted to run on the computing means and adapted to acquire and manipulate the electrocardiographic dataset from said patient and to add patient identification data to the electrocardiographic dataset to form an identified electrocardiographic dataset.
A method for buffering a product sterilized by means of continuous-flow heating/heat retention in a flash heating unit in a buffer tank connected downstream thereof before filling the product into bottles, cans or similar containers in a filler connected downstream of the buffer tank, wherein an actual fill level of the product in the buffer tank is monitored and an input-side volume flow of the product into the buffer tank is regulated as a function of the actual fill level, wherein in a programmed control unit an output-side volume flow of the product from the buffer tank is monitored and the input-side volume flow within at least one predetermined operating range of the actual fill level is also controlled as a function of the output-side volume flow and for this a set value (VSE') of the input-side volume flow is calculated as a function of the actual fill level and of the output-side volume flow, and that a set pasteurization temperature (PT') is calculated from the set value (VSE') of the input-side volume flow and a set pasteurization level (PE') for temperature control of the continuous-flow heating/heat retention, wherein a set pasteurization volume flow (VSP') required to achieve the set pasteurization degree (PE') is calculated as a function of an actual pasteurization temperature prevailing in the area of the continuous-flow heating/heat retention for flow control of the continuous-flow heating/heat retention.
A method for the production of a multifilament composite thread in a melt spinning process, in which a plurality of filament strands are extruded by means of a plurality of spinnerets, in which the filament strands are divided into a plurality of filament bundles and pulled-off from the spinnerets, in which the filament bundles are drawn and in which the drawn filament bundles are combined to form the composite thread, wherein all filament bundles pass through a preparation device after cooling for wetting, the preparation device consisting of a plurality of preparation stations in the thread course, wherein each preparation station includes one preparation site for each filament bundle, characterized in that for selectively applying a supplementary wetting to a filament bundle a preparation site of a first preparation station shall be activated or deactivated depending on the respective requirements of the melt spinning process, such that the filament bundle can pass through a first preparation station with or without, selectively, a supplementary wetting.
Reinforcement cord for elastomeric products, in particular for pneumatic tyres, comprising at least one yarn made of filaments, where at least one yarn of the reinforcement cord comprises filaments made of PA PACM 12, where PA PACM 12 is a polyamide made of the starting materials 1,12-dodecanedioic acid and bis(4-aminocyclohexyl)methane, characterized in that at least the 1,12-dodecanedioic acid has been produced from renewable feedstocks, where all filaments consist at least of one yarn made of PA PACM 12, where the reinforcement cord comprises at least one further yarn made of filaments, where the yarns have been end-twisted together, and where the at least one further yarn made of filaments consists of polyester, of a polyamide type other than PA PACM 12, of aramid, of polyketone, or preferably of synthetic fibres made of natural polymers or natural fibres.
Panel-like air filter cartridge for I.C. motors, comprising a pack of filtering material having a prismatic shape and comprising pleated paper in which an upstream face and a downstream face are defined for inletting the air to be purified and for outletting the air that has been purified, respectively, a polyurethane peripheral gasket defining a corresponding first frame surrounding the downstream face, and a second frame surrounding a portion of the cartridge free from filtering material, the first frame and the second frame being coplanar and having a side in common, wherein said downstream face is flat and said upstream face comprises at least a first and a second flat portion, said first and second portions lying on non-coincident planes, said first flat portion being parallel to the downstream face and said second flat portion being oblique relative to the downstream face, the thickness of the filtering material pack at the first portion being greater than the thickness of the filtering material pack at the second portion, the pack of filtering material defining a longitudinal section and a cross-section that are perpendicular to the downstream face and to the first portion of the upstream face, the longitudinal section having a substantially rectangular shape and the cross-section having a substantially rectangular trapeze-like shape, characterized in that the area of the second portion of the upstream face is at least equal to the area of the first portion of said upstream face and in that the thickness d1 of a first longitudinal front face of the pack is comprised between 1/3 and 1/8 of the thickness d2 of the opposite longitudinal face.
A vehicle suspension damper for providing a variable damping rate, said vehicle suspension damper comprising: a first compression damping mechanism having a variable first threshold pressure; a second compression damping mechanism having a variable second threshold pressure; and a compressible chamber in pressure communication with a damping fluid chamber [124; 314]; the arrangement being such that, in use, upon compression of said damper, a shaft enters said damping fluid chamber [124; 314] causing the volume of said damping fluid chamber [124; 314] to be reduced, whereby damping fluid therein compresses said compressible chamber, a pressure and volume of said compressible chamber being such that a static pressure of said damping fluid is increased functionally with change of a position in the compression stroke of said damper; characterised in that: said variable second threshold pressure of said second damping mechanism is increased in response to compression of said compressible chamber and the increase in static pressure of said damping fluid. a first compression damping mechanism having a variable first threshold pressure; a second compression damping mechanism having a variable second threshold pressure; and a compressible chamber in pressure communication with a damping fluid chamber [124; 314]; the arrangement being such that, in use, upon compression of said damper, a shaft enters said damping fluid chamber [124; 314] causing the volume of said damping fluid chamber [124; 314] to be reduced, whereby damping fluid therein compresses said compressible chamber, a pressure and volume of said compressible chamber being such that a static pressure of said damping fluid is increased functionally with change of a position in the compression stroke of said damper; characterised in that: said variable second threshold pressure of said second damping mechanism is increased in response to compression of said compressible chamber and the increase in static pressure of said damping fluid.
A flame resistant thermal liner comprising (a) a nonwoven sheet comprising greater than 50% of nanofibers of a synthetic polymer having an limiting oxygen index of at least 21, a mean flow pore of 10 micrometers or less, a thickness air permeability of 25 to 6000 cubic feet per min - micrometers (12 to 2880 cubic meters per square meter per min - micrometers), and an average thickness T 1; and (b) a thermally stable flame resistant fabric attached to an outer surface of the nonwoven sheet, the fabric having an average thickness T 2; a surface of the thermally stable fabric being in contact with a surface of the nonwoven sheet; wherein T 1 and T 2 are selected such that the ratio of T 1 to T 2 is less than 0.75, wherein the nanofibers are fibers having a number average diameter less than 1000 nm, wherein in the case of non-round cross-sectional nanofibers, the diameter refers to the greatest cross-sectional dimension, and wherein when the thermal liner is exposed to flame in accordance with ASTM D6413-99, the afterflame is no greater than 2 seconds. (a) a nonwoven sheet comprising greater than 50% of nanofibers of a synthetic polymer having an limiting oxygen index of at least 21, a mean flow pore of 10 micrometers or less, a thickness air permeability of 25 to 6000 cubic feet per min - micrometers (12 to 2880 cubic meters per square meter per min - micrometers), and an average thickness T 1; and (b) a thermally stable flame resistant fabric attached to an outer surface of the nonwoven sheet, the fabric having an average thickness T 2; a surface of the thermally stable fabric being in contact with a surface of the nonwoven sheet;
A method for coating a concrete structure, the method comprising applying a primer onto a surface of a concrete structure, and subsequently applying a coating agent for concrete structures, the coating agent comprising: 100 parts by mass of a diorganopolysiloxane capped at both molecular terminals with silanol groups or silicon atom-bonded hydrolyzable groups; 1 to 25 parts by mass of a silane compound having at least two silicon atom-bonded hydrolyzable groups per molecule, or a partially hydrolyzed condensate thereof; 0.5 to 10 parts by mass of a curing catalyst; and 25 to 40 parts by mass of fumed silica obtained by surface treating fumed silica having a BET specific surface area of from 200 to 400 m 2 /g with an organosilicon compound. 100 parts by mass of a diorganopolysiloxane capped at both molecular terminals with silanol groups or silicon atom-bonded hydrolyzable groups; 1 to 25 parts by mass of a silane compound having at least two silicon atom-bonded hydrolyzable groups per molecule, or a partially hydrolyzed condensate thereof; 0.5 to 10 parts by mass of a curing catalyst; and 25 to 40 parts by mass of fumed silica obtained by surface treating fumed silica having a BET specific surface area of from 200 to 400 m 2 /g with an organosilicon compound.
A device for wear protection of a collar tip of a shirt collar, comprising: - a protective unit having a receiving compartment suitable for partially enclosing the collar tip; and - a fixing rocker which is partially pivotably mounted in a recess in the protective unit and which narrows the receiving compartment in a lowered resting state and widens the receiving compartment for receiving the collar tip in a raised state compared with the resting state, wherein a plastic is used which integrally forms the device in such a way that the fixing rocker is pivotable by being arranged with only thin webs on the protective unit within the recess in the protective unit. - a protective unit having a receiving compartment suitable for partially enclosing the collar tip; and - a fixing rocker which is partially pivotably mounted in a recess in the protective unit and which narrows the receiving compartment in a lowered resting state and widens the receiving compartment for receiving the collar tip in a raised state compared with the resting state, wherein a plastic is used which integrally forms the device in such a way that the fixing rocker is pivotable by being arranged with only thin webs on the protective unit within the recess in the protective unit.
A method for wireless communication by a user equipment, UE, comprising: obtaining (602A, 602B) one or more network identifier sets, each of the one or more network identifier sets having one or more network identifiers for a wireless local area network, WLAN, and a priority level, wherein the network identifier sets comprise: a first network identifier set with one or more network identifiers corresponding to credentials for networks that support Long Term Evolution, LTE managing WLAN connectivity; and a second network identifier set with one or more network identifiers corresponding to one or more credentials configured by an operator, wherein the second network identifier set is configured by one of an Access Network and Discovery Function, ANDSF, or a high-level operating system, HLOS, configured by the operator; determining (604A, 604B) one or more of the network identifier sets that are under control of the LTE network; and after determining that one or more of the network identifier sets are under control of the LTE network, managing (608A, 608B) connections to the WLAN based, at least in part, on the priority level of the one or more network identifier sets. obtaining (602A, 602B) one or more network identifier sets, each of the one or more network identifier sets having one or more network identifiers for a wireless local area network, WLAN, and a priority level, wherein the network identifier sets comprise: a first network identifier set with one or more network identifiers corresponding to credentials for networks that support Long Term Evolution, LTE managing WLAN connectivity; and a second network identifier set with one or more network identifiers corresponding to one or more credentials configured by an operator, wherein the second network identifier set is configured by one of an Access Network and Discovery Function, ANDSF, or a high-level operating system, HLOS, configured by the operator; a first network identifier set with one or more network identifiers corresponding to credentials for networks that support Long Term Evolution, LTE managing WLAN connectivity; and a second network identifier set with one or more network identifiers corresponding to one or more credentials configured by an operator, wherein the second network identifier set is configured by one of an Access Network and Discovery Function, ANDSF, or a high-level operating system, HLOS, configured by the operator; determining (604A, 604B) one or more of the network identifier sets that are under control of the LTE network; and after determining that one or more of the network identifier sets are under control of the LTE network, managing (608A, 608B) connections to the WLAN based, at least in part, on the priority level of the one or more network identifier sets.
A brazing sheet used for brazing under an atmosphere of an inert gas without flux, comprising at least three layers and being cladded by an outermost layer of a brazing material layer via an intermediate layer on at least one face of a core material, wherein: the core material is composed of an aluminum alloy containing at least one element from among at least 0.20 weight% and no more than 1.0 weight% of Cu, at least 0.8 weight% and no more than 1.8 weight% of Mn, and at least 0.25 weight% and no more than 1.5 weight% of Mg; the intermediate layer is composed of an aluminum alloy prepared such that Si and Fe are respectively no more than 0.20 weight% and Cu, Mn, and Cr are respectively no more than 0.10 weight%; the brazing material layer is composed of an aluminum alloy containing at least 10 weight% and no more than 15 weight% of Si and at least 0.25 weight% and no more than 1.5 weight% of Mg, and has a melting point no more than 575 °C according to a DSC method; at least one layer among the intermediate layer and the brazing material layer contain at least 0.02 weight% and no more than 0.25 weight% of Bi; and a fluid coefficient of the brazing material layer on the side whereon the intermediate layer is disposed is, according to a drop type flow test, in a range of 0.40 to 0.60. the core material is composed of an aluminum alloy containing at least one element from among at least 0.20 weight% and no more than 1.0 weight% of Cu, at least 0.8 weight% and no more than 1.8 weight% of Mn, and at least 0.25 weight% and no more than 1.5 weight% of Mg; the intermediate layer is composed of an aluminum alloy prepared such that Si and Fe are respectively no more than 0.20 weight% and Cu, Mn, and Cr are respectively no more than 0.10 weight%; the brazing material layer is composed of an aluminum alloy containing at least 10 weight% and no more than 15 weight% of Si and at least 0.25 weight% and no more than 1.5 weight% of Mg, and has a melting point no more than 575 °C according to a DSC method; at least one layer among the intermediate layer and the brazing material layer contain at least 0.02 weight% and no more than 0.25 weight% of Bi; and a fluid coefficient of the brazing material layer on the side whereon the intermediate layer is disposed is, according to a drop type flow test, in a range of 0.40 to 0.60.