mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method for identifying content in stereoscopic videos, the method comprising: receiving, from a user device, a video content item for uploading to a content provider; selecting a frame from a plurality of frames of the video content item for generating one or more fingerprints corresponding to the video content item; generating a first fingerprint corresponding to the selected frame, a second fingerprint corresponding to a first encoded portion of the selected frame, and a third fingerprint corresponding to a second encoded portion of the selected frame; comparing each of the first fingerprint, the second fingerprint, and the third fingerprint to a plurality of reference fingerprints corresponding to reference video content items; determining whether at least one of the first fingerprint, the second fingerprint, and the third fingerprint match a reference fingerprint of the plurality of reference fingerprints; and in response to determining that at least one of the first fingerprint, the second fingerprint, and the third fingerprint match the reference fingerprint, causing an indication of the match to be presented on the user device, wherein the first encoded portion of the selected frame and the second encoded portion of the selected frame correspond to a first image to be presented to a left eye of a viewer and a second image to be presented to a right eye of the viewer when the video content item is presented stereoscopically. receiving, from a user device, a video content item for uploading to a content provider; selecting a frame from a plurality of frames of the video content item for generating one or more fingerprints corresponding to the video content item; generating a first fingerprint corresponding to the selected frame, a second fingerprint corresponding to a first encoded portion of the selected frame, and a third fingerprint corresponding to a second encoded portion of the selected frame; comparing each of the first fingerprint, the second fingerprint, and the third fingerprint to a plurality of reference fingerprints corresponding to reference video content items; determining whether at least one of the first fingerprint, the second fingerprint, and the third fingerprint match a reference fingerprint of the plurality of reference fingerprints; and in response to determining that at least one of the first fingerprint, the second fingerprint, and the third fingerprint match the reference fingerprint, causing an indication of the match to be presented on the user device, wherein the first encoded portion of the selected frame and the second encoded portion of the selected frame correspond to a first image to be presented to a left eye of a viewer and a second image to be presented to a right eye of the viewer when the video content item is presented stereoscopically.
A printed circuit board comprising: a ground plane comprising a pattern of an electrically conductive material; and a circuit trace disposed adjacent to the ground plane, where one or more characteristics of one or more of the pattern of the electrically conductive material in the ground plane and the circuit trace vary based upon a directional change of the circuit trace, wherein the circuit trace includes a portion that is uncurved in the plane of the ground plane and a portion that is curved in the plane of the ground plane, and the pattern includes a repeating pattern element, and wherein an orientation of an instance of the repeating pattern element varies within the pattern depending upon one or more of a direction of the circuit trace and a curvature of the circuit trace, wherein the pattern is a grid comprising a plurality of lines, which comprise lines of conductive material having a first direction and lines of conductive material having a second direction, wherein the first and second directions are perpendicular to one another, and wherein an orientation of at least one line of the plurality of lines of the grid varies based upon one or more of the direction of the circuit trace and the curvature of the circuit trace. a ground plane comprising a pattern of an electrically conductive material; and a circuit trace disposed adjacent to the ground plane, where one or more characteristics of one or more of the pattern of the electrically conductive material in the ground plane and the circuit trace vary based upon a directional change of the circuit trace, wherein the circuit trace includes a portion that is uncurved in the plane of the ground plane and a portion that is curved in the plane of the ground plane, and the pattern includes a repeating pattern element, and wherein an orientation of an instance of the repeating pattern element varies within the pattern depending upon one or more of a direction of the circuit trace and a curvature of the circuit trace, wherein the pattern is a grid comprising a plurality of lines, which comprise lines of conductive material having a first direction and lines of conductive material having a second direction, wherein the first and second directions are perpendicular to one another, and wherein an orientation of at least one line of the plurality of lines of the grid varies based upon one or more of the direction of the circuit trace and the curvature of the circuit trace.
An apparatus (100, 200, 300, 400) for heating a material (122, 150), the apparatus comprising: an electromagnetic induction coil; an electrically conductive circuit (130, 430); the conductive circuit (130, 430) being adapted to transfer heat to the material (122,150) Characterized by the electrically conductive circuit (130, 430) being selectively switchable between a closed electrical circuit mode and an open electrical circuit mode; and by the conductive circuit (130, 430) being inductively heatable by the induction coil in the closed electrical circuit mode; and by the induction coil being capable of being electrically powered when the conductive circuit (130, 430) is in the closed circuit mode and when the conductive circuit (130, 430) is in the open circuit mode. an electromagnetic induction coil; an electrically conductive circuit (130, 430); the conductive circuit (130, 430) being adapted to transfer heat to the material (122,150) the electrically conductive circuit (130, 430) being selectively switchable between a closed electrical circuit mode and an open electrical circuit mode; and by the conductive circuit (130, 430) being inductively heatable by the induction coil in the closed electrical circuit mode; and by the induction coil being capable of being electrically powered when the conductive circuit (130, 430) is in the closed circuit mode and when the conductive circuit (130, 430) is in the open circuit mode.
Bearing damper element which comprises a ring mounted between a rotating object and a supporting object which supports the ring, whereby the ring comprises at least three slits through the thickness of the ring in the axial direction (X-X') and at a distance of the radial inner and outer surface (9a, 9b) of the ring, characterised in that at least half of the slits have one or more damping parts with a maximum width of 0.5 millimetres, whereby the damping parts are concentric and do not overlap and in that at least one slit has one or more spring parts with a minimum width that is greater than the width of the damping parts.
Hood (4, 4', 4", 4"') for a cleanroom gown, the hood comprising a base body defining an outside and an inside adapted to receive a head of an operator, the base body having a visor opening having a lower border and an upper border, wherein the hood includes a visor fixed in the visor opening, wherein the visor comprises a visor circumference with an upper border and a lower border, the lower border of the visor comprising a nose cut-out or a nose bulge provided for a nose of the operator, characterized in that the hood further comprises at least one fixing device arranged at an upper end of the nose cut-out or at the front end of the nose bulge for releasably fixing the lower border of the visor opening to the visor, further characterized in that the hood further comprises a releasable pressing device for pressing the mask portion onto the face of the operator and/or for pressing the lower border of the visor against the cheek of the operator,.
An assortment for the assembly of sectional gates, comprising a first set of gate leaf elements (10, 20, 80), from which a first gate leaf having a first thickness can be produced, and a second set of gate leaf elements (110, 120, 180), from which a second gate leaf having a second thickness can be produced, wherein the second thickness is more than 15 mm greater than the first thickness, the assortment further comprising lateral frame uprights which can be fixed in the region of the lateral edges of a wall opening to be sealed by the gate leaves and have sealing arrangements to which, after assembly, in a closed position sealing the wall opening, outer boundary surfaces of the gate leaves facing away from the sealed room, can be applied, the assortment further comprising guide rail segments which can be fixed on the lateral frame uprights and which, after assembly, extend approximately in the direction of gravity from the ground towards the upper edge of the wall opening, the assortment further comprising guide rollers (50, 60) which, after assembly, are designed to interact with the guide rail segments to guide a gate leaf movement between a closed position and an open position, and the assortment further comprising roller holders (40, 70, 140, 170), which can be fixed on the gate leaf elements and by means of which the guide rollers can be fixed to the gate leaf elements, characterised in that the roller holders (40, 70, 140, 170) comprise a first roller holder set (40, 70), for fastening the guide rollers (50, 60) to the first set of gate leaf elements (10, 20, 80), and a second roller holder set (140, 170) differing from the first roller holder set (40, 70), for fastening the guide rollers (50, 60) to the second set of gate leaf elements (110, 180), wherein the roller axes of two guide rollers (50, 60) which are fastened, by means of roller holders (40, 70) from the first roller holder set, to inner boundary surfaces, facing away from the outer boundary surfaces, of gate leaf elements (10, 20, 80) from the first set of elements, and which are arranged, after assembly, one above the other in the closed position, are arranged on the same guiding plane as the roller axes of two guide rollers (50, 60) which are fastened, by means of roller holders (140, 170) from the second roller holder set, to inner boundary surfaces of gate leaf elements (110, 120, 180) from the second set of elements, and which are arranged, after assembly, one above the other in the closed position.
An article, comprising a curable film on a release substrate and/or carrier substrate, wherein the curable film comprises: (a) at least one cyanoacrylate monomer selected from compounds of formula wherein R 1 is a divalent linking group comprising 1 to 10 carbon atoms, and A represents an C 5 -C 50 aryl residue or a C 2 -C 50 heteroaryl residue; and (b) at least one film forming (co)polymer. (a) at least one cyanoacrylate monomer selected from compounds of formula wherein R 1 is a divalent linking group comprising 1 to 10 carbon atoms, and A represents an C 5 -C 50 aryl residue or a C 2 -C 50 heteroaryl residue; and (b) at least one film forming (co)polymer.
A toner comprising: a binder resin; and a colorant, wherein the colorant includes Solvent Red 49, and an acid value of the toner is 9.0 mgKOH/g or greater but 30.0 mgKOH/ g or less, as measured according to the description. a binder resin; and a colorant, wherein the colorant includes Solvent Red 49, and an acid value of the toner is 9.0 mgKOH/g or greater but 30.0 mgKOH/ g or less, as measured according to the description.
A thermodynamic machine comprising a cold stage that comprises a plurality of components (14, 15, 16, 20, 28) including an evaporator that is adapted for the through passage of an air flow (18, 19) during the operation of the machine, said thermodynamic machine further comprising a base and a cap and components (14, 20) of the cold stage being supported between the base and the cap, characterised in that the base and the cap are one-piece parts, specific shapes produced in the base and in the cap are adapted to guide the air flow, and in that the base and the cap together provide a seal for the air flow.
A stretch laminate comprising: one or more substrates adhesively bonded to an elastic film by a hot melt adhesive; wherein the hot melt adhesive comprises: a. 35 to 70 weight percent of a polypropylene (co)polymer having (i) a heat of fusion less than 15J/g measured at 10°C/min heating and cooling rate in accordance with ASTM D3418-12; (ii) a propylene content greater than 50% of the (co)polymer; b. 2 to 15 weight percent of a wax having (i) a heat of fusion greater than 50 J/g measured at 10°C/min heating and cooling rate in accordance with ASTM D3418-12, and (ii) a melting peak greater than 100°C measured in accordance with ASTM D3418-12; c. a tackifier wherein the adhesive has (i) a storage modulus (G' 40) of 5×10 5 to 5×10 7 Pascal at 40°C, 10 rad/s; (ii) a storage modulus (G' 80) of 5×10 3 to 1×10 7 Pascal at 80°C, 10 rad/s; and (iii) a density range of 0.75 to 0.90 g/cm 3 at 160°C measured in accordance with ASTM D1475; characterized in that the propylene (co)polymer is a propylene homopolymer or comprises a comonomer selected from the group consisting of C2, C4, C5, C7, C8, C9, C10, C11, C12 and mixtures thereof. one or more substrates adhesively bonded to an elastic film by a hot melt adhesive; wherein the hot melt adhesive comprises: a. 35 to 70 weight percent of a polypropylene (co)polymer having (i) a heat of fusion less than 15J/g measured at 10°C/min heating and cooling rate in accordance with ASTM D3418-12; (ii) a propylene content greater than 50% of the (co)polymer; b. 2 to 15 weight percent of a wax having (i) a heat of fusion greater than 50 J/g measured at 10°C/min heating and cooling rate in accordance with ASTM D3418-12, and (ii) a melting peak greater than 100°C measured in accordance with ASTM D3418-12; c. a tackifier a. 35 to 70 weight percent of a polypropylene (co)polymer having (i) a heat of fusion less than 15J/g measured at 10°C/min heating and cooling rate in accordance with ASTM D3418-12; (ii) a propylene content greater than 50% of the (co)polymer; b. 2 to 15 weight percent of a wax having (i) a heat of fusion greater than 50 J/g measured at 10°C/min heating and cooling rate in accordance with ASTM D3418-12, and (ii) a melting peak greater than 100°C measured in accordance with ASTM D3418-12; c. a tackifier wherein the adhesive has (i) a storage modulus (G' 40) of 5×10 5 to 5×10 7 Pascal at 40°C, 10 rad/s; (ii) a storage modulus (G' 80) of 5×10 3 to 1×10 7 Pascal at 80°C, 10 rad/s; and (iii) a density range of 0.75 to 0.90 g/cm 3 at 160°C measured in accordance with ASTM D1475; characterized in that the propylene (co)polymer is a propylene homopolymer or comprises a comonomer selected from the group consisting of C2, C4, C5, C7, C8, C9, C10, C11, C12 and mixtures thereof.
A method of determining distant metastases free survival in colon cancer patients after surgical treatment consisting of determination of the quantity of microRNAs comprising isolation of RNA from colorectal cancer tissue, quantification of microRNA, characterised in that 10-microRNAs: hsa-miR-155, hsa-miR-210, hsa-miR-539, hsa-miR-1296, hsa-miR-1303, hsa-miR-151-5p, hsa-miR-497, hsa-miR-552, hsa-miR-572, hsa-miR-939 are quantified by quantitative reverse transcriptase polymerase chain reaction or hybridisation method, such as Nanostring technology, and further the obtained microRNA expression values are input to the microRNA expression values in the recurrence risk prediction model and the risk score RS of recurrence of colorectal cancer is calculated as logit function including a weighting factor of the contribution of each analysed microRNA according to formula: logit = 0,95 + 0.86 × hsa-miR-155 + 0.73 × hsa-miR-210 - 0.84 × hsa-miR-539 - 0.47 × hsa-miR-1296 + 0.65 × hsa-miR-1303 - 0,17 × hsa-miR-151-5p - 0,27 × hsa-miR-497 - 0,35 × hsa-miR-552 + 0.55 × hsa-miR-572 - 0,07 × hsa-miR-939.
A method for producing a molded potato product, comprising the following steps in the indicated order a) providing a raw potato mass comprising all parts of raw, peeled and chopped potatoes and/or of a technically prepared equivalent selected from potato flour, starch flour, potato fibres or dried mashed potatoes, b) providing a potato mass comprising cooked, peeled and chopped potatoes and/or of a technically prepared equivalent selected from potato flour, starch flour, potato fibres or dried mashed potatoes, c) blending the two masses to form a mixture, d) cooling the mixture to a temperature of 4 - 15 °C, e) shaping a molded product from the cooled mass, f) thermally treating the molded product by means a superheated steam method to achieve a core temperature in the molded product of at least 65°C, whereby a gelatinization the potato starch components is caused, so that the water content in the molded product decreases after heat treatment and a blank is produced. a) providing a raw potato mass comprising all parts of raw, peeled and chopped potatoes and/or of a technically prepared equivalent selected from potato flour, starch flour, potato fibres or dried mashed potatoes, b) providing a potato mass comprising cooked, peeled and chopped potatoes and/or of a technically prepared equivalent selected from potato flour, starch flour, potato fibres or dried mashed potatoes, c) blending the two masses to form a mixture, d) cooling the mixture to a temperature of 4 - 15 °C, e) shaping a molded product from the cooled mass, f) thermally treating the molded product by means a superheated steam method to achieve a core temperature in the molded product of at least 65°C, whereby a gelatinization the potato starch components is caused, so that the water content in the molded product decreases after heat treatment and a blank is produced.
Arrangement for voltage conversion (10;20;30;40) comprising a voltage converter (11;21;31;41) for conversion of a first voltage to a second, higher, voltage, wherein said first voltage is a DC voltage provided from a low voltage source, a 12 or 24 V battery, and wherein said second voltage is a voltage for supplying a number of, one or more, consumers (1 10, 1 11, 1 12, 1 13; 1 20 -1 22; 1 30 -1 32; 1 40 -1 42) with power, and interconnecting means (15,16;25;35,36 1,36 2;45,46) for interconnecting the arrangement for voltage conversion and one or more consumers, characterized in that it is adaped to be arranged on a boat, for example a leisure boat, that it is adapted to communicate with and supply a number of consumers comprising at least one or more of a winch, a jib furler, a furling mast, an anchor windlass, a bow thruster, and in that it comprises or is connected to a control function (12;22;32;42), that the control function is adapted to be able to transfer the voltage converter between a first passive mode, which is an idle mode in which substantially no current is consumed, and an active mode, in which it is capable of supplying one or more of said consumers with power, and vice versa, between an active mode and a passive mode, in that said second voltage is a DC voltage of at least 24V and lower than an applicable limit for it to be a high voltage, below 50V or 60V, preferably 48V, and in that the control function (12;22;32;42) is adapted to transfer the voltage converter (11;21;31;41) from the active to the passive mode if no consumer has an outstanding request to be supplied, or if no consumer has consumed any current during a given time period.
A wireless endoscopic camera, comprising: a grip region at a first end of the endoscopic camera, the grip region comprising an attachment collar extending in a first direction, wherein the attachment collar is adapted to couple the endoscopic camera to an endoscope; a wireless transmitter; wherein the grip region comprises a face, the first direction being perpendicular to the grip region, the grip region comprises two shoulders that each comprises an area of reduced width of the endoscopic camera; the endoscopic camera further comprises a ledge extending from the grip region in the first direction, below the attachment collar, wherein the ledge comprises a protrusion which extends distally from the face and decreases in width as the ledge extends from the face, wherein the ledge is configured to resist movement of the endoscopic camera in a user's hand, and wherein the ledge comprises a first concavity and a second concavity separated by a first convexity, wherein the first and second concavities (144, 146) are adapted to accommodate the user's fingers; and the wireless transmitter is located near a second end of the camera opposite the first end. a grip region at a first end of the endoscopic camera, the grip region comprising an attachment collar extending in a first direction, wherein the attachment collar is adapted to couple the endoscopic camera to an endoscope; a wireless transmitter; wherein the grip region comprises a face, the first direction being perpendicular to the grip region, the grip region comprises two shoulders that each comprises an area of reduced width of the endoscopic camera; the endoscopic camera further comprises a ledge extending from the grip region in the first direction, below the attachment collar, wherein the ledge comprises a protrusion which extends distally from the face and decreases in width as the ledge extends from the face, wherein the ledge is configured to resist movement of the endoscopic camera in a user's hand, and wherein the ledge comprises a first concavity and a second concavity separated by a first convexity, wherein the first and second concavities (144, 146) are adapted to accommodate the user's fingers; and the wireless transmitter is located near a second end of the camera opposite the first end.
A system comprising: an optical energy delivery unit comprising an optical energy exit port adapted to deliver optical energy to a volume of a subject, the optical energy delivery unit comprising a fiducial marker site (301, 303); an acoustic receiving unit comprising one or more acoustic receivers adapted to receive acoustic signals from the volume; the fiducial marker site configured to emit an acoustic response to be received by said acoustic receiving unit; a processing unit configured for processing signals received by said acoustic receiving unit, which processing comprises determining a relative position of said optical energy delivery unit respective to said acoustic receiving unit using the acoustic response emitted by the fiducial marker site; and, a display unit adapted to display an opto-acoustic image representing the volume. an optical energy delivery unit comprising an optical energy exit port adapted to deliver optical energy to a volume of a subject, the optical energy delivery unit comprising a fiducial marker site (301, 303); an acoustic receiving unit comprising one or more acoustic receivers adapted to receive acoustic signals from the volume; the fiducial marker site configured to emit an acoustic response to be received by said acoustic receiving unit; a processing unit configured for processing signals received by said acoustic receiving unit, which processing comprises determining a relative position of said optical energy delivery unit respective to said acoustic receiving unit using the acoustic response emitted by the fiducial marker site; and, a display unit adapted to display an opto-acoustic image representing the volume.