mhurhangee/ep-ind-claims huggingface dataset:
A room including a coving, a wall, a ceiling and a fire detection system, the fire detection system comprising: an expansion member which is configured to expand from a normal condition by predetermined amounts when exposed to temperatures associated with a fire; a sensor mechanism which is configured to issue a first signal on sensing a first predetermined expansion of the expansion member from the normal condition, and to issue a second signal on sensing a second predetermined expansion of the expansion member from the normal condition, the second predetermined expansion from the normal condition being greater than the first predetermined expansion from the normal condition; and an alert module configured to transmit an alert signal after both the first and second signals have been received, wherein the expansion member and the sensor mechanism are located within a void defined by the coving, the wall and the ceiling. an expansion member which is configured to expand from a normal condition by predetermined amounts when exposed to temperatures associated with a fire; a sensor mechanism which is configured to issue a first signal on sensing a first predetermined expansion of the expansion member from the normal condition, and to issue a second signal on sensing a second predetermined expansion of the expansion member from the normal condition, the second predetermined expansion from the normal condition being greater than the first predetermined expansion from the normal condition; and an alert module configured to transmit an alert signal after both the first and second signals have been received, wherein the expansion member and the sensor mechanism are located within a void defined by the coving, the wall and the ceiling.
A surveying instrument comprising a distance measuring unit which irradiates an object with the distance measuring light and measures a distance to said object based on the reflected distance measuring light from said object, wherein said distance measuring unit includes a distance measuring light projecting module configured to project said distance measuring light and a distance measuring light receiving module configured to receive said reflected distance measuring light, said distance measuring light receiving module includes a dichroic prism (38, 66, 67, 71, 75, 79, 80, 81, 94, 95, 98, 104, 109, 114, 116, 121, 124, 133, 134, 135, 138, 139, 141, 142, 143, 144, 153, 154, 157, 161, 164, 167, 173, 176) and a light receiving module, and said dichroic prism is configured in such a manner that said reflected distance measuring light is internally reflected in said dichroic prism at least three times and then received by said light receiving module, characterized in that said dichroic prism is further configured in such a manner that, after having been three times internally reflected in said dichroic prism, said reflected distance measuring light intersects with an optical axis of said reflected distance measuring light which entered the dichroic prism and also intersects with an optical axis of said reflected distance measuring light which was internally reflected for a first time.
A method comprising: providing a fluidic lattice comprising, a flow channel having a flow axis, and a plurality of fluidic harbors (120,131,132,134,201) in fluidic communication with the flow channel and offset from the flow axis; flowing a primer continuous fluid through the fluidic lattice and into the flow channel and into the fluidic harbors (120,131,132,134,201); flowing a first continuous liquid through the fluidic lattice to provide the first continuous liquid within the plurality of fluidic harbors (120,131,132,134,201), wherein the primer continuous fluid is immiscible with the first continuous liquid such that flowing the first continuous liquid displaces at least a portion of the primer continuous fluid from the flow channel and from the plurality of fluidic harbors (120,131,132,134,201); and flowing a second continuous liquid through the fluidic lattice, the second continuous liquid immiscible with the first continuous liquid such that the second continuous liquid displaces the first continuous liquid from the flow channel while allowing the first continuous liquid to remain in the plurality of fluidic harbors (120,131,132,134,201). providing a fluidic lattice comprising, a flow channel having a flow axis, and a plurality of fluidic harbors (120,131,132,134,201) in fluidic communication with the flow channel and offset from the flow axis; a flow channel having a flow axis, and a plurality of fluidic harbors (120,131,132,134,201) in fluidic communication with the flow channel and offset from the flow axis; flowing a primer continuous fluid through the fluidic lattice and into the flow channel and into the fluidic harbors (120,131,132,134,201); flowing a first continuous liquid through the fluidic lattice to provide the first continuous liquid within the plurality of fluidic harbors (120,131,132,134,201), wherein the primer continuous fluid is immiscible with the first continuous liquid such that flowing the first continuous liquid displaces at least a portion of the primer continuous fluid from the flow channel and from the plurality of fluidic harbors (120,131,132,134,201); and flowing a second continuous liquid through the fluidic lattice, the second continuous liquid immiscible with the first continuous liquid such that the second continuous liquid displaces the first continuous liquid from the flow channel while allowing the first continuous liquid to remain in the plurality of fluidic harbors (120,131,132,134,201).
A reversing safety system for a vehicle, the reversing safety system comprising: a receiver arranged to be fitted to a vehicle; a safety control unit arranged to be fitted to a vehicle; and a portable unit including a transmitter, the transmitter adapted to transmit a transmitted signal; wherein the receiver is configured to sense when the portable unit is in a target area relative to the receiver, wherein the receiver senses when the portable unit is in a target area by receiving the transmitted signal as a received signal, wherein the receiver includes a restrictor guide, so that the transmitted signal from the portable unit is not received unless the portable unit is in the target area, wherein the receiver is configured to relay the received signal by connection means to the safety control unit, the received signal is relayed to the safety control unit as a relayed signal, wherein the safety control unit is arranged to operate on receipt of the relayed signal, wherein the safety control unit is arranged to operate by at least one of: disabling an alarm system, disabling an inhibit of selection of the reverse gear, disengaging a vehicle brake, disabling a vehicle reverse speed limiter, and wherein the transmitter has a switch which must be continuously operated for a continuous signal to be transmitted, and the safety control unit is arranged to cease operation as soon as a signal is not received at the sensor, wherein the transmitter has a switch which includes a timeout. a receiver arranged to be fitted to a vehicle; a safety control unit arranged to be fitted to a vehicle; and a portable unit including a transmitter, the transmitter adapted to transmit a transmitted signal; wherein the receiver is configured to sense when the portable unit is in a target area relative to the receiver, wherein the receiver senses when the portable unit is in a target area by receiving the transmitted signal as a received signal, wherein the receiver includes a restrictor guide, so that the transmitted signal from the portable unit is not received unless the portable unit is in the target area, wherein the receiver is configured to relay the received signal by connection means to the safety control unit, the received signal is relayed to the safety control unit as a relayed signal, wherein the safety control unit is arranged to operate on receipt of the relayed signal, wherein the safety control unit is arranged to operate by at least one of: disabling an alarm system, disabling an inhibit of selection of the reverse gear, disengaging a vehicle brake, disabling a vehicle reverse speed limiter, and wherein the transmitter has a switch which must be continuously operated for a continuous signal to be transmitted, and the safety control unit is arranged to cease operation as soon as a signal is not received at the sensor, wherein the transmitter has a switch which includes a timeout.
A process for oxidizing a hydrocarbon to a corresponding hydroperoxide, alcohol, ketone, carboxylic acid or dicarboxylic acid, the process comprising: (a) contacting a hydrocarbon with an oxygen-containing gas in the presence of a catalyst comprising a cyclic imide of the general formula: wherein each of R7, R8, R9, and R10 is independently selected from hydrocarbyl and substituted hydrocarbyl radicals having 1 to 20 carbon atoms, or from the groups SO3H, NH2 OH and NO2 or from the atoms H, F, Cl, Br and I; each of X and Z is independently selected from C, S, CH2, N, P and elements of Group 4 of the Periodic Table; Y is O or OH, k is 0, 1, or 2, and 1 is 0, 1, or 2; and wherein said contacting produces an effluent comprising an oxidized hydrocarbon product and unreacted imide catalyst of said formula; and (b) treating the effluent with a solid sorbent to remove at least part of said unreacted imide catalyst of said formula from said effluent and produce a treated effluent comprising said oxidized hydrocarbon product, said solid sorbent being selected from mixed metal oxides. (a) contacting a hydrocarbon with an oxygen-containing gas in the presence of a catalyst comprising a cyclic imide of the general formula: wherein each of R7, R8, R9, and R10 is independently selected from hydrocarbyl and substituted hydrocarbyl radicals having 1 to 20 carbon atoms, or from the groups SO3H, NH2 OH and NO2 or from the atoms H, F, Cl, Br and I; each of X and Z is independently selected from C, S, CH2, N, P and elements of Group 4 of the Periodic Table; Y is O or OH, k is 0, 1, or 2, and 1 is 0, 1, or 2; and wherein said contacting produces an effluent comprising an oxidized hydrocarbon product and unreacted imide catalyst of said formula; and wherein each of R7, R8, R9, and R10 is independently selected from hydrocarbyl and substituted hydrocarbyl radicals having 1 to 20 carbon atoms, or from the groups SO3H, NH2 OH and NO2 or from the atoms H, F, Cl, Br and I; each of X and Z is independently selected from C, S, CH2, N, P and elements of Group 4 of the Periodic Table; Y is O or OH, k is 0, 1, or 2, and 1 is 0, 1, or 2; and wherein said contacting produces an effluent comprising an oxidized hydrocarbon product and unreacted imide catalyst of said formula; and (b) treating the effluent with a solid sorbent to remove at least part of said unreacted imide catalyst of said formula from said effluent and produce a treated effluent comprising said oxidized hydrocarbon product, said solid sorbent being selected from mixed metal oxides.
Method for renovation of wastewater in which - the wastewater is fed into an electro flocculation cell and is subjected there to an electro flocculation, - the electro flocculate treated in the electro flocculation cell is fed into a ripening tank and remains there, - the electro flocculate stemming from the ripening tank is filtered in a filter, characterized in that the flocculation cell is formed by moveable electrodes and a bed of metal particles out of cast iron chips or out of magnesium granulate or out of aluminum granulate out of a chipped aluminum-magnesium granulate and with a supply means for wastewater and a drainage means for electro flocculate, that the electro flocculate is enriched with air in the ripening tank before it is fed into the filter, and that a filter bed with a moveable granular filter material out of zeolite, preferably clino-zeolite, is used in the filter. - the wastewater is fed into an electro flocculation cell and is subjected there to an electro flocculation, - the electro flocculate treated in the electro flocculation cell is fed into a ripening tank and remains there, - the electro flocculate stemming from the ripening tank is filtered in a filter,
Metallic pipe connection, comprising a tubular body that has two opposite open ends and comprises: - a terminal tubular engagement portion configured to be engaged, in operative condition, on a pipe and to be fixed thereto by means of plastic deformation of said tubular engagement portion; - a terminal flange arranged on the opposite side of said tubular body with respect to that one provided with said tubular engagement portion, wherein said tubular engagement portion comprises an annular seat for a sealing gasket, said annular seat projecting externally from said tubular engagement portion and being provided with a first housing groove for said sealing gasket, said first housing groove being internally open towards said tubular engagement portion, and wherein at least part of said tubular engagement portion and said annular seat are configured to be plastically deformed such to generate a mechanical seal on said pipe on which said tubular engagement portion is fitted and a contemporaneous fluid tightness between said connection and said pipe by means of said sealing gasket, wherein said first housing groove for said sealing gasket comprises inclined annular inner walls (57, 58), characterised in that the angle between said annular inner walls (57, 58) ranges from 5° to 15°. - a terminal tubular engagement portion configured to be engaged, in operative condition, on a pipe and to be fixed thereto by means of plastic deformation of said tubular engagement portion; - a terminal flange arranged on the opposite side of said tubular body with respect to that one provided with said tubular engagement portion,
A composite pile which is formed by inserting a steel pipe pile into a soil cement column body constructed in the ground, the steel pipe pile comprising: a steel pipe pile main body; and one or more spiral blades attached to the steel pipe pile main body, wherein a diameter of each of the spiral blades is set to three times or more as large as a the diameter (d) of the steel pipe pile main body; the spiral blades are constituted of a distal blade attached to a distal portion of the steel pipe pile main body, and intermediate blades attached to portions of the steel pipe pile main body excluding the distal portion thereof; a length (L 1) between the distal blade and the intermediate blade present at the lowermost end is set to 2.0 m or more; a length (L m) between the intermediate blades is set to 3.0 m or more; and a length (L 2) between the intermediate blade present at the uppermost end and a pile head portion of the steel pipe pile main body is set to 0.3 m or more and 0.5 m or less.
Assembly for an aircraft, said assembly comprising: - a pylon having a bearing face and a contact face oriented away from the bearing face, - an engine mount having a bearing face and a contact face oriented away from the bearing face, where the contact face of the engine mount bears against the contact face of the pylon, - at least two bolts, each one comprising a threaded stem with a head and a nut bearing against the bearing face of the engine mount, - for each head, a bearing washer with a first bearing face and a second bearing face, where the second bearing face of the bearing washer bears against the bearing face of the pylon, and where the head bears against the first bearing face of the bearing washer, - a shoe, and - for each bearing washer, a clamp that is secured to the shoe and comprises a first branch and a second branch between which the bearing washer is clamped and is free to rotate about its axis. - a pylon having a bearing face and a contact face oriented away from the bearing face, - an engine mount having a bearing face and a contact face oriented away from the bearing face, where the contact face of the engine mount bears against the contact face of the pylon, - at least two bolts, each one comprising a threaded stem with a head and a nut bearing against the bearing face of the engine mount, - for each head, a bearing washer with a first bearing face and a second bearing face, where the second bearing face of the bearing washer bears against the bearing face of the pylon, and where the head bears against the first bearing face of the bearing washer, - a shoe, and - for each bearing washer, a clamp that is secured to the shoe and comprises a first branch and a second branch between which the bearing washer is clamped and is free to rotate about its axis.
A communication device comprising: a signal generation device that generates a wireless communications signal that includes a subframe within a radio frame; and an extension counter for counting a lapse of an SFN period, wherein said subframe includes an extension control area in a data area of said subframe; said extension control area is set according to a periodic mapping pattern; and based on a result of the extension counter, the signal generation device generates system information including an extension bit for identifying a super system frame number and transmits the extension bit to a user equipment. a signal generation device that generates a wireless communications signal that includes a subframe within a radio frame; and an extension counter for counting a lapse of an SFN period, wherein said subframe includes an extension control area in a data area of said subframe; said extension control area is set according to a periodic mapping pattern; and based on a result of the extension counter, the signal generation device generates system information including an extension bit for identifying a super system frame number and transmits the extension bit to a user equipment.
A method for controlling the vapour pressure of a gasoline composition consisting of admixing with a gasoline base fuel, from 2 to 20 vol.%, based on the overall gasoline composition, of ethyl valerate, and from 0.5 to 5 vol.%, based on the overall gasoline composition, of a C 3-4 hydrocarbon component, wherein the gasoline base fuel consists of a mixture of hydrocarbons boiling in the range from 25 to 230°C according to EN ISO 3405, such that the numerical value of the vapour pressure for the gasoline composition can be numerically decreased, have no numerical change, or numerically increased relative to the numerical value of the vapour pressure for the gasoline base fuel.
Cosmetic product comprising a pressure vessel with a withdrawal valve, containing a) an O/W emulsion comprising one or more esterification products of glycerol with three identical linear and/or branched fatty acids having an alkyl chain having 12 to 20 carbon atoms, and b) at least one blowing agent that foams up and/or discharges the O/W emulsion, characterized in that the O/W emulsion contains tripalmitin, tristearin and/or triisostearin. a) an O/W emulsion comprising one or more esterification products of glycerol with three identical linear and/or branched fatty acids having an alkyl chain having 12 to 20 carbon atoms, and b) at least one blowing agent that foams up and/or discharges the O/W emulsion, characterized in that the O/W emulsion contains tripalmitin, tristearin and/or triisostearin.
A method for decomposing an aldehyde contained in a combustion exhaust gas, the method comprising a step of contacting the aldehyde with an aldehyde decomposition catalyst, characterized in that the aldehyde decomposition catalyst is made of a zeolite in a cation form NH4 having a structure selected from MFI and BEA and carrying at least one metal selected from the group consisting of Cu, Mn, Ce, Zn, Fe, and Zr.
A method to fabricate a quantum computing device, the method comprising: forming a first chip having a first substrate, a first set of pads,, and a set of Josephson junctions disposed on the first substrate; and forming a second chip having a second substrate, a second set of pads disposed on the second substrate opposite the first set of pads, and a second layer formed on a subset of the second set of pads, the second layer configured to bond the first chip and the second chip, wherein the subset of the second set of pads corresponds to a subset of the set of Josephson junctions selected to avoid frequency collision between qubits in a set of qubits, a qubit in the set of qubits resulting from a Josephson junction in the subset of Josephson junctions. forming a first chip having a first substrate, a first set of pads,, and a set of Josephson junctions disposed on the first substrate; and forming a second chip having a second substrate, a second set of pads disposed on the second substrate opposite the first set of pads, and a second layer formed on a subset of the second set of pads, the second layer configured to bond the first chip and the second chip, wherein the subset of the second set of pads corresponds to a subset of the set of Josephson junctions selected to avoid frequency collision between qubits in a set of qubits, a qubit in the set of qubits resulting from a Josephson junction in the subset of Josephson junctions.
A method of protecting a synchronous machine arrangement connected to an electricity network against pole-slip, the method comprising the steps of: - continuously monitoring a first variable parameter relating to the machine arrangement with reference to a reference value (V ref), the first parameter being a power transfer angle δ between an electromotive force of the machine arrangement and the reference value; - in the event of a fault on the electricity network which may result in pole-slip of the machine arrangement, deriving a representation of a second parameter relating to the machine arrangement in the form of power transfer against the first parameter utilizing data relating to a value of a third parameter relating to the machine arrangement in the form of at least one of an actual voltage and current measured on a terminal of the machine arrangement before the fault has occurred and computed data relating to an expected future value of a fourth parameter relating to the machine arrangement in the form of at least one of a voltage and a current on the terminal after the fault has occurred; - utilizing the representation and a stability criterion to predict whether the machine arrangement may become unstable; and - if instability is predicted, causing the machine arrangement to be disconnected from the electricity network. - continuously monitoring a first variable parameter relating to the machine arrangement with reference to a reference value (V ref), the first parameter being a power transfer angle δ between an electromotive force of the machine arrangement and the reference value; - in the event of a fault on the electricity network which may result in pole-slip of the machine arrangement, deriving a representation of a second parameter relating to the machine arrangement in the form of power transfer against the first parameter utilizing data relating to a value of a third parameter relating to the machine arrangement in the form of at least one of an actual voltage and current measured on a terminal of the machine arrangement before the fault has occurred and computed data relating to an expected future value of a fourth parameter relating to the machine arrangement in the form of at least one of a voltage and a current on the terminal after the fault has occurred; - utilizing the representation and a stability criterion to predict whether the machine arrangement may become unstable; and - if instability is predicted, causing the machine arrangement to be disconnected from the electricity network.