mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method for operating an autonomous driving vehicle, the method comprising: detecting an obstacle based on sensor data obtained from a plurality of sensors of the ADV; predicting a distribution of a plurality of positions of the obstacle at a point of time; determining a range of positions of the plurality of positions of the obstacle based on a confidence level of the range; determining a modified shape with a modified length of the obstacle based on the range of positions of the obstacle; planning a trajectory of the ADV based on the modified shape with the modified length of the obstacle; and controlling the ADV to drive according to the planned trajectory to drive safely to avoid a collision with the obstacle. detecting an obstacle based on sensor data obtained from a plurality of sensors of the ADV; predicting a distribution of a plurality of positions of the obstacle at a point of time; determining a range of positions of the plurality of positions of the obstacle based on a confidence level of the range; determining a modified shape with a modified length of the obstacle based on the range of positions of the obstacle; planning a trajectory of the ADV based on the modified shape with the modified length of the obstacle; and controlling the ADV to drive according to the planned trajectory to drive safely to avoid a collision with the obstacle.
Protection device including a mechanical protection sheath and a thermal protection end-piece mounted at one end of the mechanical protection sheath, characterized in that said mechanical protection sheath consist of a tubular textile structure that is deformable by compression in the lengthwise direction of the mechanical protection sheath, said textile structure having in a lengthwise compression area an expanded sheath portion adapted to cooperate with one end of the thermal protection end-piece by being turned back on itself.
A method for moving a tape carried, self-piercing rivet into alignment with a rivet driving spindle, comprising: conveying the tape between a supply reel and an exhaust reel, Z the method being characterized in that, the supply reel has a supply motor and the exhaust reel has an exhaust motor; and in that it further comprises the steps of moving the tape in an advancing direction until the rivet has traveled past being in alignment with the spindle, by controlling the supply and exhaust motors using a first tension regimen; and thereafter moving the tape in a retracting direction until the rivet is in alignment with the spindle by controlling the tape supply and exhaust motors using a second tension regimen. conveying the tape between a supply reel and an exhaust reel, Z the method being characterized in that, the supply reel has a supply motor and the exhaust reel has an exhaust motor; and in that it further comprises the steps of moving the tape in an advancing direction until the rivet has traveled past being in alignment with the spindle, by controlling the supply and exhaust motors using a first tension regimen; and thereafter moving the tape in a retracting direction until the rivet is in alignment with the spindle by controlling the tape supply and exhaust motors using a second tension regimen.
. A drug delivery system which comprises a polynucleotide sequence susceptible of being cleaved by a specific nuclease derived from a bacterium or a mammalian cell, wherein the polynucleotide sequence comprises i) an oligonucleotide sequence of RNase-resistant modified RNA bases and/or nuclease-resistant DNA bases, acting as a resistant moiety, directly linked to ii) a polynucleotide sequence susceptible of being cleaved by a specific nuclease derived from a bacterium or a mammalian cell; wherein the polynucleotide sequence susceptible of being cleaved by a specific nuclease derived from a bacterium or a mammalian cell is in turn directly linked to a pharmacological active ingredient, wherein the polynucleotide sequence when cleaved at the cleaving site, releases the pharmacological active ingredient.
Switching assembly for igniting a high-pressure gas discharge lamp which is connected on the input side thereof to a magnetic ballast for providing an alternating current supply of the lamp, the switching assembly comprising: - an ignition transformer which is connected on the primary side thereof to an ignition trigger circuit and which is disposed on the secondary side thereof between the ballast and the lamp, for transmitting an ignition pulse to the lamp, - a surge capacitor and a first switch means, wherein in said ignition trigger circuit a series connection comprising at least said first switch means and a primary winding of the ignition transformer are connected in parallel with said surge capacitor; characterized in that a series connection (70, 11) including a controllable second switch means is connected in parallel with said lamp for extinguishing the lamp and that a means for detecting the level of an unbalance of the lamp operating voltage is provided as well as a control device for extinguishing the lamp by controlling the second switch means in response to said detected unbalance of the lamp operating voltage. - an ignition transformer which is connected on the primary side thereof to an ignition trigger circuit and which is disposed on the secondary side thereof between the ballast and the lamp, for transmitting an ignition pulse to the lamp, - a surge capacitor and a first switch means, wherein in said ignition trigger circuit a series connection comprising at least said first switch means and a primary winding of the ignition transformer are connected in parallel with said surge capacitor;
Portable power tool for operation in a percussion drilling, a drilling and a screwing mode, which has a mode setting device with an actuating element and a setting element, and a gear mechanism for driving an output shaft, wherein the actuating element and the setting element are connected together for conjoint rotation and the setting element, at least in one operating mode, is coupled to a transmission element of the portable power tool, said transmission element being mounted on a clutch housing assigned to the gear mechanism and being axially displaceable on the clutch housing in a screwing position assigned to the screwing mode and being axially fixed to the clutch housing in percussion drilling and drilling positions assigned to the percussion drilling and drilling mode, wherein the transmission element is connected to the clutch housing for conjoint rotation and a predetermined operating mode is settable by rotating the setting element, wherein the setting element and transmission element are rotatable relative to one another and the setting element at least partially engages around the transmission element, characterized in that the setting element is fixed to the clutch housing so as to be substantially immovable in an axial direction by holding elements (112, 114, 116) of the setting element engaging, in the manner of a bayonet connection (112, 114, 116, 180), behind an annular collar of the clutch housing, wherein the clutch housing is configured in a sleeve-like manner and has the annular collar on its outer circumference.
A process for producing an increase in figure of merit zT for a composite thermoelectric material to produce an enhanced composite thermoelectric material with the increased figure of merit zT, the process comprising mixing aerogel with the composite thermoelectric material, characterized in that the aerogel is one of 1) silicate/silica aerogel, 2) carbon aerogel, 3) chalcogenide aerogel and 4) metal oxide aerogel.
A nucleic acid construct encoding a polyprotein comprising the following structure: A-X-B in which A and B are first and second transmembrane proteins which, when the nucleic acid construct is introduced into a cell, are expressed at the cell surface; and X is a protease cleavage site or a self-cleaving peptide, wherein either the first or second transmembrane protein comprises a heterologous intracellular retention signal A and B are first and second transmembrane proteins which, when the nucleic acid construct is introduced into a cell, are expressed at the cell surface; and X is a protease cleavage site or a self-cleaving peptide, wherein either the first or second transmembrane protein comprises a heterologous intracellular retention signal
A garment (10; 100) including a knitted, circumferentially-extending welt portion having an anti-slip zone that comprises a high friction yarn (61, 62, 63) and that is integrally formed on an inner face of a main garment portion (11; 110) such that the high friction yarn contacts a wearer's skin to increase the anti-slip properties of the garment, wherein the anti-slip zone is entirely knitted solely with fine high-friction yarn (61, 62, 63) having weight less than or equal to 200 dtex.
A composition for absorption/desorption of gaseous carbon dioxide (CO 2), the composition comprising an ionic compound comprising a cation [A +] and an anion [B -], wherein the anion [B -] is a mono-amine functionalized amino acid and the cation [A +] is given by the formula: wherein R 1 is a C n alkyl chain where n is an integer having a value of at least 10 and not more than 30, and R 2, R 3 and R 4 are individually selected from the group of methyl, ethyl, propyl, butyl, pentyl, hexyl, heptyl and octyl.
A method for machining an optical lens by way of a trimming machine, comprising: - a step of immobilizing said optical lens between two shafts adapted for clamping the optical lens and driving it in rotation, said two shafts belonging to immobilizing means of said trimming machine, - a step of acquiring geometric characteristics (x i, y i, z i) relating to the shape of at least one of the optical faces of the optical lens, - a step of defining trimming instructions (CONS1) for the optical lens as a function of the geometric characteristics (x i, y i, z i) acquired, and - a step of trimming the optical lens around a desired outline, during which a trimming tool of the trimming machine is driven relative to said immobilizing means according to said trimming instructions (CONS1), characterized in that it also comprises: - a step of defining etching instructions (CONS2) for said optical face of the optical lens as a function of the geometric characteristics (x i, y i, z i) acquired, and - a step of etching said optical face of the optical lens along a line situated inside said desired outline, during which a sharp etching tool of said trimming machine is driven relative to said immobilizing means according to said etching instructions (CONS2) in such a way that its point slides continuously on said optical face in order to scratch it along said line. - a step of immobilizing said optical lens between two shafts adapted for clamping the optical lens and driving it in rotation, said two shafts belonging to immobilizing means of said trimming machine, - a step of acquiring geometric characteristics (x i, y i, z i) relating to the shape of at least one of the optical faces of the optical lens, - a step of defining trimming instructions (CONS1) for the optical lens as a function of the geometric characteristics (x i, y i, z i) acquired, and - a step of trimming the optical lens around a desired outline, during which a trimming tool of the trimming machine is driven relative to said immobilizing means according to said trimming instructions (CONS1), - a step of defining etching instructions (CONS2) for said optical face of the optical lens as a function of the geometric characteristics (x i, y i, z i) acquired, and - a step of etching said optical face of the optical lens along a line situated inside said desired outline, during which a sharp etching tool of said trimming machine is driven relative to said immobilizing means according to said etching instructions (CONS2) in such a way that its point slides continuously on said optical face in order to scratch it along said line.
A method comprising: receiving, at a client, a media presentation description MPD that includes an Extensible Markup Language XML element that indicates support, by a server, of MPD delta files, wherein the XML element comprises a first XML attribute comprising a Uniform Resource Locator URL of an MPD delta file that includes a change to the MPD; and sending, by the client, a hypertext transfer protocol HTTP GET request for the MPD delta file, wherein the HTTP GET request comprises the URL. receiving, at a client, a media presentation description MPD that includes an Extensible Markup Language XML element that indicates support, by a server, of MPD delta files, wherein the XML element comprises a first XML attribute comprising a Uniform Resource Locator URL of an MPD delta file that includes a change to the MPD; and sending, by the client, a hypertext transfer protocol HTTP GET request for the MPD delta file, wherein the HTTP GET request comprises the URL.
A refrigeration apparatus, in which a refrigerant containing a mixture of a hydrofluoroolefin having a carbon-carbon double bond as base component and a hydrofluorocarbon having no double bond circulates, comprising a refrigerant-circulating route extending from a compressor, via a condenser (2, 4), an expansion mechanism, an evaporator (2, 4) and an accumulator, back to the compressor, in which the refrigerant circulates characterized in that a hydrogen fluoride-scavenging unit for accommodating a hydrogen fluoride scavenger is installed on the refrigerant-circulating route, wherein the hydrogen fluoride-scavenging unit is the accumulator for accommodating the hydrogen fluoride scavenger.
Method for creating through-passages in a metal body by means of highspeed impact cutting (HSIC) with a closed cutting line, characterized in that a punch having a first dimension corresponding to the through-passages is introduced down to an insertion depth at which the break passes through the entire metal body in the direction of action of the punch, forming a slug; that then the stroke movement is stopped and the punch is withdrawn again; that in a subsequent step the slug, which is still located in the through-passage, is driven out of the through-passage by means of an ejector, which has a smaller second dimension (d) than the punch.
A detection system for measuring a fluorescent signal in a fluorescent assay, comprising: a probe having an aspect ratio of length to width at least 5 to 1, the probe having a distal end and a proximal end, the proximal end having a sensing surface bound with a fluorescent label; a light source for emitting excitation light directly to the probe's sensing surface; a collecting lens pointed toward the sensing surface; and an optical detector for detecting the emission fluorescent light; where the collecting lens collects and directs the emission fluorescent light to the optical detector, wherein the sensing surface has a diameter equal or less than 5 mm. a probe having an aspect ratio of length to width at least 5 to 1, the probe having a distal end and a proximal end, the proximal end having a sensing surface bound with a fluorescent label; a light source for emitting excitation light directly to the probe's sensing surface; a collecting lens pointed toward the sensing surface; and an optical detector for detecting the emission fluorescent light; where the collecting lens collects and directs the emission fluorescent light to the optical detector, wherein the sensing surface has a diameter equal or less than 5 mm.
Refrigerator comprising a refrigerating compartment, a vegetable storage drawer slidably mounted on a bottom wall of the refrigerating compartment and an absorbing member disposed in said compartment, wherein such absorbing member is placed below said drawer, characterized in that it can absorb water dripping from such drawer and/or condensing on said bottom wall, or directly inside the drawer, and wherein said absorbing member is a tray containing a zeolite powder.
A rotary cutting apparatus for cutting a feed of material comprising: a frame; a die roll rotatably attached to the frame including a cutting member, characterized in that at least one tensioning device (23,35) is configured to deform laterally during cutting to create tension in the material in the cross direction relative to a direction by which the material is fed to the apparatus, wherein said tensioning device (23, 35) is affixed to the die roll, comprises a body and a tip portion adjacent to the body and has an unsymmetrical profile. a frame; a die roll rotatably attached to the frame including a cutting member, characterized in that at least one tensioning device (23,35) is configured to deform laterally during cutting to create tension in the material in the cross direction relative to a direction by which the material is fed to the apparatus, wherein said tensioning device (23, 35) is affixed to the die roll, comprises a body and a tip portion adjacent to the body and has an unsymmetrical profile.
Device for handling wax spider-like sprues comprising: - a first support forming a first plane, said first support comprising means of supporting a wax spider-like sprue; - a second support forming a second plane, said first support and said second support forming a first determined angle α1; - first connection means between said first support and said second support; - a third support forming a third plane, said second support, and said third support forming a second determined angle α2, and - second connection means between said second support and said third support wherein each of the three supports (2, 4, 6) is configurated so that the device can be supported on one of the three supports (2, 4, 6) and that the retaining means include an orifice into which the hinge pin of the wax spider-like sprue can fit. - a first support forming a first plane, said first support comprising means of supporting a wax spider-like sprue; - a second support forming a second plane, said first support and said second support forming a first determined angle α1; - first connection means between said first support and said second support; - a third support forming a third plane, said second support, and said third support forming a second determined angle α2, and - second connection means between said second support and said third support
A cable harness for an aircraft configurable from a neutral state to one of at least two configuration settings, the cable harness comprising: a set of conducting wires bound together and having at least a first end and a second end; a connector disposed at the first end of the set of conducting wires for connecting to a system and adapted to provide one or more of signals and electrical power from the set of conducting wires to the system; and a configuration device adapted to configure the cable harness from the neutral state to the one of the at least two configuration settings, wherein the set of conducting wires comprises a configuration port disposed intermediate the first end and the second end of the set of conducting wires and adapted to mate with the configuration device adapted to configure the cable harness; wherein the configuration port is one of a male and a female connector, and the configuration device is the other of the male and female connector; and wherein the conducting wires are bound together by a sleeve and at least part of the sleeve is disposed between the connector and the configuration port; wherein the configuration port is disposed exterior of the sleeve. a set of conducting wires bound together and having at least a first end and a second end; a connector disposed at the first end of the set of conducting wires for connecting to a system and adapted to provide one or more of signals and electrical power from the set of conducting wires to the system; and a configuration device adapted to configure the cable harness from the neutral state to the one of the at least two configuration settings, wherein the set of conducting wires comprises a configuration port disposed intermediate the first end and the second end of the set of conducting wires and adapted to mate with the configuration device adapted to configure the cable harness; wherein the configuration port is one of a male and a female connector, and the configuration device is the other of the male and female connector; and wherein the conducting wires are bound together by a sleeve and at least part of the sleeve is disposed between the connector and the configuration port; wherein the configuration port is disposed exterior of the sleeve.
A method of increasing the color gamut of objects illuminated by a multi-emitter light emitting device when dimming, comprising: independently driving each emitter (1, 2, 3, 4, 5, 6, 7) in the device; and characterised by increasing the lumen output of at least one emitter while simultaneously decreasing the lumen output of at least one other emitter to linearly increase the ES TM-30-15 gamut index (Rg) as total lumen output of the multi-emitter light emitting device decreases, such that total color gamut of objects illuminated by the multi-emitter light emitting device increases while total lumen output of the multi-emitter light emitting device decreases. independently driving each emitter (1, 2, 3, 4, 5, 6, 7) in the device; and characterised by increasing the lumen output of at least one emitter while simultaneously decreasing the lumen output of at least one other emitter to linearly increase the ES TM-30-15 gamut index (Rg) as total lumen output of the multi-emitter light emitting device decreases, such that total color gamut of objects illuminated by the multi-emitter light emitting device increases while total lumen output of the multi-emitter light emitting device decreases.
A method for controlling an air current in a sleep mode of an air conditioner having at least one blade for adjusting directions of discharged air, comprising: determining whether the sleep mode is inputted; sensing an indoor temperature, when it is determined that the sleep mode is inputted; and comparing (S214, S218) the sensed indoor temperature with a set control temperature, and adjusting (S216, S220, S222) the directions of the discharged air according to the results of the comparison, characterized in that the adjustment of the directions of the discharged air includes controlling the directions of discharged air to produce one selected from the group consisting of an indirect wind, an indirect intermittent wind, and a direct intermittent wind according to the results of the comparison, wherein the indirect intermittent wind is produced by swinging the at least one blade (14a, 16a, 18a) such that the time for locating the at least one blade at angles, where a user does not directly sense the air current, is longer than the time for locating the at least one blade at angles, where the user directly senses the air current, when the indoor temperature is not lower than the control temperature and is not higher than a first temperature, which is higher than the control temperature. determining whether the sleep mode is inputted; sensing an indoor temperature, when it is determined that the sleep mode is inputted; and comparing (S214, S218) the sensed indoor temperature with a set control temperature, and adjusting (S216, S220, S222) the directions of the discharged air according to the results of the comparison, characterized in that the adjustment of the directions of the discharged air includes controlling the directions of discharged air to produce one selected from the group consisting of an indirect wind, an indirect intermittent wind, and a direct intermittent wind according to the results of the comparison, wherein the indirect intermittent wind is produced by swinging the at least one blade (14a, 16a, 18a) such that the time for locating the at least one blade at angles, where a user does not directly sense the air current, is longer than the time for locating the at least one blade at angles, where the user directly senses the air current, when the indoor temperature is not lower than the control temperature and is not higher than a first temperature, which is higher than the control temperature.