mhurhangee/ep-ind-claims huggingface dataset:
A storage vessel manufactured in a rotational mould and which comprises a structural composite including a thermoplastics material and a layer of fibrous material in the form of: (i) a woven cloth; or (ii) a mat or felt; or (iii) a preform of fibres held in shape by a binder the vessel when formed having a wall defining an internal space for holding contents therein; the wall including said thermoplastics material and the fibrous reinforcing layer at least partially embedded in said thermoplastic material and reinforcing the composite; wherein the vessel is manufactured in the rotational mould according to the following method steps; a) placing the layer of fibrous material inside the mould in apposition to an inner surface of the mould; b) placing the thermoplastics material inside the mould; c) closing the mould and heating the mould to thereby heat the thermoplastics material sufficient to enable the thermoplastics material to morph from a solid state to a flowable state; d) during rotation of the mould, allowing the heated thermoplastics material to flow at least part way through the thickness of the layer of fibrous reinforcing material so that at least some fibres of the fibrous layer are embedded in the thermoplastics material thereby forming a layer of reinforced thermoplastics material; e) allowing the thermoplastics layer to cool; f) removing the composite from the rotational mould. (i) a woven cloth; or (ii) a mat or felt; or (iii) a preform of fibres held in shape by a binder a) placing the layer of fibrous material inside the mould in apposition to an inner surface of the mould; b) placing the thermoplastics material inside the mould; c) closing the mould and heating the mould to thereby heat the thermoplastics material sufficient to enable the thermoplastics material to morph from a solid state to a flowable state; d) during rotation of the mould, allowing the heated thermoplastics material to flow at least part way through the thickness of the layer of fibrous reinforcing material so that at least some fibres of the fibrous layer are embedded in the thermoplastics material thereby forming a layer of reinforced thermoplastics material; e) allowing the thermoplastics layer to cool; f) removing the composite from the rotational mould.
A light bar comprising a circuit board, a plurality of LEDs in a plurality of first regions on the circuit board, and a plurality of light compensation units in a plurality of second regions on the circuit board respectively, wherein the plurality of light compensation units are separated from each other, and each light compensation unit comprises a thermoluminescent material and color complementary quantum dots corresponding to the thermoluminescent material, wherein along a direction of a long side of the circuit board, the plurality of first regions and the plurality of second regions are arranged alternating, one first region alternating with one second region, and wherein each light compensation units is configured to convert heat produced by adjacent LEDs in the first regions to light output.
A method for releasing an internet protocol address by a packet data network gateway in a mobile communication system, the method comprising: allocating, by the PGW, an internet protocol version 4 address and an internet protocol version 6 address to a user equipment to activate a packet data network connection between the UE and the PGW; receiving, by the PGW, a dynamic host configuration protocol (DHCP) release message from a serving gateway; transmitting, by the PGW, to the SGW, a binding revocation message including information indicating release of the IPv4 address with the PDN connection between the UE and the PGW remaining active; and receiving, by the PGW, a binding revocation acknowledge message to acknowledge release of the IPv4 address from the SGW. allocating, by the PGW, an internet protocol version 4 address and an internet protocol version 6 address to a user equipment to activate a packet data network connection between the UE and the PGW; receiving, by the PGW, a dynamic host configuration protocol (DHCP) release message from a serving gateway; transmitting, by the PGW, to the SGW, a binding revocation message including information indicating release of the IPv4 address with the PDN connection between the UE and the PGW remaining active; and receiving, by the PGW, a binding revocation acknowledge message to acknowledge release of the IPv4 address from the SGW.
A locking and emptying system of a refill cartridge in a receiving socket of the refill cartridge, said system comprising at least one receiving socket for locking and emptying said refill cartridge in the receiving socket, in every receiving socket a locking mechanism for the refill cartridge, discharge means for the refill cartridge and control means of the locking and emptying system, wherein in the vicinity of the insertion end of the refill cartridge inserted into the receiving socket the upper face of said refill cartridge comprises a locking depression; characterised in that said system further comprising in every receiving socket for each refill cartridge an emptying container and wherein the locking mechanism is in the rear of said receiving socket comprising a lever mechanism with three levers (7, 8, 9) mutually rigidly connected through their ends and forming generally a T-shape unit, which is rotatable around the horizontal rotation axis of the lever mechanism, said rotation axis being crosswise to the insertion direction of said refill cartridge; whereas the locking lever comprises a hook for the engagement with the locking depression of the refill cartridge, the end of the operating lever is linked to an electromagnetic actuator in the receiving socket and the pushing lever is positioned between the locking lever and the operating lever; whereas in the position where said refill cartridge is inserted into the receiving socket, the end face of said refill cartridge is pressed against the pushing lever of the lever mechanism, as a result said pushing lever together with the locking lever and the operating lever is made to rotate around said rotation axis; and whereas in the position where said refill cartridge is inserted completely into the receiving socket, said end face of the refill cartridge is pressed against said pushing lever and the hook at the end of the locking lever is rotated around said rotation axis into engagement with the locking depression of the refill cartridge; the discharge means of the refill cartridge comprising a piercing means of the discharge opening of the refill cartridge, said piercing means comprising an activation part, a piercing tip and between them a rotation axis of the piercing means crosswise to the insertion direction of the refill cartridge and in the position when said refill cartridge is inserted completely into the receiving socket, said end face of the refill cartridge is pressed against said activation part and said piercing tip is rotated around said rotation axis into the discharge opening of said refill cartridge.
Data processing apparatus comprising: vector processing circuitry to selectively apply vector processing operations defined by vector processing instructions to generate one or more data elements of a data vector comprising a plurality of data elements at respective data element positions of the data vector, according to the state of respective predicate flags associated with the positions of the data vector; and generator circuitry to generate instruction sample data indicative of processing activities of the vector processing circuitry for selected ones of the vector processing instructions, instruction sample data indicating at least the state of the predicate flags at execution of the selected vector processing instructions; and instruction selection circuitry to select the selected ones of the vector processing instructions, in which the instruction selection circuitry comprises counter circuitry configured to count instructions between a start count value and a final count value, and to select, as a selected instruction, an instruction for which the counter reaches the final count value. vector processing circuitry to selectively apply vector processing operations defined by vector processing instructions to generate one or more data elements of a data vector comprising a plurality of data elements at respective data element positions of the data vector, according to the state of respective predicate flags associated with the positions of the data vector; and generator circuitry to generate instruction sample data indicative of processing activities of the vector processing circuitry for selected ones of the vector processing instructions, instruction sample data indicating at least the state of the predicate flags at execution of the selected vector processing instructions; and instruction selection circuitry to select the selected ones of the vector processing instructions, in which the instruction selection circuitry comprises counter circuitry configured to count instructions between a start count value and a final count value, and to select, as a selected instruction, an instruction for which the counter reaches the final count value.
A traction assembly for a vehicle, said traction assembly comprising a left and a right axle shaft (2, 3) extending along a longitudinal axis and defining an outer end configured to be connected to a wheel hub (2a, 3a) of said vehicle, said traction assembly comprising at least a first and a second electric machine (5a, 5b), said traction assembly comprising a casing defining a housing and a transmission housed in said housing and comprising a differential and selector means, wherein the second electric machine is operatively connected to one of said axle shafts (2, 3) and the first electric machine is operatively connectable to one of said axle shafts (2, 3) by means of first selector means of said selector means, characterized in that said differential is operatively connectable between said axle shafts (2, 3) by means of second selector means of said selector means, said selector means being controlled so that said transmission allows at least two operating conditions: - in one of said operating conditions only the second electric machine provides torque to said axle shafts (2, 3), said differential being operatively connected to said axle shafts (2, 3); - in another of said operating conditions, the first and second electric machines (5a, 5b) provide torque to a respective axle shaft (2, 3), said differential being operatively disconnected between said axle shafts (2, 3). said traction assembly comprising at least a first and a second electric machine (5a, 5b), said traction assembly comprising a casing defining a housing and a transmission housed in said housing and comprising a differential and selector means, wherein the second electric machine is operatively connected to one of said axle shafts (2, 3) and the first electric machine is operatively connectable to one of said axle shafts (2, 3) by means of first selector means of said selector means, characterized in that said differential is operatively connectable between said axle shafts (2, 3) by means of second selector means of said selector means, said selector means being controlled so that said transmission allows at least two operating conditions: - in one of said operating conditions only the second electric machine provides torque to said axle shafts (2, 3), said differential being operatively connected to said axle shafts (2, 3); - in another of said operating conditions, the first and second electric machines (5a, 5b) provide torque to a respective axle shaft (2, 3), said differential being operatively disconnected between said axle shafts (2, 3). - in one of said operating conditions only the second electric machine provides torque to said axle shafts (2, 3), said differential being operatively connected to said axle shafts (2, 3); - in another of said operating conditions, the first and second electric machines (5a, 5b) provide torque to a respective axle shaft (2, 3), said differential being operatively disconnected between said axle shafts (2, 3).
A method for improving reactive power speed-of-response in a wind farm connected to a power grid, the method comprising: receiving, by a wind farm controller, a voltage feedback from the power grid; receiving, by the wind farm controller, a voltage reference; calculating a linear voltage error as a function of the voltage feedback and the voltage reference; generating a first output based on the linear voltage error via a first control path having a first voltage regulator; determining a first non-linear voltage error based on the linear voltage error via a deadband of a second voltage regulator of a second control path; generating, via the second control path, a second output based on the first non-linear voltage error; and generating a reactive power command as a function of the first and second outputs (212, 214). receiving, by a wind farm controller, a voltage feedback from the power grid; receiving, by the wind farm controller, a voltage reference; calculating a linear voltage error as a function of the voltage feedback and the voltage reference; generating a first output based on the linear voltage error via a first control path having a first voltage regulator; determining a first non-linear voltage error based on the linear voltage error via a deadband of a second voltage regulator of a second control path; generating, via the second control path, a second output based on the first non-linear voltage error; and determining a first non-linear voltage error based on the linear voltage error via a deadband of a second voltage regulator of a second control path; generating, via the second control path, a second output based on the first non-linear voltage error; and generating a reactive power command as a function of the first and second outputs (212, 214).
Tire comprising a tread, said tread comprising at least one groove extending in a main direction and delimited by at least one block of rubber mix, at least one wear indicator disposed in the groove, the wear indicator comprising a contact face intended to come into contact with a road when the tire reaches a limit wear level, said tread comprising a wear indicator with stages provided with a plurality of levels, at least one of the levels of the plurality of levels of the wear indicator with stages extending recessed into the block of rubber mix and the lowest height level H of said wear indicator with stages extending at least partially into the groove to form an extension, characterized in that said extension formed by the lowest height level H of said wear indicator with stages extends into the full width of the groove and constitutes the wear indicator.
An electronic entity comprising a secure memory having a module to manage credit for use of a resource, characterized in that it comprises: - means for receiving at least one request (RQ1, RQ2, RQ3, RQ4) of a determined type transmitted by a control device; - means for determining, from said at least one request (RQ1, RQ2, RQ3, RQ4), a state (HC, DC, CEC, FC) of the communication between said electronic entity and said control device; - secure means (AUTH) capable of generating a positive response to said request, when said communication state is a determined state (DC, CEC), only if said credit is sufficient; and - response means capable of sending said positive response to said control device. - means for receiving at least one request (RQ1, RQ2, RQ3, RQ4) of a determined type transmitted by a control device; - means for determining, from said at least one request (RQ1, RQ2, RQ3, RQ4), a state (HC, DC, CEC, FC) of the communication between said electronic entity and said control device; - secure means (AUTH) capable of generating a positive response to said request, when said communication state is a determined state (DC, CEC), only if said credit is sufficient; and - response means capable of sending said positive response to said control device.
A rotor, comprising: a hub; and a plurality of blades disposed on the hub, wherein each of the plurality of blades includes a suction surface, a pressure surface, a leading edge, a trailing edge, a tip-side edge, and a hub-side edge, wherein the at least one of the suction surface or the pressure surface includes a first region from the leading edge to a chord position away from the leading edge toward the trailing edge, and a second region on a trailing edge side of the first region, and wherein a cross-section of each blade at a chord position in the second region is composed such that at least two straight line portions (L 11, L 12, L 13, L 21, L 22, L 23) are sequentially connected between the tip-side edge and the hub-side edge, characterized in that in the cross-section of each blade at a chord position in the second region between the leading edge and the trailing edge, an angle of each of the at least two straight line portions (L 11, L 12, L 13, L 21, L 22, L 23) with respect to a blade height direction of the blade increases in a direction from the hub-side edge to the tip-side edge over a region from the hub-side edge to the tip-side edge, and in a cross-section of each blade at a chord position in the first region, an angle of at least one of the suction surface or the pressure surface with respect to the blade height direction of the blade increases continuously from the hub-side edge to the tip-side edge. a hub; and a plurality of blades disposed on the hub, wherein each of the plurality of blades includes a suction surface, a pressure surface, a leading edge, a trailing edge, a tip-side edge, and a hub-side edge, wherein the at least one of the suction surface or the pressure surface includes a first region from the leading edge to a chord position away from the leading edge toward the trailing edge, and a second region on a trailing edge side of the first region, and wherein a cross-section of each blade at a chord position in the second region is composed such that at least two straight line portions (L 11, L 12, L 13, L 21, L 22, L 23) are sequentially connected between the tip-side edge and the hub-side edge, characterized in that in the cross-section of each blade at a chord position in the second region between the leading edge and the trailing edge, an angle of each of the at least two straight line portions (L 11, L 12, L 13, L 21, L 22, L 23) with respect to a blade height direction of the blade increases in a direction from the hub-side edge to the tip-side edge over a region from the hub-side edge to the tip-side edge, and in a cross-section of each blade at a chord position in the first region, an angle of at least one of the suction surface or the pressure surface with respect to the blade height direction of the blade increases continuously from the hub-side edge to the tip-side edge.
An image processing method comprising: generating an output view and disparity information corresponding to the output view, using at least one input view and disparity information corresponding to the at least one input view; characterized in that the method further comprises: generating a priority for each of a plurality of hole pixels in the output view using the disparity information corresponding to the output view (1120, 1122, 1124, 1126, 1128, 1130); and applying hole rendering to a hole pixel having highest priority among the plurality of hole pixels by referring the generated priority (1140, 1150, 1160, 1170). generating an output view and disparity information corresponding to the output view, using at least one input view and disparity information corresponding to the at least one input view; characterized in that the method further comprises: generating a priority for each of a plurality of hole pixels in the output view using the disparity information corresponding to the output view (1120, 1122, 1124, 1126, 1128, 1130); and applying hole rendering to a hole pixel having highest priority among the plurality of hole pixels by referring the generated priority (1140, 1150, 1160, 1170). generating a priority for each of a plurality of hole pixels in the output view using the disparity information corresponding to the output view (1120, 1122, 1124, 1126, 1128, 1130); and applying hole rendering to a hole pixel having highest priority among the plurality of hole pixels by referring the generated priority (1140, 1150, 1160, 1170).
A method of producing temperature and pressure conditioned fluids using a fuel cell, the fuel cell having an anode inlet, an anode exhaust, a cathode inlet, and a cathode exhaust, the method comprising the steps of: operating the fuel cell to generate an anode exhaust stream comprising water vapour and carbon dioxide; condensing and separating water from the anode exhaust stream to produce a stream of water and a stream of carbon dioxide; heating a first portion of the stream of water to produce a stream of steam; combining the stream of steam and a stream of fuel to form an anode input stream; obtaining a stream of condensed carbon dioxide by condensing at least a portion of the carbon dioxide in the stream of carbon dioxide; and heating and pressurizing at least one fluid to a target temperature and pressure for each fluid, the at least one fluid comprising one or both of: a second portion of the stream of water that is heated in a first counter-current heat exchanger that cools the anode exhaust stream; and, at least a portion of the condensed carbon dioxide that is heated in a second counter-current heat exchanger that cools the stream of carbon dioxide and a third counter-current heat exchanger that cools the anode input stream. operating the fuel cell to generate an anode exhaust stream comprising water vapour and carbon dioxide; condensing and separating water from the anode exhaust stream to produce a stream of water and a stream of carbon dioxide; heating a first portion of the stream of water to produce a stream of steam; combining the stream of steam and a stream of fuel to form an anode input stream; obtaining a stream of condensed carbon dioxide by condensing at least a portion of the carbon dioxide in the stream of carbon dioxide; and heating and pressurizing at least one fluid to a target temperature and pressure for each fluid, the at least one fluid comprising one or both of: a second portion of the stream of water that is heated in a first counter-current heat exchanger that cools the anode exhaust stream; and, at least a portion of the condensed carbon dioxide that is heated in a second counter-current heat exchanger that cools the stream of carbon dioxide and a third counter-current heat exchanger that cools the anode input stream. a second portion of the stream of water that is heated in a first counter-current heat exchanger that cools the anode exhaust stream; and, at least a portion of the condensed carbon dioxide that is heated in a second counter-current heat exchanger that cools the stream of carbon dioxide and a third counter-current heat exchanger that cools the anode input stream.
A method for producing an internal olefin sulfonate, comprising: a sulfonating step of causing an internal olefin to react with sulfur trioxide to yield a sulfonated internal olefin; a neutralizing step of mixing the resultant sulfonated internal olefin with an aqueous alkaline solution at 40°C or lower to yield a mixture, and applying shearing force to the mixture at an agitating speed of 5 m/s or more until the particle diameter of oil droplets of an oily product of the mixture turns to 10 μm or less to yield a neutralized product; and a hydrolyzing step of hydrolyzing the resultant neutralized product. a sulfonating step of causing an internal olefin to react with sulfur trioxide to yield a sulfonated internal olefin; a neutralizing step of mixing the resultant sulfonated internal olefin with an aqueous alkaline solution at 40°C or lower to yield a mixture, and applying shearing force to the mixture at an agitating speed of 5 m/s or more until the particle diameter of oil droplets of an oily product of the mixture turns to 10 μm or less to yield a neutralized product; and a hydrolyzing step of hydrolyzing the resultant neutralized product.