mhurhangee/ep-ind-claims huggingface dataset:
A method for packet reassembly and reordering, comprising: receiving a cell sent by a source port, wherein the cell carries a Source Identification,SID, a packet sequence number and a cell sequence number; preprocessing the received cell according to the SID to determine whether the cell shall be inserted into a packet reassembly database; ordering cells in the packet reassembly database according to the packet sequence number to obtain a correctly ordered packet; if the correctly ordered packet is a complete packet, ordering the cells of the correctly ordered packet according to the cell sequence number to obtain correctly ordered cells; and performing a packet reassembly on the correctly ordered cells. receiving a cell sent by a source port, wherein the cell carries a Source Identification,SID, a packet sequence number and a cell sequence number; preprocessing the received cell according to the SID to determine whether the cell shall be inserted into a packet reassembly database; ordering cells in the packet reassembly database according to the packet sequence number to obtain a correctly ordered packet; if the correctly ordered packet is a complete packet, ordering the cells of the correctly ordered packet according to the cell sequence number to obtain correctly ordered cells; and performing a packet reassembly on the correctly ordered cells.
A pharmaceutical composition comprising cefdinir and an organic base, wherein said composition is in effervescent powder, tablet and/or granule form; and wherein the organic base is selected from a group comprising ethanolamine, isopropanolamine, 1-deoxy-1-methylamino sorbitol, 1-deoxy-1-methylamino-D-glucitol, tris(hydroxymethyl)aminomethane, N-(tri(hydroxymethyl)methyl)glycine, N,N-Bis(2-hydroxyethyl)glycine and 2-methyl aminophenol.
A transmission device comprising: an encoding unit configured to encode each picture constituting moving image data of a first frame rate at a second frame rate larger than the first frame rate to obtain a video stream of the second frame rate; an information insertion unit configured to insert identification information into encoded image data of each picture constituting the video stream of the second frame rate, wherein the identification information indicates for each picture constituting the video stream of the second frame rate whether the display start timing of the respective picture constituting the video stream of the second frame rate is in synchronization, advanced or delayed with respect to a display start timing at the first frame rate; and a transmission unit configured to transmit the video stream of the second frame rate in which the identification information is inserted. an encoding unit configured to encode each picture constituting moving image data of a first frame rate at a second frame rate larger than the first frame rate to obtain a video stream of the second frame rate; an information insertion unit configured to insert identification information into encoded image data of each picture constituting the video stream of the second frame rate, wherein the identification information indicates for each picture constituting the video stream of the second frame rate whether the display start timing of the respective picture constituting the video stream of the second frame rate is in synchronization, advanced or delayed with respect to a display start timing at the first frame rate; and a transmission unit configured to transmit the video stream of the second frame rate in which the identification information is inserted.
A separator for an alkaline battery, comprising a wet nonwoven fabric which contains at least 30 to 70% by mass alkali-resistant cellulose fibers and 20 to 50% by mass alkali-resistant synthetic fibers, and is bound by a binder component; wherein an average pore diameter of the wet nonwoven fabric is 1 to 10 μm, a maximum pore diameter of the wet nonwoven fabric is 20 to 60 μm, the content of the binder component is 5 to 20% by mass, and the thickness of the separator is 60 to 140 μm, wherein a liquid retention rate of the wet nonwoven fabric during immersion in a 40% by mass KOH solution is 400 to 700%, and a swelling ratio of the wet nonwoven fabric during immersion in a 40% by mass KOH solution is 30 to 45%, wherein the average and the maximum pore diameter, the liquid retention rate and the swelling ratio are determined as described in the description. wherein a liquid retention rate of the wet nonwoven fabric during immersion in a 40% by mass KOH solution is 400 to 700%, and a swelling ratio of the wet nonwoven fabric during immersion in a 40% by mass KOH solution is 30 to 45%, wherein the average and the maximum pore diameter, the liquid retention rate and the swelling ratio are determined as described in the description.
An optical receiver system comprising: a digital signal processor comprising an equalizer configured to equalize a signal representative of a quadrature amplitude modulated optical signal transmitted over an optical transmission path (116-N, 118-N), said equalizer being configured to equalize said signal by application of an equalization algorithm to said signal, said equalization algorithm being a cost function, characterised in that said cost function is a function of a Euclidian distance between detected symbols of said QAM optical signal at an output of said equalizer; wherein said cost function is: J = E D 2 − | R 2 − | Re u n | 2 | 2 + E D 2 − | R 2 − | Im u n | 2 | 2 where J represents the cost function value, E[.] denotes expectation, D is said Euclidian distance and is a minimum Euclidian distance between said symbols, R 2 is equal to 1⁄2 of the average symbol power at said output of said equalizer, Re(u(n)) is a real portion of said output of said equalizer for a current update cycle, and Im(u(n)) is an imaginary portion of said output of said equalizer for said current update cycle. a digital signal processor comprising an equalizer configured to equalize a signal representative of a quadrature amplitude modulated optical signal transmitted over an optical transmission path (116-N, 118-N), said equalizer being configured to equalize said signal by application of an equalization algorithm to said signal, said equalization algorithm being a cost function, characterised in that said cost function is a function of a Euclidian distance between detected symbols of said QAM optical signal at an output of said equalizer; wherein said cost function is: J = E D 2 − | R 2 − | Re u n | 2 | 2 + E D 2 − | R 2 − | Im u n | 2 | 2 where J represents the cost function value, E[.] denotes expectation, D is said Euclidian distance and is a minimum Euclidian distance between said symbols, R 2 is equal to 1⁄2 of the average symbol power at said output of said equalizer, Re(u(n)) is a real portion of said output of said equalizer for a current update cycle, and Im(u(n)) is an imaginary portion of said output of said equalizer for said current update cycle.
A recombinant chimeric dengue virus comprising a nucleic acid chimera comprising a first nucleotide sequence encoding the structural protein C from dengue type 4 virus and the structural proteins M and E from dengue virus type 1, dengue virus type 2 or dengue virus type 3, wherein the region of the dengue type 4 virus encoding the structural proteins M and E is replaced by the region encoding said structural proteins M and E from dengue virus type 1, dengue virus type 2, or dengue virus type 3, and a second nucleotide sequence encoding nonstructural proteins from dengue type 4 virus and the 3' untranslated region of the dengue type 4 genome containing a 30 nucleotide deletion which corresponds to the TL2 stem-loop structure between nucleotides 10478-10507 of the dengue type 4 genome.
An apparatus, comprising: an interference rejection combining module, the interference rejection combining module configured: to determine a first covariance based on a Hermitian transpose of a signal received on a subcarrier of a symbol that is not a pilot symbol to determine a second covariance, and to determine, based on the first covariance and the second covariance, an equalizer weight. to determine a first covariance based on a Hermitian transpose of a signal received on a subcarrier of a symbol that is not a pilot symbol to determine a second covariance, and to determine, based on the first covariance and the second covariance, an equalizer weight.
A shell supply device for an automatic weapon loader of an artillery piece, the device including at least one plate able to be secured to the chassis of the artillery piece, and an arm able to be tilted in elevation using an actuator, the tiltable arm including a gripping means intended to hold a shell, the device being able to move the gripping means from a shell gripping zone to a shell release zone, the device being characterised in that the device includes a mobile pillar, and in that the plate includes a first circular guideway able to pivot the mobile pillar around the azimuth axis of the piece, the mobile pillar including the tiltable arm at one of its ends, and in that said guideway includes two parallel rails (3a, 3b) in an arc of circle shape with the same center as a first rack.
A system comprising: a flexible substrate; an ultrasonic transducer array (10, 64a, 118) coupled to the flexible substrate; a processor (64b, 108) coupled to the ultrasonic transducer array (10, 64a, 118), the processor (64b, 108) to identify a fingerprint based on a signal from the ultrasonic transducer array (10, 64a, 118); and an external component (24, 26) including a curved profile, wherein the ultrasonic transducer array (10, 64a, 118) is embedded in the external component (24, 26) and includes a read surface that conforms to the curved profile, characterized in that the system further including a position sensor (64c, 132) coupled to the processor (64b, 108), wherein the processor (64b, 108) determines whether the system is in a valid position based on a signal from the position sensor (64c, 132), and if determined so, authenticates the user based on the fingerprint. a flexible substrate; an ultrasonic transducer array (10, 64a, 118) coupled to the flexible substrate; a processor (64b, 108) coupled to the ultrasonic transducer array (10, 64a, 118), the processor (64b, 108) to identify a fingerprint based on a signal from the ultrasonic transducer array (10, 64a, 118); and an external component (24, 26) including a curved profile, wherein the ultrasonic transducer array (10, 64a, 118) is embedded in the external component (24, 26) and includes a read surface that conforms to the curved profile, characterized in that the system further including a position sensor (64c, 132) coupled to the processor (64b, 108), wherein the processor (64b, 108) determines whether the system is in a valid position based on a signal from the position sensor (64c, 132), and if determined so, authenticates the user based on the fingerprint.
Aircraft configured to operate at Mach numbers from 0,80 and up to about 1,2 with wing sweep angles defined by the wing outboard leading edge sweep angularity of less than 35 degrees, characterized by said wing having a parameter ATC incorporating calculated values of the ratio of outboard wing panel aspect ratio (Ap) raised to an exponent of 0,78 divided by the ratio of maximum thickness to chord (t/c), greater than about 45, and having one of the following: a) where said maximum thickness divided by chord (t/c) is at a location approximately 70% of the distance outboard from the attaching aircraft body to the wing tip, or b) where said maximum thickness divided by chord (t/c) is the average value of (t/c)'s located between approximately 50% of the distance outboard from the attaching aircraft body to the wing tip.
An assembly comprising a connection platform of a windscreen wiper blade for a motor vehicle, and a connector for connection to an activation arm, the connector comprises two types of connection means, namely means making it possible to connect the actuating arm to the connector, either directly or indirectly via the intermediary of an adaptor, and means for assembling and locking the connector on the connection platform, said platform comprising an assembly face that receives the connector, characterised in that said platform comprises means (21, 23, 27, 29) for reversible locking by elastic deformation, that lock the connector in a direction in which said connector is inserted into the platform perpendicular to said assembly face, and in that said means for reversible locking by elastic deformation comprise at least one yoke (21, 23, 27, 29) formed by two elastic arms, intended to receive a pin (39, 31, 33) provided on the connector.
A method for processing a received orthogonal frequency division multiple access, OFDMA, signal that comprises duplication pairs that are distributed across different sub-carriers, comprising performing look-ahead processing to arrange sub-carriers within the OFDMA signal into a duplicated format comprising a first duplication pair a 1 and a 2 and a second duplication pair b 1 and b 2, wherein a 1 and a 2 comprise the real parts of a first subcarrier and a second subcarrier and b 1 and b 2 comprise the imaginary parts of the first subcarrier and the second subcarrier; equalizing and combining the duplicated subcarriers in accordance with a maximum ratio combining, MRC scheme; and demapping the OFDMA signal, wherein the demapping is performed after the equalizing and combining is performed.
Water conducting household appliance, having at least one water supply line to supply the household appliance with water from a water network, which is connected to an inlet valve arrangement (15, 16), which can be connected to the water network, wherein a backflow prevention apparatus (21, 22) is disposed in the inlet valve arrangement (15, 16) and is set up only to allow a water flow in the direction of the household appliance but to prevent a water flow in the direction of the water network and wherein the backflow prevention apparatus (21, 22) has a sealing disk supported in a movable manner in the inlet valve arrangement (15, 16), which is moved into an open position by a water pressure of the water flow in the direction of the household appliance and is moved into a closing position by a water pressure of the water flow in the direction of the water network, in which closing position the sealing disk rests on a seat in a fluid-tight manner, characterised in that the sealing disk is disposed in a flow channel between a filter arrangement (23, 24) and a solenoid valve of the inlet valve arrangement (15, 16) and is integrated into the inlet valve arrangement (15, 16) so that a separate valve housing can be omitted.
Gripper assembly for recovering a layout from a sheet material, especially from paper or cardboard, comprising a conveyor unit for providing the sheet material, and a vacuum gripper being adapted for interacting with sheet material provided by the conveyor unit, the vacuum gripper comprising a gripper body on which an array of air flow openings (34a, 34b) is arranged, each opening (34a, 34b) being adapted to seize at least a portion of the sheet material by applying a vacuum force thereto, wherein air flow openings (34a, 34b) associated with one or more blanks of the layout are selectively open and air flow openings (34a, 34b) associated to waste of the sheet material are selectively closed, characterised in that the conveyor unit is equipped with a vacuum system for holding the sheet material on the conveyor unit. a conveyor unit for providing the sheet material, and a vacuum gripper being adapted for interacting with sheet material provided by the conveyor unit, the vacuum gripper comprising a gripper body on which an array of air flow openings (34a, 34b) is arranged, each opening (34a, 34b) being adapted to seize at least a portion of the sheet material by applying a vacuum force thereto, wherein air flow openings (34a, 34b) associated with one or more blanks of the layout are selectively open and air flow openings (34a, 34b) associated to waste of the sheet material are selectively closed, characterised in that the conveyor unit is equipped with a vacuum system for holding the sheet material on the conveyor unit.
A laminate comprising: a dye layer comprising an activatable coating, wherein the activatable coating comprises a sublimation-type dispersed dye and a binder, a face layer, and an adhesive, wherein the face layer is disposed between the dye layer and the adhesive. a dye layer comprising an activatable coating, wherein the activatable coating comprises a sublimation-type dispersed dye and a binder, a face layer, and an adhesive, wherein the face layer is disposed between the dye layer and the adhesive.
Cosmetic composition for combatting aging of the skin, which composition is formed and distributed in the form of a powder that transforms into a cream upon application, said composition being of the type comprising an aqueous phase which is encased in or immobilised on the surface of a solid powder and which is released under the effect of a mechanical stress, said solid powder comprising a gelling agent for the aqueous phase and metal oxide particles that have surface properties giving them a weak affinity to said aqueous phase, said composition being characterised in that its aqueous phase comprises ascorbic acid, as a first active agent, in a range of from 0.01 % to 0.20 % by weight, a second active agent selected from a vegetable protein or caffeine, and an agent for adjusting the pH of said aqueous phase to between 7.7 and 8.2.
A robot comprising: a first arm member; a first joint member connected to one end of the first arm member; a second arm member having one end connected to the first joint member, so as to rotate relative to the first arm member through the first joint member; a second joint member connected to another end of the second arm member; a third arm member having one end connected to the second joint member, so as to rotate relative to the second arm member through the second joint member; a third joint member connected to another end of the third arm member; a flange connected to the third joint member, and configured to perform a predetermined work on a workpiece; a first link having one end connected to the second joint member, and another end connected to the third joint member; a second link having one end connected to the second joint member; a counter weight connected to another end of the second link and the first joint member, and including a motor on a side opposite to the first joint member with the other end of the second link in between, the motor rotating the third arm member relative to the second arm member; and a transmission member configured to transmit rotating force generated by the motor to the third arm member through the first joint member, the second arm member, and the second joint member. a first arm member; a first joint member connected to one end of the first arm member; a second arm member having one end connected to the first joint member, so as to rotate relative to the first arm member through the first joint member; a second joint member connected to another end of the second arm member; a third arm member having one end connected to the second joint member, so as to rotate relative to the second arm member through the second joint member; a third joint member connected to another end of the third arm member; a flange connected to the third joint member, and configured to perform a predetermined work on a workpiece; a first link having one end connected to the second joint member, and another end connected to the third joint member; a second link having one end connected to the second joint member; a counter weight connected to another end of the second link and the first joint member, and including a motor on a side opposite to the first joint member with the other end of the second link in between, the motor rotating the third arm member relative to the second arm member; and a transmission member configured to transmit rotating force generated by the motor to the third arm member through the first joint member, the second arm member, and the second joint member.
An optical module, comprising: a gold finger, comprising a plurality of pins, a first pin of the plurality of pins is capable of being multiplexed; the optical module is characterized in further comprising: a comparing unit (201, 110), comprising a first input, a second input and a first output, wherein the first input is connected with the first pin, the second input is configured to receive a reference voltage, and the first output is configured to output an output voltage; and a voltage dividing unit (202, 130), comprising a third input and a second output, wherein the third input is configured to receive a voltage input, the second output is connected with the first pin and configured to regulate a voltage at the first pin, so that the first input of the comparing unit (201, 110) receives a regulated voltage; wherein voltages of different levels are output by the comparing unit (201, 110) based on a comparison result between an input voltage of the first input of the comparing unit (201, 110) and the reference voltage of the second input. a gold finger, comprising a plurality of pins, a first pin of the plurality of pins is capable of being multiplexed; the optical module is characterized in further comprising: a comparing unit (201, 110), comprising a first input, a second input and a first output, wherein the first input is connected with the first pin, the second input is configured to receive a reference voltage, and the first output is configured to output an output voltage; and a voltage dividing unit (202, 130), comprising a third input and a second output, wherein the third input is configured to receive a voltage input, the second output is connected with the first pin and configured to regulate a voltage at the first pin, so that the first input of the comparing unit (201, 110) receives a regulated voltage; wherein voltages of different levels are output by the comparing unit (201, 110) based on a comparison result between an input voltage of the first input of the comparing unit (201, 110) and the reference voltage of the second input.
A method for obtaining orthogonal images of a sample in a charged particle beam apparatus, comprising: connecting a sample comprising three orthogonal observation faces (130, 140, 150) that are not parallel to each other to a rotatable sample holder (300, 400), the thickness of the sample orthogonal to each of the observation faces being less than 200 nm; rotating the rotatable sample holder to a plurality of angles, such that for each of the plurality of angles a different one of the three orthogonal observation faces is exposed to and normal to an electron beam generated by the charged particle beam apparatus; detecting, at each of the plurality of angles, the electrons from the electron beam that are transmitted through the sample for each of the three orthogonal observation faces; and generating three orthogonal images of the sample from the detected electrons transmitted through the sample at each of the three orthogonal observation faces. connecting a sample comprising three orthogonal observation faces (130, 140, 150) that are not parallel to each other to a rotatable sample holder (300, 400), the thickness of the sample orthogonal to each of the observation faces being less than 200 nm; rotating the rotatable sample holder to a plurality of angles, such that for each of the plurality of angles a different one of the three orthogonal observation faces is exposed to and normal to an electron beam generated by the charged particle beam apparatus; detecting, at each of the plurality of angles, the electrons from the electron beam that are transmitted through the sample for each of the three orthogonal observation faces; and generating three orthogonal images of the sample from the detected electrons transmitted through the sample at each of the three orthogonal observation faces.