mhurhangee/ep-ind-claims huggingface dataset:
Adjuster device having a fixed element, an adjustable element and a first locking device, wherein the adjustable element is mounted rotatably about a central axis relative to the fixed element, and the adjustable element is lockable relative to the fixed element by the first locking device, wherein the adjuster device has a second locking device for run-off protection, wherein the second locking device comprises an adapter plate and a blocking element, wherein the blocking element is arranged non-rotatably on the fixed element and the adapter plate is arranged rotatably about the central axis, wherein, in a blocking situation, a disengaging movement of the non-rotatable blocking element along an axis running parallel to the central axis is prevented by the adapter plate, wherein the adjustable element is drivable via the adapter plate, and wherein the adapter plate and the adjustable element are configured in such a manner that, during the transition from a blocking situation into a non-blocking situation, the adapter plate releases the path for the disengaging movement for the blocking element, and the adjustable element is drivable in such a manner that the rotation of the adjustable element brings about the disengaging movement, wherein the adjustable element is rotatable relative to the fixed element before the disengaging movement is released for the blocking element, wherein the adapter plate comprises a blocking bolt and the blocking element comprises a projection, characterized in that in a blocking situation, blocking bolt and projection are arranged one above the other along a direction running parallel to the central axis and, during the transition from the blocking situation into the non-blocking situation, are arranged offset with respect to each other along a direction running parallel to the central axis.
A lighting network comprising: a plurality of lighting units that can operate on AC power and DC power if the AC power is removed; at least one controller arranged to redistribute the DC power between the plurality of lighting units; an AC power monitoring unit arranged to detect the presence or absence of the AC power and characterised in that said lighting network comprise a master controller arranged to form a DC power distribution path, wherein the master controller further identifies an availability of the DC power in each of the plurality of lighting units and adjusts the redistribution of the DC power to extend a light availability in at least one of the plurality of lighting units. a plurality of lighting units that can operate on AC power and DC power if the AC power is removed; at least one controller arranged to redistribute the DC power between the plurality of lighting units; an AC power monitoring unit arranged to detect the presence or absence of the AC power and characterised in that said lighting network comprise a master controller arranged to form a DC power distribution path, wherein the master controller further identifies an availability of the DC power in each of the plurality of lighting units and adjusts the redistribution of the DC power to extend a light availability in at least one of the plurality of lighting units.
Method for generating a training data set for training an artificial intelligence module, AI module, comprising the steps of: - providing an image sequence in which the surroundings of a robot are recorded, - determining at least one trajectory (14a-14e) which is able to be placed in the recorded surroundings of the robot, - generating at least one future image sequence which ranges over a period of time (t0+n) in the future with regard to a sequence end time and, based on the at least one determined trajectory (14a-14e), comprises a prediction of images in the event that the determined trajectory (14a-14e) were followed during the period of time (t0+n) in the future, - assessing at least one section of the determined trajectory (14a-14e) contained in the generated image sequence as positive when a movement predicted by following the trajectory (14a-14e) corresponds to a valid movement situation, or as negative when the movement predicted by following the trajectory (14a-14e) corresponds to an invalid movement situation, and - combining the generated future image sequence with the assessment of the trajectory (14a-14e) assigned to this generated future image sequence, for generating a training data set for the AI module. - providing an image sequence in which the surroundings of a robot are recorded, - determining at least one trajectory (14a-14e) which is able to be placed in the recorded surroundings of the robot, - generating at least one future image sequence which ranges over a period of time (t0+n) in the future with regard to a sequence end time and, based on the at least one determined trajectory (14a-14e), comprises a prediction of images in the event that the determined trajectory (14a-14e) were followed during the period of time (t0+n) in the future, - assessing at least one section of the determined trajectory (14a-14e) contained in the generated image sequence as positive when a movement predicted by following the trajectory (14a-14e) corresponds to a valid movement situation, or as negative when the movement predicted by following the trajectory (14a-14e) corresponds to an invalid movement situation, and - combining the generated future image sequence with the assessment of the trajectory (14a-14e) assigned to this generated future image sequence, for generating a training data set for the AI module.
A dynamic spinal fixation system, the system comprises: a member with a superior end and an inferior end, the member comprising: a first attachment portion at the superior end of the member, wherein the first attachment portion includes a first opening; a second attachment portion at the inferior end of the member, wherein the second attachment portion includes a second opening; and an intermediate portion connecting the first attachment portion and the second attachment portion, characterized in that the member is curved in the sagittal plane to correspond to the shape of the patient's spine and in that the intermediate portion comprises a third attachment portion with a third opening; a first elastic mechanism connecting the first attachment portion and the third attachment portion of a non-uniform geometric shape about the sagittal and transverse planes; and a second elastic mechanism connecting the third attachment portion and the second attachment portion of a non-uniform geometric shape about the sagittal and transverse planes. a first attachment portion at the superior end of the member, wherein the first attachment portion includes a first opening; a second attachment portion at the inferior end of the member, wherein the second attachment portion includes a second opening; and an intermediate portion connecting the first attachment portion and the second attachment portion, characterized in that the member is curved in the sagittal plane to correspond to the shape of the patient's spine and in that the intermediate portion comprises a third attachment portion with a third opening; a first elastic mechanism connecting the first attachment portion and the third attachment portion of a non-uniform geometric shape about the sagittal and transverse planes; and a second elastic mechanism connecting the third attachment portion and the second attachment portion of a non-uniform geometric shape about the sagittal and transverse planes. a third attachment portion with a third opening; a first elastic mechanism connecting the first attachment portion and the third attachment portion of a non-uniform geometric shape about the sagittal and transverse planes; and a second elastic mechanism connecting the third attachment portion and the second attachment portion of a non-uniform geometric shape about the sagittal and transverse planes.
A computer-implemented method for automatic telephone calling, the method comprising: receiving a query at a server system and from a computing device that is remote from the server system; determining whether the query is for causing the remote computing device to call a telephone number automatically; providing the query to a particular search engine system, wherein the server system is configured to provide the query to a different search engine system if the query is determined to not to be for causing the remote computing device to call a telephone number automatically; receiving from the particular search engine system one or more search results that are responsive to the received query; and providing a particular telephone number, that corresponds to a most-prominently ranked of the one or more search results from the search engine system, to the remote computing device, so as to cause the remote computing device to call the particular telephone number automatically. receiving a query at a server system and from a computing device that is remote from the server system; determining whether the query is for causing the remote computing device to call a telephone number automatically; providing the query to a particular search engine system, wherein the server system is configured to provide the query to a different search engine system if the query is determined to not to be for causing the remote computing device to call a telephone number automatically; receiving from the particular search engine system one or more search results that are responsive to the received query; and providing a particular telephone number, that corresponds to a most-prominently ranked of the one or more search results from the search engine system, to the remote computing device, so as to cause the remote computing device to call the particular telephone number automatically.
Pipe clip (1; 1 A; 1 B; 1C; 1 D; 1 E; 1 F; 1 G) for fastening a pipe to a wall, ceiling or another support, comprising: - a metal annular clip body with an opening for attaching the pipe clip around the pipe, which opening is delimited by a first and a second end of the clip body, a first flange (7; 7A; 7B; 7C; 7D; 7E; 7F; 7G) and second flange being monolithically formed with the clip body from the same piece of sheet metal at the first and second end and extending in a radial direction, - a male fastening element comprising a head and a shank, the shank being associated with the first end and the head engaging the second end of the clip body for tightening the first and second end of the clip body together in a mounted state, characterised in that the pipe clip comprises, in addition to the first and second flange (7; 7A; 7B; 7C; 7D; 7E; 7F; 7G, 5), a hinged member (9; 9A; 9B; 9C; 9D; 9E; 9F; 9G) which is monolithically formed with the clip body from the same piece of sheet metal, said hinged member (9; 9A; 9B; 9C; 9D; 9E; 9F; 9G) engaging the male fastening element in order to cooperate with its shank or head. - a metal annular clip body with an opening for attaching the pipe clip around the pipe, which opening is delimited by a first and a second end of the clip body, a first flange (7; 7A; 7B; 7C; 7D; 7E; 7F; 7G) and second flange being monolithically formed with the clip body from the same piece of sheet metal at the first and second end and extending in a radial direction, - a male fastening element comprising a head and a shank, the shank being associated with the first end and the head engaging the second end of the clip body for tightening the first and second end of the clip body together in a mounted state, characterised in that the pipe clip comprises, in addition to the first and second flange (7; 7A; 7B; 7C; 7D; 7E; 7F; 7G, 5), a hinged member (9; 9A; 9B; 9C; 9D; 9E; 9F; 9G) which is monolithically formed with the clip body from the same piece of sheet metal, said hinged member (9; 9A; 9B; 9C; 9D; 9E; 9F; 9G) engaging the male fastening element in order to cooperate with its shank or head.
Tyre intended to equip a vehicle carrying heavy loads, the tread of which comprises a rubber composition based on at least: - an elastomer matrix comprising predominantly a styrene-butadiene emulsion copolymer, said copolymer having a content of butadiene units of greater than or equal to 50% by weight relative to the total weight of said copolymer, preferably in a range extending from 55 to 80% by weight relative to the total weight of said copolymer, - a reinforcing filler comprising predominantly silica, - a chemical crosslinking system, - an agent for coupling the silica with the elastomer matrix, and - a plasticizing system comprising from 2 to 15 phr, preferably from 2 to 10 phr, of at least one plasticizing resin having a glass transition temperature Tg of greater than or equal to 20°C, and the total content of the plasticizing system of which in the composition is within a range extending from 2 to 17 phr, preferably from 2 to 12 phr. - an elastomer matrix comprising predominantly a styrene-butadiene emulsion copolymer, said copolymer having a content of butadiene units of greater than or equal to 50% by weight relative to the total weight of said copolymer, preferably in a range extending from 55 to 80% by weight relative to the total weight of said copolymer, - a reinforcing filler comprising predominantly silica, - a chemical crosslinking system, - an agent for coupling the silica with the elastomer matrix, and - a plasticizing system comprising from 2 to 15 phr, preferably from 2 to 10 phr, of at least one plasticizing resin having a glass transition temperature Tg of greater than or equal to 20°C, and the total content of the plasticizing system of which in the composition is within a range extending from 2 to 17 phr, preferably from 2 to 12 phr.
A position detection device comprising a detection unit and a magnet (11, 12) facing the detection unit, the detection unit and the magnet (11, 12) being movable relatively to each other, wherein the magnet (11, 12) is magnetized in a direction perpendicular to a relative movement trajectory (Tx) of the detection unit, and the detection unit includes a magnetic sensor that detects a component of magnetic flux emerging from the magnet (11, 12) that is parallel to the movement trajectory (Tx), and a magnetic sensor that detects a component of the magnetic flux that is perpendicular to the movement trajectory (Tx), and wherein the magnet (11, 12) has a facing surface (11a, 12a) facing the movement trajectory (Tx), and, when seen in a cross-sectional representation comprising the movement trajectory (Tx), a distance between the movement trajectory (Tx) and each of both ends of the facing surface (11a, 12a) in a direction extending along the movement trajectory (Tx) is longer than a distance between the movement trajectory (Tx) and a center portion of the facing surface (11a, 12a), characterised in that a plurality of the magnets (11, 12) are disposed along the movement trajectory (Tx), and the facing surfaces (11a, 12a) of adjacent magnets (11, 12) among the magnets (11, 12) are magnetized to opposite polarities.
A device for amplifying a multi-wavelength laser beam, the device comprising: a. a first solid active laser medium having a first refractive index, the first active laser medium having at least two plane faces among a front face suitable for receiving the beam to be amplified, called the incident beam (F I), and a reflective rear face, the front face being inclined with respect to the rear face at a first non-zero inclination (β 1), the rear face being suitable for being cooled, and b. a second solid active laser medium having a second refractive index, the second active laser medium having at least two plane faces among a front face suitable for receiving the beam (F R1) reflected by the rear face and refracted by the front face of the first active laser medium, and a reflective rear face, the front face being inclined with respect to the rear face at a second non-zero inclination (β 2), the rear face being suitable for being cooled, the second active laser medium being arranged along the path of the beam (F R1) reflected by the rear face and refracted by the front face of the first active laser medium, characterized in that the first inclination (β 1), the second inclination (β 2) and the orientation of the second active laser medium are such that the sub-beams of each wavelength, forming the output beam (F R2) of the second active laser medium, are parallel to each other at the output of the second active laser medium. a. a first solid active laser medium having a first refractive index, the first active laser medium having at least two plane faces among a front face suitable for receiving the beam to be amplified, called the incident beam (F I), and a reflective rear face, the front face being inclined with respect to the rear face at a first non-zero inclination (β 1), the rear face being suitable for being cooled, and b. a second solid active laser medium having a second refractive index, the second active laser medium having at least two plane faces among a front face suitable for receiving the beam (F R1) reflected by the rear face and refracted by the front face of the first active laser medium, and a reflective rear face, the front face being inclined with respect to the rear face at a second non-zero inclination (β 2), the rear face being suitable for being cooled, the second active laser medium being arranged along the path of the beam (F R1) reflected by the rear face and refracted by the front face of the first active laser medium, characterized in that the first inclination (β 1), the second inclination (β 2) and the orientation of the second active laser medium are such that the sub-beams of each wavelength, forming the output beam (F R2) of the second active laser medium, are parallel to each other at the output of the second active laser medium.
Parting device, in particular trimming device, having a multi-member (12, 13, 14, 15) programmable robot and a parting tool wherein the robot is formed as a tactile force-/torque-controlled robot, wherein the parting tool is formed as a knife, wherein the parting device has an edge-sensing sensor integrated in the robot, which sensor has at least one force and/or torque sensor on a robot axis (I - VII) and is suitable for detecting a reference point on the workpiece, in particular an edge, and wherein the robot and/or the parting tool is/are designed to generate a vibrational movement in the feed direction.
A method for improving the oxidative stability of biodiesel comprising alkyl esters of a fatty acid, said method comprising adding to the biodiesel an alkyl phenol amine aldehyde condensate additive in an amount effective to improve the stability thereof where the additive is added to the biodiesel in an amount from 10 to 10,000 ppm, based on the biodiesel and an alkyl phenylene diamine in an amount effective to improve the stability thereof where the alkyl phenylene diamine is added to the biodiesel in an amount from 10 to 10,000 ppm, based on the biodiesel.
A method for producing an assembly by bonding a sheet made of a modified hydrogenated block copolymer with a thermoplastic resin sheet, wherein the modified hydrogenated block copolymer is a hydrogenated block copolymer having an alkoxysilyl group introduced therein in an amount of 0.1 to 10 parts by weight based on 100 parts by weight of the hydrogenated block copolymer, the method comprising steps of: activating an adherend surface of the thermoplastic resin sheet with at least one selected from plasma exposure, excimer UV exposure and corona discharge; and superposing the sheet made of the modified hydrogenated block copolymer having the alkoxysilyl group introduced therein with the adherend surface of the thermoplastic resin sheet to be subjected to thermally press-bonding. activating an adherend surface of the thermoplastic resin sheet with at least one selected from plasma exposure, excimer UV exposure and corona discharge; and superposing the sheet made of the modified hydrogenated block copolymer having the alkoxysilyl group introduced therein with the adherend surface of the thermoplastic resin sheet to be subjected to thermally press-bonding.
A system for altering refraction of an eye, the eye having a regular refractive error and being capable of benefiting from a desired irregular refractive alteration, the system comprising: a set of alternative tissue-shaping bodies having tissue-shaping surfaces and differing regular refractive powers; a tissue incising laser for transmitting a laser beam along an optical path; a support for positioning a selected tissue-shaping body along the optical path, the selected tissue-shaping body selected from among the set; a processor for determining a laser target surface in response to the desired irregular refractive alteration of the eye; and beam scanning optics coupled to the processor for scanning the beam along the laser target surface to incise tissue from the eye when the eye engages and conforms to the selected tissue-shaping surface such that removal of the incised tissue mitigates the regular errors of the eye and effects the desired irregular alteration. a set of alternative tissue-shaping bodies having tissue-shaping surfaces and differing regular refractive powers; a tissue incising laser for transmitting a laser beam along an optical path; a support for positioning a selected tissue-shaping body along the optical path, the selected tissue-shaping body selected from among the set; a processor for determining a laser target surface in response to the desired irregular refractive alteration of the eye; and beam scanning optics coupled to the processor for scanning the beam along the laser target surface to incise tissue from the eye when the eye engages and conforms to the selected tissue-shaping surface such that removal of the incised tissue mitigates the regular errors of the eye and effects the desired irregular alteration.
A method for communicating an Internet message between a source and a destination over the Internet, comprising: selecting a node of a first type; selecting a node of a second type; receiving an Internet message from the source at the selected node of a first type using a first communication protocol; communicating the internet message from the selected node of a first type to the selected node of a second type using a second communication protocol; and communicating the Internet message from the selected node of a second type to the destination using a third communication protocol; wherein the first communication protocol and third communication protocol are each a standard TCP over IP communication protocol, the second communication protocol is a modified TCP over IP protocol to provide high performance as compared to the first and third communication protocols. selecting a node of a first type; selecting a node of a second type; receiving an Internet message from the source at the selected node of a first type using a first communication protocol; communicating the internet message from the selected node of a first type to the selected node of a second type using a second communication protocol; and communicating the Internet message from the selected node of a second type to the destination using a third communication protocol; wherein the first communication protocol and third communication protocol are each a standard TCP over IP communication protocol, the second communication protocol is a modified TCP over IP protocol to provide high performance as compared to the first and third communication protocols.