mhurhangee/ep-ind-claims huggingface dataset:
A soldering structure comprising: a substrate (100, 200) which supports the bonding layer; a Sn-containing lead-free solder (120, 230); and a bonding layer (110, 220) wherein the bonding layer (110, 220) is a Zn alloy layer formed of Zn and at least one selected from groups consisting of Cu, Ag, Au, Pd, Ni, Cr, and Ti, and wherein the Sn-containing lead-free solder is formed on the bonding layer; characterized in that the bonding layer (110, 220) is a single-layer material layer contacting the substrate (100,200). a substrate (100, 200) which supports the bonding layer; a Sn-containing lead-free solder (120, 230); and a bonding layer (110, 220) wherein the bonding layer (110, 220) is a Zn alloy layer formed of Zn and at least one selected from groups consisting of Cu, Ag, Au, Pd, Ni, Cr, and Ti, and wherein the Sn-containing lead-free solder is formed on the bonding layer; characterized in that the bonding layer (110, 220) is a single-layer material layer contacting the substrate (100,200).
Profile system for a window or a door, comprising - a sash frame profile 1, 1' of plastic which has hollow chambers and an outer visible surface 20 and contains a receiving groove for a glazing bead 10, 10', - a window/door frame profile 2 of plastic, - a facing profile 3, 3' which is designed as a hollow-chamber profile of metal and which has a stop for a glazing unit 9 on its outer side, characterized by a covering and sealing profile 5 which can be fastened to the facing profile 3, 3' and which has a sealing region 8 which is configured as a leg, which sealing region, upon fastening to the facing profile as intended, completely covers the outer visible surface 20 of the sash frame. - a sash frame profile 1, 1' of plastic which has hollow chambers and an outer visible surface 20 and contains a receiving groove for a glazing bead 10, 10', - a window/door frame profile 2 of plastic, - a facing profile 3, 3' which is designed as a hollow-chamber profile of metal and which has a stop for a glazing unit 9 on its outer side,
A method for checking value documents, having the steps of: - detecting at several different wavelengths (λ 1, λ 2, λ 3....) the light emanating from a value document for recording an intensity spectrum S(λ) of the value document, - forming a corrected intensity spectrum S'(c, a, λ) = c + a·S(λ) by correcting the recorded intensity spectrum S(λ) using a linear correction function, so that the corrected intensity spectrum S'(c, a, λ) = c + a·S(λ) is a a linear transform of the recorded intensity spectrum S'(λ) and depends on a first correction parameter c and a second correction parameter a, - adapting the corrected intensity spectrum S'(c, a, λ) to the reference spectrum R(λ) in order to reduce a deviation, defined by a distance measure, which the corrected intensity spectrum S'(c, a, λ) has from the reference spectrum R(λ), there being ascertained through the adapting a corrected intensity spectrum S'(λ) = c* + a*·S(λ) adapted to the reference spectrum R(λ), whose first correction parameter c assumes a value c* and whose second correction parameter a assumes a value a*, - calculating a distance (A, A C) which the corrected intensity spectrum S'(λ) = c* + a*·S(λ) adapted to the reference spectrum R(λ) has from the reference spectrum R(λ), - employing the calculated distance (A, A C) for assessing the similarity between the intensity spectrum S(λ) recorded from the value document and the reference spectrum R(λ). - detecting at several different wavelengths (λ 1, λ 2, λ 3....) the light emanating from a value document for recording an intensity spectrum S(λ) of the value document, - forming a corrected intensity spectrum S'(c, a, λ) = c + a·S(λ) by correcting the recorded intensity spectrum S(λ) using a linear correction function, so that the corrected intensity spectrum S'(c, a, λ) = c + a·S(λ) is a a linear transform of the recorded intensity spectrum S'(λ) and depends on a first correction parameter c and a second correction parameter a, - adapting the corrected intensity spectrum S'(c, a, λ) to the reference spectrum R(λ) in order to reduce a deviation, defined by a distance measure, which the corrected intensity spectrum S'(c, a, λ) has from the reference spectrum R(λ), there being ascertained through the adapting a corrected intensity spectrum S'(λ) = c* + a*·S(λ) adapted to the reference spectrum R(λ), whose first correction parameter c assumes a value c* and whose second correction parameter a assumes a value a*, - calculating a distance (A, A C) which the corrected intensity spectrum S'(λ) = c* + a*·S(λ) adapted to the reference spectrum R(λ) has from the reference spectrum R(λ), - employing the calculated distance (A, A C) for assessing the similarity between the intensity spectrum S(λ) recorded from the value document and the reference spectrum R(λ).
A lawn mower of a ride-on type, comprising a chassis to which are associated: a plurality of wheels (21, 22) distributed on a front axle and on a rear axle; a device for cutting grass located frontally with respect to the front axle; and a collector receptacle for the cut grass, a majority of a volume of which is located posteriorly of the rear axle; at least a motor for activating the cutting device and/or a wheel group, the centre of gravity of which is located between the front axle and the rear axle; a conduit suitable for conveying the cut grass from the cutting device to the collector receptacle, which conduit extends in plan view in the space comprised internally of the wheel-track of the lawn mower, characterised in that the conveyor conduit passes above the motor. a plurality of wheels (21, 22) distributed on a front axle and on a rear axle; a device for cutting grass located frontally with respect to the front axle; and a collector receptacle for the cut grass, a majority of a volume of which is located posteriorly of the rear axle; at least a motor for activating the cutting device and/or a wheel group, the centre of gravity of which is located between the front axle and the rear axle; a conduit suitable for conveying the cut grass from the cutting device to the collector receptacle, which conduit extends in plan view in the space comprised internally of the wheel-track of the lawn mower, characterised in that the conveyor conduit passes above the motor.
A semiconductor heat treatment member comprising a plurality of quartz glass members fused to one another, wherein a plurality of devitrified portions are formed in a fused portion at which the quartz glass members are fused, a maximum cross-sectional area of one devitrified portion among the plurality of devitrified portions is 1.76 mm 2 or less, and an area occupancy ratio of a total area of the plurality of devitrified portions to an area of a cross section of the fused portion is 10% or less. a plurality of devitrified portions are formed in a fused portion at which the quartz glass members are fused, a maximum cross-sectional area of one devitrified portion among the plurality of devitrified portions is 1.76 mm 2 or less, and an area occupancy ratio of a total area of the plurality of devitrified portions to an area of a cross section of the fused portion is 10% or less.
Bed, in particular a medical bed, comprising a lying plane bounded by a longitudinal edge and two transverse edges referred to as the head edge and the foot edge, the bed further comprising a mattress, a head barrier placed along the longitudinal edge, the head barrier comprising a front end and a rear end, the front end being closer to the head edge than the rear end, the bed comprising a frame onto which is attached a lying surface, - the head barrier comprises a first tubular element that is articulated to the frame about a transverse axis, a second tubular element articulated to the frame about a transverse axis and tubular connecting elements (12, 13, 14) each articulated both to the first tubular element and to the second tubular element, about transverse axes; - the head barrier is articulated to the frame and is stowable, in a position in which it extends below an upper plane of the mattress; - the head barrier comprises a handle, in the form of an arc of a circle, which serves as an aid for rolling the patient on their side, this handle being mounted articulated to the head barrier between a folded-down position, in which, when the head barrier is in the stowed position, the handle extends below the upper surface of the mattress, and a raised position, in which, when the head barrier is in the stowed position, the handle projects at least partially above the mattress. - the head barrier comprises a first tubular element that is articulated to the frame about a transverse axis, a second tubular element articulated to the frame about a transverse axis and tubular connecting elements (12, 13, 14) each articulated both to the first tubular element and to the second tubular element, about transverse axes; - the head barrier is articulated to the frame and is stowable, in a position in which it extends below an upper plane of the mattress; - the head barrier comprises a handle, in the form of an arc of a circle, which serves as an aid for rolling the patient on their side, this handle being mounted articulated to the head barrier between a folded-down position, in which, when the head barrier is in the stowed position, the handle extends below the upper surface of the mattress, and a raised position, in which, when the head barrier is in the stowed position, the handle projects at least partially above the mattress.
An electronic apparatus (100, U1) in a wireless communication system, comprising circuitry (110, 120), configured to communicate with a first node and a second node via different carriers for dual connectivity; detect a radio link failure on a primary carrier of the second node; and generate a report indicating the radio link failure to the first node; wherein the circuitry is further configured to, in a case that primary carriers of both of the current dual-connection nodes satisfy a condition for triggering report of an A3, A4, A5, B1 or B2 event, determine a priority order for reporting based on one or more of the following principles, perform a measurement result report corresponding to a mode of maintaining connection to one of the current dual-connection nodes, and transferring connection to the other node to a target node, to maintain a dual-connection state: the one having a worse channel quality of source node is prior; the one having a better signal of target node is prior; a coverage-based measurement event is prior to a load-based measurement event; a node whose T310 timer expires earlier is prior; and a macro base station node is prior to a low power node. the one having a worse channel quality of source node is prior; the one having a better signal of target node is prior; a coverage-based measurement event is prior to a load-based measurement event; a node whose T310 timer expires earlier is prior; and a macro base station node is prior to a low power node.
A mobile display device, comprising: a body being a case that forms an outer ring of the display device; a display installed inside the body; a window arranged on the display, the window having, in a cross-section of the mobile display device, an upper surface being exposed to the outside, and a low surface being attached to the display; and a protective member inserted into a peripheral edge of the window, the protective member protruding from the upper or lateral surface of the window, wherein the protective member, in the cross-section of the mobile display device, covers the peripheral edge of the window, and wherein the protective member comprises at least one T-shaped member, each comprising: a first member positioned, in a cross-section of the mobile display device, perpendicular to a widthwise direction of the window and having at least a portion thereof embedded in the window; and a second member that is arranged perpendicular to and on an upper surface of the first member and that protrudes from the upper or lateral surface of the window that is exposed to the outside. a body being a case that forms an outer ring of the display device; a display installed inside the body; a window arranged on the display, the window having, in a cross-section of the mobile display device, an upper surface being exposed to the outside, and a low surface being attached to the display; and a protective member inserted into a peripheral edge of the window, the protective member protruding from the upper or lateral surface of the window, wherein the protective member, in the cross-section of the mobile display device, covers the peripheral edge of the window, and wherein the protective member comprises at least one T-shaped member, each comprising: a first member positioned, in a cross-section of the mobile display device, perpendicular to a widthwise direction of the window and having at least a portion thereof embedded in the window; and a second member that is arranged perpendicular to and on an upper surface of the first member and that protrudes from the upper or lateral surface of the window that is exposed to the outside. a first member positioned, in a cross-section of the mobile display device, perpendicular to a widthwise direction of the window and having at least a portion thereof embedded in the window; and a second member that is arranged perpendicular to and on an upper surface of the first member and that protrudes from the upper or lateral surface of the window that is exposed to the outside.
An actuation assembly comprising: a multistage centrifugal pump; and a first control valve that receives a first pressure from one of the centrifugal pump stages and communicates the first pressure for optimally operating an associated first actuator, characterized by a second control valve that receives a second pressure from a different centrifugal pump stage and communicates the second pressure for optimally operating an associated second actuator. a multistage centrifugal pump; and a first control valve that receives a first pressure from one of the centrifugal pump stages and communicates the first pressure for optimally operating an associated first actuator, characterized by a second control valve that receives a second pressure from a different centrifugal pump stage and communicates the second pressure for optimally operating an associated second actuator.
Piston bearing unit having the following features: an actuating piston having a U-shaped profile which encompasses a receiving region, wherein the U-shaped profile has a first leg and a second leg arranged substantially parallel to said first leg, which legs are connected to one another via a connecting section, wherein a component that comprises a first raceway bears at least in sections against the connecting section, wherein the actuating piston is designed to actuate an element by way of a linear movement; and a bearing having the first raceway and a second raceway, wherein the bearing is designed for mounting the actuating piston rotatably with respect to the element; wherein the first raceway and the second raceway are at least partially accommodated in the receiving region, wherein the actuating piston has a fastening structure which is designed for fastening the actuating piston to a counterpart fastening structure of the component which comprises the second raceway. an actuating piston having a U-shaped profile which encompasses a receiving region, wherein the U-shaped profile has a first leg and a second leg arranged substantially parallel to said first leg, which legs are connected to one another via a connecting section, wherein a component that comprises a first raceway bears at least in sections against the connecting section, wherein the actuating piston is designed to actuate an element by way of a linear movement; and a bearing having the first raceway and a second raceway, wherein the bearing is designed for mounting the actuating piston rotatably with respect to the element; wherein the first raceway and the second raceway are at least partially accommodated in the receiving region, wherein the actuating piston has a fastening structure which is designed for fastening the actuating piston to a counterpart fastening structure of the component which comprises the second raceway.
A halogen-free polymeric blend capable of ionic charge conduction comprising one or more polyether based polymers or copolymers selected from the group of polyether-block-polymers and polyether-based polyurethanes; characterized in further comprising one or more specific halogen-free ionic complexes or salts comprising a weakly coordinating anion and a cation of an alkali metal, whereby the weakly coordinating anion is selected from the group of boron-centered complexes where the bidentate ligand is selected from the group of C2-C8 aliphatic or aromatic organic compounds containing at least two reactive groups selected from -COOH and -OH, and whereby the cation is selected from Na and K.
A laryngeal airway device, comprising: an airway tube having a proximal end and a distal end; a dome having an inlet and an outlet, said inlet of the dome connected with said distal end of said airway tube; an annular spoon-shaped inflatable cuff connected about a periphery of said outlet of said dome; and a cuff inflation line configured to be in fluid communication with an internal space of said cuff; wherein the outlet comprises an aperture and a plurality of protrusions extending only partially into the aperture to prevent the obstruction of said aperture by a patient's epiglottis when said device is inserted into said patient, and wherein one of said protrusions is more flexible as compared to the remainder of the plurality of protrusions. an airway tube having a proximal end and a distal end; a dome having an inlet and an outlet, said inlet of the dome connected with said distal end of said airway tube; an annular spoon-shaped inflatable cuff connected about a periphery of said outlet of said dome; and a cuff inflation line configured to be in fluid communication with an internal space of said cuff; wherein the outlet comprises an aperture and a plurality of protrusions extending only partially into the aperture to prevent the obstruction of said aperture by a patient's epiglottis when said device is inserted into said patient, and wherein one of said protrusions is more flexible as compared to the remainder of the plurality of protrusions.
A filter panel for a drum filter which is used for filtering off solid particles from a liquid, comprising a first side being adapted to be attached to a drum of said drum filter, and a second side being adapted to receive a filter cloth, and a plurality of through holes extending from said first side to said second side, each hole defining four side walls, of which two opposing side walls are inclined, characterized in that the two inclined opposing side walls are inclined in a direction generally opposite to the direction of rotation of the drum or inclined generally in the direction of the rotation of the drum.
Hot-rolled steel strip having a tensile strength greater than 875 MPa and containing in mass-%: C 0.06-0.12, Si 0-0.5, Mn 0.7-2.2, Nb 0.01-0.10, Ti 0.01-0.10, V 0.11-0.4, whereby the total amount of V + Nb + Ti is 0.20-0.40 Al 0.005-0.15, B 0-0.0008, Cr 0-1.0, whereby the total amount of Mn + Cr is 0.9-2.5, Mo 0-0.5, Cu 0-0.5, Ni 0-1.0, P 0-0.05, S 0-0.01, Zr 0-0.1 Co 0-0.1 W 0-0.1 Ca 0-0.005, N 0-0.01, balance Fe and unavoidable impurities, such as less than 0.005 mass-% oxygen and having a microstructure at 1⁄4 thickness that is: • at least 90% martensite and bainite with island-shaped martensite-austenite constituents, preferably at least 95% and more preferably over 98%, the remainder being: • less than 5% polygonal ferrite and quasi-polygonal ferrite, preferably less than 2%, more preferably less than 1%, • less than 5% pearlite, preferably less than 2%, more preferably less than 1%, • less than 5% austenite, preferably less than 2%, more preferably less than 1% so that the total area percentage is 100%. • at least 90% martensite and bainite with island-shaped martensite-austenite constituents, preferably at least 95% and more preferably over 98%, the remainder being: • less than 5% polygonal ferrite and quasi-polygonal ferrite, preferably less than 2%, more preferably less than 1%, • less than 5% pearlite, preferably less than 2%, more preferably less than 1%, • less than 5% austenite, preferably less than 2%, more preferably less than 1%
A storage assembly for a boat, comprising: a slideable upper drawer unit and a lower drawer unit contained in a housing; said upper drawer unit comprising a slideable workstation; characterised in that said workstation includes a work panel hingeably attached to a top surface of said workstation; wherein said work panel is operable between a closed and an open position; wherein, in said closed position, said work panel is configured to cover and conceal at least a portion of said top surface of said workstation; and wherein, in said open position, said work panel is substantially perpendicular to said top surface of said workstation and said work panel is slideably received in a slot at the rear of said workstation such that said work panel at least partially extends above said top surface to delimit a backsplash for said workstation. a slideable upper drawer unit and a lower drawer unit contained in a housing; said upper drawer unit comprising a slideable workstation; characterised in that said workstation includes a work panel hingeably attached to a top surface of said workstation; wherein said work panel is operable between a closed and an open position; wherein, in said closed position, said work panel is configured to cover and conceal at least a portion of said top surface of said workstation; and wherein, in said open position, said work panel is substantially perpendicular to said top surface of said workstation and said work panel is slideably received in a slot at the rear of said workstation such that said work panel at least partially extends above said top surface to delimit a backsplash for said workstation.