mhurhangee/patent-ind-claim-en huggingface dataset:
A method for processing a video signal, said video signal comprising at least one frame comprising a first image, the method comprising the steps of: - performing (S200) a processing on said first image (A) to obtain a second image (A') corresponding to said first image (A); - determining (S300) a correction factor on the basis of an analysis (S300) of said second image (A') in relation to said first image (A); - applying (S400) said correction factor to at least a part of said frame (A) to obtain a corrected frame (A''); - performing (S600) a compression by means of a live encoder on said corrected frame (A"), the compression including a transform coding and a quantisation process, wherein said processing (S200) comprises said transform coding, said quantisation process, a corresponding de-quantisation process and an inverse transforming coding, and wherein the processing does not include other steps included in the compression. - performing (S200) a processing on said first image (A) to obtain a second image (A') corresponding to said first image (A); - determining (S300) a correction factor on the basis of an analysis (S300) of said second image (A') in relation to said first image (A); - applying (S400) said correction factor to at least a part of said frame (A) to obtain a corrected frame (A''); - performing (S600) a compression by means of a live encoder on said corrected frame (A"), the compression including a transform coding and a quantisation process,
An infant formula suitable for feeding infants who receive both infant formula and human breast milk (mixed milk fed infants), comprising a) 2'-fucosyllactose (2'-FL) and 3-fucosyllactose (3-FL) in a weight ratio 2'-FL : 3-FL of at least 2.5:1, and b) 3-FL in a concentration of at most 240 μg/ml; or at most 180 mg/100 g dry weight; or at most 36 mg/100 kcal, and c) 2'-FL in a concentration of at least 500 μg/ml; or at least 375 mg/100 g dry weight; or at least 75 mg/100 kcal. a) 2'-fucosyllactose (2'-FL) and 3-fucosyllactose (3-FL) in a weight ratio 2'-FL : 3-FL of at least 2.5:1, and b) 3-FL in a concentration of at most 240 μg/ml; or at most 180 mg/100 g dry weight; or at most 36 mg/100 kcal, and c) 2'-FL in a concentration of at least 500 μg/ml; or at least 375 mg/100 g dry weight; or at least 75 mg/100 kcal.
Method for joining workpieces of like materials or containing like materials by diffusion welding, in which the pressure is increased for a short period of time so that plastic flow is achieved, characterized in that the increase in pressure is repeated cyclically, in that the duration of the increase in surface pressure in relation to the total duration of the diffusion process is between 1/40 and 1/300, and in that the values for the increase in surface pressure are increased gradually in each cycle. in that the duration of the increase in surface pressure in relation to the total duration of the diffusion process is between 1/40 and 1/300, and in that the values for the increase in surface pressure are increased gradually in each cycle.
A liquid handling system comprising a cartridge , and a transfer device couplable to a liquid reservoir , wherein the cartridge comprises plural separate compartments each having a compartment cavity configured to contain a respective amount of liquid and having an inlet and an outlet , each inlet being closed by a penetrable seal and each outlet being closed by a filter allowing passage of a gas but blocking liquid passage, wherein the transfer device and the cartridge have matching keying portions (3A, 5A; 157, 159) defining a relative position and orientation of the cartridge and the transfer device when the keying portions are mated, and wherein one or more penetrating elements of the transfer device are arranged for penetrating, or causing to be penetrated, the seal of each compartment when the keying portions are mated, for fluidly connecting, when coupled, the reservoir and each compartment cavity of the cartridge through the one or more penetrating elements . wherein the cartridge comprises plural separate compartments each having a compartment cavity configured to contain a respective amount of liquid and having an inlet and an outlet , each inlet being closed by a penetrable seal and each outlet being closed by a filter allowing passage of a gas but blocking liquid passage, wherein the transfer device and the cartridge have matching keying portions (3A, 5A; 157, 159) defining a relative position and orientation of the cartridge and the transfer device when the keying portions are mated, and wherein one or more penetrating elements of the transfer device are arranged for penetrating, or causing to be penetrated, the seal of each compartment when the keying portions are mated, for fluidly connecting, when coupled, the reservoir and each compartment cavity of the cartridge through the one or more penetrating elements .
Filter press plate (1; 1'; 1'''), adapted to be interposed in use to adjacent plates of a plate pack defining, along with said plates, an upstream filtering chamber and a downstream filtering chamber; said plate (1; 1'; 1''') comprising: a solid partition wall (3; 3"; 3''') that separates, in use, said upstream filtering chamber from said downstream filtering chamber, said partition wall (3; 3"; 3''') having a first face facing in use towards said upstream filtering chamber, and a second face opposite the first one, facing in use towards said downstream filtering chamber; wherein, in use, said first and said second faces of said partition wall (3; 3"; 3") define a side portion of said downstream and upstream filtering chambers respectively; a frame (4; 4') placed peripherally to said partition wall (3; 3"; 3''') and projecting with respect to at least one of said first and second faces of said partition wall (3; 3"; 3'''), said frame (4; 4') being adapted to associate, in use, in contact with the adjacent plates of the plate pack; characterized in that said partition wall (3; 3"; 3''') is made of a different material from that of said frame (4; 4'), said partition wall (3; 3"; 3''') being made of a composite material comprising an elastomeric matrix and at least one reinforcement material. a solid partition wall (3; 3"; 3''') that separates, in use, said upstream filtering chamber from said downstream filtering chamber, said partition wall (3; 3"; 3''') having a first face facing in use towards said upstream filtering chamber, and a second face opposite the first one, facing in use towards said downstream filtering chamber; wherein, in use, said first and said second faces of said partition wall (3; 3"; 3") define a side portion of said downstream and upstream filtering chambers respectively; a frame (4; 4') placed peripherally to said partition wall (3; 3"; 3''') and projecting with respect to at least one of said first and second faces of said partition wall (3; 3"; 3'''), said frame (4; 4') being adapted to associate, in use, in contact with the adjacent plates of the plate pack; characterized in that said partition wall (3; 3"; 3''') is made of a different material from that of said frame (4; 4'), said partition wall (3; 3"; 3''') being made of a composite material comprising an elastomeric matrix and at least one reinforcement material.
Bicycle frame for electric bicycles, comprising multiple frame tubes which form at least a down tube , a seat tube and a steerer tube of the bicycle frame, comprising at least one receiving space for releasably arranging a power supply unit for an electric motor on one of the frame tubes, wherein at least one frame tube has a profile section with a central web , a lower flange and an upper flange and forms two receiving spaces which are arranged next to each other in the direction of extent of the frame tube on the same frame tube and are separated from each other by the central web of the frame tube, wherein selectively both receiving spaces or only one of the receiving spaces can be fitted or is fitted with a power supply unit and each receiving space has a side opening through which the power supply unit can be removably inserted into one of the receiving spaces, characterized in that the upper flange and/or the lower flange have/has a hollow chamber .
A medical device, including: an elongate surgical tether ; a tether engaging stack structure including at least first and second adjacent stack members, wherein the tether engaging stack structure being cooperatively associated with the elongate surgical tether wherein the elongate surgical tether is received between the first and second stack members and is looped around at least a third stack member of the tether engaging stack structure so as to compressively engage and retain the position of the tether relative to the stack when the tether is forced in a first direction relative to the stack and to allow travel of the tether through the stack when the tether is forced in a second direction relative to the stack; characterised in that the tether engaging stack structure includes a spring providing the at least first and second adjacent stack members. an elongate surgical tether ; a tether engaging stack structure including at least first and second adjacent stack members, wherein the tether engaging stack structure being cooperatively associated with the elongate surgical tether wherein the elongate surgical tether is received between the first and second stack members and is looped around at least a third stack member of the tether engaging stack structure so as to compressively engage and retain the position of the tether relative to the stack when the tether is forced in a first direction relative to the stack and to allow travel of the tether through the stack when the tether is forced in a second direction relative to the stack; characterised in that the tether engaging stack structure includes a spring wherein the elongate surgical tether is received between the first and second stack members and is looped around at least a third stack member of the tether engaging stack structure so as to compressively engage and retain the position of the tether relative to the stack when the tether is forced in a first direction relative to the stack and to allow travel of the tether through the stack when the tether is forced in a second direction relative to the stack; characterised in that the tether engaging stack structure includes a spring providing the at least first and second adjacent stack members.
A method for preparing a compound comprising a peptide attached to a molecular scaffold, the method comprising: 1) performing a thiolate nucleophilic substitution reaction between a peptide and a molecular scaffold to form two or three thioether linkages between said peptide and said molecular scaffold; and 2) performing a subsequent reaction between said peptide and said molecular scaffold selected from the group consisting of an oxime-ligation reaction, an alkyne-azide cycloaddition, a thiol-ene reaction, a hydrazone ligation reaction, a Diels Alder type reaction, a disulfide bridge formation and a ring-closing metathesis reaction to form two or three further linkages between said peptide and said molecular scaffold, thereby forming three to six peptide loops; whereby: • said peptide and said molecular scaffold comprise two or three reactive groups capable of participating in said thiolate nucleophilic substitution reaction and two or three reactive groups capable of participating in said reaction in step 2) prior to performing said reactions, and • said molecular scaffold comprises an aromatic or heteroaromatic cyclic moiety, a 6-membered cycloalkyl or a 6-membered cycloalkylene and possesses twofold or threefold symmetry. 1) performing a thiolate nucleophilic substitution reaction between a peptide and a molecular scaffold to form two or three thioether linkages between said peptide and said molecular scaffold; and 2) performing a subsequent reaction between said peptide and said molecular scaffold selected from the group consisting of an oxime-ligation reaction, an alkyne-azide cycloaddition, a thiol-ene reaction, a hydrazone ligation reaction, a Diels Alder type reaction, a disulfide bridge formation and a ring-closing metathesis reaction to form two or three further linkages between said peptide and said molecular scaffold, • said peptide and said molecular scaffold comprise two or three reactive groups capable of participating in said thiolate nucleophilic substitution reaction and two or three reactive groups capable of participating in said reaction in step 2) prior to performing said reactions, and • said molecular scaffold comprises an aromatic or heteroaromatic cyclic moiety, a 6-membered cycloalkyl or a 6-membered cycloalkylene and possesses twofold or threefold symmetry.
Automatic pedal for cycles, comprising a body having an upper face and a lower face separated by a longitudinal plane (P) and each supporting a movable jaw and a fixed jaw , the fixed jaws being mounted so as to face the movable jaws and the two fixed and movable jaws defining therebetween a recess for a cleat which is rigidly connected to the sole of a shoe, said movable jaw being biased by at least one resilient return spring so as to pivot between a position for locking said cleat and an open position for introducing and releasing said cleat, said spring having at least a movable leg which is biased by the movable jaw and a fixed leg which is not biased by the movable jaw and being provided with a member for adjusting its stiffness, characterized in that said member for adjusting the stiffness of the spring is mounted on the face of the pedal opposite said movable jaw in relation to the longitudinal plane (P), through the fixed jaw , and acts on the fixed leg of said spring.
A process for producing polyurethane foams having a density of 30 g/dm 3 to 70 g/dm 3 , in which a) aromatic polyisocyanate is mixed with b) polymeric compounds having isocyanate-reactive groups, c) optionally chain extender and/or crosslinking agent, d) catalyst, e) blowing agent, comprising water, f) 0.1% to 5% by weight of lactam, based on the total weight of components (a) to (f), and g) optionally additives, at an isocyanate index of 50 to 95 to form a reaction mixture, and the reaction mixture is converted to the flexible polyurethane foam, wherein the catalyst comprises metal catalyst and amine catalyst and the amine catalyst has tertiary nitrogen atoms and is used in such an amount that the content of tertiary nitrogen atoms in the amine catalyst, based on the weight of starting components (a) to (f), is from 0.0001 to 0.003 mol/100 g of foam. a) aromatic polyisocyanate is mixed with b) polymeric compounds having isocyanate-reactive groups, c) optionally chain extender and/or crosslinking agent, d) catalyst, e) blowing agent, comprising water, f) 0.1% to 5% by weight of lactam, based on the total weight of components (a) to (f), and g) optionally additives,
Fixed-wing aircraft (10; 110; 210), wherein the fixed-wing aircraft (10; 110; 210) is a vertical take-off aircraft, comprising: a load element (12; 112; 212), which is coupled to a fuselage (11; 111; 211) of the fixed-wing aircraft (10; 110; 210); an actuator device (20; 120), by means of which a position of the load element (12; 112; 212) can be varied in relation to the fuselage (11; 111; 211) during a flight of the fixed-wing aircraft (10; 110; 210) to displace a centre of gravity of the fixed-wing aircraft (10; 110; 210) by means of the load element (12; 112; 212); and a control device , which controls the actuator device such that the load element (112; 212) is arranged in a first position during a vertical take-off operation and/or during a vertical landing operation of the fixed-wing aircraft (110; 210) and in at least one second position during a horizontal flight of the fixed-wing aircraft (110; 210), wherein the first position is located on the tail of the fixed-wing aircraft (110; 210), characterised in that the control device controls the actuator device such that the load element (112; 212) is moved from the first position into the second position thereby facilitating transition of the fixed-wing aircraft (10; 110; 210) from vertical take-off operation to horizontal flight. a load element (12; 112; 212), which is coupled to a fuselage (11; 111; 211) of the fixed-wing aircraft (10; 110; 210); an actuator device (20; 120), by means of which a position of the load element (12; 112; 212) can be varied in relation to the fuselage (11; 111; 211) during a flight of the fixed-wing aircraft (10; 110; 210) to displace a centre of gravity of the fixed-wing aircraft (10; 110; 210) by means of the load element (12; 112; 212); and a control device , which controls the actuator device such that the load element (112; 212) is arranged in a first position during a vertical take-off operation and/or during a vertical landing operation of the fixed-wing aircraft (110; 210) and in at least one second position during a horizontal flight of the fixed-wing aircraft (110; 210), wherein the first position is located on the tail of the fixed-wing aircraft (110; 210), characterised in that the control device controls the actuator device such that the load element (112; 212) is moved from the first position into the second position thereby facilitating transition of the fixed-wing aircraft (10; 110; 210) from vertical take-off operation to horizontal flight.
A table-top device to crack the shells of walnuts, hazelnuts, almonds or similar (N, N', N"), comprising a dome having diameter such as to circumscribe a nut (N, N', N") to be cracked and height such as to contain above the nut to be cracked a hammer element integral with the lower end of a plunger which passes through a central hole of the vault of said dome to emerge from the latter with a section provided at the upper end with a knob ; characterized by the fact that said dome has a cylindrical shape with round section and is made of transparent material and that said plunger is pushed upwards by a cylindrical helical spring .
Sensor arrangement with at least one magnetic sensor , at least one magnet and a housing , for a braking unit of a vehicle, wherein a shaft is rotatably mounted in the housing and in relation to a holder , on which the at least one magnet is arranged, in such a manner and the holder as well as the at least one magnetic sensor are mounted, secured against twisting in and relative to the housing , in such a manner that in the event of rotational movements of the shaft , the at least one magnet carries out translational movements in relation to the at least one magnetic sensor , characterised in that the shaft is introduced with the holder and the at least one magnet into a first housing interior designed in an L-shaped manner and a housing inner wall at least partially encapsulates the holder .
A system, comprising: a frac system , comprising: a hydraulic energy transfer system configured to exchange pressures between a first fluid and a second fluid, wherein the first fluid is a substantially proppant free fluid and the second fluid is a proppant laden fluid, wherein the hydraulic energy transfer system is configured to minimize or inhibit mixing between the first and second fluids, characterized in that the hydraulic energy transfer system comprises a hydraulic turbo-charger . a frac system , comprising: a hydraulic energy transfer system configured to exchange pressures between a first fluid and a second fluid, wherein the first fluid is a substantially proppant free fluid and the second fluid is a proppant laden fluid, wherein the hydraulic energy transfer system is configured to minimize or inhibit mixing between the first and second fluids, characterized in that the hydraulic energy transfer system comprises a hydraulic turbo-charger .
An apparatus formed on an integrated circuit comprising: an electrical overstress sense device ; a detection circuit electrically coupled to the electrical overstress sense device , the detection circuit configured to detect an occurrence of an electrical overstress event; and a memory configured to store information indicative of the electrical overstress event detected by the detection circuit, characterized in that the detection circuit is configured to detect an intensity of the electrical overstress event and in that an electrical overstress protection device is provided in parallel with the electrical overstress sense device. an electrical overstress sense device ; a detection circuit electrically coupled to the electrical overstress sense device , the detection circuit configured to detect an occurrence of an electrical overstress event; and a memory configured to store information indicative of the electrical overstress event detected by the detection circuit, characterized in that the detection circuit is configured to detect an intensity of the electrical overstress event and in that an electrical overstress protection device is provided in parallel with the electrical overstress sense device.
A method of managing execution of tasks by at least one processor unit of a computer system, the processor unit operating in computation periods, and the method comprising the steps of: • associating time-related execution characteristics with each task, the time-related execution characteristics including a flag indicating the possibility of determining, a priori, a theoretical time for the end of the task in a nominal execution mode, wherein execution of the highest priority task is launched by the sequencer in a given computation period, and the task is finished in the computation period corresponding to the theoretical end-of-task time and a flag indicating the possibility of an extended execution mode whereby execution of the task can continue beyond the theoretical end-of-execution time; and • when a task is being executed at the theoretical end-of-execution time, launching an execution continuation algorithm in the presence of the flag indicating the possibility of extended mode, or launching an error processing algorithm in the absence of such a flag; the method comprising a step of storing, in a memory and for each task, the number of executions already carried out in extended mode and wherein the execution algorithm makes provision for the execution to be continued in the extended mode if the number of executions is less than a threshold and for an error processing algorithm to be launched if said number of executions is not less than said threshold. • associating time-related execution characteristics with each task, the time-related execution characteristics including a flag indicating the possibility of determining, a priori, a theoretical time for the end of the task in a nominal execution mode, wherein execution of the highest priority task is launched by the sequencer in a given computation period, and the task is finished in the computation period corresponding to the theoretical end-of-task time and a flag indicating the possibility of an extended execution mode whereby execution of the task can continue beyond the theoretical end-of-execution time; and • when a task is being executed at the theoretical end-of-execution time, launching an execution continuation algorithm in the presence of the flag indicating the possibility of extended mode, or launching an error processing algorithm in the absence of such a flag;