mhurhangee/ep-ind-claims huggingface dataset:
A device for producing a polychromatic light, comprising optical pumping means, and means for guiding the light, the optical pumping means being able to deliver a first radiation at a first wavelength, comprising a selective injection means to inject said radiation into the guiding means, said guiding means being arranged to generate a second harmonic corresponding to said selective injection and to provide a polychromatic light at an outlet, characterized in that said guiding means are substantially of the mono-modal type for said first wavelength and substantially of the multi-modal type for said second harmonic, so as to provide the polychromatic light at the outlet by nonlinear excitation of said first radiation and said second harmonic.
A method for correcting errors in a depth map generated by a structured light system, the method comprising: receiving a plurality of valid codewords and at least one invalid codeword, each of the plurality of valid codewords included in a codebook of valid codewords, the codebook not including the at least one invalid codeword, each codeword representing at least one row and at least one column of pixels of a structured light image, and each codeword corresponding to a location in a depth map; detecting the invalid codeword; retrieving candidate codewords that are included in the codebook from a memory unit, the memory unit populated with candidate codewords at a first Hamming distance from the invalid codeword and candidate codewords at a second Hamming distance from the invalid codeword, the first Hamming distance being a lowest Hamming distance between the at least one invalid codeword and the codewords in the codebook, and the second Hamming distance being higher than the first Hamming distance; determining a depth estimate for a plurality of locations of the depth map that include at least one location adjacent to the invalid codeword location in the depth map; associating a depth with each of the candidate codewords; selecting the candidate codeword having an associated depth closest to the determined depth estimate; assigning the depth associated with the selected candidate codeword to the location of the invalid codeword. receiving a plurality of valid codewords and at least one invalid codeword, each of the plurality of valid codewords included in a codebook of valid codewords, the codebook not including the at least one invalid codeword, each codeword representing at least one row and at least one column of pixels of a structured light image, and each codeword corresponding to a location in a depth map; detecting the invalid codeword; retrieving candidate codewords that are included in the codebook from a memory unit, the memory unit populated with candidate codewords at a first Hamming distance from the invalid codeword and candidate codewords at a second Hamming distance from the invalid codeword, the first Hamming distance being a lowest Hamming distance between the at least one invalid codeword and the codewords in the codebook, and the second Hamming distance being higher than the first Hamming distance; determining a depth estimate for a plurality of locations of the depth map that include at least one location adjacent to the invalid codeword location in the depth map; associating a depth with each of the candidate codewords; selecting the candidate codeword having an associated depth closest to the determined depth estimate; assigning the depth associated with the selected candidate codeword to the location of the invalid codeword.
A connector arrangement for connecting heatable fluid lines, the connector arrangement comprising at least one first coupling component and at least one second coupling component, the first coupling component being connectable to the second coupling component, the first coupling component and the second coupling component each include at least one first fluid line (2a,2b), at least one first fluid line interface (7a,7b), at least one first electrical conductor (8a,8b), and at least one first electrical interface (9a,9b), wherein the first fluid line interfaces (71,7b) and the first electrical interfaces (9a,9b) are oriented parallel to an axis of insertion of the first coupling component and the second coupling component, characterized in that the first coupling component and/or the second coupling component includes at least one fluid line splitter, and the second coupling component including at least one second fluid line.
A data synchronization method, comprising: when there is tensor data to be synchronized, by a first processor, sending a processing instruction to a second processor; after receiving the processing instruction, by the second processor, decoding the processing instruction to obtain the decoded processing instruction; when the decoded processing instruction is a descriptor synchronization instruction, by the second processor, obtaining synchronization information of the descriptor in the processing instruction, where the descriptor is used to indicate a shape of tensor data to be synchronized, and the synchronization information of the descriptor includes at least one of an identifier of the descriptor and content of the descriptor, and by the second processor, achieving the synchronization of the tensor data according to the identifier of the descriptor and/or the content of the descriptor in the synchronization information. when there is tensor data to be synchronized, by a first processor, sending a processing instruction to a second processor; after receiving the processing instruction, by the second processor, decoding the processing instruction to obtain the decoded processing instruction; when the decoded processing instruction is a descriptor synchronization instruction, by the second processor, obtaining synchronization information of the descriptor in the processing instruction, where the descriptor is used to indicate a shape of tensor data to be synchronized, and the synchronization information of the descriptor includes at least one of an identifier of the descriptor and content of the descriptor, and by the second processor, achieving the synchronization of the tensor data according to the identifier of the descriptor and/or the content of the descriptor in the synchronization information.
Device for applying adhesive tape to a cylindrical surface of a cylindrical body, comprising: at least two horizontal axially parallel securing rolls (30a, 30b), disposed in order to make contact with the cylindrical surface of the cylindrical body with their respective lateral surfaces; an adhesive tape feed for feeding adhesive tape to the cylindrical body; means for setting the cylindrical body into rotation about its cylindrical axis; and an insertion and ejection mechanism that allows a displacing of the cylindrical body along the extent of the roll axes of the securing rolls or the cylindrical axis of the cylindrical body, wherein the cylindrical body can be moved away from the insertion and ejection mechanism. at least two horizontal axially parallel securing rolls (30a, 30b), disposed in order to make contact with the cylindrical surface of the cylindrical body with their respective lateral surfaces; an adhesive tape feed for feeding adhesive tape to the cylindrical body; means for setting the cylindrical body into rotation about its cylindrical axis; and an insertion and ejection mechanism that allows a displacing of the cylindrical body along the extent of the roll axes of the securing rolls or the cylindrical axis of the cylindrical body, wherein the cylindrical body can be moved away from the insertion and ejection mechanism.
A method of using a biomarker panel to identify a rinse-off body wash composition that improves skin health, the method comprising: (a) non-surgically collecting control and test skin specimens and measuring in the specimens one or a combination of biomarkers from a panel of biomarkers whose presence in skin is correlated with at least one skin health measurement, the biomarker panel comprising ceramides; wherein the control and test skin specimens both originate from the same source, and wherein the control skin specimen has been contacted with a control composition and the test skin specimen has been contacted with a rinse-off formulation test composition by application of said test composition to the test skin with subsequent rinsing therefrom within minutes; and (b) comparing the biomarker panel measurements in each of the control and test specimens; and (c) identifying the test composition as useful for improving skin health if there is an increase in one or more ceramides in the test specimen as compared to the control specimen. (a) non-surgically collecting control and test skin specimens and measuring in the specimens one or a combination of biomarkers from a panel of biomarkers whose presence in skin is correlated with at least one skin health measurement, the biomarker panel comprising ceramides; wherein the control and test skin specimens both originate from the same source, and wherein the control skin specimen has been contacted with a control composition and the test skin specimen has been contacted with a rinse-off formulation test composition by application of said test composition to the test skin with subsequent rinsing therefrom within minutes; and (b) comparing the biomarker panel measurements in each of the control and test specimens; and (c) identifying the test composition as useful for improving skin health if there is an increase in one or more ceramides in the test specimen as compared to the control specimen.
Method of identifying a polynucleic acid comprising the steps of providing a polynucleic acid; modifying one or more nucleobases of the polynucleic acid by incorporation of a thiol modified nucleobase into the polynucleic acid through biosynthesis in a cell and further comprising alkylating said thiol modified nucleobase with an alkylating agent that comprises a hydrogen bonding partner, thereby altering the base pairing capacity of the one or more nucleobases; base pairing a complementary nucleic acid to the polynucleic acid, including base pairing to at least one modified nucleobase; identifying the sequence of the complementary nucleic acid at least at the position that is complementary to at least one modified nucleobase.
A method for transmitting broadcast signals, the method comprising: FEC encoding data pipe, DP, data carrying at least one service; mapping the encoded DP data onto constellations; time interleaving the mapped DP data; building a signal frame including the time interleaved DP data; modulating data in the built signal frame by an Orthogonal Frequency Division Multiplex, OFDM, scheme; inserting a preamble at the beginning of the signal frame; and transmitting the broadcast signals having the modulated data, wherein the signal frame includes emergency alert information, wherein the preamble is generated by selecting a signaling sequence corresponding to signaling information and multiplying the selected signaling sequence with a Zadoff-Chu sequence. FEC encoding data pipe, DP, data carrying at least one service; mapping the encoded DP data onto constellations; time interleaving the mapped DP data; building a signal frame including the time interleaved DP data; modulating data in the built signal frame by an Orthogonal Frequency Division Multiplex, OFDM, scheme; inserting a preamble at the beginning of the signal frame; and transmitting the broadcast signals having the modulated data, wherein the signal frame includes emergency alert information, wherein the preamble is generated by selecting a signaling sequence corresponding to signaling information and multiplying the selected signaling sequence with a Zadoff-Chu sequence.
A nanofiber laminate sheet comprising a layer of a nanofiber of a water insoluble polymer, and a layer of a nanofiber of a water soluble polymer containing a cosmetic component or a medicinal component wherein the term "water insoluble polymer" refers to a polymer having solubility such that, when a sample polymer weighing 1 g is immersed in 10 g of ion-exchanged water for 24 hours at 23°C and atmospheric pressure, 0.8 g or more of the immersed polymer does not dissolve in the ion-exchanged water and wherein the term "water soluble polymer" denotes a polymer having solubility such that, when a sample polymer weighing 1 g is immersed in 10 g of ion-exchanged water for 24 hours at 23°C and atmospheric pressure, at least 0.5 g of the immersed polymer dissolves in the ion-exchanged water.
A plurality of cams for forming a circumferential groove in a pipe element by cold working the pipe element, said cams being rotated circumferentially about said pipe element, each said cam comprising: a cam body having an axis of rotation; a first cam surface extending around said cam body, said first cam surface comprising a first region of increasing radius and a first discontinuity of said first cam surface; characterised in that it further comprises a second cam surface extending around said cam body and positioned in spaced relation along said axis of rotation to said first cam surface, and wherein said second cam surface comprises a second region of increasing radius and a second discontinuity of said second cam surface, said second discontinuity being aligned with said first discontinuity. a cam body having an axis of rotation; a first cam surface extending around said cam body, said first cam surface comprising a first region of increasing radius and a first discontinuity of said first cam surface; characterised in that it further comprises a second cam surface extending around said cam body and positioned in spaced relation along said axis of rotation to said first cam surface, and wherein said second cam surface comprises a second region of increasing radius and a second discontinuity of said second cam surface, said second discontinuity being aligned with said first discontinuity.
An immunogenic composition comprising an M72 related antigen, wherein the M72 related antigen comprises a sequence having at least 90% identity to SEQ ID No: 1, the pH of said composition is in the range 7.5 to 8.5, and the concentration of sodium chloride is 50 mM or lower.
A plasma furnace comprising: a furnace body comprising a melting chamber provided for accommodating molten material, a melt discharge portion formed through a lower portion of the melting chamber and at least two lateral discharge gates (120, 130) provided at different heights capable of discharging molten material; a heating portion (141, 142) provided to heat the discharge flow path (101a, 101b); a discharge chamber provided on the lateral portion of the furnace body for accommodating the discharged melt along the lateral discharge gates (120, 130) and having an outlet at the lower portion; and a heating means provided to control the temperature inside the discharge chamber; wherein the lateral discharge gates (120, 130) are inserted through a lateral wall of the furnace body or provided on an inner lateral wall of the furnace body, so as to move up and down to open and close the respective discharge flow paths (101a, 101b) with the lateral discharge gates (120, 130). a furnace body comprising a melting chamber provided for accommodating molten material, a melt discharge portion formed through a lower portion of the melting chamber and at least two lateral discharge gates (120, 130) provided at different heights capable of discharging molten material; a heating portion (141, 142) provided to heat the discharge flow path (101a, 101b); a discharge chamber provided on the lateral portion of the furnace body for accommodating the discharged melt along the lateral discharge gates (120, 130) and having an outlet at the lower portion; and a heating means provided to control the temperature inside the discharge chamber; wherein the lateral discharge gates (120, 130) are inserted through a lateral wall of the furnace body or provided on an inner lateral wall of the furnace body, so as to move up and down to open and close the respective discharge flow paths (101a, 101b) with the lateral discharge gates (120, 130).
A refrigerator (1, 1'), comprising: a cabinet having a storage compartment (20, 20'); a door for closing the storage compartment (20, 20'); a drawer located inside the storage compartment, a gap being provided in a vertical direction between a front wall of the drawer and a top wall of the storage compartment; and a cold air outlet disposed cold air between the drawer and the top wall in the vertical direction; a cold air blocking portion located between the cold air outlet and the door, wherein the cold air blocking portion at least partially covers the gap in a front-rear direction, characterized in that the cold air blocking portion includes a part of an inner liner of the cabinet and is directly integrated on a wall of the cabinet, and the cold air blocking portion and the front wall of the drawer overlap in a front-rear direction. a cabinet having a storage compartment (20, 20'); a door for closing the storage compartment (20, 20'); a drawer located inside the storage compartment, a gap being provided in a vertical direction between a front wall of the drawer and a top wall of the storage compartment; and a cold air outlet disposed cold air between the drawer and the top wall in the vertical direction; a cold air blocking portion located between the cold air outlet and the door, wherein the cold air blocking portion at least partially covers the gap in a front-rear direction, characterized in that the cold air blocking portion includes a part of an inner liner of the cabinet and is directly integrated on a wall of the cabinet, and the cold air blocking portion and the front wall of the drawer overlap in a front-rear direction.
Method for detecting the authenticity of security features on valuable and/or security documents, wherein a) at least one security element is applied on or introduced into the valuable and/or security document, and the security element is incorporated in a geometric pattern, b) the valuable and/or security document is optically scanned in a stripe-type manner, c) the security feature is excited, using periodically pulsed electromagnetic radiation, to emit radiation from which luminescence raw signals are obtained, wherein the scanning frequency is chosen such that fine pixels up to the range of a few μm are resolved, d) the scanned geometric pattern is extracted from the spatially resolved intensity profile of the luminescence raw signals, and the information coded therein, in particular the nominal value of the valuable and/or security document, is output, e) wherein the luminescence raw signal is examined with respect to wavelength and also intensity profile, in particular the time constant, and f) thereafter an authentic/non-authentic statement is made. a) at least one security element is applied on or introduced into the valuable and/or security document, and the security element is incorporated in a geometric pattern, b) the valuable and/or security document is optically scanned in a stripe-type manner, c) the security feature is excited, using periodically pulsed electromagnetic radiation, to emit radiation from which luminescence raw signals are obtained, wherein the scanning frequency is chosen such that fine pixels up to the range of a few μm are resolved, d) the scanned geometric pattern is extracted from the spatially resolved intensity profile of the luminescence raw signals, and the information coded therein, in particular the nominal value of the valuable and/or security document, is output, e) wherein the luminescence raw signal is examined with respect to wavelength and also intensity profile, in particular the time constant, and f) thereafter an authentic/non-authentic statement is made.
An antenna module, comprising: a first radiator; a conductive sheet, connected to the first radiator; a ground feeding point, connected to the conductive sheet; a first feeding point, connected to the first radiator; and at least one second feeding point, spaced apart from the first feeding point, and connected to the conductive sheet at a position different from the ground feeding point, wherein the first feeding point, the first radiator, the conductive sheet, and the ground feeding point form a first path for radiating and receiving radio signals in a first frequency band, the second feeding point, the conductive sheet, and the first radiator form a second path for radiating and receiving radio signals in a second frequency band; and wherein a central frequency of the first frequency band is not equal to that of the second frequency band, wherein the conductive sheet and the first radiator are shared by the paths corresponding to the first frequency band and the second frequency band, and characterized in that the ground feeding point is connected to an end of the conductive sheet away from the first radiator. a first radiator; a conductive sheet, connected to the first radiator; a ground feeding point, connected to the conductive sheet; a first feeding point, connected to the first radiator; and at least one second feeding point, spaced apart from the first feeding point, and connected to the conductive sheet at a position different from the ground feeding point, wherein the first feeding point, the first radiator, the conductive sheet, and the ground feeding point form a first path for radiating and receiving radio signals in a first frequency band, the second feeding point, the conductive sheet, and the first radiator form a second path for radiating and receiving radio signals in a second frequency band; and wherein a central frequency of the first frequency band is not equal to that of the second frequency band, wherein the conductive sheet and the first radiator are shared by the paths corresponding to the first frequency band and the second frequency band, and characterized in that the ground feeding point is connected to an end of the conductive sheet away from the first radiator.
A method of printing an image on a substrate wherein printing is effected by moving the substrate past a print head during a printing operation and printing said image by printing a plurality of strokes, and printing each stroke comprises emitting a plurality of drops of ink from the print head, said plurality of drops of ink extending in a first direction which is perpendicular to the direction of movement of the substrate past the print head, the method comprising: receiving image data defining an image to be printed, wherein said image data defines a plurality of strokes, each stroke comprising data values for each of a predetermined number of pixels, and printing said image; characterised in that the image data comprises data relating to a characteristic of the image; the method further comprises selecting printer control data defining the plurality of drops of ink which are to be emitted from the print head to print one of said strokes, said selecting being based upon data indicating a maximum number of drops of ink which can be emitted from the print head during one of said strokes and said characteristic of the image; and said printing is based upon said data defining the image to be printed and said printer control data. receiving image data defining an image to be printed, wherein said image data defines a plurality of strokes, each stroke comprising data values for each of a predetermined number of pixels, and printing said image; characterised in that the image data comprises data relating to a characteristic of the image; the method further comprises selecting printer control data defining the plurality of drops of ink which are to be emitted from the print head to print one of said strokes, said selecting being based upon data indicating a maximum number of drops of ink which can be emitted from the print head during one of said strokes and said characteristic of the image; and said printing is based upon said data defining the image to be printed and said printer control data.