mhurhangee/ep-ind-claims huggingface dataset:
Dental device designed to be inserted in the mouth of a patient between the maxilla and mandible, comprising a U-shaped elastically deformable block of material, comprising: on an upper face a first trough, extending along the U-shaped part, shaped to receive the teeth of the maxilla pressed against it; on a lower face a second trough, extending along the U-shaped part, shaped to receive the teeth of the mandible pressed against it, one among the first and second troughs comprising a first boss extending jutting out from the bottom of said trough, the block of material also being wedge-shaped narrowing towards the ends of the branches of the U-shape, characterised by the fact the device comprises a cavity situated under the boss, between the boss and one bottom of the other of the first and second troughs. on an upper face a first trough, extending along the U-shaped part, shaped to receive the teeth of the maxilla pressed against it; on a lower face a second trough, extending along the U-shaped part, shaped to receive the teeth of the mandible pressed against it, one among the first and second troughs comprising a first boss extending jutting out from the bottom of said trough, the block of material also being wedge-shaped narrowing towards the ends of the branches of the U-shape, characterised by the fact the device comprises a cavity situated under the boss, between the boss and one bottom of the other of the first and second troughs.
Method for modifying a Cu/zeolite SCR catalyst for selective catalytic reduction of nitrogen oxides with ammonia, including commercial catalyst on cordierite or other substrate, characterized by the following steps: a) removal, in a starting material of honeycomb structure that is Cu-ZSM-5 zeolite washcoated on a monolithic substrate, of copper and of aluminum extra-lattice species from the zeolite and b) re-insertion of copper or insertion of Cu-M ions, where M can be selected from the group consisting of Mg, Ca, Sr, La, Pr, B, Zr or Mg-Fe or Mg-Ce, by ion-exchange and/or impregnation of the washcoated zeolite from which copper and aluminum extra-lattice species have been removed, where step a) is performed by double treatment with a citrate-containing solution, whereby the first treatment is followed by intermediate calcination at a temperature of at least 500°C and wherein the second treatment with the citrate-containing solution is carried out after said calcination. a) removal, in a starting material of honeycomb structure that is Cu-ZSM-5 zeolite washcoated on a monolithic substrate, of copper and of aluminum extra-lattice species from the zeolite and b) re-insertion of copper or insertion of Cu-M ions, where M can be selected from the group consisting of Mg, Ca, Sr, La, Pr, B, Zr or Mg-Fe or Mg-Ce, by ion-exchange and/or impregnation of the washcoated zeolite from which copper and aluminum extra-lattice species have been removed,
A zoom lens comprising, in order from an object side to an image side: a first lens unit having a positive refractive power; a second lens unit having a negative refractive power; a third lens unit having a positive refractive power; and a rear lens group including a plurality of lens units, wherein an interval between each pair of adjacent lens units is changed during zooming, wherein the rear lens group includes a lens unit Ln disposed closest to the image side among lens units including a positive lens and a negative lens, the first lens unit and the lens unit Ln are configured to move for zooming, wherein the lens unit Ln has negative refractive power, wherein the first lens unit includes, in order from the object side to the image side, a first positive lens, a second positive lens, and a first negative lens, and characterized in that the following conditional expressions are satisfied: 0.20 < f 1 / ft < 0.45; and − 0.15 < fn / ft < − 0.05; and 0.05 < Lnwi / Lnti < 0.25, where f1 is a focal length of the first lens unit, fn is a focal length of the lens unit Ln, ft is a focal length of the zoom lens at a telephoto end, Lnwi is a distance from a lens surface closest to the image side in the lens unit Ln to a paraxial image plane on an optical axis at a wide angle end, and Lnti is a distance from a lens surface closest to the image side in the lens unit Ln to a paraxial image plane on the optical axis at the telephoto end. a first lens unit having a positive refractive power; a second lens unit having a negative refractive power; a third lens unit having a positive refractive power; and a rear lens group including a plurality of lens units, wherein an interval between each pair of adjacent lens units is changed during zooming, wherein the rear lens group includes a lens unit Ln disposed closest to the image side among lens units including a positive lens and a negative lens, the first lens unit and the lens unit Ln are configured to move for zooming, wherein the lens unit Ln has negative refractive power, wherein the first lens unit includes, in order from the object side to the image side, a first positive lens, a second positive lens, and a first negative lens, and characterized in that the following conditional expressions are satisfied: 0.20 < f 1 / ft < 0.45; and − 0.15 < fn / ft < − 0.05; and 0.05 < Lnwi / Lnti < 0.25, where f1 is a focal length of the first lens unit, fn is a focal length of the lens unit Ln, ft is a focal length of the zoom lens at a telephoto end, Lnwi is a distance from a lens surface closest to the image side in the lens unit Ln to a paraxial image plane on an optical axis at a wide angle end, and Lnti is a distance from a lens surface closest to the image side in the lens unit Ln to a paraxial image plane on the optical axis at the telephoto end.
A thrust reverser for a propulsion unit of an aircraft, this thrust reverser comprising a fixed structure and at least one door which is movable between: - a closed position in which it delimits, with the fixed structure, a flow conduit, the flow conduit comprising an ejection outlet which is at least partially delimited by a rear end of the fixed structure, the door in the closed position being configured to be able to guide a fluid, which is flowing in the conduit, towards the ejection outlet thereof in order to generate a thrust, and - an open position in which the door releases a reversal opening so as to be able to discharge, from the flow conduit, a portion of said fluid, via this reversal opening, and to redirect at least one portion of the fluid thus discharged towards a front end of the fixed structure in order to generate a counter-thrust, this thrust reverser being characterised in that it comprises at least one deflector (60A-60D, 60, 70, 80) which is connected both to the door and to the fixed structure so as to be folded when the door is closed and to be unfolded when the door is open, the unfolded deflector (60A-60D, 60, 70, 80) obstructing a lateral opening defined between the fixed structure and a lateral end of the open door. - a closed position in which it delimits, with the fixed structure, a flow conduit, the flow conduit comprising an ejection outlet which is at least partially delimited by a rear end of the fixed structure, the door in the closed position being configured to be able to guide a fluid, which is flowing in the conduit, towards the ejection outlet thereof in order to generate a thrust, and - an open position in which the door releases a reversal opening so as to be able to discharge, from the flow conduit, a portion of said fluid, via this reversal opening, and to redirect at least one portion of the fluid thus discharged towards a front end of the fixed structure in order to generate a counter-thrust,
An actuator comprising a frame, an electric motor that is fastened to the frame and to a rotor that is constrained to rotate with an outlet shaft, and a connector that is electrically connected to the motor and that is secured to the frame in order to be connected to a complementary connector, the actuator includes a secondary drive device comprising: a secondary shaft having a first end that extends outside the frame and that is arranged to be coupled to rotate with a rotary drive tool; • means for coupling a second end of the secondary shaft in rotation with the outlet shaft; and • means for activating coupling means that include an activation rod opening out into the connector secured to the frame and that are arranged to prevent the secondary shaft being coupled in rotation with the outlet shaft only when the complementary connector is connected to the connector secured to the frame. • means for coupling a second end of the secondary shaft in rotation with the outlet shaft; and • means for activating coupling means that include an activation rod opening out into the connector secured to the frame and that are arranged to prevent the secondary shaft being coupled in rotation with the outlet shaft only when the complementary connector is connected to the connector secured to the frame.
A refrigerating system, comprising: a refrigerating loop, comprising a compressor, a condenser, a main throttling element, and an evaporator that are connected in sequence through a pipeline; and a purification loop, comprising a purification compressor, a purification condenser, a purification throttling element, and a low-temperature separator that are connected in sequence through a pipeline, the purification loop being bi-directionally connected to the refrigerating loop through the low temperature separator and configured to separate a non-condensable gas in the refrigerating loop, the purification loop further comprising a discharge branch configured to discharge the non-condensable gas separated by the low-temperature separator; characterized by: a first auxiliary flow path, of which a first end is connected with the condenser and a second end is connected with the evaporator, wherein the purification condenser is configured to, when the system runs, exchange heat between a refrigerant in the first auxiliary flow path of the refrigerating loop and a refrigerant in the purification loop. a refrigerating loop, comprising a compressor, a condenser, a main throttling element, and an evaporator that are connected in sequence through a pipeline; and a purification loop, comprising a purification compressor, a purification condenser, a purification throttling element, and a low-temperature separator that are connected in sequence through a pipeline, the purification loop being bi-directionally connected to the refrigerating loop through the low temperature separator and configured to separate a non-condensable gas in the refrigerating loop, the purification loop further comprising a discharge branch configured to discharge the non-condensable gas separated by the low-temperature separator; characterized by: a first auxiliary flow path, of which a first end is connected with the condenser and a second end is connected with the evaporator, wherein the purification condenser is configured to, when the system runs, exchange heat between a refrigerant in the first auxiliary flow path of the refrigerating loop and a refrigerant in the purification loop. a first auxiliary flow path, of which a first end is connected with the condenser and a second end is connected with the evaporator, wherein the purification condenser is configured to, when the system runs, exchange heat between a refrigerant in the first auxiliary flow path of the refrigerating loop and a refrigerant in the purification loop.
A non-invasive method for calculating the risk of fetal aneuploidy in a maternal sample, the method comprising a step of interrogating in a single multiplexed reaction (a) one or more non-polymorphic loci in the maternal sample on each chromosome for which chromosome dosage is to be estimated, and (b) one or more polymorphic loci in the maternal sample; the method further comprising a computer-implemented process to calculate the risk of fetal aneuploidy in a maternal sample as an odds ratio comprising: estimating the chromosome dosage for two or more fetal chromosomes in the maternal sample using the information obtained from interrogating non-polymorphic loci; determining a fetal nucleic acid proportion in the maternal sample using the information obtained from interrogating polymorphic loci; providing data on prior risk of aneuploidy for at least a first fetal chromosome based on extrinsic characteristics related to maternal age and/or gestational age; calculating a value of a likelihood that the first fetal chromosome is aneuploid by comparing the chromosome dosage of the first fetal chromosome to the chromosome dosage of a second fetal chromosome in view of the fetal nucleic acid proportion in the maternal sample and the prior risk of aneuploidy; calculating a value of a likelihood that the first fetal chromosome is disomic by comparing the chromosome dosage of the first fetal chromosome to the chromosome dosage of the second fetal chromosome in view of the fetal nucleic acid proportion in the maternal sample and the prior risk of aneuploidy; computing an odds ratio of the risk of fetal aneuploidy, which is an odds ratio of the value of the likelihood of the first chromosome being aneuploid, and the value of the likelihood of the first chromosome being disomic. estimating the chromosome dosage for two or more fetal chromosomes in the maternal sample using the information obtained from interrogating non-polymorphic loci; determining a fetal nucleic acid proportion in the maternal sample using the information obtained from interrogating polymorphic loci; providing data on prior risk of aneuploidy for at least a first fetal chromosome based on extrinsic characteristics related to maternal age and/or gestational age; calculating a value of a likelihood that the first fetal chromosome is aneuploid by comparing the chromosome dosage of the first fetal chromosome to the chromosome dosage of a second fetal chromosome in view of the fetal nucleic acid proportion in the maternal sample and the prior risk of aneuploidy; calculating a value of a likelihood that the first fetal chromosome is disomic by comparing the chromosome dosage of the first fetal chromosome to the chromosome dosage of the second fetal chromosome in view of the fetal nucleic acid proportion in the maternal sample and the prior risk of aneuploidy; computing an odds ratio of the risk of fetal aneuploidy, which is an odds ratio of the value of the likelihood of the first chromosome being aneuploid, and the value of the likelihood of the first chromosome being disomic.
A method for optimizing index value lengths when indexing data items in an array of data items, the method comprising: producing, at a first processor, an ordered series of index values, the ordered series of index values comprising nodes of a Hamiltonian Path in a directed graph; sending the ordered series of index values to an indexing processor; receiving, at the indexing processor, a data object comprising the array of data items; associating, at the indexing processor, a first part of one of the index values with a first one data item of the array of data items; associating, at the indexing processor, a second part of the one of the index values with a next one data item of the array of data items; repeating the steps of associating a first part of one of the index values and associating a second part of the one of the index values until all of the data items in the array of data items are indexed thereby forming an array of indexed data items; and outputting the data object comprising the array of indexed data items, wherein each of the first part of one of the index values and the second part of the one of the index values is used once for identifying the first one data item of the array of data items, and once for identifying a next data item of the array of data items. producing, at a first processor, an ordered series of index values, the ordered series of index values comprising nodes of a Hamiltonian Path in a directed graph; sending the ordered series of index values to an indexing processor; receiving, at the indexing processor, a data object comprising the array of data items; associating, at the indexing processor, a first part of one of the index values with a first one data item of the array of data items; associating, at the indexing processor, a second part of the one of the index values with a next one data item of the array of data items; repeating the steps of associating a first part of one of the index values and associating a second part of the one of the index values until all of the data items in the array of data items are indexed thereby forming an array of indexed data items; and outputting the data object comprising the array of indexed data items, wherein each of the first part of one of the index values and the second part of the one of the index values is used once for identifying the first one data item of the array of data items, and once for identifying a next data item of the array of data items.
An apparatus for processing biological or chemical fluids, which comprises: a deck area comprising a plurality of consumables; a camera (123, 711) mounted on a movable arm (110, 111, 112, 113); and a plurality of pipettes, said movable arm adapted to manipulate at least one of the pipettes (105, 119, 606), wherein a software interface is provided for defining the liquid handling protocol to be executed and for governing the arm behaviour, said camera is capable of obtaining multiple images of the deck area by tilting or translation of the camera, wherein the apparatus is configured, based on the images, to obtain stereoscopic information, to reconstruct three-dimensional information, and to recognize the consumables and localize the movable arm with respect to the consumables.
A power supply system, comprising a charger configured to convert a voltage of power input from an external power supply through a charging port into a voltage required for charging a battery, wherein the charger comprises: a rectification circuit configured to convert an alternating current voltage of the input power into a direct current voltage; and a booster circuit configured to boost the direct current voltage toward a voltage of the battery; and an intra-system power supply device connected to the charger, characterized in that the intra-system power supply device comprises an auxiliary power supply; and a voltage converter configured to convert a voltage of an output power of the auxiliary power supply into a voltage corresponding to a voltage of the external power supply, and to supply output power of the auxiliary power supply through the booster circuit to the battery. a charger configured to convert a voltage of power input from an external power supply through a charging port into a voltage required for charging a battery, wherein the charger comprises: a rectification circuit configured to convert an alternating current voltage of the input power into a direct current voltage; and a booster circuit configured to boost the direct current voltage toward a voltage of the battery; and an intra-system power supply device connected to the charger, characterized in that the intra-system power supply device comprises an auxiliary power supply; and a voltage converter configured to convert a voltage of an output power of the auxiliary power supply into a voltage corresponding to a voltage of the external power supply, and to supply output power of the auxiliary power supply through the booster circuit to the battery. a rectification circuit configured to convert an alternating current voltage of the input power into a direct current voltage; and a booster circuit configured to boost the direct current voltage toward a voltage of the battery; and an intra-system power supply device connected to the charger, characterized in that the intra-system power supply device comprises an auxiliary power supply; and a voltage converter configured to convert a voltage of an output power of the auxiliary power supply into a voltage corresponding to a voltage of the external power supply, and to supply output power of the auxiliary power supply through the booster circuit to the battery.
Railway track, comprising at least two railway rails and at least one measuring apparatus arranged beneath at least one of the railway rails for measuring vertical surface pressure, wherein the measuring apparatus has at least one mat-shaped or panel-shaped carrier body with a plurality'of spaced-apart measuring sensors arranged thereon for measuring the respective vertical surface pressure at the position of the respective measuring sensor, and the measuring apparatus is bounded on at least one side of the carrier body by a multilayer protective panel which closes off the measuring apparatus with respect to the outside, characterized in that, in the multilayer protective panel, a steel faces towards the side on which the vertical surface pressures are input into the measuring apparatus, and the protective panel additionally has a layer made of a softer ductile metal, which faces towards the carrier body.
Refrigerator and/or freezer, comprising a cooled interior space, and a wall partly surrounding the cooled interior space, which wall is formed by a vacuum insulation body with a vacuum-tight envelope, wherein a lead-through extends through the region surrounded by the envelope, which surrounds a free space, and is likewise formed vacuum-tight and is vacuum-tightly connected with the envelope, and the vacuum-tight connection between the lead-trough and the envelope is made by a thermal sealing, characterized in that the lead-through consists of a high-barrier film, and a filling is present in the region surrounded by the envelope.