mhurhangee/ep-ind-claims huggingface dataset:
A method for processing data, the method comprising: encoding, with an outer encoder in a transmitting terminal, data to generate an outer code; modulating, with a transmit modulator in the transmitting terminal, the outer code to generate modulated outer code; demodulating, with a satellite demodulator in a satellite, the modulated outer code to generate demodulated outer code; encoding, with an inner encoder in the satellite, the demodulated outer code to generate inner code; modulating, with a satellite modulator in the satellite, the inner code to generate modulated inner code; demodulating, with a receive demodulator in a receiving terminal, the modulated inner code to generate demodulated inner code; decoding, with an inner decoder in the receiving terminal, the demodulated inner code to generate recovered outer code; and decoding, with an outer decoder in the receiving terminal, the recovered outer code to generate recovered data, wherein the outer encoder utilizes a Forward Error Correction, hereafter FEC, concatenated coding scheme to generate the outer code and/or wherein the inner encoder utilizes an FEC concatenated coding scheme to generate the inner code. encoding, with an outer encoder in a transmitting terminal, data to generate an outer code; modulating, with a transmit modulator in the transmitting terminal, the outer code to generate modulated outer code; demodulating, with a satellite demodulator in a satellite, the modulated outer code to generate demodulated outer code; encoding, with an inner encoder in the satellite, the demodulated outer code to generate inner code; modulating, with a satellite modulator in the satellite, the inner code to generate modulated inner code; demodulating, with a receive demodulator in a receiving terminal, the modulated inner code to generate demodulated inner code; decoding, with an inner decoder in the receiving terminal, the demodulated inner code to generate recovered outer code; and decoding, with an outer decoder in the receiving terminal, the recovered outer code to generate recovered data, wherein the outer encoder utilizes a Forward Error Correction, hereafter FEC, concatenated coding scheme to generate the outer code and/or wherein the inner encoder utilizes an FEC concatenated coding scheme to generate the inner code.
A windshield adjusting system for adjusting a windshield of a vehicle, comprising: a rail adapted for connection to the vehicle, the rail including a position profile; a bracket connected to the windshield, the bracket including an alignment portion movably connected to the rail, and a latch movably connected to the bracket, the latch including a lock profile (52, 62) configured to selectively engage the complementary position profile (14, 18) to secure the windshield in a desired position; and characterised in that: the rail includes a guide profile, the alignment portion defines a passageway configured to receive the rail, and the passageway is complementary to the guide profile. a rail adapted for connection to the vehicle, the rail including a position profile; a bracket connected to the windshield, the bracket including an alignment portion movably connected to the rail, and a latch movably connected to the bracket, the latch including a lock profile (52, 62) configured to selectively engage the complementary position profile (14, 18) to secure the windshield in a desired position; and characterised in that: the rail includes a guide profile, the alignment portion defines a passageway configured to receive the rail, and the passageway is complementary to the guide profile. the rail includes a guide profile, the alignment portion defines a passageway configured to receive the rail, and the passageway is complementary to the guide profile.
High strength steel strip having a cementite-free microstructure comprising: • 0.005 - 0.08 wt.% C; • 1.30 - 2.30 wt.% Mn; • 2 - 35 ppm B; • 5 - 65 ppm N; • 0.005 - 0.1 wt.% Al_tot; • 0.03 to 0.20 wt.% Ti; • 0 - 1.5 wt.% Cu; • 0 - 0.75 wt.% Cr; • 0 - 0.05 wt.% Mo; • 0 - 0.50 wt.% Ni; • 0 - 0.30 wt.% V; • 0 - 0.6 wt.% Si; • 0 - 0.03 wt.% P; • 0 - 0.01 wt.% S; • C Ti sol + V ≤ 0.25 wherein Ti_sol=Ti-((48/14)·N) remainder iron and inevitable impurities, the steel strip having a yield strength of at least 570 MPa, a tensile strength of at least 760 MPa, a total elongation of at least 10.3 % and a hole expansion ratio (λ) value of at least 70%. • 0.005 - 0.08 wt.% C; • 1.30 - 2.30 wt.% Mn; • 2 - 35 ppm B; • 5 - 65 ppm N; • 0.005 - 0.1 wt.% Al_tot; • 0.03 to 0.20 wt.% Ti; • 0 - 1.5 wt.% Cu; • 0 - 0.75 wt.% Cr; • 0 - 0.05 wt.% Mo; • 0 - 0.50 wt.% Ni; • 0 - 0.30 wt.% V; • 0 - 0.6 wt.% Si; • 0 - 0.03 wt.% P; • 0 - 0.01 wt.% S; • C Ti sol + V ≤ 0.25 wherein Ti_sol=Ti-((48/14)·N)
Method for manufacturing a wooden profile made of multiple glued together, layers of board- or strip-shaped lamellae comprising the following steps: Providing the board- or strip-shaped lamellae on their contact surfaces with glue; Assembling the lamellae to a wooden profile; Pressing and transporting the wooden profile in longitudinal direction of the wooden profile in a pressing- and transporting device until the glue is at least partially cured, wherein the pressing and transporting device in longitudinal direction of the wooden profile comprises sequentially arranged pressing members, which are connected to each other with circulating traction means and which are movable between an open position, in which they can release the wooden profile and a closed position, in which they compress the wooden profile transversely to its longitudinal direction, heating the wooden profile by heating means; characterized in that the heating means and the pressing units are configured that the wooden profile obtains a plastic state by the heat and the pressure; and the lamellae are formed roughly sawn at least on the facing contact surfaces. Providing the board- or strip-shaped lamellae on their contact surfaces with glue; Assembling the lamellae to a wooden profile; Pressing and transporting the wooden profile in longitudinal direction of the wooden profile in a pressing- and transporting device until the glue is at least partially cured, wherein the pressing and transporting device in longitudinal direction of the wooden profile comprises sequentially arranged pressing members, which are connected to each other with circulating traction means and which are movable between an open position, in which they can release the wooden profile and a closed position, in which they compress the wooden profile transversely to its longitudinal direction, heating the wooden profile by heating means; characterized in that the heating means and the pressing units are configured that the wooden profile obtains a plastic state by the heat and the pressure; and the lamellae are formed roughly sawn at least on the facing contact surfaces.
A dispensing apparatus for the simultaneous discharge of at least two flowable components of a multi-component mass from different storage volumes (10, 11) comprising a passive mixing unit which has a central mixing passage which extends along a flow direction for the guidance of the components mixed with one another; and comprising at least two inlets (15, 16; 17, 18) which open into the central mixing passage, characterized in that the inlets (15, 16; 17, 18) are associated with the same storage volume (10; 11) and open into the mixing passage at different positions along the flow direction.
A computer implemented method for performing a user authentication, wherein an asymmetric cryptographic key pair (116; 118) is associated with the user, said key pair (116; 118) comprising a public key and a private key, wherein the method comprises generation of data which is to be communicated directly to the user, wherein the user is identified via a pseudonym, wherein the pseudonym of said user is given by the public key, wherein the method further comprises receiving the public key of the user and selecting the user to be authenticated using the pseudonym of said user, the method further comprising performing cryptographic authentication of the user using the asymmetric cryptographic key pair (116; 118), wherein in case it is determined that the user is authenticated, the method further comprises communication of the data to the user, the method further comprising computing the private key by applying an embedding and randomizing function onto a secret received from the user, wherein the embedding and randomizing function comprises applying a first one-way function on the secret to provide a first value, providing a random number, embedding the random number and the first value by combining them to provide a combination, applying a second one-way function on the combination to provide a second value, wherein the second value constitutes the private key, and computing the public key using the private key.
A process for producing a cold process formulation aid for making an emulsion or hydrogel when combined with an aqueous medium, the process comprising the steps of dry blending a polymer having an aliphatic backbone and a plurality of pendant groups thereon that are pendant ionic groups with a micronized wax selected from the group consisting of natural waxes and synthetic waxes, wherein the micronized wax has an average particle size not exceeding 50 μm, and wherein the ratio, by weight, of one or more waxes added to the polymer having an aliphatic backbone is from 85:15 to 98:2.
Granulate for a thermochemical heat accumulator, comprising granulate particles composed of a sorption-capable material, characterized in that the granulate particles comprise an outer layer having a layer thickness greater than 30 μm, wherein the layer material comprises at least one of the elements aluminium, copper and magnesium.
A service valve assembly for a refrigeration system that includes a condenser unit and an evaporation unit, comprising: a housing having a passageway, a condenser side port in communication with the passageway for connection to the condenser unit, an evaporation side port in communication with the passageway for connection to the evaporation unit, and a service port in communication with the passageway; a flow port in the passageway between the condenser side port and the evaporation side port, a valve unit disposed within the passageway of the housing, the valve unit including a shut-off valve and a control valve, the shut-off valve controls flow through the housing and has a first position that permits flow communication between the condenser side port and the service port, and a second position that prevents flow communication between the condenser side port on the one hand and the evaporation side port and the service port on the other hand but permits flow communication between the evaporation side port and the service port, the shut-off valve includes a first end and a second end that extends from the housing through the service port, the first end includes a piston head that is in sealing engagement with the flow port and prevents flow past the flow port at the second position, and the control valve controls flow through the service port and has a first position preventing flow past the control valve and thereby preventing flow through the service port, and a second position that permits flow past the control valve and thereby permits flow through the service port. a housing having a passageway, a condenser side port in communication with the passageway for connection to the condenser unit, an evaporation side port in communication with the passageway for connection to the evaporation unit, and a service port in communication with the passageway; a flow port in the passageway between the condenser side port and the evaporation side port, a valve unit disposed within the passageway of the housing, the valve unit including a shut-off valve and a control valve, the shut-off valve controls flow through the housing and has a first position that permits flow communication between the condenser side port and the service port, and a second position that prevents flow communication between the condenser side port on the one hand and the evaporation side port and the service port on the other hand but permits flow communication between the evaporation side port and the service port, the shut-off valve includes a first end and a second end that extends from the housing through the service port, the first end includes a piston head that is in sealing engagement with the flow port and prevents flow past the flow port at the second position, and the control valve controls flow through the service port and has a first position preventing flow past the control valve and thereby preventing flow through the service port, and a second position that permits flow past the control valve and thereby permits flow through the service port.
A transmitter arranged for transmitting a data stream, the data stream comprising a video pixel stream and an auxiliary data channel, the video pixel stream comprising a video frame complying with a video frame format, the video frame comprising active video lines (31, 32, 33), the video lines (31, 32, 33) comprising video pixels where the transmitter is arranged to transmit auxiliary data related to the video pixel stream via the auxiliary data channel, characterized in that the transmitter comprises an inserter for inserting an additional video line (34, 45) in the video frame in excess of the active video lines (31, 32, 33) required for a video frame complying with the video frame format and in that auxiliary data related to the video frame is inserted in the additional video line (34, 45) of the video frame the auxiliary data is related to or in an Additional Video Line (34, 45) of a video frame preceding the video frame the auxiliary data is related to.
A modular humeral component for use in a shoulder joint arthroplasty, said modular humeral component suitable for implantation into a shoulder joint having a head and a neck to engage an articulating surface of the joint, said modular humeral component comprising: a fixation component; and a head member having a first articulating surface and a second fixation surface opposite said first articulating surface, said first articulating surface operable to engage the articulating surface of the joint and said second fixation surface comprising a taper operable to engage said fixation component; wherein said fixation component having a first surface operable to engage the taper of said second fixation surface of said head member and a second surface which is generally opposite the first surface, said second surface having a fixation member comprising a coupling surface for securing the fixation member within at least one of the head and the head and neck of the joint, said fixation component defining a pair of linearly aligned coupling flanges (410, 412). a fixation component; and a head member having a first articulating surface and a second fixation surface opposite said first articulating surface, said first articulating surface operable to engage the articulating surface of the joint and said second fixation surface comprising a taper operable to engage said fixation component;
An electro-pneumatic parking brake control device for controlling an immobilisation brake containing at least one spring brake cylinder and comprising: a) a connection for the at least one spring brake cylinder, b) a first solenoid valve device which can be controlled by means of an electronic control device, b) a relay valve, whose pneumatic control inlet is connected on one side to the first solenoid valve device and on the other to its working outlet and to the connection for the at least one spring brake cylinder, c) a supply connection for at least one compressed air supply which is connected on one side to the first solenoid valve device and on the other to the supply inlet of the relay valve, d) a feedback line, by means of which the working outlet and the pneumatic control inlet of the relay valve can be connected to one another, characterised in that e) the first solenoid valve device is formed by two 2/2-way solenoid valves (10, 12, 30), each having a closed position and an open position, f) a first 2/2-way solenoid valve being connected as an inlet valve between the control inlet of the relay valve and the supply connection, and a second 2/2-way solenoid valve being connected between the control inlet of the relay valve and a pressure sink, g) at least one throttle element being arranged in the feedback line in such a way that the working outlet and the pneumatic control inlet of the relay valve always stand in a flow connection with one another. a) a connection for the at least one spring brake cylinder, b) a first solenoid valve device which can be controlled by means of an electronic control device, b) a relay valve, whose pneumatic control inlet is connected on one side to the first solenoid valve device and on the other to its working outlet and to the connection for the at least one spring brake cylinder, c) a supply connection for at least one compressed air supply which is connected on one side to the first solenoid valve device and on the other to the supply inlet of the relay valve, d) a feedback line, by means of which the working outlet and the pneumatic control inlet of the relay valve can be connected to one another, characterised in that e) the first solenoid valve device is formed by two 2/2-way solenoid valves (10, 12, 30), each having a closed position and an open position, f) a first 2/2-way solenoid valve being connected as an inlet valve between the control inlet of the relay valve and the supply connection, and a second 2/2-way solenoid valve being connected between the control inlet of the relay valve and a pressure sink, g) at least one throttle element being arranged in the feedback line in such a way that the working outlet and the pneumatic control inlet of the relay valve always stand in a flow connection with one another.
A method for trajectory planning for a vehicle, the method comprising: obtaining a reference trajectory over a finite time horizon, the reference trajectory comprising a speed reference over time for the finite time horizon; determining a back-up stop trajectory within the finite time horizon, the back-up stop trajectory having a starting state and terminating in a final state, the final state being defined as a safe state; forming a terminal set of states within the finite time horizon based on at least one predefined constraint, wherein the terminal set of states comprises a terminal state that corresponds to the starting state for the back-up stop trajectory; generating a nominal trajectory for at least a portion of the finite time horizon based on a constraint controlled technique, the nominal trajectory being dependent on the obtained reference trajectory and a terminal constraint, wherein the terminal constraint defines that the nominal trajectory comprises the terminal state; and wherein the constraint controlled technique comprises a cost minimizing control strategy, and wherein the back-up stop trajectory from the starting state to the final state is associated with zero cost. obtaining a reference trajectory over a finite time horizon, the reference trajectory comprising a speed reference over time for the finite time horizon; determining a back-up stop trajectory within the finite time horizon, the back-up stop trajectory having a starting state and terminating in a final state, the final state being defined as a safe state; forming a terminal set of states within the finite time horizon based on at least one predefined constraint, wherein the terminal set of states comprises a terminal state that corresponds to the starting state for the back-up stop trajectory; generating a nominal trajectory for at least a portion of the finite time horizon based on a constraint controlled technique, the nominal trajectory being dependent on the obtained reference trajectory and a terminal constraint, wherein the terminal constraint defines that the nominal trajectory comprises the terminal state; and wherein the constraint controlled technique comprises a cost minimizing control strategy, and wherein the back-up stop trajectory from the starting state to the final state is associated with zero cost.
Device for an interior of a motor vehicle, having at least one lighting element and having a decorative element with a visible side that faces the interior of the motor vehicle when the device is arranged as intended in a motor vehicle, the visible side having at least one first, glossy surface region, and the visible side having at least one second, matt surface region, characterized in that when the device is arranged as intended in the motor vehicle, the second surface region is arranged such that a reflection condition between a light beam originating from the lighting element and a line of vision of a passenger of the motor vehicle is fulfilled geometrically, wherein the first surface region of the decorative element is arranged such that no reflection condition between a light beam originating from the lighting element and the line of vision is fulfilled geometrically.
A microcapsule, comprising: a lipophilic polymer selected from the group consisting of polymeric acrylates, a lipophilic agriculturally active ingredient which includes trifluralin, at least one lipophilic solvent that dissolves the active ingredient, and a polymeric shell, wherein the polymeric shell encapsulates said lipophilic polymer and the agriculturally active ingredient.
An ink for recording, comprising: a coloring agent; a water-dispersible resin; a wetting agent; a surfactant; and water, wherein a total solid content of the coloring agent and the water-dispersible resin is 10% by mass to 30% with respect to a total mass of the ink, a ratio B/C is 0.1 to 1.6 where B is a solid content of the coloring agent in the ink, and C is a solid content of the water-dispersible resin in the ink, a viscosity of the ink is 5 mPa·s to 20 mPa·s at 25°C, and a surface tension of the ink is 35 mN/m or less. a coloring agent; a water-dispersible resin; a wetting agent; a surfactant; and water,