mhurhangee/ep-ind-claims huggingface dataset:
A conveyor device for conveying objects, comprising: - multiple deposit tables, on which the objects to be conveyed can be deposited, - a rail arrangement comprising a first rail track and a second rail track extending parallel thereto, along which the deposit tables are arranged so they are movable, - wherein the deposit tables are mounted in a sliding or rolling manner on the first rail track, - wherein coupling elements, which are drivable using a drive unit and on which the deposit tables are fastened, are guided in the second rail track, - wherein each of the deposit tables has a pusher movable transversely to the movement direction (x) of the deposit tables, using which the objects to be conveyed can be pushed off of the respective deposit table, characterized in that - at least two of the deposit tables are elastically fastened on each of the coupling elements, - wherein the coupling elements and the deposit tables are connected to one another via elastically deformable connecting elements, - wherein the connecting elements have two bolts, which are connected to one another by a cushion formed from an elastic material and are held in respective boreholes of the deposit tables and the coupling elements. - multiple deposit tables, on which the objects to be conveyed can be deposited, - a rail arrangement comprising a first rail track and a second rail track extending parallel thereto, along which the deposit tables are arranged so they are movable, - wherein the deposit tables are mounted in a sliding or rolling manner on the first rail track, - wherein coupling elements, which are drivable using a drive unit and on which the deposit tables are fastened, are guided in the second rail track, - wherein each of the deposit tables has a pusher movable transversely to the movement direction (x) of the deposit tables, using which the objects to be conveyed can be pushed off of the respective deposit table, - at least two of the deposit tables are elastically fastened on each of the coupling elements, - wherein the coupling elements and the deposit tables are connected to one another via elastically deformable connecting elements, - wherein the connecting elements have two bolts, which are connected to one another by a cushion formed from an elastic material and are held in respective boreholes of the deposit tables and the coupling elements.
A device for testing a concentrating photovoltaic module comprising at least one assembly of a photovoltaic cell and a concentrator arranged relative to the cell in such a manner as to concentrate a radiation arriving at normal incidence toward the cell, said device comprising: - at least one light source, - at least one parabolic mirror coupled to said source so as to reflect the light emitted by said source in an almost collimated light beam toward the module to be tested, in a direction perpendicular to the surface of said module, and - an intensity filter interposed on the path of the almost collimated beam upstream of the module to be tested, said filter comprising at least partially absorbent regions that have a neutral spectral density with respect to the light beam, said at least partially absorbent regions being arranged facing higher intensity zones of the beam, so as to attenuate differences in the intensity of the beam. - at least one light source, - at least one parabolic mirror coupled to said source so as to reflect the light emitted by said source in an almost collimated light beam toward the module to be tested, in a direction perpendicular to the surface of said module, and - an intensity filter interposed on the path of the almost collimated beam upstream of the module to be tested, said filter comprising at least partially absorbent regions that have a neutral spectral density with respect to the light beam, said at least partially absorbent regions being arranged facing higher intensity zones of the beam, so as to attenuate differences in the intensity of the beam.
A system for recognizing heart sounds or lung sounds, comprising: a receiving module configured to receive the heart sounds or the lung sounds; a feature extracting module configured to extract at least one feature from the heart sounds or the lung sounds; and a classifier configured to classify at least one feature to identify at least one category; wherein the feature extracting module comprises a voice activity detector module, a Mel-frequency cepstrum coefficients (MFCC) module, and a K-means algorithm module, the VAD module is configured to detect at least one segment from the heart sounds or the lung sounds, the MFCC module is configured to transfer the at least one segment to at least one MFCC feature vector, and the K-means algorithm module is configured to find at least one representative data point from the at least one MFCC feature vector to identify noises and the heart sounds or the lung sounds.
A method for notification of scrambling code identification signalling group, wherein the method comprises: receiving, by a receiver, a scrambling code identification signalling group, wherein the scrambling code identification signalling group comprises at least one of the following: a virtual identification index signalling, a virtual identification enabling signalling of one bit, or a virtual identification signalling including multiple virtual cell identifications, wherein the virtual identification enabling signalling is carried in a Radio Resource Control, RRC, signalling; receiving, by the receiver, the virtual identification signalling via a System Information Block, SIB, signalling, and storing the virtual identification signalling in the received SIB signalling; performing, by the receiver, blind detection for Downlink Control Information, DCI, according to the virtual identification enabling signalling, wherein the virtual identification index signalling is carried in DCI Format 2B or DCI Format 2C of the DCI; obtaining, by the receiver, the virtual identification index signalling according to the blind detection, and determining the virtual identification signalling according to the corresponding virtual identification index signalling; generating, by the receiver, a corresponding scrambling code sequence of a demodulation pilot according to the determined virtual identification signalling; generating a pilot symbol sequence according to the scrambling code sequence of the demodulation pilot; and performing channel estimation according to the pilot symbol sequence. receiving, by a receiver, a scrambling code identification signalling group, wherein the scrambling code identification signalling group comprises at least one of the following: a virtual identification index signalling, a virtual identification enabling signalling of one bit, or a virtual identification signalling including multiple virtual cell identifications, wherein the virtual identification enabling signalling is carried in a Radio Resource Control, RRC, signalling; receiving, by the receiver, the virtual identification signalling via a System Information Block, SIB, signalling, and storing the virtual identification signalling in the received SIB signalling; performing, by the receiver, blind detection for Downlink Control Information, DCI, according to the virtual identification enabling signalling, wherein the virtual identification index signalling is carried in DCI Format 2B or DCI Format 2C of the DCI; obtaining, by the receiver, the virtual identification index signalling according to the blind detection, and determining the virtual identification signalling according to the corresponding virtual identification index signalling; generating, by the receiver, a corresponding scrambling code sequence of a demodulation pilot according to the determined virtual identification signalling; generating a pilot symbol sequence according to the scrambling code sequence of the demodulation pilot; and performing channel estimation according to the pilot symbol sequence.
An organic light-emitting display device comprising: a substrate; a lower electrode on the substrate, wherein a particle is positioned on the lower electrode; an organic emitting layer on the lower electrode, the organic emitting layer defining a first hole penetrating through the organic emitting layer and surrounding the particle; an upper electrode on the organic emitting layer, the upper electrode defining a second hole penetrating through the upper electrode and aligned with the first hole; and an optical compensation layer on the upper electrode, the optical compensation layer covering the second hole, wherein a first sidewall of the organic emitting layer defining the first hole includes a lower sidewall which is tapered in a direction away from the lower electrode by an undercut formed between the lower sidewall and the lower electrode, and an upper sidewall on the lower sidewall which is tapered in a direction toward the lower electrode; wherein a minimum width of the second hole is greater than a minimum width of the first hole; and wherein a second sidewall of the upper electrode defining the second hole is disposed on the upper sidewall. a substrate; a lower electrode on the substrate, wherein a particle is positioned on the lower electrode; an organic emitting layer on the lower electrode, the organic emitting layer defining a first hole penetrating through the organic emitting layer and surrounding the particle; an upper electrode on the organic emitting layer, the upper electrode defining a second hole penetrating through the upper electrode and aligned with the first hole; and an optical compensation layer on the upper electrode, the optical compensation layer covering the second hole, wherein a first sidewall of the organic emitting layer defining the first hole includes a lower sidewall which is tapered in a direction away from the lower electrode by an undercut formed between the lower sidewall and the lower electrode, and an upper sidewall on the lower sidewall which is tapered in a direction toward the lower electrode; wherein a minimum width of the second hole is greater than a minimum width of the first hole; and wherein a second sidewall of the upper electrode defining the second hole is disposed on the upper sidewall.
Method of producing a spectacle lens with at least one decorative element, comprising the following steps: applying one or more decorative elements to a planar piece of foil at one or more predetermined positions, then permanently deforming the piece of foil in such a way that at least one region of the piece of foil is a curved surface, then positioning the deformed piece of foil between a front mould shell and a rear mould shell and connecting it to the two mould shells (4, 5) to create a composite in order to form a mould cavity with a pouring-in opening, wherein the deformed piece of foil and the at least one decorative element are kept at a distance from the front mould shell and the rear mould shell, then pouring a monomer into the mould cavity, then curing the monomer to create a block of plastic, then breaking up the composite, and thereby detaching the two mould shells (4, 5) from the block of plastic, and then cutting out the spectacle lens from the block of plastic. applying one or more decorative elements to a planar piece of foil at one or more predetermined positions, then permanently deforming the piece of foil in such a way that at least one region of the piece of foil is a curved surface, then positioning the deformed piece of foil between a front mould shell and a rear mould shell and connecting it to the two mould shells (4, 5) to create a composite in order to form a mould cavity with a pouring-in opening, wherein the deformed piece of foil and the at least one decorative element are kept at a distance from the front mould shell and the rear mould shell, then pouring a monomer into the mould cavity, then curing the monomer to create a block of plastic, then breaking up the composite, and thereby detaching the two mould shells (4, 5) from the block of plastic, and then cutting out the spectacle lens from the block of plastic.
Ski jumping glove (10; 20; 30), comprising a glove body and glove fingers (11a, 11b, 11c, 11d, 11e; 21a, 21b, 21c, 21d, 21e; 31a, 31b, 31c, 31d, 31e), the glove body of the ski jumping glove (10; 20; 30) having a front palm area, which covers the palm of the glove wearer when the ski jumping glove (10; 20; 30) is worn, and a rear back of the glove (12; 22; 32), which covers the back of the hand, the palm area and the back of the glove (12; 22; 32) being first cut to shape and then sewn together at their outer contour lines by means of seams, with the exception of an insertion region for sliding the hand into the glove, and the palm area and the back of the glove (12; 22; 32) being firmly interconnected via at least one fourchette (13; 23; 33), characterized in that the back of the glove (12; 22) is cut at least as long as the palm area, in that the ski jumping glove (10; 20) is cut two-dimensionally, i.e. not as in an anatomical model with the thumb offset inwards with respect to the other fingers and downwards from the palm area, but contrary to the anatomy of the human hand with the thumb protruding laterally such that before the ski jumping glove (10; 20) is worn, the glove finger (11a; 21a) for the thumb is in the same plane of the ski jumping glove (10; 20) as the bases of the glove fingers (11b, 11c, 11d, 11e; 21b, 21c, 21d, 21e) for the remaining fingers of the glove wearer on the glove body, so that the thumb is spread out to the side from the outset when the ski jumping glove (10; 20) is worn, in that the back of the glove (12; 22) and the palm area are cut congruently, and in that either the fourchettes are designed geometrically such that before the ski jumping glove is worn, the palm area extends substantially in parallel with the back of the glove, or in that the fourchettes are rotated by 180° compared to an anatomically cut glove, so that, before it is worn, the ski jumping glove is curved from the palm area toward the back of the glove. the back of the glove (12; 22) is cut at least as long as the palm area, in that the ski jumping glove (10; 20) is cut two-dimensionally, i.e. not as in an anatomical model with the thumb offset inwards with respect to the other fingers and downwards from the palm area, but contrary to the anatomy of the human hand with the thumb protruding laterally such that before the ski jumping glove (10; 20) is worn, the glove finger (11a; 21a) for the thumb is in the same plane of the ski jumping glove (10; 20) as the bases of the glove fingers (11b, 11c, 11d, 11e; 21b, 21c, 21d, 21e) for the remaining fingers of the glove wearer on the glove body, so that the thumb is spread out to the side from the outset when the ski jumping glove (10; 20) is worn, in that the back of the glove (12; 22) and the palm area are cut congruently, and in that either the fourchettes are designed geometrically such that before the ski jumping glove is worn, the palm area extends substantially in parallel with the back of the glove, or in that the fourchettes are rotated by 180° compared to an anatomically cut glove, so that, before it is worn, the ski jumping glove is curved from the palm area toward the back of the glove.
Pinion gear (2, 3) for transmitting movement about an axis of rotation, delimited laterally by two faces, characterized in that each of the two faces comprises a bearing surface (2a, 2b, 3a, 3b), these support surfaces (2a, 2b, 3a, 3b) having a same pattern in relief, the relief pattern being such that the superimposing of this pattern and its mirror image, regardless of the angular position of superposition of the mirror image relative to the pattern, gives only at an intersection point or more.
A tower type boiler comprising: a furnace wall that forms a boiler main body and that performs a heat exchange with combustion gas that is generated inside this boiler main body; and a heat transfer section (5, 6, 7, 8, 9) that is positioned at a top portion of the boiler main body and that performs a heat exchange with the combustion gas that is generated within the boiler main body, wherein the heat transfer section (5, 6, 7, 8, 9) is provided with a plurality of superheaters (5, 6, 7, 8), wherein the furnace wall has a number of furnace wall pipes arranged in a vertical direction, and has a box-shape, and wherein the heat transfer section (5, 6, 7, 8, 9) is located within the furnace wall, the tower type boiler is characterized in that an adjacent pitch (Pw) between heat transfer pipes in at least the superheater from among the plurality of superheaters (6, 7, 8) that is located closest to the furnace wall bottom portion, the furnace wall bottom portion being located in a lower portion of the boiler main body, and that is exposed to the flames from a burner, is set wider than an adjacent pitch (Pn) between heat transfer pipes in that superheater that is located further away from the furnace wall bottom portion. a furnace wall that forms a boiler main body and that performs a heat exchange with combustion gas that is generated inside this boiler main body; and a heat transfer section (5, 6, 7, 8, 9) that is positioned at a top portion of the boiler main body and that performs a heat exchange with the combustion gas that is generated within the boiler main body, wherein the heat transfer section (5, 6, 7, 8, 9) is provided with a plurality of superheaters (5, 6, 7, 8), wherein the furnace wall has a number of furnace wall pipes arranged in a vertical direction, and has a box-shape, and wherein the heat transfer section (5, 6, 7, 8, 9) is located within the furnace wall, the tower type boiler is characterized in that an adjacent pitch (Pw) between heat transfer pipes in at least the superheater from among the plurality of superheaters (6, 7, 8) that is located closest to the furnace wall bottom portion, the furnace wall bottom portion being located in a lower portion of the boiler main body, and that is exposed to the flames from a burner, is set wider than an adjacent pitch (Pn) between heat transfer pipes in that superheater that is located further away from the furnace wall bottom portion.
A polymer modified titanium dioxide pigment that is capable of forming a composite with latex particles when admixed therewith, comprising: a plurality of titanium dioxide particles; and a polymer associated with said titanium dioxide particles, said polymer including: a water soluble polymer backbone; at least one hydrophobic functional group attached to said polymer backbone and having an affinity for latex; and at least one functional group attached to said polymer backbone and bonded to said titanium dioxide particles, wherein said functional group attached to said polymer backbone and bonded to said titanium dioxide particles is obtainable by the reaction of said polymer backbone with (a) 2-phosphonobutane-1,2,4-tricarboxylic acid or (b) a compound selected from the group consisting of citric acid, tartaric acid and mixtures thereof. a plurality of titanium dioxide particles; and a polymer associated with said titanium dioxide particles, said polymer including: a water soluble polymer backbone; at least one hydrophobic functional group attached to said polymer backbone and having an affinity for latex; and at least one functional group attached to said polymer backbone and bonded to said titanium dioxide particles, wherein said functional group attached to said polymer backbone and bonded to said titanium dioxide particles is obtainable by the reaction of said polymer backbone with (a) 2-phosphonobutane-1,2,4-tricarboxylic acid or (b) a compound selected from the group consisting of citric acid, tartaric acid and mixtures thereof. a water soluble polymer backbone; at least one hydrophobic functional group attached to said polymer backbone and having an affinity for latex; and at least one functional group attached to said polymer backbone and bonded to said titanium dioxide particles, wherein said functional group attached to said polymer backbone and bonded to said titanium dioxide particles is obtainable by the reaction of said polymer backbone with (a) 2-phosphonobutane-1,2,4-tricarboxylic acid or (b) a compound selected from the group consisting of citric acid, tartaric acid and mixtures thereof.
A continuous process for preparing at least one monocyclic ketone having from 4 to 20 carbon atoms by reacting, at a temperature of from 170 to 340°C, a mixture G1 comprising at least one monocyclic olefin having from 4 to 20 carbon atoms with a mixture G2 comprising at least dinitrogen monoxide, which comprises performing said reaction adiabatically and preheating the mixture G1 and/or G2 to a temperature of from 170 to 270°C before the reaction to give at least one monocyclic ketone having from 4 to 20 carbon atoms, wherein the thermal energy needed to preheat mixture G1 and/or G2 is withdrawn at least partly from the product stream of the process.
A liquid dispensing apparatus (100; 300) comprising: an enclosed chamber having air therein; and a spike for puncturing an outer wall of a collapsible bag, said spike comprising: a shaft comprising a proximal end and a distal end and an elongated body therebetween and having an outer surface; a puncturing tip at said distal end; a first channel internal to said shaft, said first channel having a first fluid inlet on said puncturing tip, and a first aperture at said proximal end, whereby fluid can flow through said first channel; a second channel internal to said spike, said second channel being noncontiguous with said first channel and having a second fluid inlet on said outer surface, and a second aperture at said proximal end, whereby fluid can flow through said second channel; characterized in that: said second fluid inlet is below said first fluid inlet, said first aperture of said first channel is disposed in said enclosed chamber, said second aperture of said second channel is disposed in said enclosed chamber, and said second aperture is further from said distal end than said first aperture. an enclosed chamber having air therein; and a spike for puncturing an outer wall of a collapsible bag, said spike comprising: a shaft comprising a proximal end and a distal end and an elongated body therebetween and having an outer surface; a puncturing tip at said distal end; a first channel internal to said shaft, said first channel having a first fluid inlet on said puncturing tip, and a first aperture at said proximal end, whereby fluid can flow through said first channel; a second channel internal to said spike, said second channel being noncontiguous with said first channel and having a second fluid inlet on said outer surface, and a second aperture at said proximal end, whereby fluid can flow through said second channel; characterized in that: said second fluid inlet is below said first fluid inlet, said first aperture of said first channel is disposed in said enclosed chamber, said second aperture of said second channel is disposed in said enclosed chamber, and said second aperture is further from said distal end than said first aperture. a shaft comprising a proximal end and a distal end and an elongated body therebetween and having an outer surface; a puncturing tip at said distal end; a first channel internal to said shaft, said first channel having a first fluid inlet on said puncturing tip, and a first aperture at said proximal end, whereby fluid can flow through said first channel; a second channel internal to said spike, said second channel being noncontiguous with said first channel and having a second fluid inlet on said outer surface, and a second aperture at said proximal end, whereby fluid can flow through said second channel; said second fluid inlet is below said first fluid inlet, said first aperture of said first channel is disposed in said enclosed chamber, said second aperture of said second channel is disposed in said enclosed chamber, and said second aperture is further from said distal end than said first aperture.