mhurhangee/patent-ind-claim-en huggingface dataset:
A computer-implemented method , comprising the steps of: (i) providing, by a first party to a second party, a verification data item of a first one-way function chain of data items , wherein the data items of the one-way function chain of data items are deterministically linked to one another via application of a one-way function; (ii) submitting, by the first party to a blockchain, an access blockchain transaction comprising a data item of the first one-way function chain of data items ; (iii) applying, by the second party, the one-way function to the data item to provide an output ; (iv) comparing, by the second party, the output of step (iii) to the verification item to provide an outcome; and (v) based on the outcome of step (iv), by the second party: (a) allocating the data item of step (iii) as a further verification data item for verifying a further data item of the first chain; and (b) granting access to a resource associated with the data item . (i) providing, by a first party to a second party, a verification data item of a first one-way function chain of data items , wherein the data items of the one-way function chain of data items are deterministically linked to one another via application of a one-way function; (ii) submitting, by the first party to a blockchain, an access blockchain transaction comprising a data item of the first one-way function chain of data items ; (iii) applying, by the second party, the one-way function to the data item to provide an output ; (iv) comparing, by the second party, the output of step (iii) to the verification item to provide an outcome; and (v) based on the outcome of step (iv), by the second party: (a) allocating the data item of step (iii) as a further verification data item for verifying a further data item of the first chain; and (b) granting access to a resource associated with the data item .
A method for transmitting a downlink packet to a user equipment, UE , in an idle mode in a mobile communication system in which a gateway is separated into a user plane node and a control plane node , the method comprising: informing, by the control plane node , the user plane node of information for receiving the downlink packet for the UE ; receiving and buffering, by the user plane node , the downlink packet for the UE ; transmitting, by the user plane node , a notification message of a reception of the downlink packet to the control plane node ; and transmitting, by the user plane node , the buffered downlink packet to the UE through a base station , characterized in that the user plane node delays the notification message of the reception of the downlink packet to the control plane node until a preset buffering time elapses, wherein the information includes the preset buffering time. informing, by the control plane node , the user plane node of information for receiving the downlink packet for the UE ; receiving and buffering, by the user plane node , the downlink packet for the UE ; transmitting, by the user plane node , a notification message of a reception of the downlink packet to the control plane node ; and transmitting, by the user plane node , the buffered downlink packet to the UE through a base station , characterized in that the user plane node delays the notification message of the reception of the downlink packet to the control plane node until a preset buffering time elapses, wherein the information includes the preset buffering time.
Vehicle temperature control system, especially for hybrid vehicles, comprising: - a heater , which can be operated with fuel, with a first heat exchanger device for transferring heat provided in the heater to a first heat carrier medium provided in a first heat carrier medium circuit , - an operating material tank for holding a liquid operating material , - a second heat exchanger device for heat transfer between the first heat carrier medium provided in the first heat carrier medium circuit and energy storage material contained in the operating material tank , - a third heat exchanger device for heat transfer between the first heat carrier medium provided in the first heat carrier medium circuit and the second heat carrier medium provided in a second heat carrier medium circuit , - an operating material pump in an operating material line for delivering operating material contained in the operating material tank as fuel to a burner area of the heater and for delivering operating material contained in the operating material tank as fuel additive to a fuel tank for a combustion engine. - a heater , which can be operated with fuel, with a first heat exchanger device for transferring heat provided in the heater to a first heat carrier medium provided in a first heat carrier medium circuit , - an operating material tank for holding a liquid operating material , - a second heat exchanger device for heat transfer between the first heat carrier medium provided in the first heat carrier medium circuit and energy storage material contained in the operating material tank , - a third heat exchanger device for heat transfer between the first heat carrier medium provided in the first heat carrier medium circuit and the second heat carrier medium provided in a second heat carrier medium circuit , - an operating material pump in an operating material line for delivering operating material contained in the operating material tank as fuel to a burner area of the heater and for delivering operating material contained in the operating material tank as fuel additive to a fuel tank for a combustion engine.
A satellite intended to be stationed in terrestrial orbit, including propulsion means comprising at least one thruster, and means for moving said propulsion means in a satellite reference frame centered on a center of mass of said satellite and including three axes X, Y and Z such that, in the satellite stationed in terrestrial orbit, the X axis is parallel to a velocity vector of the satellite, the Z axis is directed towards the Earth, and the Y axis is orthogonal to the axes X and Z, the movement means being adapted to: - modify angles between a thrust direction of each thruster and the axes X, Y respectively of the satellite reference frame, - move each thruster, at a constant thrust direction in the satellite reference frame, so as to form a torque of any axis in a plane orthogonal to said thrust direction, the propulsion means carried by the movement means being electric propulsion means, characterized in that said satellite includes additional electric propulsion means with a fixed orientation with respect to said satellite. - modify angles between a thrust direction of each thruster and the axes X, Y respectively of the satellite reference frame, - move each thruster, at a constant thrust direction in the satellite reference frame, so as to form a torque of any axis in a plane orthogonal to said thrust direction, the propulsion means carried by the movement means being electric propulsion means, characterized in that said satellite includes additional electric propulsion means with a fixed orientation with respect to said satellite.
A random number generation method implemented by means of a digital processor , comprising: a) searching an internal register of the processor, wherein the content of the register is an evolutive content which changes over time; b) extracting at a given time n bits from the register, n ≥ 1; c) using the n bits extracted at step b) as bit(s) for forming a random number of N bits to be generated; d) reiterating steps a) to c) until obtaining the N bits of the random number; and e) providing the random number to an application circuit or software, characterized in that the method further comprises, before step b), a step of selecting, by a random of pseudo-random process, the n bits of the register which will be extracted at step b), and/or of selecting, by a random of pseudo-random process, one register among a plurality of internal registers of the processor that may be potentially searched and selecting the n bits from the selected register, in particular selecting, by a random or pseudo-random process, at least one of the bits of the selected register. a) searching an internal register of the processor, wherein the content of the register is an evolutive content which changes over time; b) extracting at a given time n bits from the register, n ≥ 1; c) using the n bits extracted at step b) as bit(s) for forming a random number of N bits to be generated; d) reiterating steps a) to c) until obtaining the N bits of the random number; and e) providing the random number to an application circuit or software,
An electronic device, comprising: a body , defining a receiving cavity ; a functional assembly , rotatably connected to the body and configured to rotate in a first direction and a second direction from an inside of the receiving cavity to an outside of the receiving cavity ; wherein a rotational axis of the functional assembly extends along a thickness direction of the electronic device, one of the first and the second directions is a clockwise direction, and the other one is an anti-clockwise direction; and a rotation shaft fixed on one of the functional assembly and the body , wherein the functional assembly is rotatably connected to the body via the rotation shaft , and the rotational axis is an axle center of the rotation shaft ; characterized in that the electronic device further comprises a first sliding mechanism arranged between the functional assembly and the body , and the functional assembly is configured to slide along the first sliding mechanism to define an arc-shaped trajectory, wherein a center of the arc-shaped trajectory lies on the axle center of the rotation shaft . a body , defining a receiving cavity ; a functional assembly , rotatably connected to the body and configured to rotate in a first direction and a second direction from an inside of the receiving cavity to an outside of the receiving cavity ; wherein a rotational axis of the functional assembly extends along a thickness direction of the electronic device, one of the first and the second directions is a clockwise direction, and the other one is an anti-clockwise direction; and a rotation shaft fixed on one of the functional assembly and the body , wherein the functional assembly is rotatably connected to the body via the rotation shaft , and the rotational axis is an axle center of the rotation shaft ; characterized in that the electronic device further comprises a first sliding mechanism arranged between the functional assembly and the body , and the functional assembly is configured to slide along the first sliding mechanism to define an arc-shaped trajectory, wherein a center of the arc-shaped trajectory lies on the axle center of the rotation shaft .
A method for tracking a human target , the method comprising, for a new location added to a track of locations of a human target: receiving radar signals using a radar sensor ; generating a range-Doppler map based on the received radar signals ; detecting the human target based on the range-Doppler map, wherein the detected human target exhibits a spread in Doppler and range bins of the range-Doppler map, wherein detecting the human target comprises determining a range and a bounding box dimension (lx, ly, lz) of a bounding box bounding the detected human target, the bounding box at least partially surrounding the spread in Doppler and range bins of the detected human target; and when the determined range is inside an expected region associated to the track , adding to the track the new location comprising the determined range and bounding box dimension (lx, ly, lz), wherein the expected region is determined based on bounding box dimensions of locations of the track . receiving radar signals using a radar sensor ; generating a range-Doppler map based on the received radar signals ; detecting the human target based on the range-Doppler map, wherein the detected human target exhibits a spread in Doppler and range bins of the range-Doppler map, wherein detecting the human target comprises determining a range and a bounding box dimension (lx, ly, lz) of a bounding box bounding the detected human target, the bounding box at least partially surrounding the spread in Doppler and range bins of the detected human target; and when the determined range is inside an expected region associated to the track , adding to the track the new location comprising the determined range and bounding box dimension (lx, ly, lz), wherein the expected region is determined based on bounding box dimensions of locations of the track .
A method of joining lined pipe, the method comprising: providing a first pipe ; providing a second pipe ; inserting a first end of a fit-up sleeve into the first pipe to force a first liner against the first pipe; inserting a second end of the fit-up sleeve into the second pipe to force a second liner against the second pipe; and joining the first pipe to the second pipe; wherein the internal surfaces of the first and second pipes are provided with a plurality of castellations , and wherein inserting the fit-up sleeve forces first portions of respective liners against corresponding first portions or sets of the castellations of the respective pipes. providing a first pipe ; providing a second pipe ; inserting a first end of a fit-up sleeve into the first pipe to force a first liner against the first pipe; inserting a second end of the fit-up sleeve into the second pipe to force a second liner against the second pipe; and joining the first pipe to the second pipe; wherein the internal surfaces of the first and second pipes are provided with a plurality of castellations , and wherein inserting the fit-up sleeve forces first portions of respective liners against corresponding first portions or sets of the castellations of the respective pipes.
Method for manufacturing a firelighter block (B), comprising the following steps: a) supplying a mixture of woodchips or sawdust and paraffin in powder form, b) introducing the mixture into at least one concave compression cavity carried by a first die, c) compressing the mixture in the compression cavity by means of a second die, d) ejecting the quantity of mixture contained in the compression cavity , wherein, in the steps b) and c), the mixture is introduced into an agglomerating press comprising two rotating tangential compression wheels which are moulding wheels each comprising concave compression cavities in all the transverse directions (I-I, II-II) that come together corresponding to one another during rotation of the rotating tangential compression wheels to enclose and compress a quantity of mixture, characterized in that the compression cavities are configured in such a way: - that they provide the firelighter block (B) with two convex contact faces in all the transverse directions (I-I, II-II), and with a prominent supporting zone allowing the firelighter block (B) to rest on the supporting zone in stable equilibrium on a plane with a part (P1, P2) of contact face directed towards said plane , remaining at a distance from said plane , and occupying all the periphery of the prominent supporting zone , - that they provide the firelighter block (B), in cross section, with a section substantially in the form of a biconvex lens, in the form of an oval or in the form of an ellipse. a) supplying a mixture of woodchips or sawdust and paraffin in powder form, b) introducing the mixture into at least one concave compression cavity carried by a first die, c) compressing the mixture in the compression cavity by means of a second die, d) ejecting the quantity of mixture contained in the compression cavity , - that they provide the firelighter block (B) with two convex contact faces in all the transverse directions (I-I, II-II), and with a prominent supporting zone allowing the firelighter block (B) to rest on the supporting zone in stable equilibrium on a plane with a part (P1, P2) of contact face directed towards said plane , remaining at a distance from said plane , and occupying all the periphery of the prominent supporting zone , - that they provide the firelighter block (B), in cross section, with a section substantially in the form of a biconvex lens, in the form of an oval or in the form of an ellipse.
A positioning element for axially displacing a camshaft supported so as to be displaceable along a camshaft axis (A N ) or a camshaft section supported on a shaft so as to be displaceable along a camshaft axis (A N ), wherein - the positioning element is movable between a first position and a second position, - the positioning element includes a guide section , with which in the first position, one or more projections of a camshaft supported so as to be axially displaceable or of a camshaft section supported so as to be axially displaceable cooperate in such a way that the camshaft or the camshaft section is axially displaceable by rotation about the camshaft axis (A N ), and - in the second position, the projection does not cooperate with the guide section , - the guide section comprises one or more guide surfaces of the positioning element , which are inclined at least in sections in relation to a central plane (E) of the positioning element , wherein the guide section comprises a first guide surface (32 1 ) and a second guide surface (32 2 ), wherein the first guide surface (32 1 ) und the second guide surface (32 2 ) are inclined in opposite directions in relation to the central plane (E) and are the external surfaces of the positioning element , which limit the positioning element towards the outside, characterised in that the guide section has one or more guide grooves that are inclined at least in sections in relation to a central plane (E), and the guide section has a first guide groove (34 1 ) and a second guide groove (34 2 ), wherein the first guide groove (34 1 ) and the second guide groove (34 2 ) are inclined in opposite directions in relation to the central plane (E) . - the positioning element is movable between a first position and a second position, - the positioning element includes a guide section , with which in the first position, one or more projections of a camshaft supported so as to be axially displaceable or of a camshaft section supported so as to be axially displaceable cooperate in such a way that the camshaft or the camshaft section is axially displaceable by rotation about the camshaft axis (A N ), and - in the second position, the projection does not cooperate with the guide section , - the guide section comprises one or more guide surfaces of the positioning element , which are inclined at least in sections in relation to a central plane (E) of the positioning element , wherein the guide section comprises a first guide surface (32 1 ) and a second guide surface (32 2 ), wherein the first guide surface (32 1 ) und the second guide surface (32 2 ) are inclined in opposite directions in relation to the central plane (E) and are the external surfaces of the positioning element , which limit the positioning element towards the outside,
An orally administrable non-toxic solid pharmaceutical composition for use in reducing the incidence of, or preventing, severe headaches, characterized in that the composition contains 2 to 100 mg per unit dose of L-cysteine as the main active agent, and that the composition further contains one or more pharmaceutical additives, including one or more non-toxic carriers that provide controlled release of the active agent either into the saliva during at least 5 minutes at 15 to 25 mg per hour rate of release in the conditions of the mouth or into the stomach during at least 15 minutes at 40 to 80 mg per hour rate of release in the conditions of the stomach, wherein the severe headache is migrane or cluster headache.
A method for synthesizing α/α'-alkoxylated glycerol linear carbonic esters wherein the following are placed in contact: i. a quantity of at least one precursor selected from the group formed by α/α'-alkoxylated glycerol cyclic carbonates of following formula (XXII): wherein: - R 4 , R 5 and R 6 are hydrogen, or - R 4 and R 5 are hydrogens and R 6 is an alkyl or amino-alkyl group having 1 to 5 carbon atoms, or - R 4 , R 5 and R 6 are selected from the group formed by hydrogen and organic groups of following general formula (VII): where: • R 7 is selected from the group formed of an H and a hydrocarbon group having 1 to 6 carbon atoms; • m is an integer between 0 and 10 inclusive; and • X is selected from among -O- and -NH-, and ; ii. a quantity of at least one catalyst selected from the group formed by metal oxides, metal alkoxides, Lewis acids, organometallic catalysts and mineral bases; iii. a quantity of at least one organic initiator selected from the group formed by alcohols, polyols and amino-alcohols, at a reaction temperature lower than 220°C, characterized in that at a first step the precursor(s), catalyst(s) and organic initiator(s) are mixed and heated in a gas-tight sealed reactor until they reach the reaction temperature and a pressure called autogenous pressure higher than atmospheric pressure inside the sealed reactor, then, at the reaction temperature, at a second step gaseous composition is allowed to escape to reduce the pressure inside the reactor and the reaction temperature is maintained in the reactor for a time of more than 5 min. i. a quantity of at least one precursor selected from the group formed by α/α'-alkoxylated glycerol cyclic carbonates of following formula (XXII): wherein: - R 4 , R 5 and R 6 are hydrogen, or - R 4 and R 5 are hydrogens and R 6 is an alkyl or amino-alkyl group having 1 to 5 carbon atoms, or - R 4 , R 5 and R 6 are selected from the group formed by hydrogen and organic groups of following general formula (VII): where: • R 7 is selected from the group formed of an H and a hydrocarbon group having 1 to 6 carbon atoms; • m is an integer between 0 and 10 inclusive; and • X is selected from among -O- and -NH-, and ; - R 4 , R 5 and R 6 are hydrogen, or - R 4 and R 5 are hydrogens and R 6 is an alkyl or amino-alkyl group having 1 to 5 carbon atoms, or - R 4 , R 5 and R 6 are selected from the group formed by hydrogen and organic groups of following general formula (VII): where: • R 7 is selected from the group formed of an H and a hydrocarbon group having 1 to 6 carbon atoms; • m is an integer between 0 and 10 inclusive; and • X is selected from among -O- and -NH-, and ; • R 7 is selected from the group formed of an H and a hydrocarbon group having 1 to 6 carbon atoms; • m is an integer between 0 and 10 inclusive; and • X is selected from among -O- and -NH-, and ; ii. a quantity of at least one catalyst selected from the group formed by metal oxides, metal alkoxides, Lewis acids, organometallic catalysts and mineral bases; iii. a quantity of at least one organic initiator selected from the group formed by alcohols, polyols and amino-alcohols,