mhurhangee/ep-ind-claims huggingface dataset:
Hydraulic pump comprising a pump shaft and a casing delimiting a liquid circulation duct in which the cross-section of the outlet orifice is flattened and that is oriented such that the liquid outlet direction is inclined from a longitudinal axis of the pump shaft passing through said casing, the casing comprising a first segment in which the inside surface has a circular cross-section centred on said longitudinal axis and surrounding a pump impeller supported on the pump shaft, characterised in that said first segment has a downstream end from which the cross-section of the casing inside surface becomes flattened.
A conductive sheet comprising: a peeling film and a conductive film formed on one surface of the peeling film, the conductive film being made of a conductive composition comprising: a polyurethane-based elastomer; and a dendrite-shaped conductive filler filled in the polyurethane-based elastomer, wherein a filling factor of the conductive filler in the polyurethane-based elastomer is 70 weight% or more and 95 weight% or less and the polyurethane-based elastomer is formed of a hard segment and a soft segment, wherein the soft segment includes a carbonate, ester, or ether. a polyurethane-based elastomer; and a dendrite-shaped conductive filler filled in the polyurethane-based elastomer, wherein a filling factor of the conductive filler in the polyurethane-based elastomer is 70 weight% or more and 95 weight% or less and the polyurethane-based elastomer is formed of a hard segment and a soft segment, wherein the soft segment includes a carbonate, ester, or ether.
Air vent for a vehicle, particularly for a passenger motor vehicle or a utility vehicle, with a housing connectible with an air channel or a housing having a section of an air channel, and with a vent opening which is arranged in the housing and in the region of which at least two movable slats (21, 22) for control of an air outflow are so arranged at the vent opening is closable by the at least two movable slats (21, 22) in a closed setting, and the at least two movable slats (21, 22) each have a mounting edge (211, 221) connected with the housing and a freely movable closing edge (21s, 22s), that the at least two movable slats (21, 22) are so arranged in the vent opening that the closing edges (21s, 22s) thereof lie opposite one another in the closed setting, wherein the closing edges (21s, 22s) of the at least two movable slats (21, 22) starting from the closed setting are driven in opposite direction into an open setting, and that the closing edges (21s, 22s) of the at least two movable slats (21, 22) are configured to be movable in opposite direction by way of at least one setting element, which is connected with the at least two movable slats (21, 22), so as to control an air outflow direction and/or a volume flow of the outflowing air, characterised in that the at least one setting element comprises a plurality of mounts for rotatable or pivotable mounting of a plurality of V-shaped slats, and the V-shaped slats of the plurality are arranged parallel to one another and are interconnected by way of a common actuating element so as to pivot these in common. the at least one setting element comprises a plurality of mounts for rotatable or pivotable mounting of a plurality of V-shaped slats, and the V-shaped slats of the plurality are arranged parallel to one another and are interconnected by way of a common actuating element so as to pivot these in common.
A combine comprising: a feeder housing for receiving harvested crop; a separating system for threshing the harvested crop to produce grain and residue; at least one of a yield monitor (115A, 115B) or a loss monitor (113A, 113B); a controller (310, 320) coupled to the at least one of the yield monitor (115A, 115B) or the loss monitor (113A, 113B); a crop cleaning system for separating the grain from the residue; a residue chopper for chopping the separated residue; and a chopper pan positioned below the residue chopper; characterized in that: the chopper pan is an automated chopper pan, the automated chopper pan having adjustable perforations; and the controller (310, 320), is configured to: determine at least one of throughput from the yield monitor (115A, 115B) or loss from the loss monitor (113A, 113B), compare the at least one of throughput or loss to respective throughput thresholds or loss thresholds, and control the automated chopper pan to adjust the perforations based on the threshold comparison. a feeder housing for receiving harvested crop; a separating system for threshing the harvested crop to produce grain and residue; at least one of a yield monitor (115A, 115B) or a loss monitor (113A, 113B); a controller (310, 320) coupled to the at least one of the yield monitor (115A, 115B) or the loss monitor (113A, 113B); a crop cleaning system for separating the grain from the residue; a residue chopper for chopping the separated residue; and a chopper pan positioned below the residue chopper; determine at least one of throughput from the yield monitor (115A, 115B) or loss from the loss monitor (113A, 113B), compare the at least one of throughput or loss to respective throughput thresholds or loss thresholds, and control the automated chopper pan to adjust the perforations based on the threshold comparison.
Hydraulic machine comprising a housing and a spool arranged in the housing rotatably about an axis of rotation, wherein the spool comprises a first circumferential groove, a second circumferential groove, a set of first axial grooves connected to the first circumferential groove and a set of second axial grooves connected to the second circumferential groove, the axial grooves (16, 17) being arranged between the first circumferential groove and the second circumferential groove and the first axial grooves and the second axial grooves are alternately distributed in circumferential direction of the spool, characterized in that the first groove comprises a first bottom wall between two first transition areas (20, 21) at the axial ends of the bottom wall, the first bottom wall having a varying distance to the axis of rotation.
A method of securing a network from vulnerability exploits, comprising the steps of: by a traffic analysis engine receiving a plurality of packets destined for an internal operating system, comparing each received packet to at least one signature defined in an intrusion preventions system and forwarding packets which do not match any of the signatures in the intrusion prevention system to both the internal operating system and at least one virtual machine emulating said internal operating system; storing in a buffer each said packet which is destined for the internal operating system and forwarded to the virtual machine, said buffer providing storage for a plurality of packets; processing each forwarded packet by said virtual machine; deleting packets which have remained in said buffer for a predetermined time period; monitoring by a rapid analysis engine performance of said virtual machine; and in response to detecting a failure of the virtual machine, analyzing, by said rapid analysis engine, the packets in the buffer, identifying a malicious packet from said buffer packets, creating a new signature to identify said malicious packet, and adding said new signature to said intrusion prevention system used by the traffic analysis engine.; by a traffic analysis engine receiving a plurality of packets destined for an internal operating system, comparing each received packet to at least one signature defined in an intrusion preventions system and forwarding packets which do not match any of the signatures in the intrusion prevention system to both the internal operating system and at least one virtual machine emulating said internal operating system; storing in a buffer each said packet which is destined for the internal operating system and forwarded to the virtual machine, said buffer providing storage for a plurality of packets; processing each forwarded packet by said virtual machine; deleting packets which have remained in said buffer for a predetermined time period; monitoring by a rapid analysis engine performance of said virtual machine; and in response to detecting a failure of the virtual machine, analyzing, by said rapid analysis engine, the packets in the buffer, identifying a malicious packet from said buffer packets, creating a new signature to identify said malicious packet, and adding said new signature to said intrusion prevention system used by the traffic analysis engine.;
An electrically-conductive material suitable for a roll-to-roll manufacturing process comprising a polymeric substrate and a conductive nanostructured or microstructured material adhered to at least one surface of the polymeric substrate, characterized in that: the polymeric substrate comprises a polymeric block copolyestercarbonate derived from resorcinol or alkylresorcinol isophthalate-terepthalate; the polymeric block copolyestercarbonate has a glass transition temperature of at least 130 degrees Celsius (°C); and the polymeric block copolyestercarbonate has a sheet resistance of less than 20 ohms (Ω) per square (sq). the polymeric substrate comprises a polymeric block copolyestercarbonate derived from resorcinol or alkylresorcinol isophthalate-terepthalate; the polymeric block copolyestercarbonate has a glass transition temperature of at least 130 degrees Celsius (°C); and the polymeric block copolyestercarbonate has a sheet resistance of less than 20 ohms (Ω) per square (sq).
A dental cleaning appliance comprising: a handle; a fluid reservoir for storing a working fluid, the fluid reservoir comprising a fluid port through which the fluid reservoir is replenished; and a fluid delivery system for receiving working fluid from the reservoir, the fluid delivery system comprising a nozzle for delivering working fluid to the oral cavity of a user; characterized in that the fluid reservoir is moveable along the handle between a first position in which the fluid port is connected to the fluid delivery system, and a second position in which the fluid port is exposed to allow the fluid reservoir to be replenished, the fluid reservoir moving towards the nozzle as it moves from the first position towards the second position. a handle; a fluid reservoir for storing a working fluid, the fluid reservoir comprising a fluid port through which the fluid reservoir is replenished; and a fluid delivery system for receiving working fluid from the reservoir, the fluid delivery system comprising a nozzle for delivering working fluid to the oral cavity of a user; characterized in that the fluid reservoir is moveable along the handle between a first position in which the fluid port is connected to the fluid delivery system, and a second position in which the fluid port is exposed to allow the fluid reservoir to be replenished, the fluid reservoir moving towards the nozzle as it moves from the first position towards the second position.
A nozzle for a thermal spray gun comprising: a central bore comprising a conical bore and a cylindrical bore; the conical bore being delimited by a conical wall surface in a conical bore section; the cylindrical bore being delimited by a cylindrical wall surface in a cylindrical bore section; and cooling water channels surrounding at least a part of the conical bore section and at least a part of the cylindrical bore section; characterized in that a plurality of radially extending fins (12, 12', 12") surround at least part of the conical bore section and the cylindrical bore section, the fins (12, 12', 12") being arranged to form said cooling water channels; and a cross-sectional area of the cooling water channels around conical bore is smaller than the cross-sectional area of the cooling water channels around cylindrical bore, so that heat is removed more rapidly from the conical wall than from the cylindrical wall. a central bore comprising a conical bore and a cylindrical bore; the conical bore being delimited by a conical wall surface in a conical bore section; the cylindrical bore being delimited by a cylindrical wall surface in a cylindrical bore section; and cooling water channels surrounding at least a part of the conical bore section and at least a part of the cylindrical bore section;
A power module substrate with a Ag underlayer comprising: a circuit layer that is formed on one surface of an insulating layer; and a Ag underlayer that is formed on the circuit layer, wherein the Ag underlayer is composed of a glass layer that is formed on the circuit layer side and a Ag layer that is formed by lamination on the glass layer, and regarding the Ag underlayer, in a Raman spectrum obtained by a Raman spectroscopy with incident light made incident from a surface of the Ag layer on a side opposite to the glass layer, when a maximum value of intensity in a wavenumber range of 3,000 cm -1 to 4,000 cm -1 is indicated by I A, and a maximum value of intensity in a wavenumber range of 450 cm -1 to 550 cm -1 is indicated by I B, I A /I B is 1.1 or greater, characterized in that the surface of the Ag underlayer on a side opposite to the glass layer is a surface subjected to a conductive property improving treatment. a circuit layer that is formed on one surface of an insulating layer; and a Ag underlayer that is formed on the circuit layer, wherein the Ag underlayer is composed of a glass layer that is formed on the circuit layer side and a Ag layer that is formed by lamination on the glass layer, and regarding the Ag underlayer, in a Raman spectrum obtained by a Raman spectroscopy with incident light made incident from a surface of the Ag layer on a side opposite to the glass layer, when a maximum value of intensity in a wavenumber range of 3,000 cm -1 to 4,000 cm -1 is indicated by I A, and a maximum value of intensity in a wavenumber range of 450 cm -1 to 550 cm -1 is indicated by I B, I A /I B is 1.1 or greater, characterized in that the surface of the Ag underlayer on a side opposite to the glass layer is a surface subjected to a conductive property improving treatment.
Mounting system for mounting elements (3, 3'), in particular planar element, to be secured releasably, on a support structure, in particular a wall, wherein the mounting system comprises at least one mounting rail (4, 4'), a fastening device (20, 40, 60, 65, 70, 80) for fastening the mounting rail (4, 4') to the support structure and a hook-in system for fixing at least one element (3, 3') to be secured releasably to the mounting rail (4, 4'), wherein the hook-in system has at least one hook-in opening and at least one hook-in element to be hooked into the hook-in opening, wherein the mounting rail (4, 4') has a rail back and a longitudinal slot extending in the longitudinal direction of the mounting rail (4, 4'), wherein the fastening device (20, 40, 60, 65, 70, 80) engages with the longitudinal slot to fix the mounting rail (4, 4'), wherein the at least one hook-in opening is located at the rail back of the mounting rail (4, 4'), and wherein the at least one hook-in element is provided for fixing to the element (3, 3') to be secured releasably, wherein the fastening device (20, 40, 60, 65, 70, 80) has at least one adjusting device (32, 33, 34), wherein the at least one adjusting device (32, 33) permits an alignment of the mounting rail (4, 4') with respect to the support structure in the longitudinal direction of the mounting rail (4, 4') and in a lateral direction (x) oriented perpendicularly to the longitudinal direction of the mounting rail (4, 4'), characterised in that the mounting system comprises at least one fastening rail having a rail back and a longitudinal slot, wherein the fastening rail is located in the lateral direction (x) between adjacent mounting rails (4, 4'), and in that the front side of the fastening rail, which is remote from the rail back of the fastening rail, has an offset (f) in the depth direction (z) with respect to the rail back of the mounting rail (4, 4'), wherein the front side of the fastening rail is farther away from the support structure than the rail back of the mounting rail (4, 4').
A data carrier, especially a value document, such as a banknote, identification card and the like, having a substrate and a security element joined to the substrate, the data carrier including a marking, produced by the action of laser radiation, that exhibits a visual impression that is changed in transmitted light compared with reflected light, characterized in that the marking - is formed having a first marking part by at least one opening in the substrate, produced by the action of laser radiation, and - is formed having a second marking part by, in the security element, a modification region in which the visual appearance of the security element is modified by the action of the laser radiation, and - the modification region of the second marking part being in register with the opening of the first marking part, and - that the first marking part is completely covered by the security element, or that the first marking part is partially covered by the security element and partially arranged immediately adjacent to the security element. - is formed having a first marking part by at least one opening in the substrate, produced by the action of laser radiation, and - is formed having a second marking part by, in the security element, a modification region in which the visual appearance of the security element is modified by the action of the laser radiation, and - the modification region of the second marking part being in register with the opening of the first marking part, and - that the first marking part is completely covered by the security element, or that the first marking part is partially covered by the security element and partially arranged immediately adjacent to the security element.
A mooring buoy comprising: - a first body capable of floating; - a fluid circuit for feeding a fluid into at least a chamber or, vice versa, for removing it from said chamber toward the outside; and - a control unit connected to said fluid circuit; characterized by the fact that the mooring buoy further comprising: - a second body placed under the first body said first and second bodies being slidingly connected, said second body being normally submerged when the buoy is in use and in the rest position; - a connecting means connected to the second body and fixable to a mooring line of a vessel to be moored to the buoy, said connecting element being housed in a seat produced in the first body and being movable, due to the effect of the movement of the first and second body, between a retracted position, in which it returns into the profile of the first body, and a protruding position, in which it protrudes from the top end of the first body thereby enabling the mooring line to be fixed to the buoy; wherein said at least one chamber is located in the second body or in the first body or in both, and wherein the control unit is configured to control the fluid circuit to vary the amount of said fluid in the chamber so as to cause a variation of the immersion depth of the first body with respect to the second body or vice versa and, consequently, movement of the connecting element between the aforesaid retracted and protruding positions. - a first body capable of floating; - a fluid circuit for feeding a fluid into at least a chamber or, vice versa, for removing it from said chamber toward the outside; and - a control unit connected to said fluid circuit; - a second body placed under the first body said first and second bodies being slidingly connected, said second body being normally submerged when the buoy is in use and in the rest position; - a connecting means connected to the second body and fixable to a mooring line of a vessel to be moored to the buoy, said connecting element being housed in a seat produced in the first body and being movable, due to the effect of the movement of the first and second body, between a retracted position, in which it returns into the profile of the first body, and a protruding position, in which it protrudes from the top end of the first body thereby enabling the mooring line to be fixed to the buoy; wherein said at least one chamber is located in the second body or in the first body or in both, and wherein the control unit is configured to control the fluid circuit to vary the amount of said fluid in the chamber so as to cause a variation of the immersion depth of the first body with respect to the second body or vice versa and, consequently, movement of the connecting element between the aforesaid retracted and protruding positions.
Shoe, in particular running shoe, with a shoe tip and a heel edge and a lacing system, wherein the lacing system comprises a lacing, wherein the lacing comprises two end regions (41, 42) along the lacing and a middle region between the end regions (41, 42) at respective branching points (43, 44) of the lacing, and wherein the lacing branches at the branching points (43, 44) into a first strand and a second strand; and wherein the shoe has a mount with several pairs of holding structures for fastening the lacing, wherein the pairs of holding structures each consist of a holding structure (51 1, 512, 521, 522) arranged medial-side and an opposite holding structure arranged lateral-side, and wherein the mount has a first holding region starting from the shoe tip with at least one pair of holding structures and an adjoining second holding region arranged in the direction of the heel edge with at least two pairs of holding structures; and wherein exclusively the first strand is fastened to the pairs of holding structures in the first holding region and exclusively the second strand is fastened to the pairs of holding structures in the second holding region and wherein the first strand is fastened to all pairs of holding structures in the first holding region and the second strand is fastened to all pairs of holding structures in the second holding region.
A display unit for LED screen, comprising: a circuit board, a driving IC and an LED light, the display unit being characterized in that: - a bonding pad matrix is provided on a first lateral surface of the circuit board, the first lateral surface being a surface in a thickness direction of the circuit board; - the driving IC is arranged on the circuit board and electrically connected to bonding pads of the bonding pad matrix; and - pins of the LED light are welded to the bonding pads of the bonding pad matrix; and the LED light is a surface-mounted LED light. - a bonding pad matrix is provided on a first lateral surface of the circuit board, the first lateral surface being a surface in a thickness direction of the circuit board; - the driving IC is arranged on the circuit board and electrically connected to bonding pads of the bonding pad matrix; and - pins of the LED light are welded to the bonding pads of the bonding pad matrix;