mhurhangee/ep-ind-claims huggingface dataset:
Apparatus for the automated separation of small colourless untreated natural diamonds from: a) colourless diamond imitations; b) colourless treated natural diamonds; c) colourless untreated synthetic diamonds and d) colourless treated synthetic diamonds; wherein the small diamonds are round and polished and have a mean diameter smaller than about 3.5 mm; comprising: supporting means for supporting diamonds or diamond imitations, wherein said supporting means is a disk; feeding means (1,2) for bringing diamonds or diamond imitations on said supporting means; moving means for moving said supporting means, wherein the moving means is a rotating means for rotating the disk; detection means for submitting colourless diamonds or diamond imitations to a Raman Shift Detection, first removing means for removing the colourless diamonds or diamond imitations having, at a predetermined wavelength (W e), an emission signal, the intensity of which is lower than a predetermined value (V e); measurement means for carrying out a UVc transmission measurement on the remaining colourless diamonds, second removing means for removing the colourless diamonds having, in a predetermined wavelength region (R a), a transmission value (V T) higher than a predetermined value (V T'), and means (20,21) for recovering the colourless untreated natural diamonds. a) colourless diamond imitations; b) colourless treated natural diamonds; c) colourless untreated synthetic diamonds and d) colourless treated synthetic diamonds; supporting means for supporting diamonds or diamond imitations, wherein said supporting means is a disk; feeding means (1,2) for bringing diamonds or diamond imitations on said supporting means; moving means for moving said supporting means, wherein the moving means is a rotating means for rotating the disk; detection means for submitting colourless diamonds or diamond imitations to a Raman Shift Detection, first removing means for removing the colourless diamonds or diamond imitations having, at a predetermined wavelength (W e), an emission signal, the intensity of which is lower than a predetermined value (V e); measurement means for carrying out a UVc transmission measurement on the remaining colourless diamonds, second removing means for removing the colourless diamonds having, in a predetermined wavelength region (R a), a transmission value (V T) higher than a predetermined value (V T'), and means (20,21) for recovering the colourless untreated natural diamonds.
Use of hypophosphorous acid as a corrosion inhibitor for esterification reactions on free fatty acids, in the presence of organosulfonic acid of formula R-SO 3 H, wherein R represents a saturated hydrocarbon chain, linear or branched, including 1 to 4 carbon atoms.
An organic light emitting diode display comprising a first display panel comprising a plurality of organic light emitting diodes, wherein an emissive area and a non-emissive area are formed for each of the organic light emitting diodes, wherein the emissive area is configured to emit light, and wherein the non-emissive area is configured not to emit light; and a second display panel facing the first display panel, and wherein the organic light emitting diode display comprises a light absorption pattern (251, 252) which partitions the emissive area of each organic light emitting diode into a plurality of sub-emissive areas, characterized in that the emissive area of each of the organic light emitting diodes is partitioned into four to ten sub-emissive areas and the light absorption pattern (251, 252) has a width of 1 to 9 micrometers, the width extending along a direction perpendicular to the longitudinal axis of the pattern units of the light absorption pattern (251, 252), wherein the light absorption pattern comprises a stripe pattern which comprises a plurality of stripes and the emissive area of each of the plurality of organic light emitting diodes comprises a longish shape, and wherein the plurality of stripes are parallel with each other and cross the longitudinal axes of the emissive areas of each of the plurality of organic light emitting diodes, or wherein the light absorption pattern comprises a lattice pattern, wherein the lattice pattern comprises a first plurality of stripes and a second plurality of stripes which cross the first plurality of stripes, and wherein the first plurality of stripes and the second plurality of stripes cross the emissive areas of the organic light emitting diodes.
A system, comprising: a memory configured to store a machine learning, ML, model; and a processor, which is configured to: obtain a set of training audio signals that are labeled with respective levels of distortion; convert the training audio signals into respective first images, wherein the conversion of a given audio training signal into respective first images comprises setting pixel values of the first images to represent an amplitude of the given training audio signal as a function of time; train the ML model to estimate the levels of the distortion based on the respective first images; receive an input audio signal; convert the input audio signal into a second image; estimate a level of the distortion in the input audio signal, by applying the trained ML model to the second image. a memory configured to store a machine learning, ML, model; and a processor, which is configured to: obtain a set of training audio signals that are labeled with respective levels of distortion; convert the training audio signals into respective first images, wherein the conversion of a given audio training signal into respective first images comprises setting pixel values of the first images to represent an amplitude of the given training audio signal as a function of time; train the ML model to estimate the levels of the distortion based on the respective first images; receive an input audio signal; convert the input audio signal into a second image; estimate a level of the distortion in the input audio signal, by applying the trained ML model to the second image. obtain a set of training audio signals that are labeled with respective levels of distortion; convert the training audio signals into respective first images, wherein the conversion of a given audio training signal into respective first images comprises setting pixel values of the first images to represent an amplitude of the given training audio signal as a function of time; train the ML model to estimate the levels of the distortion based on the respective first images; receive an input audio signal; convert the input audio signal into a second image; estimate a level of the distortion in the input audio signal, by applying the trained ML model to the second image.
An intracardiac defibrillation catheter inserted into a cardiac cavity to conduct defibrillation, the catheter comprising an insulated tube member having a multi-lumen structure, a handle connected to a proximal end of the tube member, a first defibrillation electrode group composed of a plurality of ring-like defibrillation electrodes and installed in a distal region of the tube member and adapted for connection to a direct current unit, a second defibrillation electrode group composed of a plurality of ring-like defibrillation electrodes and installed on the tube member towards proximal direction from the first defibrillation electrode group (31 G) and adapted for connection to a direct current unit, a first lead wire group composed of lead wires connected to the respective defibrillation electrodes making up the first defibrillation electrode group, and a second lead wire group composed of lead wires connected to the respective defibrillation electrodes making up the second defibrillation electrode group, wherein the first lead wire group and the second lead wire group respectively extend into different lumens (11, 12) of the tube member, and voltages different in polarity from each other are respectively applied to the first defibrillation electrode group (31 G) and the second defibrillation electrode group when defibrillation is conducted, the intracardiac defibrillation catheter being characterized by a distal-side potential-measuring electrode group composed of a plurality of ring-like electrodes (331, 332) and installed on the tube member towards distal direction from the first electrode group and adapted for connection to an electrocardiograph, a proximal-side potential-measuring electrode group composed of a plurality of ring-like electrodes and installed on the tube member towards proximal direction from the second electrode group and adapted for connection to an electrocardiograph, a third lead wire group composed of lead wires connected to the respective electrodes (331, 332) making up the distal-side potential-measuring electrode group, and a fourth lead wire group composed of lead wires connected to the respective electrodes making up the proximal-side potential-measuring electrode group, wherein the third lead wire group and the fourth lead wire group extend into any other lumen of the tube member than both lumens (11, 12) into which the first lead wire group (41 G) and the second lead wire group extend.
A cutting element for a roof-bolt drill bit, the cutting element comprising: a superabrasive table extending longitudinally from a forward portion to a rearward portion of the cutting element, the superabrasive table comprising: a cutting face; a non-cylindrical peripheral surface extending around an outer periphery of the cutting face; and a chamfer comprising: at least one widened chamfer region located at the forward portion; and a peripherally extending chamfer region extending from the at least one widened chamfer region along the outer periphery of the cutting face toward the rearward portion; wherein a width of the at least one widened chamfer region is greater than a width of the peripherally extending chamfer region. a superabrasive table extending longitudinally from a forward portion to a rearward portion of the cutting element, the superabrasive table comprising: a cutting face; a non-cylindrical peripheral surface extending around an outer periphery of the cutting face; and a chamfer comprising: at least one widened chamfer region located at the forward portion; and a peripherally extending chamfer region extending from the at least one widened chamfer region along the outer periphery of the cutting face toward the rearward portion; wherein a width of the at least one widened chamfer region is greater than a width of the peripherally extending chamfer region. a cutting face; a non-cylindrical peripheral surface extending around an outer periphery of the cutting face; and a chamfer comprising: at least one widened chamfer region located at the forward portion; and a peripherally extending chamfer region extending from the at least one widened chamfer region along the outer periphery of the cutting face toward the rearward portion; at least one widened chamfer region located at the forward portion; and a peripherally extending chamfer region extending from the at least one widened chamfer region along the outer periphery of the cutting face toward the rearward portion; wherein a width of the at least one widened chamfer region is greater than a width of the peripherally extending chamfer region.
A porous tower diffuser assembly (70, 399) in a front opening wafer container, the diffuser assembly comprising: an inlet fitting with a base portion, a unitary offset portion, and a unitary upwardly facing nipple; and a porous media diffuser including a wall defining an open porous structure that enables gaseous working fluid to exit radially through the porous media diffuser characterized in that the porous media diffuser comprises a flared lower portion, the flared lower portion being engageable or engaged on the upwardly facing nipple, wherein the porous media diffuser has at least two different portions with different porosities and wherein a higher porosity portion is positioned closer to a fitting end of the porous media diffuser than a lower porosity portion. an inlet fitting with a base portion, a unitary offset portion, and a unitary upwardly facing nipple; and a porous media diffuser including a wall defining an open porous structure that enables gaseous working fluid to exit radially through the porous media diffuser characterized in that the porous media diffuser comprises a flared lower portion, the flared lower portion being engageable or engaged on the upwardly facing nipple, wherein the porous media diffuser has at least two different portions with different porosities and wherein a higher porosity portion is positioned closer to a fitting end of the porous media diffuser than a lower porosity portion.
A terminal device adapted to perform Licensed Assisted Access, LAA, synchronization, cell discovery, and data reception and transmission on a licensed carrier and on an unlicensed carrier, the terminal device comprising: a reception unit adapted to receive, on the licensed carrier, control information, said control information including synchronization and discovery signal information indicating the position of a synchronization and discovery signal on the unlicensed carrier; wherein the reception unit is further adapted to receive on the unlicensed carrier, at the position indicated by the synchronization and discovery signal information, the synchronization and discovery signal; a timing unit for adjusting the timing for transmission and reception of data according to the received synchronization and discovery signal; and characterized in that wherein, in a case where subframe boundaries on the unlicensed carrier and subframe boundaries on the licensed carrier are aligned with each other and the synchronization and discovery signal is received in a last symbol of an initial subframe of a data burst received on the unlicensed carrier, the reservation signal and the control information are received in one or more symbols in the initial subframe that precede the last symbol. a reception unit adapted to receive, on the licensed carrier, control information, said control information including synchronization and discovery signal information indicating the position of a synchronization and discovery signal on the unlicensed carrier; wherein the reception unit is further adapted to receive on the unlicensed carrier, at the position indicated by the synchronization and discovery signal information, the synchronization and discovery signal; a timing unit for adjusting the timing for transmission and reception of data according to the received synchronization and discovery signal; and characterized in that wherein, in a case where subframe boundaries on the unlicensed carrier and subframe boundaries on the licensed carrier are aligned with each other and the synchronization and discovery signal is received in a last symbol of an initial subframe of a data burst received on the unlicensed carrier, the reservation signal and the control information are received in one or more symbols in the initial subframe that precede the last symbol.
A trigger switch comprising: a switch body; a switch mechanism provided in the switch body; a first operator provided to be insertable to or withdrawable from a first side surface of the switch body, which drives the switch mechanism; a first elastic member which urges the first operator in a first direction projecting from the switch body; a projecting portion provided on an end of the first operator, located in the switch body; a second operator provided to be insertable to or withdrawable from a second side surface adjacent to the first side surface of the switch body; a second elastic member which urges the second operator in a second direction projecting from the switch body; a holder provided inside the switch body and near the second side surface; a lock member provided to be movable along a direction orthogonal to the first and second directions; and a third elastic member which urges the lock member in a third direction projecting from the holder, wherein the lock member comprises an inclined portion contactable by the end of the second operator, located in the switch body, which moves the lock member into the holder when the second operator is pushed in a direction opposite to the second direction, and a fit portion fittable by the projecting portion of the first operator when the first operator and the second operator project to set the switch mechanism in an off state. a switch body; a switch mechanism provided in the switch body; a first operator provided to be insertable to or withdrawable from a first side surface of the switch body, which drives the switch mechanism; a first elastic member which urges the first operator in a first direction projecting from the switch body; a projecting portion provided on an end of the first operator, located in the switch body; a second operator provided to be insertable to or withdrawable from a second side surface adjacent to the first side surface of the switch body; a second elastic member which urges the second operator in a second direction projecting from the switch body; a holder provided inside the switch body and near the second side surface; a lock member provided to be movable along a direction orthogonal to the first and second directions; and a third elastic member which urges the lock member in a third direction projecting from the holder, wherein the lock member comprises an inclined portion contactable by the end of the second operator, located in the switch body, which moves the lock member into the holder when the second operator is pushed in a direction opposite to the second direction, and a fit portion fittable by the projecting portion of the first operator when the first operator and the second operator project to set the switch mechanism in an off state.
Window, door or the like with a blind frame and a casement consisting at least of a pane of glass and a casement frame, wherein blind frame and casement are hingedly connected via a mounting construction consisting of a first hinge part connected to the blind frame and a second hinge part, wherein the second hinge part contains a first section connected to the first hinge part and a second section connected to the casement and wherein a part of the casement frame is provided as a mounting profile for receiving the pane of glass, characterised in that the second hinge part has on the outer side a glass attachment device for receiving the pane of glass and the contour of the mounting profile corresponds to the contour of the second section of the second hinge part of the mounting construction connected to the casement, wherein the mounting profile is interrupted at least at two points and in these gaps, the second hinge part is connected to the pane of glass.
A system having a server device (106, 206) that provides an application as a service over a network to a client computing device, the system comprising: a first probing device (108, 208) configured to: monitor a network communication session on a server-side network; generate first timing information (123, 298) regarding the network communication session on the server-side network; a second probing device (108b, 268) configured to: monitor a network communication session on a client-side network; generate second timing information (123b, 297) regarding the network communication session on the client-side network; send the timing information (123b, 297) to the first probing device (108, 208), wherein the first probing device (108, 208) is configured to generate end-to-end performance metrics based on the first and second timing information. monitor a network communication session on a server-side network; generate first timing information (123, 298) regarding the network communication session on the server-side network; a second probing device (108b, 268) configured to: monitor a network communication session on a client-side network; generate second timing information (123b, 297) regarding the network communication session on the client-side network; send the timing information (123b, 297) to the first probing device (108, 208), wherein the first probing device (108, 208) is configured to generate end-to-end performance metrics based on the first and second timing information. monitor a network communication session on a client-side network; generate second timing information (123b, 297) regarding the network communication session on the client-side network; send the timing information (123b, 297) to the first probing device (108, 208), wherein the first probing device (108, 208) is configured to generate end-to-end performance metrics based on the first and second timing information.
Refrigerated sales furniture, comprising: a furniture body providing a refrigerated sales space for storing products to be presented therein and providing a furniture bottom space therein; and the furniture bottom space being located below of and separated from the refrigerated sales space; the furniture bottom space comprising at least one return air inlet for receiving a return air flow from the refrigerated sales space, at least one heat exchanger for cooling the return air flow and at least one discharge air outlet for directing a cooled discharge air flow back into the refrigerated sales space; wherein the at least one heat exchanger is arranged in a housing which is closed at its upper side and at its lateral sides; wherein the housing comprises at least one air opening (16; 16a, 16b) at its lower side which is configured such that the return air flow is allowed to enter the housing and/or the heat exchanger in a substantially upward direction and that a cooled discharge air flow is allowed to leave the housing and/or the heat exchanger in a substantially downward direction; wherein the housing is formed by a plurality of baffles (14a, 14b, 14c) including an upper baffle arranged on top of the heat exchanger, and a plurality of side baffles (14b, 14c), which enclose the heat exchanger laterally. a furniture body providing a refrigerated sales space for storing products to be presented therein and providing a furniture bottom space therein; and the furniture bottom space being located below of and separated from the refrigerated sales space; the furniture bottom space comprising at least one return air inlet for receiving a return air flow from the refrigerated sales space, at least one heat exchanger for cooling the return air flow and at least one discharge air outlet for directing a cooled discharge air flow back into the refrigerated sales space; wherein the at least one heat exchanger is arranged in a housing which is closed at its upper side and at its lateral sides; wherein the housing comprises at least one air opening (16; 16a, 16b) at its lower side which is configured such that the return air flow is allowed to enter the housing and/or the heat exchanger in a substantially upward direction and that a cooled discharge air flow is allowed to leave the housing and/or the heat exchanger in a substantially downward direction; wherein the housing is formed by a plurality of baffles (14a, 14b, 14c) including an upper baffle arranged on top of the heat exchanger, and a plurality of side baffles (14b, 14c), which enclose the heat exchanger laterally.