mhurhangee/ep-ind-claims huggingface dataset:
A thermal protection system for a vehicle substructure, the thermal protection system comprising: an outer layer for protecting the vehicle substructure, wherein said outer layer comprises a thin-skin layer of ceramic fiber-reinforced non-oxide ceramic matrix composite having a thickness between about 0.102 centimeters and about 0.203 centimeters; an inner layer for conforming to the vehicle substructure; and an insulation layer sandwiched between the inner and outer layers (210, 220), wherein the insulation layer includes a porous low-density ceramic insulating material having a density between about 192 kg/m 3 and 400 kg/m 3 and having a densified portion that covers an inner surface of the outer layer to strengthen adhesion. an outer layer for protecting the vehicle substructure, wherein said outer layer comprises a thin-skin layer of ceramic fiber-reinforced non-oxide ceramic matrix composite having a thickness between about 0.102 centimeters and about 0.203 centimeters; an inner layer for conforming to the vehicle substructure; and an insulation layer sandwiched between the inner and outer layers (210, 220), wherein the insulation layer includes a porous low-density ceramic insulating material having a density between about 192 kg/m 3 and 400 kg/m 3 and having a densified portion that covers an inner surface of the outer layer to strengthen adhesion.
Exhaust gas aftertreatment system for an internal combustion engine, comprising an exhaust system capable of being connected to an outlet of the internal combustion engine, wherein the exhaust system comprises an exhaust gas duct in which at least one three-way catalytic converter (28, 34) and a four-way catalytic converter (30, 32) are arranged, wherein an inlet point is provided immediately upstream of the four-way catalytic converter (30, 32), at which point the hot exhaust gases of an exhaust-gas burner of the exhaust gas aftertreatment system can be introduced into the exhaust system in order to heat the four-way catalytic converter (30, 32), wherein a first three-way catalytic converter is provided near the engine and a four-way catalytic converter is provided downstream of the three-way catalytic converter near the engine, wherein the inlet point is formed downstream of the three-way catalytic converter near the engine and upstream of the four-way catalytic converter, characterized in that a further three-way catalytic converter is arranged in the exhaust system downstream of the four-way catalytic converter, and wherein a mixing section with a length of at least 30 cm is formed between the inlet point and the four-way catalytic converter (30, 32).
Washing/drying machine comprising a washing/drying chamber, a rotary basket for loading laundry housed in said chamber, a circuit (20, 21, 22, 23) for circulating air taken in from the chamber and then reintroduced therein, a filter for filtering the air along the circuit, the machine comprising means associated with the basket for generating an air displacement in the chamber, so as to remove any fibers, filaments or similar elements trapped in the filter, characterized in that the means associated with the basket comprise at least one fin protruding therefrom, which, upon rotation of the basket, produces an air displacement towards the filter, said at least one fin being arranged on a back wall of the basket, said filter being arranged on an intake port formed in a back wall of the chamber.
An application server adapted to use in a malicious communication identification service, MCID, of an IP Multimedia Subsystem network, the application server adapted to use in provisioning a service to a set of served users, the application server comprising: a memory configured to store, for each of said served users, a calling party identity for each of a plurality of recently received incoming communication connection requests directed to the served user, the identities forming a connection history list ordered chronologically according to the time of the respective requests; said application server characterised by comprising: a receiver for receiving from served users and/or from a gateway or gateways providing an interface between served users and the IP Multimedia Subsystem network, Session Initiation Protocol, SIP, messages each relating to a served user and containing a position within the connection history list for the served user; and a determining unit for determining, for each said message, the calling party identity at said position, said calling party to be added to a malicious connection rejection blacklist. a memory configured to store, for each of said served users, a calling party identity for each of a plurality of recently received incoming communication connection requests directed to the served user, the identities forming a connection history list ordered chronologically according to the time of the respective requests; said application server characterised by comprising: a receiver for receiving from served users and/or from a gateway or gateways providing an interface between served users and the IP Multimedia Subsystem network, Session Initiation Protocol, SIP, messages each relating to a served user and containing a position within the connection history list for the served user; and a determining unit for determining, for each said message, the calling party identity at said position, said calling party to be added to a malicious connection rejection blacklist. a receiver for receiving from served users and/or from a gateway or gateways providing an interface between served users and the IP Multimedia Subsystem network, Session Initiation Protocol, SIP, messages each relating to a served user and containing a position within the connection history list for the served user; and a determining unit for determining, for each said message, the calling party identity at said position, said calling party to be added to a malicious connection rejection blacklist.
A method for testing an elevator brake device, the elevator brake device braking and holding an elevator car, and the elevator brake device comprising at least two brake units, which engage with brake tracks when needed, the brake unit for this purpose pressing at least one brake plate against the brake track and generating a brake force, and an effective coefficient of friction (μe) of the brake unit generated when the brake plate is being pressed against the brake track being ascertained, characterized in that the effective coefficient of friction (μe) of the brake unit is ascertained by way of a brake force measuring device for measuring a brake force and by way of a normal force measuring device for measuring an acting brake application force (FNw).
A method for the transalkylation of a heavy reformate to produce a xylenes stream and mixed olefins, the method comprising the steps of: providing a heavy reformate comprising at least 90% by weight C9+ aromatics and hydrogen gas to a transalkylation reactor, the transalkylation reactor being charged with a transalkylation catalyst to selectively convert the C9+ aromatics to a xylene-rich product stream, the transalkylation catalyst comprising beta zeolite and ZSM-5, and a metal component comprising cerium, nickel and platinum; separating the product stream into a light gas recycle stream, a C9+ heavy aromatic recycle stream and a mixed aromatics product stream; separating the mixed aromatics product stream into a benzene stream, a toluene stream and the xylenes stream; and separating light alkanes from the light gas recycle stream and supplying the light alkanes to a steam cracker, where the light alkanes are converted to mixed olefins. providing a heavy reformate comprising at least 90% by weight C9+ aromatics and hydrogen gas to a transalkylation reactor, the transalkylation reactor being charged with a transalkylation catalyst to selectively convert the C9+ aromatics to a xylene-rich product stream, the transalkylation catalyst comprising beta zeolite and ZSM-5, and a metal component comprising cerium, nickel and platinum; separating the product stream into a light gas recycle stream, a C9+ heavy aromatic recycle stream and a mixed aromatics product stream; separating the mixed aromatics product stream into a benzene stream, a toluene stream and the xylenes stream; and separating light alkanes from the light gas recycle stream and supplying the light alkanes to a steam cracker, where the light alkanes are converted to mixed olefins.
A brake control system, comprising: a control unit; and a solenoid (204, 308) electronically coupled to the control unit, wherein the control unit is configured to monitor a current flowing through the solenoid, the control unit is configured to detect characteristics of the current flowing through the solenoid to determine a state of the solenoid, the solenoid (204, 308) is configured to move in response to the control unit turning on an electric signal, and the state of the solenoid (204, 308) indicates that the solenoid (204, 308) has changed position, wherein detecting characteristics of the current comprises detecting a local extrema (T1, C1) of the current, characterized in that the solenoid (204, 308) comprises a bistable device, and the control unit is further configured to end the electric signal to the solenoid (204, 308) in response to the characteristics of the current flowing through the solenoid (204, 308) indicating the state of the solenoid (204, 308). a control unit; and a solenoid (204, 308) electronically coupled to the control unit, wherein the control unit is configured to monitor a current flowing through the solenoid, the control unit is configured to detect characteristics of the current flowing through the solenoid to determine a state of the solenoid, the solenoid (204, 308) is configured to move in response to the control unit turning on an electric signal, and the state of the solenoid (204, 308) indicates that the solenoid (204, 308) has changed position, the control unit is configured to monitor a current flowing through the solenoid, the control unit is configured to detect characteristics of the current flowing through the solenoid to determine a state of the solenoid, the solenoid (204, 308) is configured to move in response to the control unit turning on an electric signal, and the state of the solenoid (204, 308) indicates that the solenoid (204, 308) has changed position, wherein detecting characteristics of the current comprises detecting a local extrema (T1, C1) of the current, characterized in that the solenoid (204, 308) comprises a bistable device, and the control unit is further configured to end the electric signal to the solenoid (204, 308) in response to the characteristics of the current flowing through the solenoid (204, 308) indicating the state of the solenoid (204, 308).
Gas turbine, especially a stationary gas turbine, comprising an annular combustion chamber, which in the radial direction is delimited by an inner sidewall and an outer sidewall, and in the axial direction is delimited by a circular ring-like front plate, through which front plate burners (21, 22) are in communication with the combustion chamber, wherein the front plate is covered towards the combustion chamber for protection against heat effect by means of a multiplicity of flat front segments which form a circular ring, which front segments comprise in each case a front panel, which forms the front side, and a cooling panel, which is arranged parallel to and at a distance behind the front panel, characterized in that the front segments are detachably mounted on the front plate in a hooked-in manner, in that for sealing the front segments in the circumferential direction in relation to each other a radially extending seal is arranged between adjacent front segments in each case, and in that the seal is formed by two parallel extending outer sealing strips which abut in the middle between the adjacent front segments, of which each is fastened in each case on the outer side on the edge of the cooling panel of the associated front segment.
A device for remotely controlling a manually operable mobile brake testing apparatus 1, consisting of a remote control unit 9 and a motor unit 10 or 11, wherein the remote control unit 9 controls and monitors the motor unit 10 or 11 based on commands that are transmitted to the remote control unit from a mobile communication terminal 14 or 15 in the form of a remote data transmission 13, characterized in that the motor unit directly 10 or indirectly 11 operates the control elements 6 and/or 7 provided for manually operating the brake testing apparatus.
An erroneous refueling prevention device which restricts or allows insertion of a refueling gun into a refueling passage depending on an outer diameter of the refueling gun, the device comprising: a flap configured to open or close the refueling passage by a turn of the flap about a first turn pivot; and a switch configured to be unlocked from the flap by a turn of the flap to a half-opened state, and to turn about a second turn pivot, characterised in that the switch comprises a protrusion detector configured to, in response to the turn, project to a position where the protrusion detector faces the refueling passage, wherein the switch restricts or allows a turn of the flap from the half-opened state to a fully-opened state, depending on a turn amount of the switch to be determined by a contact relationship between the protrusion detector and the refueling gun. a flap configured to open or close the refueling passage by a turn of the flap about a first turn pivot; and a switch configured to be unlocked from the flap by a turn of the flap to a half-opened state, and to turn about a second turn pivot, characterised in that the switch comprises a protrusion detector configured to, in response to the turn, project to a position where the protrusion detector faces the refueling passage, wherein the switch restricts or allows a turn of the flap from the half-opened state to a fully-opened state, depending on a turn amount of the switch to be determined by a contact relationship between the protrusion detector and the refueling gun.
A scheduling request cancellation method, comprising: determining, by a device, that a first scheduling request is triggered; determining, by the device, that a second scheduling request is triggered; sending, by the device, a medium access control protocol data unit, MAC PDU, wherein the MAC PDU comprises a first buffer status report, BSR; and canceling, by the device, the first scheduling request and retaining, by the device, the second scheduling request in response to that the MAC PDU is sent; wherein the first buffer status report comprises a buffer status up to the last event that triggers a BSR prior to the MAC PDU assembly; the first scheduling request-is triggered prior to the MAC PDU assembly; and the second scheduling request is triggered after the MAC PDU assembly. determining, by a device, that a first scheduling request is triggered; determining, by the device, that a second scheduling request is triggered; sending, by the device, a medium access control protocol data unit, MAC PDU, wherein the MAC PDU comprises a first buffer status report, BSR; and canceling, by the device, the first scheduling request and retaining, by the device, the second scheduling request in response to that the MAC PDU is sent; wherein the first buffer status report comprises a buffer status up to the last event that triggers a BSR prior to the MAC PDU assembly; the first scheduling request-is triggered prior to the MAC PDU assembly; and the second scheduling request is triggered after the MAC PDU assembly.
A resin laminate, comprising: a front side sheet; and a back side sheet, both stacked across a hollow, the back side sheet being recessed into the hollows to provide a large number of concave ribs (7a, 7b, 7c) and a bottom of the large number of concave ribs (7a, 7b, 7c) being welded to the front side sheet to couple the front side sheet to the back side sheet by the large number of concave ribs (7a, 7b, 7c), wherein the front side sheet is provided with a front side flat region configured with a flat surface and a front side convex region projecting to a side opposite to the hollow, the back side sheet is provided with a back side flat region configured with a flat surface and a back side concave region recessed into the hollow, the front side convex region and the back side concave region are provided in a position facing each other, and at least one of the concave ribs (7a, 7b, 7c) is provided for each of the front side convex region and the front side flat region, characterized in that a border between the back side concave region and the back side flat region and a border between the front side convex region and the front side flat region are different in shape, and the border between the back side concave region and the back side flat regions is provided to weave between the concave ribs (7a, 7b, 7c). the back side sheet being recessed into the hollows to provide a large number of concave ribs (7a, 7b, 7c) and a bottom of the large number of concave ribs (7a, 7b, 7c) being welded to the front side sheet to couple the front side sheet to the back side sheet by the large number of concave ribs (7a, 7b, 7c), wherein the front side sheet is provided with a front side flat region configured with a flat surface and a front side convex region projecting to a side opposite to the hollow, the back side sheet is provided with a back side flat region configured with a flat surface and a back side concave region recessed into the hollow, the front side convex region and the back side concave region are provided in a position facing each other, and at least one of the concave ribs (7a, 7b, 7c) is provided for each of the front side convex region and the front side flat region, characterized in that a border between the back side concave region and the back side flat region and a border between the front side convex region and the front side flat region are different in shape, and the border between the back side concave region and the back side flat regions is provided to weave between the concave ribs (7a, 7b, 7c).
Sulfur-crosslinked rubber mixture containing at least the following constituents: - 75 to 100 phr of at least one natural polyisoprene, - 5 to 15 phf of at least one blocked mercaptosilane and/or unblocked mercaptosilane, - at most 15 phr of plasticizer, - 35 to 90 phr of at least one silica, and wherein the network node spacing of the crosslinked rubber mixture is 4.7 to 6.8 nm, wherein the network node spacing is determined by differential scanning calorimetry. - 75 to 100 phr of at least one natural polyisoprene, - 5 to 15 phf of at least one blocked mercaptosilane and/or unblocked mercaptosilane, - at most 15 phr of plasticizer, - 35 to 90 phr of at least one silica,
A drilling tool for generating a bore in a work-piece, having: a base body, characterized by at least a first plurality of cutters from ultra-hard material which are mounted to allocated seats and distributed over the circumference of the base body for forming a predetermined first bore diameter, wherein the cutters are distributed over the circumference of the drilling tool in unregular angular distances (β, β-Δ 3, β+Δ 4) and each comprise at least one cutting edge and at least one chip conducting structure formed into the ultra-hard material at a rake face side and formed as recess in the ultra-hard material. a base body, characterized by at least a first plurality of cutters from ultra-hard material which are mounted to allocated seats and distributed over the circumference of the base body for forming a predetermined first bore diameter, wherein the cutters are distributed over the circumference of the drilling tool in unregular angular distances (β, β-Δ 3, β+Δ 4) and each comprise at least one cutting edge and at least one chip conducting structure formed into the ultra-hard material at a rake face side and formed as recess in the ultra-hard material.
A cooling element, comprising a heat conduction layer coterminous with a proximal side of the cooling element, a heat retardant layer coterminous with a distal side of the cooling element, and a heat sink volume disposed between the heat conduction and heat retardant layers, extending from a proximal boundary (130-i) with the heat conduction layer to a distal boundary with the heat retardant layer; in which the heat sink volume comprises a porous material, the pores of which being substantially filled with a first substance; characterized in that the heat conduction layer is a sheet material comprising a porous material the pores of which being at least partly filled with a second substance and forming an exterior surface of the proximal side of the cooling element configured to contact a surface of a body to be cooled; the first and second substances having thermal properties such that the first substance will solidify at a first temperature less than 20°C, the second substance being in the liquid state at the first temperature; and the heat retardant layer has a lower mean thermal conductivity than the heat conduction layer; configured such that when the exterior surface of the proximal side of the cooling element contacts the surface of the body as in use, the heat conduction layer will conduct heat from the body and into the heat sink volume more rapidly than heat is conducted through the heat retardant layer and into the heat sink volume, from the distal side of the cooling element. a heat conduction layer coterminous with a proximal side of the cooling element, a heat retardant layer coterminous with a distal side of the cooling element, and a heat sink volume disposed between the heat conduction and heat retardant layers, extending from a proximal boundary (130-i) with the heat conduction layer to a distal boundary with the heat retardant layer; in which the heat sink volume comprises a porous material, the pores of which being substantially filled with a first substance; characterized in that the heat conduction layer is a sheet material comprising a porous material the pores of which being at least partly filled with a second substance and forming an exterior surface of the proximal side of the cooling element configured to contact a surface of a body to be cooled; the first and second substances having thermal properties such that the first substance will solidify at a first temperature less than 20°C, the second substance being in the liquid state at the first temperature; and the heat retardant layer has a lower mean thermal conductivity than the heat conduction layer; configured such that when the exterior surface of the proximal side of the cooling element contacts the surface of the body as in use, the heat conduction layer will conduct heat from the body and into the heat sink volume more rapidly than heat is conducted through the heat retardant layer and into the heat sink volume, from the distal side of the cooling element.
Stator assembly for a wind turbine generator, the stator assembly comprising a number of stator segments forming a stator structure, the stator assembly further including a transverse structure arranged extending along a diameter of the stator structure, the transverse structure comprising a perimetric plate connected to the stator structure and at least partially arranged between at least two of the stator segments, wherein the transverse structure is stronger than the stator segments, characterized in that the perimetric plate defines two opposite hollow inner regions (220a, 220b) separated by a cylindrical element fitted therebetween for receiving a bearing assembly for the rotor of the wind turbine generator and provided with a flange for attachment to the transverse structure.