mhurhangee/ep-ind-claims huggingface dataset:
A VCM (Voice Coil Motor) comprising: a bobbin configured to accommodate a lens; a coil block arranged at an outer circumferential surface of the bobbin; a base formed with an opening to allow a light to pass through the lens; a stator including a plurality of magnets facing the coil block, and a housing having a lateral surface in parallel with the outer circumferential surface of the bobbin and formed with a magnet accommodation hole; a yoke covering the housing and including an upper plate formed with an opening for exposing the lens and a lateral plate extended from the upper plate to a direction parallel with the lateral surface of the housing; and an elastic member arranged on an upper surface of one of the base or of the yoke and coupled to the bobbin to elastically support the bobbin, wherein the base includes a first foreign object penetration prevention unit in the shape of a wall protrusively formed along an edge of the upper surface of the base, and a coupling pillar formed at a corner of the upper surface of the base and connected to the first foreign object penetration prevention unit, the housing includes a second foreign object penetration prevention unit in the shape of a groove concavely formed at the bottom surface of the lateral surface of the housing, said second foreign object penetration prevention unit to be coupled to the first foreign object penetration prevention unit, and a coupling groove formed at a corner of the lateral surface of the housing and coupled with the coupling pillar of the base. a bobbin configured to accommodate a lens; a coil block arranged at an outer circumferential surface of the bobbin; a base formed with an opening to allow a light to pass through the lens; a stator including a plurality of magnets facing the coil block, and a housing having a lateral surface in parallel with the outer circumferential surface of the bobbin and formed with a magnet accommodation hole; a yoke covering the housing and including an upper plate formed with an opening for exposing the lens and a lateral plate extended from the upper plate to a direction parallel with the lateral surface of the housing; and an elastic member arranged on an upper surface of one of the base or of the yoke and coupled to the bobbin to elastically support the bobbin, wherein the base includes a first foreign object penetration prevention unit in the shape of a wall protrusively formed along an edge of the upper surface of the base, and a coupling pillar formed at a corner of the upper surface of the base and connected to the first foreign object penetration prevention unit, the housing includes a second foreign object penetration prevention unit in the shape of a groove concavely formed at the bottom surface of the lateral surface of the housing, said second foreign object penetration prevention unit to be coupled to the first foreign object penetration prevention unit, and a coupling groove formed at a corner of the lateral surface of the housing and coupled with the coupling pillar of the base.
Compound of formula below, the addition salts thereof, the dimer thereof and also the organic or inorganic acid salts thereof, the optical isomers thereof, the geometric isomers thereof, and the solvates thereof such as hydrates: in which R a, R b and R c denote, independently of one another, a hydrogen atom, or a linear or branched C 1 -C 4 alkyl group, preferably a hydrogen atom or a methyl group; R denotes a linear C 4 -C 18 alkylene or alkenylene chain, preferably a linear C 7 -C 18 alkylene chain; x denotes 0 or 1; when x is 0, the amine is tertiary, then Y denotes an anionic group, preferably Y is chosen from carboxylate, phosphonate, phosphate, sulfate and sulfonate groups; when x is 1, the amine is quaternary, Y denotes an anionic group, preferably Y is chosen from carboxylate, phosphonate, phosphate, sulfate and sulfonate groups; or a non-ionic group, preferably Y is chosen from carboxylic acid, phosphonic acid, phosphoric acid, sulfonic acid and sulfuric acid groups; it being understood that, when the compound of formula contains an anionic or cationic charge, it is combined with one or more cationic or anionic counterions that afford formula electrical neutrality. in which R a, R b and R c denote, independently of one another, a hydrogen atom, or a linear or branched C 1 -C 4 alkyl group, preferably a hydrogen atom or a methyl group; R denotes a linear C 4 -C 18 alkylene or alkenylene chain, preferably a linear C 7 -C 18 alkylene chain; x denotes 0 or 1; when x is 0, the amine is tertiary, then Y denotes an anionic group, preferably Y is chosen from carboxylate, phosphonate, phosphate, sulfate and sulfonate groups; when x is 1, the amine is quaternary, Y denotes an anionic group, preferably Y is chosen from carboxylate, phosphonate, phosphate, sulfate and sulfonate groups; or a non-ionic group, preferably Y is chosen from carboxylic acid, phosphonic acid, phosphoric acid, sulfonic acid and sulfuric acid groups; it being understood that, when the compound of formula contains an anionic or cationic charge, it is combined with one or more cationic or anionic counterions that afford formula electrical neutrality.
Luggage apparatus comprising a suitcase having substantially rigid sides (7, 8, 17, 77) and two substantially rigid faces (1, 10), the two faces being a rear face and a front face, the sides including an extensible flexible portion for securing objects to the rear face, the suitcase comprising one or more wheels projecting with reference to the front face and one or more wheels projecting with reference to a side, the wheels projecting with reference to a side being configured to allow the user to roll the suitcase in a vertical orientation, and a handle with an articulated connection to the suitcase characterised in that: - the rear face comprises raised ribs and hollow tracks capable of interlocking with corresponding raised ribs and hollow tracks of a front face of another identical case; and - the front face comprises raised ribs and hollow tracks capable of interlocking with the rear face of another identical suitcase, as well as wheels of chosen size embedded in the said front face, and configured to allow the user to roll the suitcase in a horizontal orientation, and to allow too large a protuberance to be created so as to allow the said identical suitcases to be assembled while ensuring that the said suitcase rolls without friction on the ground. - the rear face comprises raised ribs and hollow tracks capable of interlocking with corresponding raised ribs and hollow tracks of a front face of another identical case; and - the front face comprises raised ribs and hollow tracks capable of interlocking with the rear face of another identical suitcase, as well as wheels of chosen size embedded in the said front face, and configured to allow the user to roll the suitcase in a horizontal orientation, and to allow too large a protuberance to be created so as to allow the said identical suitcases to be assembled while ensuring that the said suitcase rolls without friction on the ground.
Method for temporarily running empty a packaging line, in particular a food packaging line, comprising a packaging machine and at least one further component (5, 6) located upstream and/or downstream, characterized in that all upstream components are run empty apart from the packaging machine, and all packs filled with a food are closed, but partially remain in the packaging machine.
A method (200; 300; 400) for providing cross content network event attribution, the method comprising: receiving (220; 430), by a first coordination server, an event attribution request for a conversion event from an attribution server, wherein the conversion event is an online activity performed by a user via one of a plurality of user devices after a first interaction event and a second interaction event, wherein the first interaction event is a first online activity performed by the user via one of the plurality of user devices with one or more content items managed by the first coordination server, wherein the second interaction event is a second online activity performed by the user via one of the plurality of user devices with one or more second content items managed by a second coordination server characterised by: determining (230; 440), by the first coordination server, whether the conversion event is attributable to the first interaction event by searching a plurality of confirmation messages for a plurality of interaction events comprising the first interaction event; and sending (250; 450), by the first coordination server, first data descriptive of the first interaction event to the attribution server in response to determining that the conversion event is attributable to the first interaction event to resolve duplicate attribution of the conversion event to the first interaction event and to the second interaction event, wherein the duplicate attribution is resolved by the attribution server with the first data descriptive of the first interaction event and second data descriptive of the second interaction event received by the attribution server from the second coordination server. determining (230; 440), by the first coordination server, whether the conversion event is attributable to the first interaction event by searching a plurality of confirmation messages for a plurality of interaction events comprising the first interaction event; and sending (250; 450), by the first coordination server, first data descriptive of the first interaction event to the attribution server in response to determining that the conversion event is attributable to the first interaction event to resolve duplicate attribution of the conversion event to the first interaction event and to the second interaction event, wherein the duplicate attribution is resolved by the attribution server with the first data descriptive of the first interaction event and second data descriptive of the second interaction event received by the attribution server from the second coordination server.
A plasma enhanced gas reactor apparatus comprising a reaction chamber (12;44;82), means for coupling microwave radiation into the chamber, a pair of opposed field enhancing electrodes (18,21;62,63) for concentrating microwave energy so as to form plasma in a localised region between the electrodes (18,21:62,63), gas passages (13,14,18,21;51,51,62,63) for passing a gaseous medium into and out of the chamber (12;44;82) so that the gaseous medium passes through the said localised region of plasma, characterised in that the electrodes (18,21;62,63) comprise electrically conducting tubes (18,21;62,63) held in electrode holders (17,19;53,54) located in the chamber wall, the electrode tubes being removable and replaceable from the electrode holders (17,19;53,54) from the outside of the apparatus.
A computer implemented method, comprising: obtaining a first image that depicts first text written in a source language; inputting the first image into an image feature extractor that is trained to extract, from an input image, a set of image features that are a description of a portion of the input image in which the text is depicted; obtaining, from the feature extractor and in response to inputting the first image into the feature extractor, a first set of image features representing the first text present in the first image; inputting the first set of image features into a decoder, wherein the decoder is trained to infer text in a target language from an input set of image features, wherein the inferred text is a predicted translation of text represented by the input set of image features; and obtaining, from the decoder and in response to inputting the first set of image features into the decoder, a second text that is in a target language and is predicted to be a translation of the first text; wherein the feature extractor and the decoder are trained using a single loss function. obtaining a first image that depicts first text written in a source language; inputting the first image into an image feature extractor that is trained to extract, from an input image, a set of image features that are a description of a portion of the input image in which the text is depicted; obtaining, from the feature extractor and in response to inputting the first image into the feature extractor, a first set of image features representing the first text present in the first image; inputting the first set of image features into a decoder, wherein the decoder is trained to infer text in a target language from an input set of image features, wherein the inferred text is a predicted translation of text represented by the input set of image features; and obtaining, from the decoder and in response to inputting the first set of image features into the decoder, a second text that is in a target language and is predicted to be a translation of the first text; wherein the feature extractor and the decoder are trained using a single loss function.
A surgical instrument for inserting an implantable electrode carrier, the instrument comprising: a housing having a proximal end and a distal end, the proximal end configured to releasably hold the implantable electrode carrier and the distal end having a handle configured to allow a surgeon to grip the housing; and characterized by a vibration generator positioned within the housing, the vibration generator configured to generate vibrations in at least a portion of the housing so as to cause vibrations in the electrode carrier during an insertion process. a housing having a proximal end and a distal end, the proximal end configured to releasably hold the implantable electrode carrier and the distal end having a handle configured to allow a surgeon to grip the housing; and characterized by a vibration generator positioned within the housing, the vibration generator configured to generate vibrations in at least a portion of the housing so as to cause vibrations in the electrode carrier during an insertion process.
Liquid edible fat-continuous emulsion comprising from 3 to 40% by weight on the total emulsion of a dispersed aqueous phase and from 60 to 97% by weight on the total emulsion of a continuous fat phase, wherein said fat phase comprises 80-100% by weight on the total fat phase of triglycerides of fatty acids, wherein these fatty acids are present in the following amounts (by weight, on the total of fatty acids): - 1 -15% of caprylic acid - 1 -15% of capric acid - 0 - 1% of lauric acid - 40 - 95% of fatty acids of 16 carbon atoms length or longer, single or multiple unsaturated taken together - 5 - 25 of saturated fatty acids of 16 carbon atoms length or longer. - 1 -15% of caprylic acid - 1 -15% of capric acid - 0 - 1% of lauric acid - 40 - 95% of fatty acids of 16 carbon atoms length or longer, single or multiple unsaturated taken together - 5 - 25 of saturated fatty acids of 16 carbon atoms length or longer.
A luminance characteristics generation method, comprising: for each of frames included in a video: determining a value as first luminance characteristics, the value being obtained by dividing the number of pixels having luminances less than or equal to a first luminance among all pixels included in the frame by the number of all the pixels included in the frame, the first luminance characteristics being dynamic metadata that indicate time-series luminance characteristics of the video, and outputting the first luminance characteristics determined in the determining of the value to a memory; the method further comprising: generating dynamic metadata for each scene of the video by calculating an average value or the maximum value using the dynamic metadata temporarily stored in memory corresponding to frames of as much as one scene; and recording video data including the video and the generated luminance dynamic metadata for each scene, said video data being later received by a display device, which uses the luminance dynamic metadata for tone mapping the displayed images according to a luminance of the video that changes temporally. determining a value as first luminance characteristics, the value being obtained by dividing the number of pixels having luminances less than or equal to a first luminance among all pixels included in the frame by the number of all the pixels included in the frame, the first luminance characteristics being dynamic metadata that indicate time-series luminance characteristics of the video, and outputting the first luminance characteristics determined in the determining of the value to a memory; generating dynamic metadata for each scene of the video by calculating an average value or the maximum value using the dynamic metadata temporarily stored in memory corresponding to frames of as much as one scene; and recording video data including the video and the generated luminance dynamic metadata for each scene, said video data being later received by a display device, which uses the luminance dynamic metadata for tone mapping the displayed images according to a luminance of the video that changes temporally.
LED light unit for an aircraft, comprising: a support portion, a light source having at least one LED, the light source being arranged on the support portion, and a refractive optical element having an inner surface and an outer surface, the refractive optical element being attached to the support portion and being arranged over the light source, wherein the refractive optical element has a chamfer portion adjacent the support portion, wherein at least one of the inner surface and the outer surface has at least one chamfer surface (92; 94; 96; 98) in the chamfer portion, characterised in that the LED light unit is an air plane rear navigation light unit having an air plane rear navigation light intensity distribution, and in that the at least one chamfer surface (92; 94; 96; 98) refracts light away from an ambient light emission direction of the air plane rear navigation light intensity distribution, wherein the ambient light emission direction is an angular region of between 70° and 90° with respect to a principal light emission direction of the LED light unit. a support portion, a light source having at least one LED, the light source being arranged on the support portion, and a refractive optical element having an inner surface and an outer surface, the refractive optical element being attached to the support portion and being arranged over the light source, wherein the refractive optical element has a chamfer portion adjacent the support portion, wherein at least one of the inner surface and the outer surface has at least one chamfer surface (92; 94; 96; 98) in the chamfer portion, characterised in that the LED light unit is an air plane rear navigation light unit having an air plane rear navigation light intensity distribution, and in that the at least one chamfer surface (92; 94; 96; 98) refracts light away from an ambient light emission direction of the air plane rear navigation light intensity distribution, wherein the ambient light emission direction is an angular region of between 70° and 90° with respect to a principal light emission direction of the LED light unit.
Apparatus for treating tissue by applying a force to the tissue, the apparatus comprising: a deployable segment having proximal and distal regions (132, 134), and a main body extending therebetween; the deployable segment being capable of deployment using a catheter and stylet arrangement; a loop member formed at the distal region of the deployable segment, the loop member defining an opening that is adjustable in size; said apparatus being characterized in that it further comprises a spring member disposed proximal to the loop member, the spring member having proximal and distal ends (142, 144), and dimensioned to circumferentially surround at least a portion of the main body, wherein the distal end of the spring member is movable to apply a compressive force to adjust the size of the opening of the loop member and compress tissue disposed within the opening of the loop member, and wherein a diameter of the loop member is configured to be reduced and increased any number of times by retracting and advancing of the stylet arrangement before final deployment of the deployable segment. a deployable segment having proximal and distal regions (132, 134), and a main body extending therebetween; the deployable segment being capable of deployment using a catheter and stylet arrangement; a loop member formed at the distal region of the deployable segment, the loop member defining an opening that is adjustable in size; said apparatus being characterized in that it further comprises a spring member disposed proximal to the loop member, the spring member having proximal and distal ends (142, 144), and dimensioned to circumferentially surround at least a portion of the main body, wherein the distal end of the spring member is movable to apply a compressive force to adjust the size of the opening of the loop member and compress tissue disposed within the opening of the loop member, and wherein a diameter of the loop member is configured to be reduced and increased any number of times by retracting and advancing of the stylet arrangement before final deployment of the deployable segment.
A laser system to treat an eye with a laser beam, comprising: a laser to generate the laser beam; a tomography system to generate a measurement beam and measure an optically transmissive material of the eye; an optical delivery system coupled to the laser and the tomography system to deliver the laser beam and the measurement beam to the eye; and a processor coupled to the laser, the tomography system, and the optical delivery system, the processor comprising a tangible medium embodying instructions to: place a mark (720, 740) on the eye with the laser beam in response to a target location (710, 730) and measure a location of the mark with the measurement beam, characterised in that the processor further comprises instructions to: compare the location of the mark with the target location and calibrate the laser in response to the difference in the measured location of the mark and the target location. a laser to generate the laser beam; a tomography system to generate a measurement beam and measure an optically transmissive material of the eye; an optical delivery system coupled to the laser and the tomography system to deliver the laser beam and the measurement beam to the eye; and a processor coupled to the laser, the tomography system, and the optical delivery system, the processor comprising a tangible medium embodying instructions to: place a mark (720, 740) on the eye with the laser beam in response to a target location (710, 730) and measure a location of the mark with the measurement beam, characterised in that the processor further comprises instructions to: compare the location of the mark with the target location and calibrate the laser in response to the difference in the measured location of the mark and the target location. place a mark (720, 740) on the eye with the laser beam in response to a target location (710, 730) and measure a location of the mark with the measurement beam, characterised in that the processor further comprises instructions to: compare the location of the mark with the target location and calibrate the laser in response to the difference in the measured location of the mark and the target location.