mhurhangee/ep-ind-claims huggingface dataset:
A road surface milling machine to which a conveyor or a similar conveying means is linked, wherein said conveyor or similar conveying means can be linked with a linkage area to the road surface milling machine in an articulated manner and is pivotable by way of a lifting apparatus with a loading area in relation to the road surface milling machine, wherein the lifting apparatus comprises at least one actuating element which is fastened with a fixed area to the conveyor and which can be brought into operational connection with the road surface milling machine with an actuating area actively movable relative to the fixed area via at least one pulling element in such a way that the loading area pivots in case of a movement of the actuating area relative to the fixed area, characterized in that a first deflecting element is provided on the conveyor via which the pulling element guided from the actuating area of the actuating element is deflectable and is guided to the road surface milling machine, and that a mounting bridge is provided which essentially spans a conveying area of the conveyor while forming a clear conveying area and on which the first deflecting element is arranged.
A method for preparing a silver-based electrical contact material, comprising the following steps: (a) providing a carbonaceous mesophase solution; (b) adding a silver source to the carbonaceous mesophase solution under stirring to obtain a mixture; (c) removing a solvent from the mixture to obtain a solid; and (d) subjecting the solid to a heat treatment to obtain a silver-based electrical contact material, and characterised in that the concentration of the carbonaceous mesophase solution is 0.01 to 4% by weight, and in that the silver source is silver powder prepared by a chemical method. (a) providing a carbonaceous mesophase solution; (b) adding a silver source to the carbonaceous mesophase solution under stirring to obtain a mixture; (c) removing a solvent from the mixture to obtain a solid; and (d) subjecting the solid to a heat treatment to obtain a silver-based electrical contact material,
A method of transmitting a video signal from a user device, the method comprising: capturing a plurality of frames of the video signal using a camera (102, 104) at the user device; using a motion sensor associated with the camera (102, 104) to generate a plurality of samples representing motion of the camera (102, 104); using the samples to determine a displacement of the camera (102, 104) between successive frames captured by the camera (102, 104); determining a pixel displacement representing motion in the video signal between the successive frames caused by the determined displacement of the camera (102, 104); comparing the pixel displacement to a threshold; if the pixel displacement exceeds said threshold, using a timer to determine whether a predetermined period of time has elapsed and stabilising the video signal prior to transmission only when said time period has elapsed; and transmitting the video signal without stabilisation and resetting said timer if the pixel displacement does not exceed said threshold. capturing a plurality of frames of the video signal using a camera (102, 104) at the user device; using a motion sensor associated with the camera (102, 104) to generate a plurality of samples representing motion of the camera (102, 104); using the samples to determine a displacement of the camera (102, 104) between successive frames captured by the camera (102, 104); determining a pixel displacement representing motion in the video signal between the successive frames caused by the determined displacement of the camera (102, 104); comparing the pixel displacement to a threshold; if the pixel displacement exceeds said threshold, using a timer to determine whether a predetermined period of time has elapsed and stabilising the video signal prior to transmission only when said time period has elapsed; and transmitting the video signal without stabilisation and resetting said timer if the pixel displacement does not exceed said threshold.
Regulating member for a watch movement, comprising an oscillator including at least a first and a second balance each comprising an inertia wheel (24a, 24b) and a balance staff (34a, 34b), the oscillator comprising at least one elastic member (32, 32a, 32b) intended to maintain the oscillations of the oscillator, said oscillator further comprising a gear train comprising at least two mobiles (42, 44, 45, 46, 47, 48, 49), the inertia wheel (24a, 24b) of each balance being fixed in rotation to a mobile (42, 44) of the gear train, said gear train being arranged to connect together the inertia wheels (24a, 24b) of the first and second balances by a desmodromic link so that the respective oscillations of the first and second balances are in phase opposition, the regulating member further comprising an escapement comprising at least one escapement wheel (16, 16a, 16b) and at least one anchor (17, 17a, 17b) intended to regulate said at least one escapement wheel (16, 16a, 16b) and to maintain the oscillations of said oscillator.
A system for enhancing data access capabilities between vehicles, the system comprising: a first vehicle having a first level of autonomy corresponding to a first set of capabilities and comprising a first controller and a first set of sensors, wherein the first controller is configured to: obtain data using the first set of sensors, receive a request for the data and an additional request for additional data from a second vehicle, the second vehicle comprising a second controller and a second set of sensors, the first vehicle and the second vehicle are a part of a distributed network, convert the data from a first format into a second format, wherein the second format is compatible with the second vehicle having a second level of autonomy, the second level of autonomy corresponding to a second set of capabilities that are lower than the first set of capabilities, receive, responsive to the additional request, a portion of the additional data from a third vehicle and a different portion of the additional data from a fourth vehicle, the portion from the third vehicle is in a third format and the different portion from the fourth vehicle is in a fourth format, the third vehicle and the fourth vehicle are part of the distributed network, convert the portion from the third format into the second format and the different portion from the fourth format to the second format, combine the portion and the different portion that are converted, and transmit in exchange for consideration, to the second vehicle, the data in the second format and the combination of the portion and the different portion. obtain data using the first set of sensors, receive a request for the data and an additional request for additional data from a second vehicle, the second vehicle comprising a second controller and a second set of sensors, the first vehicle and the second vehicle are a part of a distributed network, convert the data from a first format into a second format, wherein the second format is compatible with the second vehicle having a second level of autonomy, the second level of autonomy corresponding to a second set of capabilities that are lower than the first set of capabilities, receive, responsive to the additional request, a portion of the additional data from a third vehicle and a different portion of the additional data from a fourth vehicle, the portion from the third vehicle is in a third format and the different portion from the fourth vehicle is in a fourth format, the third vehicle and the fourth vehicle are part of the distributed network, convert the portion from the third format into the second format and the different portion from the fourth format to the second format, combine the portion and the different portion that are converted, and transmit in exchange for consideration, to the second vehicle, the data in the second format and the combination of the portion and the different portion.
A multimedia intelligent cleaning system, comprising: a self-propelled cleaning robot for cleaning a working surface; a safety guard device to connect with the self-propelled cleaning robot, wherein the multimedia intelligent cleaning system is characterized in that the self-propelled cleaning robot and the safety guard device are detachably connected with each other through a securing assembly, and wherein the securing assembly has a first state in which the safety guard device is connected with the self-propelled cleaning robot and a second state in which the safety guard device is separated from the self-propelled cleaning robot; a detection assembly to detect whether the securing assembly is in the first state or the second state; and a control unit to control whether the self-propelled cleaning robot enters a safe activation state depending on a detection signal from the detection assembly. a self-propelled cleaning robot for cleaning a working surface; a safety guard device to connect with the self-propelled cleaning robot, wherein the multimedia intelligent cleaning system is characterized in that the self-propelled cleaning robot and the safety guard device are detachably connected with each other through a securing assembly, and wherein the securing assembly has a first state in which the safety guard device is connected with the self-propelled cleaning robot and a second state in which the safety guard device is separated from the self-propelled cleaning robot; a detection assembly to detect whether the securing assembly is in the first state or the second state; and a control unit to control whether the self-propelled cleaning robot enters a safe activation state depending on a detection signal from the detection assembly.
A dust indicator for a vacuum cleaner, said dust indicator being arranged in a wall of a dustbin of the vacuum cleaner that is set under negative pressure with respect to the outside of said wall during operation of the vacuum cleaner, said dust indicator comprising: an air channel having an air inlet arranged at an outer side of said wall, and an air outlet arranged at an inner side of said wall, said air channel thereby providing an airflow into said dustbin during operation of the vacuum cleaner due to said negative pressure; and a sensor arranged for detecting dust by means of sending and/or receiving an electromagnetic signal transmitted through said dustbin wherein said air channel is arranged such that said airflow prevents dust from sticking in an area of the path of the electromagnetic signal of said sensor; and a transparent window behind which said sensor is arranged, thereby obtaining shielding of the sensor from dust and debris within said dustbin. an air channel having an air inlet arranged at an outer side of said wall, and an air outlet arranged at an inner side of said wall, said air channel thereby providing an airflow into said dustbin during operation of the vacuum cleaner due to said negative pressure; and a sensor arranged for detecting dust by means of sending and/or receiving an electromagnetic signal transmitted through said dustbin wherein said air channel is arranged such that said airflow prevents dust from sticking in an area of the path of the electromagnetic signal of said sensor; and a transparent window behind which said sensor is arranged, thereby obtaining shielding of the sensor from dust and debris within said dustbin.
A transmission having a frame in which a first drive shaft with a first gear non-rotatably mounted thereon and a second drive shaft with a second gear non-rotatably mounted thereon, having longitudinal axes (8, 22) disposed in parallel to one another, are rotatably mounted, and a switching device, wherein the first gear is configured at least in regions as a truncated cone with a first end and a second end and has first main teeth which extend completely from the first end to the second end of the first gear, wherein additional teeth are disposed at the end with the larger diameter, wherein the second gear is configured at least in regions as a truncated cone with a third end (26 and a fourth end and has second main teeth which extend completely from the third end to the fourth end of the second gear, wherein additional teeth are disposed at the end with the larger diameter, wherein the switching device is designed to displace at least one of the first gear and the second gear in parallel and relative to the respective other gear (12, 24) into a first, a second, and a third switching position, wherein in the first switching position, the first end of the first gear is engaged with fourth end of the second gear, wherein in the second switching position, the second end of the first gear is engaged with the fourth end of the second gear, and wherein in the third switching position, the second end of the first gear is engaged with the third end of the second gear, characterized in that at least one main tooth is at least partially interrupted.
An inhalation device comprising first (800a; 1701a) and second (800b; 1701b) elongate form medicament carriers, each having multiple distinct medicament dose portions (804a, 804b; 1704a, 1704b) in powdered form carried thereby, the medicament dose portions of the first carrier containing a medicament active, or mixture of medicament actives, which is different from that in the dose portions of the second carrier, said device having a dispensing mechanism for dispensing the distinct medicament dose portions carried by each of said medicament carriers, said mechanism comprising, a) at least one receiving station for receiving each of the medicament carriers; b) a release for releasing a distinct medicament dose portion from each of the medicament carriers; c) an outlet, positioned to be in communication with the distinct medicament dose portions releasable by said release; and d) at least one indexer for individually indexing the distinct medicament dose portions of each of the medicament carriers; wherein: e)(i) the spacing (A, B) of the multiple distinct dose portions is equivalent for each medicament carrier and the dispensing mechanism comprises a slip mechanism such that the first medicament carrier is advanced upon each actuating action whereas the second medicament carrier does not advance upon each actuating action, but intermittently; or e)(ii) the spacing (A, B) of the multiple distinct dose portions is non-equivalent for each medicament carrier and the dispensing mechanism is adapted to advance each medicament carrier upon each actuating action. a) at least one receiving station for receiving each of the medicament carriers; b) a release for releasing a distinct medicament dose portion from each of the medicament carriers; c) an outlet, positioned to be in communication with the distinct medicament dose portions releasable by said release; and d) at least one indexer for individually indexing the distinct medicament dose portions of each of the medicament carriers; e)(i) the spacing (A, B) of the multiple distinct dose portions is equivalent for each medicament carrier and the dispensing mechanism comprises a slip mechanism such that the first medicament carrier is advanced upon each actuating action whereas the second medicament carrier does not advance upon each actuating action, but intermittently; or e)(ii) the spacing (A, B) of the multiple distinct dose portions is non-equivalent for each medicament carrier and the dispensing mechanism is adapted to advance each medicament carrier upon each actuating action.
Method for laser welding one or more metal parts positioned against one another along a junction plane, in which: a) a nozzle is fed with a gas or a gas mixture and said nozzle is used to send a jet of protecting gas formed from said gas or gas mixture toward the junction plane, b) a laser beam, generated using a CO 2 laser generator, is used to melt and vaporise the metal of the metal parts, leading to the formation of a metal plasma plume above the junction plane characterised in that: in the step a), a gas or a gas mixture is used constituted of one or several of the constituents of the group formed by Ar, N 2, CO 2 and O 2, and d) the protecting gas jet delivered by the nozzle is directed or sent toward the metal plasma plume being formed above the junction plane, such that the protecting gas jet is flush with the top of the metal plasma plume and impinges on a part or the parts at a place where the metal of the parts has not been melted by the beam, that is to say that the gas jet is sent in the vicinity of the metal plasma plume such that the gas jet is flush with the top of said metal plasma plume. a) a nozzle is fed with a gas or a gas mixture and said nozzle is used to send a jet of protecting gas formed from said gas or gas mixture toward the junction plane, b) a laser beam, generated using a CO 2 laser generator, is used to melt and vaporise the metal of the metal parts, leading to the formation of a metal plasma plume above the junction plane characterised in that: in the step a), a gas or a gas mixture is used constituted of one or several of the constituents of the group formed by Ar, N 2, CO 2 and O 2, and in the step a), a gas or a gas mixture is used constituted of one or several of the constituents of the group formed by Ar, N 2, CO 2 and O 2, and d) the protecting gas jet delivered by the nozzle is directed or sent toward the metal plasma plume being formed above the junction plane, such that the protecting gas jet is flush with the top of the metal plasma plume and impinges on a part or the parts at a place where the metal of the parts has not been melted by the beam, that is to say that the gas jet is sent in the vicinity of the metal plasma plume such that the gas jet is flush with the top of said metal plasma plume.
Use of a recombinant non-replicative lentiviral vector of triplex type comprising: (i) a DNA region consisting of a cis-active region for central initiation (cPPT) and a cis-active region for termination of lentiviral origin, (ii) a polynucleotide encoding at least one protein of a virus of the genus Flavivirus or an immunogenic peptide of at least 8 amino acids of said protein, wherein said polynucleotide is under the control of regulatory signals for transcription and for expression, and (iii) regulatory sequences of lentiviral origin necessary and sufficient for encapsidation, reverse transcription and viral integration, and, optionally, regulatory sequences for the Rev protein, for preparing an immunogenic composition capable of eliciting a specific humoral response to an infection with a Flavivirus intended for the prevention and/or the treatment of a Flavivirus infection in a sensitive species. (i) a DNA region consisting of a cis-active region for central initiation (cPPT) and a cis-active region for termination of lentiviral origin, (ii) a polynucleotide encoding at least one protein of a virus of the genus Flavivirus or an immunogenic peptide of at least 8 amino acids of said protein, wherein said polynucleotide is under the control of regulatory signals for transcription and for expression, and (iii) regulatory sequences of lentiviral origin necessary and sufficient for encapsidation, reverse transcription and viral integration, and, optionally, regulatory sequences for the Rev protein,
Apparatus for supplying natural gas at elevated pressure, the apparatus including at least one main storage vessel (4,6,8,10) for LNG, a submerged pump in the said main storage vessel (4,6,8,10), the submerged pump being able to be placed in communication with a natural gas supply pipeline, wherein there is located in the natural gas supply pipeline at least one secondary vessel for holding the LNG able to be placed in communication with a forced vaporiser of the LNG, and wherein the secondary vessel has associated therewith means (30,32,60) for transferring the LNG under pressure from the secondary vessel to the forced vaporiser, the forced vaporiser being located in the natural gas supply pipeline, a compressor for compressing naturally-vaporised LNG from the said main storage vessel (4, 6, 8, 10) characterised in that the apparatus further includes means for precooling the naturally-vaporised LNG upstream of the compressor with LNG from the or each secondary vessel.
Highly abrasion-resistant tape, wherein the abrasion resistance of the backing is at least 150% of the sum of the abrasion resistances of the individual plies, measured in accordance with ISO 6722, Section 9.3 "Scrape abrasion resistance", for bandaging cable harnesses, in particular in automobiles, comprising a backing having a first outer layer A and a second outer layer B, with an interlayer C located between and firmly connected, in each case over its entire surface, to the outer layers A and B, the outer layers A and B being composed of a woven fabric, wherein the woven fabric is a filament fabric of polyester, polyamide, glass fibers or high-performance plastics such as carbon fibers and has 40 to 50 threads per cm in the warp direction and 20 to 30 threads per cm in the fill direction, the interlayer C being composed of a viscoelastic adhesive, preferably self-adhesive, or a double-sided adhesive tape.
A coupon (170, 300) for coupling to a cutout in a hot gas path component of a turbomachine, the coupon (170, 300) comprising: a body (180, 268, 302) having an outer surface (182, 270, 304); and a plurality of grinding depth indicators in the outer surface (182, 270, 304) of the body (180, 268, 302). a body (180, 268, 302) having an outer surface (182, 270, 304); and a plurality of grinding depth indicators in the outer surface (182, 270, 304) of the body (180, 268, 302).