mhurhangee/ep-ind-claims huggingface dataset:
Device for recycling materials consisting of at least two components by separating, comminuting and deforming these components, with a housing which is stationary, and having a rotor which rotates in the housing at a distance (a) from an inner wall of the housing and thereby moves the materials, wherein the distance (a) between the inner wall of the housing and the rotor changes continuously as the rotor rotates, wherein the rotor has formations which build up a pressure on the material in the direction of the inner wall of the housing, wherein projections are provided on the inner wall of the housing, wherein the projections are designed like sawtooth, characterized in, that formations are provided on the rotor, which are set at an obliquely trailing position relative to a rotary axis of the rotor, the formations and/or the projections being adjustable or replaceable, wherein the sawtooth-like projections reduce a distance (a) between this rotor and the respective projection in the direction of rotation of a rotor, wherein the rotor has a hub which rotates about an rotary axis, wherein a ring on which the formations are seated is connected to the hub via spokes, wherein these formations are of wall- or wing-like design and are arranged on the ring in such a way that they are trailing in the direction of rotation relative to the rotary axis, wherein a front edge of each formation which is closer to the rotary axis is arranged on the ring in front of a rear edge of this formation in the direction of rotation.
A device for treating a human heart, comprising: an expandable prosthetic valve; a tubular delivery sleeve having a proximal end; a lead screw nut coupled to the proximal end of the tubular delivery sleeve; a valve catheter having a distal end coupled to a mop comprising a plurality of flexible extensions configured for releasable attachment to the prosthetic valve, wherein the valve catheter and the prosthetic valve are slidably advanceable through the delivery sleeve; and a lead screw coupled to the valve catheter; wherein the lead screw engages the lead screw nut and wherein rotation of the lead screw causes the delivery sleeve to retract relative to the valve catheter and the prosthetic valve for exposing the prosthetic valve and extensions and allowing expansion of the valve, characterized in that the flexible extensions of the mop allow expansion of the prosthetic valve while maintaining the attachment with the prosthetic valve during adjustment of the prosthetic valve at a native valve site. an expandable prosthetic valve; a tubular delivery sleeve having a proximal end; a lead screw nut coupled to the proximal end of the tubular delivery sleeve; a valve catheter having a distal end coupled to a mop comprising a plurality of flexible extensions configured for releasable attachment to the prosthetic valve, wherein the valve catheter and the prosthetic valve are slidably advanceable through the delivery sleeve; and a lead screw coupled to the valve catheter; wherein the lead screw engages the lead screw nut and wherein rotation of the lead screw causes the delivery sleeve to retract relative to the valve catheter and the prosthetic valve for exposing the prosthetic valve and extensions and allowing expansion of the valve, characterized in that the flexible extensions of the mop allow expansion of the prosthetic valve while maintaining the attachment with the prosthetic valve during adjustment of the prosthetic valve at a native valve site.
Use as a refrigerant composition of a composition comprising an azeotrope-like composition consisting essentially of from 45 to 85 weight percent HFO-1234yf and from 15 to 55 weight percent CF 3 I.
An anhydrous device being in the form of a closed shell containing a fatty phase, characterized in that: - the shell and the fatty phase constituting the necessary ingredients and in an amount adequate for the extemporaneous preparation, solely by adding water, of a single-use cosmetic emulsion, - the shell serves as gelling agent and/or texturing agent, and - the emulsion is in the form of a cream, a lotion or a gel. - the shell and the fatty phase constituting the necessary ingredients and in an amount adequate for the extemporaneous preparation, solely by adding water, of a single-use cosmetic emulsion, - the shell serves as gelling agent and/or texturing agent, and - the emulsion is in the form of a cream, a lotion or a gel.
A method of augmenting the number of labeled images for training a neural network comprising the steps of - Starting from a dataset of labeled images with corresponding segmentation masks and a dataset of unlabeled images, - Gathering for a given image i in said dataset of labeled images a number of images with metadata that have at least one item with the same value in said dataset of unlabeled images so as to form a data sub-set Sim i, - Training a multiclass segmentation neural network on said labeled images thereby generating segmentation masks for the images in subset Sim i, - On the basis of these segmentation masks judging similarity between images of Sim i and image i and finding one or more most similar images in Sim i by computing histograms of segmentation masks of image i and images in Sim I and by comparing them, - Transferring the histogram of the one or more most similar images in Sim i to given image i such as to thereby obtain from image i corresponding one or more further images for training which each have the label of image i but a correspondingly transferred histogram. - Starting from a dataset of labeled images with corresponding segmentation masks and a dataset of unlabeled images, - Gathering for a given image i in said dataset of labeled images a number of images with metadata that have at least one item with the same value in said dataset of unlabeled images so as to form a data sub-set Sim i, - Training a multiclass segmentation neural network on said labeled images thereby generating segmentation masks for the images in subset Sim i, - On the basis of these segmentation masks judging similarity between images of Sim i and image i and finding one or more most similar images in Sim i by computing histograms of segmentation masks of image i and images in Sim I and by comparing them, - Transferring the histogram of the one or more most similar images in Sim i to given image i such as to thereby obtain from image i corresponding one or more further images for training which each have the label of image i but a correspondingly transferred histogram.
Plug-in connector including a plug housing pair (5, 8) with two connectable plug housings (5, 8) and a contact housing pair (7, 10) with two connectable contact housings (7, 10), each plug housing (5, 8) comprising at least one socket (6, 9) for a contact housing (7, 10), wherein the plug-in connector comprises a locking device that is mounted movably on one of the plug housings for locking the plug housings (5, 8), characterized in that the contact housings (7, 10) are brought into contact when the plug housings (5, 8) are locked, by moving the locking device, wherein the plug-in connector is fixed rotatably on a flange.
Link for a wheel suspension of a vehicle comprising at least one middle section and at least two end sections (E, E'), wherein the end sections (E, E') have connecting points for receiving linking and/or joining elements, wherein at least the middle section of the link is formed from at least two shells (2, 3), characterized in that at least one of the shells (2, 3) consists of a steel material containing a high level of manganese.
Harrow disc for a disc harrow, having a) a circular outer contour and b) recesses (11.1 to 11.i) that are formed between a centre point of the harrow disc and the outer contour, wherein the sum of the area of the recesses (11.1 to 11.i) is between 10% and 25%, preferably between 15% and 25%, in particular preferably between 15% and 20% of the area of the circular shape of the outer contour, and c) the recesses (11.1 to 11.i) are arranged on a base circle with a base radius (r 18) that amounts to half the distance between the centre point and the outer contour, and the recesses (11.1 to 11.i) are circular and extend to within and outside the base circle, characterized in that d) a portion of the area of a recess (11.i) located outside the base circle is greater than a portion of the area of the recess (11.i) located within the base circle, e) in that the recesses (11.1 to 11.i) are alternatively oval with a radially oriented short axis, and in that the circular or alternatively oval recesses in the direction of their largest extent have a length of between 18% and 25% of the diameter of the circular shape of the outer contour. a) a circular outer contour and b) recesses (11.1 to 11.i) that are formed between a centre point of the harrow disc and the outer contour, wherein the sum of the area of the recesses (11.1 to 11.i) is between 10% and 25%, preferably between 15% and 25%, in particular preferably between 15% and 20% of the area of the circular shape of the outer contour, and c) the recesses (11.1 to 11.i) are arranged on a base circle with a base radius (r 18) that amounts to half the distance between the centre point and the outer contour, and the recesses (11.1 to 11.i) are circular and extend to within and outside the base circle, characterized in that d) a portion of the area of a recess (11.i) located outside the base circle is greater than a portion of the area of the recess (11.i) located within the base circle, e) in that the recesses (11.1 to 11.i) are alternatively oval with a radially oriented short axis, and
Electric pod drive for a ship, having - an electric motor, which has a stator, - a housing part, which extends at least partly along the stator in the axial direction and which comprises the stator at least partly in the circumferential direction, - cooling channels running essentially in the axial direction, in which at least one cooling medium can flow in each case and by means of which the electric motor can be cooled, characterised in that the cooling channels are delimited in each case at least radially inwards by a layer of a material which has a thermal conductivity of at least 60 W(m*K) and which is corrosion-resistant at least in an atmosphere containing seawater, wherein there is provision for a groove in the housing part to form at least one of the cooling channels, wherein the material which forms the layer has a higher corrosion resistance than the material of the housing part and/or the material of the stator. - an electric motor, which has a stator, - a housing part, which extends at least partly along the stator in the axial direction and which comprises the stator at least partly in the circumferential direction, - cooling channels running essentially in the axial direction, in which at least one cooling medium can flow in each case and by means of which the electric motor can be cooled, - cooling channels running essentially in the axial direction, in which at least one cooling medium can flow in each case and by means of which the electric motor can be cooled,
An ion exchange membrane comprising: a layer S comprising a fluorine-containing polymer having a sulfonic acid group; a layer C comprising a fluorine-containing polymer having a carboxylic acid group; and a plurality of strengthening materials arranged inside the layer S and functioning as at least one of reinforcement yarn and sacrifice yarn; wherein A and B, both of which are defined below, satisfy following formulas and: B ≤ 240 μm 2.0 ≤ B / A ≤ 5.0 wherein, when the ion exchange membrane is viewed from a top surface, A represents an average cross-sectional thickness of the membrane measured in pure water for a region, in which the strengthening materials do not exist, and B represents an average cross-sectional thickness of the membrane measured in pure water for a region, in which strands of the reinforcement yarn overlap with each other, and for a region, in which the reinforcement yarn overlaps with the sacrifice yarn. a layer S comprising a fluorine-containing polymer having a sulfonic acid group; a layer C comprising a fluorine-containing polymer having a carboxylic acid group; and a plurality of strengthening materials arranged inside the layer S and functioning as at least one of reinforcement yarn and sacrifice yarn; wherein A and B, both of which are defined below, satisfy following formulas and: B ≤ 240 μm 2.0 ≤ B / A ≤ 5.0 wherein, when the ion exchange membrane is viewed from a top surface, A represents an average cross-sectional thickness of the membrane measured in pure water for a region, in which the strengthening materials do not exist, and B represents an average cross-sectional thickness of the membrane measured in pure water for a region, in which strands of the reinforcement yarn overlap with each other, and for a region, in which the reinforcement yarn overlaps with the sacrifice yarn. wherein, when the ion exchange membrane is viewed from a top surface, A represents an average cross-sectional thickness of the membrane measured in pure water for a region, in which the strengthening materials do not exist, and B represents an average cross-sectional thickness of the membrane measured in pure water for a region, in which strands of the reinforcement yarn overlap with each other, and for a region, in which the reinforcement yarn overlaps with the sacrifice yarn.
A color registration method of an image forming apparatus, comprising: printing a preset test pattern for color registration onto a printing paper; wherein the preset test pattern for color registration comprises a plurality of pairs of lines comprising a line in a first color and a combined line; wherein the first color is one of cyan C, magenta M, yellow Y, and black K, and the combined line comprises five collinear segments, comprising a first segment in a second color, a second segment in a third color, a third segment in a fourth color, a fourth segment in a fifth color, and a fifth segment in the second color, and the second, third, fourth and fifth colors are different colors from each other and one of each of cyan C, magenta M, yellow Y and black K, scanning the printed test pattern for color registration; detecting the printed test pattern for color registration from a scan image obtained as a result of the scanning; calculating location error values of respective color segments, using the detected test pattern for color registration; and performing the color registration using the calculated location error values of respective color segments. printing a preset test pattern for color registration onto a printing paper; wherein the preset test pattern for color registration comprises a plurality of pairs of lines comprising a line in a first color and a combined line; wherein the first color is one of cyan C, magenta M, yellow Y, and black K, and the combined line comprises five collinear segments, comprising a first segment in a second color, a second segment in a third color, a third segment in a fourth color, a fourth segment in a fifth color, and a fifth segment in the second color, and the second, third, fourth and fifth colors are different colors from each other and one of each of cyan C, magenta M, yellow Y and black K, scanning the printed test pattern for color registration; detecting the printed test pattern for color registration from a scan image obtained as a result of the scanning; calculating location error values of respective color segments, using the detected test pattern for color registration; and performing the color registration using the calculated location error values of respective color segments.
A method for manufacturing a shoe sole or part thereof, with a foil applied to the lateral surface of the sole, the method comprising: providing an injection molding form system, said system comprising a lateral mold frame, an upper closing element and a lower closing element, positioning a foil in the lateral mold frame, by clamping the foil between an upper edge of the lateral mold frame and the upper closing element, and a lower edge of the lateral mold frame and the lower closing element, thereby forming a cavity in the form of a shoe sole or part thereof, in which the foil inside the cavity is held against or in proximity to the inside of the lateral mold frame, and injecting molding material into the cavity. providing an injection molding form system, said system comprising a lateral mold frame, an upper closing element and a lower closing element, positioning a foil in the lateral mold frame, by clamping the foil between an upper edge of the lateral mold frame and the upper closing element, and a lower edge of the lateral mold frame and the lower closing element, thereby forming a cavity in the form of a shoe sole or part thereof, in which the foil inside the cavity is held against or in proximity to the inside of the lateral mold frame, and injecting molding material into the cavity.
A computer-implemented method for aligning a set of images, the method comprising: a. acquiring image data comprising a set of images, the set of images having shared structural characteristics; b. applying, using a densely fused spatial transformer neural network, at least one image transform to the image data to form aligned image data in which each image of the set of images is substantially aligned with a template image, wherein each image of the set of images is substantially aligned with the template image in that there is an alignment error; c. compressing the aligned image data using an autoencoder neural network having an encoder module and a decoder module, wherein the compressed image data is a latent-space representation of the aligned image data and is output by the encoder module, and wherein the encoder module and the decoder module are fully connected; d. reconstructing the image data from the compressed image data using the decoder module, calculating a reconstruction error using the aligned image data and the reconstructed image data, calculating the alignment error using the aligned image data and the template image; training the autoencoder neural network using the calculated reconstruction error, and training the densely fused spatial transformer neural network using the calculated reconstruction error and the calculated alignment error; and e. outputting, from the reconstructed image data, a set of aligned images. a. acquiring image data comprising a set of images, the set of images having shared structural characteristics; b. applying, using a densely fused spatial transformer neural network, at least one image transform to the image data to form aligned image data in which each image of the set of images is substantially aligned with a template image, wherein each image of the set of images is substantially aligned with the template image in that there is an alignment error; c. compressing the aligned image data using an autoencoder neural network having an encoder module and a decoder module, wherein the compressed image data is a latent-space representation of the aligned image data and is output by the encoder module, and wherein the encoder module and the decoder module are fully connected; d. reconstructing the image data from the compressed image data using the decoder module, calculating a reconstruction error using the aligned image data and the reconstructed image data, calculating the alignment error using the aligned image data and the template image; training the autoencoder neural network using the calculated reconstruction error, and training the densely fused spatial transformer neural network using the calculated reconstruction error and the calculated alignment error; and e. outputting, from the reconstructed image data, a set of aligned images.
A radar-based method for measuring a level of material in a container in consecutive measurement cycles, each measurement cycle comprising: emitting microwaves to a surface of the material by means of a radar level gauge, receiving echo waves reflected from the surface of the material using said radar level gauge, generating an echo function (17, 19) by converting the received echo waves over time into the echo function (17, 19), storing the echo function (17, 19) and evaluating the stored echo function (17, 19) to identify a useful echo and to determine the position of the useful echo, characterized in that once the useful echo has been identified in the echo function generated and stored with an initial resolution and for an entire level measurement range of the radar level gauge, the echo function is generated and stored in subsequent measurement cycles either solely with a first resolution equal to or higher than the initial resolution for a selected first portion of the entire level measurement range in which portion the useful echo has been identified or it is generated and stored with said first resolution for said selected first portion and with a second lower resolution for the remaining second portion of the entire level measurement range. emitting microwaves to a surface of the material by means of a radar level gauge, receiving echo waves reflected from the surface of the material using said radar level gauge, generating an echo function (17, 19) by converting the received echo waves over time into the echo function (17, 19), storing the echo function (17, 19) and evaluating the stored echo function (17, 19) to identify a useful echo and to determine the position of the useful echo, once the useful echo has been identified in the echo function generated and stored with an initial resolution and for an entire level measurement range of the radar level gauge, the echo function is generated and stored in subsequent measurement cycles either solely with a first resolution equal to or higher than the initial resolution for a selected first portion of the entire level measurement range in which portion the useful echo has been identified or it is generated and stored with said first resolution for said selected first portion and with a second lower resolution for the remaining second portion of the entire level measurement range.
A system for supplying LNG fuel, the system comprising: a fuel supplying line connected from an LNG storage tank to a high pressure engine and a low pressure engine, respectively; a pump provided on the fuel supplying line and configured to pressurize LNG outputted from the LNG storage tank to high pressure; a first heat exchanger provided on the fuel supplying line between the high pressure engine and the pump and configured to heat the LNG supplied from the pump; a second heat exchanger provided on the fuel supplying line between the low pressure engine and the LNG storage tank and configured to evaporate the LNG in a liquid state supplied from the LNG storage tank; and a heat source supplying line configured to apply heat to the LNG by supplying glycol water to the first heat exchanger and the second heat exchanger, wherein the first heat exchanger and the second heat exchanger are arranged in series with respect to a flow of a heat source. a fuel supplying line connected from an LNG storage tank to a high pressure engine and a low pressure engine, respectively; a pump provided on the fuel supplying line and configured to pressurize LNG outputted from the LNG storage tank to high pressure; a first heat exchanger provided on the fuel supplying line between the high pressure engine and the pump and configured to heat the LNG supplied from the pump; a second heat exchanger provided on the fuel supplying line between the low pressure engine and the LNG storage tank and configured to evaporate the LNG in a liquid state supplied from the LNG storage tank; and a heat source supplying line configured to apply heat to the LNG by supplying glycol water to the first heat exchanger and the second heat exchanger, wherein the first heat exchanger and the second heat exchanger are arranged in series with respect to a flow of a heat source.