mhurhangee/ep-ind-claims huggingface dataset:
An authentication system, comprising: a means to store a storage value for use in password authentication; a means to receive a candidate password for password authentication; a means to retrieve the storage value from the storage medium; a means to provide a pattern; a means to provide a one-way function having a plurality of input values and a plurality of output values; a means to determine one of the output values, with the candidate password as a corresponding one of the input values, using the one-way function; and a means to compare the one output value for the candidate password to the storage value taking the pattern into account including: a means to reconstruct a check value from the storage value and the pattern and to compare the one output value for the candidate password to the check value; or a means to compress the one output value yielding a compressed value which is void of the pattern and to compare the compressed value to the storage value. a means to store a storage value for use in password authentication; a means to receive a candidate password for password authentication; a means to retrieve the storage value from the storage medium; a means to provide a pattern; a means to provide a one-way function having a plurality of input values and a plurality of output values; a means to determine one of the output values, with the candidate password as a corresponding one of the input values, using the one-way function; and a means to compare the one output value for the candidate password to the storage value taking the pattern into account including: a means to reconstruct a check value from the storage value and the pattern and to compare the one output value for the candidate password to the check value; or a means to compress the one output value yielding a compressed value which is void of the pattern and to compare the compressed value to the storage value. a means to reconstruct a check value from the storage value and the pattern and to compare the one output value for the candidate password to the check value; or a means to compress the one output value yielding a compressed value which is void of the pattern and to compare the compressed value to the storage value.
A fan spacer for placement between a pair of adjacent blades in a fan assembly, the fan spacer comprising: a spacer body including an airflow surface shaped to direct air between the pair of adjacent blades, the airflow surface being shaped on opposing sides to correspond to the pair of adjacent blades; and an over molded feature molded onto the airflow surface of the spacer body, the over molded feature both including an erosion coating on the airflow surface and, on the two opposing sides, seals (280, 282) configured to seal against the pair of adjacent blades on the opposing sides of the airflow surface, wherein the erosion coating and the seals are unitary and integrally formed with one another. a spacer body including an airflow surface shaped to direct air between the pair of adjacent blades, the airflow surface being shaped on opposing sides to correspond to the pair of adjacent blades; and an over molded feature molded onto the airflow surface of the spacer body, the over molded feature both including an erosion coating on the airflow surface and, on the two opposing sides, seals (280, 282) configured to seal against the pair of adjacent blades on the opposing sides of the airflow surface, wherein the erosion coating and the seals are unitary and integrally formed with one another.
A system to provide location specific assistance, the system comprising: a processor configured to: identify a condition that a first autonomous vehicle control system is unable to navigate past without location specific assistance, the condition being sensed at a geographic location in an environment of a vehicle find a course at the geographic location that was at least one of: previously determined by a second autonomous vehicle control system when the condition was present at the geographic location, or previously followed by a person-driven vehicle when the condition was present at the geographic location, wherein the course is found via an application of a learning model trained with training data comprising a condition matching the condition identified at the geographic location; and cause the vehicle to follow the course. identify a condition that a first autonomous vehicle control system is unable to navigate past without location specific assistance, the condition being sensed at a geographic location in an environment of a vehicle find a course at the geographic location that was at least one of: previously determined by a second autonomous vehicle control system when the condition was present at the geographic location, or previously followed by a person-driven vehicle when the condition was present at the geographic location, wherein the course is found via an application of a learning model trained with training data comprising a condition matching the condition identified at the geographic location; and previously determined by a second autonomous vehicle control system when the condition was present at the geographic location, or previously followed by a person-driven vehicle when the condition was present at the geographic location, wherein the course is found via an application of a learning model trained with training data comprising a condition matching the condition identified at the geographic location; and cause the vehicle to follow the course.
A stent positionable within a frontal sinus cavity, the stent comprising: a flexible foam layer having a porosity of greater than 80%, the flexible foam layer comprising a polyurethane including amorphous segments, and crystalline segments formed via hydrogen bonding; an active agent within the flexible foam layer; and a flexible film layer arranged in a stacked configuration and comprising a polymer which is hydrogen bonded with the crystalline segments of the flexible foam layer at a bond interface, wherein the flexible foam layer and the flexible film layer are configured to be furled to assume a cylindrical profile prior to insertion within the frontal sinus cavity such that the flexible foam layer at least partially defines an outer annular aspect of the stent and the flexible film layer at least partially defines an inner annular aspect of the stent, wherein the flexible film layer has a resilience sufficient to unfurl the stent and urge the outer annular aspect of the flexible foam layer into direct contact with mucosa of the frontal sinus cavity when positioned in an unrestricted state in the frontal sinus cavity. a flexible foam layer having a porosity of greater than 80%, the flexible foam layer comprising a polyurethane including amorphous segments, and crystalline segments formed via hydrogen bonding; an active agent within the flexible foam layer; and a flexible film layer arranged in a stacked configuration and comprising a polymer which is hydrogen bonded with the crystalline segments of the flexible foam layer at a bond interface, wherein the flexible foam layer and the flexible film layer are configured to be furled to assume a cylindrical profile prior to insertion within the frontal sinus cavity such that the flexible foam layer at least partially defines an outer annular aspect of the stent and the flexible film layer at least partially defines an inner annular aspect of the stent, wherein the flexible film layer has a resilience sufficient to unfurl the stent and urge the outer annular aspect of the flexible foam layer into direct contact with mucosa of the frontal sinus cavity when positioned in an unrestricted state in the frontal sinus cavity.
A handling strut for a vehicle, the handling strut formed of at least two strut members (5, 6); a first strut member for connection to a powertrain and a second strut member for connection to a structural member of a vehicle; wherein one of said strut members comprises a bushing and the other strut member comprises a shaft arranged to extend through an aperture in the bushing; characterised by the aperture through the bushing being wider than the shaft, and a predetermined air gap being provided between the shaft and the bushing.
Road milling machine comprising a milling drum equipped with a plurality of chisels characterised in that the road milling machine has a detection device for quality control of the milled image produced by the milling drum, the detection device being configured to optically detect the milled image at least in regions, so that defects due to wear of the chisels or due to chisel breakage can be detected on the milled image.
A method of serial recovery of two different nucleic acid species from a biological sample, comprising: - in a first binding step, homogenization and enzymatic digestion of the biological sample in a combined lysis and nucleic acid binding buffer, thereby generating a lysate comprising a first nucleic acid species, prior to selectively binding a the first nucleic acid species to a first solid phase by contacting the biological sample with the first solid phase that selectively binds the first nucleic acid species in the combined lysis and nucleic acid binding buffer; - separating the first solid phase with the bound first nucleic acid species from an unbound portion of the biological sample; - in a second binding step, binding a second nucleic acid species to a second solid phase, different from the first solid phase, by contacting an unbound portion of the biological sample with the second solid phase that binds the first and second nucleic acid species in the combined lysis and nucleic acid binding buffer; - enzymatic digestion of the first nucleic acid species bound to the second solid phase; and - isolating the second nucleic acid species from the second solid phase. - in a first binding step, homogenization and enzymatic digestion of the biological sample in a combined lysis and nucleic acid binding buffer, thereby generating a lysate comprising a first nucleic acid species, prior to selectively binding a the first nucleic acid species to a first solid phase by contacting the biological sample with the first solid phase that selectively binds the first nucleic acid species in the combined lysis and nucleic acid binding buffer; - separating the first solid phase with the bound first nucleic acid species from an unbound portion of the biological sample; - in a second binding step, binding a second nucleic acid species to a second solid phase, different from the first solid phase, by contacting an unbound portion of the biological sample with the second solid phase that binds the first and second nucleic acid species in the combined lysis and nucleic acid binding buffer; - enzymatic digestion of the first nucleic acid species bound to the second solid phase; and - isolating the second nucleic acid species from the second solid phase.
An embossing device comprising an embossing turret for conducting embossing on a can barrel, wherein the embossing turret is provided with: an inner roll and an outer roll which revolve and rotate on its axis around the rotational shaft in a synchronized way; a holding means which revolves around the rotational shaft while conducting the predetermined contact and retract movement and the swing movement, thereby to allow the can barrel to rotatably be held; a driving means which allows the can barrel which is held by the holding means to rotate on its axis; and a sensor which detects a match mark on the can barrel, characterized in that the embossing turret is further provided with: an encoder which is attached to the rotational shaft; and a rotational positioning controller which receives signals from the sensor and the encoder and controls the driving means based on these signals; wherein the embossing device is adapted such that in operation embossing is conducted on the can barrel in the state where the can barrel is rotated on its axis at the same circumferential speed as that of the inner roll. an inner roll and an outer roll which revolve and rotate on its axis around the rotational shaft in a synchronized way; a holding means which revolves around the rotational shaft while conducting the predetermined contact and retract movement and the swing movement, thereby to allow the can barrel to rotatably be held; a driving means which allows the can barrel which is held by the holding means to rotate on its axis; and a sensor which detects a match mark on the can barrel, characterized in that the embossing turret is further provided with: an encoder which is attached to the rotational shaft; and a rotational positioning controller which receives signals from the sensor and the encoder and controls the driving means based on these signals; wherein the embossing device is adapted such that in operation embossing is conducted on the can barrel in the state where the can barrel is rotated on its axis at the same circumferential speed as that of the inner roll. an encoder which is attached to the rotational shaft; and a rotational positioning controller which receives signals from the sensor and the encoder and controls the driving means based on these signals; wherein the embossing device is adapted such that in operation embossing is conducted on the can barrel in the state where the can barrel is rotated on its axis at the same circumferential speed as that of the inner roll.
Operator assistance system for an agricultural machine which has at least one variable operating parameter which influences a plurality of different result parameters of the working result of the machine, wherein: the operator assistance system is equipped with an input device, a processor connected to the input device and a display device connected to the processor, and the processor is programmed to receive, via the input device an input of a result parameter, to be optimized, of the working result for an operation to be carried out and to calculate an optimized operating parameter on the basis of the input, wherein the result parameter to be optimized can be selected from a plurality of different result parameters, characterized in that the processor is programmed to calculate at least one value, which is to be expected in the case of the adjustment of the calculated optimized operating parameter of the machine, for the working result of the machine for the operation, and to output said value on the display device. the operator assistance system is equipped with an input device, a processor connected to the input device and a display device connected to the processor, and the processor is programmed to receive, via the input device an input of a result parameter, to be optimized, of the working result for an operation to be carried out and to calculate an optimized operating parameter on the basis of the input, wherein the result parameter to be optimized can be selected from a plurality of different result parameters,
(Meth)acrylic acid production process, comprising at least the following steps: i) at least one (meth)acrylic acid precursor is subjected to gas-phase oxidation in the presence of air so as to form a gas reaction mixture comprising (meth)acrylic acid; ii) the gas reaction mixture is cooled; iii) the gas reaction mixture is subjected to dehydration without using azeotropic solvent in a first column, termed dehydration column, resulting in a top gas stream and in a bottom stream; iv) the gas stream distilled at the top of the dehydration column is at least partly subjected to condensation in a top condenser, the condensate being sent back to the dehydration column in reflux form in order to absorb the acrylic acid, and the gas effluent being at least partly sent back to the oxidation reaction and the remainder being subjected to thermal and/or catalytic oxidation; v) the stream from the bottom of the dehydration column is at least partly subjected to distillation in a second column, termed finishing column, resulting in a top stream, and in a bottom stream containing heavy compounds;; vi) a (meth)acrylic acid stream is recovered by drawing off from the side of the finishing column; said process being characterized in that a water condensation step applied to at least one of the following two streams is carried out: the air feed for the oxidation reaction of step i), or the gas effluent at the outlet of the top condenser of step iv) which is recycled to the oxidation reaction. i) at least one (meth)acrylic acid precursor is subjected to gas-phase oxidation in the presence of air so as to form a gas reaction mixture comprising (meth)acrylic acid; ii) the gas reaction mixture is cooled; iii) the gas reaction mixture is subjected to dehydration without using azeotropic solvent in a first column, termed dehydration column, resulting in a top gas stream and in a bottom stream; iv) the gas stream distilled at the top of the dehydration column is at least partly subjected to condensation in a top condenser, the condensate being sent back to the dehydration column in reflux form in order to absorb the acrylic acid, and the gas effluent being at least partly sent back to the oxidation reaction and the remainder being subjected to thermal and/or catalytic oxidation; v) the stream from the bottom of the dehydration column is at least partly subjected to distillation in a second column, termed finishing column, resulting in a top stream, and in a bottom stream containing heavy compounds;; vi) a (meth)acrylic acid stream is recovered by drawing off from the side of the finishing column;
A sealing device comprising: i) A waterproofing layer having a first and a second major surface and comprising at least one thermoplastic elastomer P1 and ii) An outer layer of non-woven fabric directly adhered over at least part of its surface to the second major surface of the waterproofing layer through thermal bonding, wherein the outer layer of non-woven fabric comprises at least one polymer P2 and wherein the at least one thermoplastic elastomer P1 and the at least one polymer P2 are compatible with each other and wherein the at least one polymer P2 is selected from the group consisting of polypropylene and polypropylene copolymers and wherein the waterproofing layer has a thickness determined by using the measurement method as defined in DIN EN 1849-2 standard of 0.1 - 5.0 mm. i) A waterproofing layer having a first and a second major surface and comprising at least one thermoplastic elastomer P1 and ii) An outer layer of non-woven fabric directly adhered over at least part of its surface to the second major surface of the waterproofing layer through thermal bonding,
An computer-implemented in vitro method for determining whether a patient is at risk of developing acute liver failure after Drug-Induced-Liver-Injury (DILI) or whether the patient will recover from DILI at 12 weeks, comprising the step of combining the measured values from markers present in the blood, serum or plasma of said patient through a logistic regression function, wherein the logistic function includes the values measured for ApoA1, A2M (α2-macroglobulin), GGT and Haptoglobin and wherein the logistic regression function doesn't use the value of bilirubin and of transaminases (ALT (alanine aminotransferase) or AST (aspartate aminotransferase)), wherein the function further includes the gender (sex) and age of the patient, and obtaining an end value wherein the end value is indicative of the prognosis of evolution of DILI (recovery or no recovery), wherein said logistic function is a1 + a2 x Age (years) + a3 x ApoA1 (g/l) + a4 x Log (A2M, g/l) + a5 x Log(GGT, IU / I) + a6 x Log (Hapto, g/l) + a7 x Gender (0 for women, 1 for men), wherein i. 0.5 ≤ a1 ≤ 0.8 preferably 0.55 ≤ a1 ≤ 0.65 ii. 0.02 ≤ a2 ≤ 0.04 preferably 0.02 ≤ a2 ≤ 0.03 iii. 1.1 ≤ a3 ≤ 1.3 preferably 1.15 ≤ a3 ≤ 1.25 iv. -1.4 ≤ a4 ≤ -1.2 preferably -1.35 ≤ a4 ≤ -1.25 v. -1.1 ≤ a5 ≤ -0.9 preferably -1.05 ≤ a5 ≤ -0.95 vi. 0.1 ≤ a6 ≤ 0.3 preferably 0.2 ≤ a6 ≤ 0.3 vii. -0.55 ≤ a7 ≤ -0.35 preferably -0.5 ≤ a7 ≤ -0.4.
A support plate for positioning containers, in particular on rotatable container tables, comprising a base body; a support plate for a container, springmounted thereon to be moveable downwards; and a guiding ring enclosing the support plate and having an inner guide portion for guiding the container in a circumferential direction and an outer fixing section for rigidly fixing to the base body, characterized in that the inner guide portion can be elastically deformed relative to the outer fastening portion towards the base body.
A method for uplink transmission power control by a base station in a communication system in which the base station and a subscriber station are adapted to communicate wirelessly with each other and the subscriber station is adapted to transmit data to the base station via a wireless uplink in hybrid automatic repeat request, HARQ, bursts and non-HARQ bursts, the method comprising the steps of: determining a relative power offset for adjusting an uplink transmission power of a HARQ burst among the HARQ bursts referencing to an uplink transmission power of a non-HARQ burst among the non-HARQ bursts; and transmitting the relative power offset to the subscriber station in an uplink channel descriptor, UCD, message, wherein the relative power offset is contained in a format of type, length and value, TLV, in the UCD message. determining a relative power offset for adjusting an uplink transmission power of a HARQ burst among the HARQ bursts referencing to an uplink transmission power of a non-HARQ burst among the non-HARQ bursts; and transmitting the relative power offset to the subscriber station in an uplink channel descriptor, UCD, message, wherein the relative power offset is contained in a format of type, length and value, TLV, in the UCD message.
External door handle for a locking means of a motor vehicle, comprising a housing part attached to the door and a door handle articulately retained in the housing part and coupled to means (10, 12, 14) for operating the lock of the locking means, which means are supported in the housing part, as well as means for the prevention of the opening of the door in the event of a side collision against the door, characterized in that the means for the prevention of the opening of the door comprises a sensing means that detects a deformation of the door and activates means blocking the actuation of the lock operating means (10, 12 14) due to the acceleration of the exterior door handle in the event of a side collision, or characterized in that the means for the prevention of the opening of the door comprises a sensing means movable relative to the housing part, said sensing means detecting a deformation of the door and activating a means that disengages the coupling between the lock operating means (10, 12, 14) and the lock.