mhurhangee/ep-ind-claims huggingface dataset:
A method for detecting defects in conveyor belt splices having magnetically permeable metal cords (10, 11) embedded therein as the conveyor belt advances through a conveyor system, said conveyor belt having at least one single or multiple stage splice, wherein a first set of magnetically permeable metal cords coming from a first side of the splice extend into a second side of the splice and have ends which are embedded in the second side of the splice, wherein a second set of magnetically permeable metal cords coming from the second side of the splice extend into the first side of the splice and have ends which are embedded in the first side of the splice, said method comprises the steps of magnetizing the first set of magnetically permeable metal cords and the second set of magnetically permeable metal cords, and is being characterized by generating a magnetic image of the splice generated by a first pole at the ends of the first set of magnetically permeable metal cords and a second pole at the ends of the second set of magnetically permeable metal cords with a magnetic sensor and monitoring the magnetic image generated to detect magnetic anomalies generated by cord defects, with the proviso that if the first pole is a positive pole that the second pole is a negative pole, and with the proviso that if the first pole is a negative pole that the second pole is a positive pole.
The use of aqueous polyurethane dispersions for the lamination of moldings, where the polyurethane comprises units derived from at least one amorphous polyester polyol and comprises units derived from at least one polycarbonate, where the amorphous polyester polyol is produced by using a mixture of carboxylic acids composed of at least one aliphatic dicarboxylic acid having from 3 to 10, preferably from 4 to 8, carbon atoms and at least one aromatic dicarboxylic acid in a molar ratio of from 0.5:1 to 2:1.
Installation box for electrical installations, comprising a. a base for fastening the installation box to a formwork wall, with an installation opening arranged in the base, b. a tube-shaped intermediate part and a cover interconnected with a first end of the tube-shaped intermediate part, wherein c. at least one insertion opening for inserting an electrical tube into an installation space of the installation box is arranged in the cover, and d. the at least one insertion opening is closed in an initial state by a detachable wall area, and in a detached state of the wall area and an interconnected state of the cover to the intermediate part adjoins at least in some areas the intermediate part, e. characterized in that the insertion opening has at least one undercut after detaching the wall area, in order to fix an electrical tube in the insertion opening, wherein the undercut divides the insertion opening into a first zone for receiving a tube and a second zone for laterally inserting the electrical tube into the first zone, such that a tube inserted into the first zone of the insertion opening latches behind the undercut. a. a base for fastening the installation box to a formwork wall, with an installation opening arranged in the base, b. a tube-shaped intermediate part and a cover interconnected with a first end of the tube-shaped intermediate part, wherein c. at least one insertion opening for inserting an electrical tube into an installation space of the installation box is arranged in the cover, and d. the at least one insertion opening is closed in an initial state by a detachable wall area, and in a detached state of the wall area and an interconnected state of the cover to the intermediate part adjoins at least in some areas the intermediate part, e. characterized in that the insertion opening has at least one undercut after detaching the wall area, in order to fix an electrical tube in the insertion opening, wherein the undercut divides the insertion opening into a first zone for receiving a tube and a second zone for laterally inserting the electrical tube into the first zone, such that a tube inserted into the first zone of the insertion opening latches behind the undercut.
An electrode assembly, comprising: a first electrode, a second electrode, and a separator interposed therebetween, wherein: the first electrode, the second electrode, and the separator are spiral-wound in a jelly-roll structure, characterized in that the first electrode includes three first uncoated regions separated from each other, wherein the uncoated regions are formed on end edges and on a center portion of the unfolded electrode, and a first tab coupled to one of the first uncoated regions and a second tab coupled to another of the first uncoated regions, the first tab and the second tab protruding from one side of the jelly-roll structure, the first tab is disposed at a center position of the jelly-roll structure and the second tab is disposed relatively closer to an outer circumference of the jelly-roll structure, and a width of the first tab is smaller than a width of the second tab. a first electrode, a second electrode, and a separator interposed therebetween, wherein: the first electrode, the second electrode, and the separator are spiral-wound in a jelly-roll structure, characterized in that the first electrode includes three first uncoated regions separated from each other, wherein the uncoated regions are formed on end edges and on a center portion of the unfolded electrode, and a first tab coupled to one of the first uncoated regions and a second tab coupled to another of the first uncoated regions, the first tab and the second tab protruding from one side of the jelly-roll structure, the first tab is disposed at a center position of the jelly-roll structure and the second tab is disposed relatively closer to an outer circumference of the jelly-roll structure, and a width of the first tab is smaller than a width of the second tab. the first electrode, the second electrode, and the separator are spiral-wound in a jelly-roll structure, characterized in that the first electrode includes three first uncoated regions separated from each other, wherein the uncoated regions are formed on end edges and on a center portion of the unfolded electrode, and a first tab coupled to one of the first uncoated regions and a second tab coupled to another of the first uncoated regions, the first tab and the second tab protruding from one side of the jelly-roll structure, the first tab is disposed at a center position of the jelly-roll structure and the second tab is disposed relatively closer to an outer circumference of the jelly-roll structure, and a width of the first tab is smaller than a width of the second tab.
A monoclonal antibody that specifically binds an N-terminal region or a C-terminal region of human progastrin (hPG), wherein: the N-terminal region of hPG corresponds to residues 1-40 of SEQ ID NO:20; the C-terminal region of hPG corresponds to residues 41-80 of SEQ ID NO:20; the antibody does not detectably bind to an amidated gastrin 17, glycine-extended gastrin 17, amidated gastrin 34, glycine-extended gastrin 34, and C-terminal Flanking Peptide (CTFP), and the antibody is obtainable using an immunogen comprising a peptide antigen, wherein: (i) the amino acid sequence of the peptide antigen is SEQ ID NO:25, or (ii) the amino acid sequence of the peptide antigen is SEQ ID NO:27. the N-terminal region of hPG corresponds to residues 1-40 of SEQ ID NO:20; the C-terminal region of hPG corresponds to residues 41-80 of SEQ ID NO:20; the antibody does not detectably bind to an amidated gastrin 17, glycine-extended gastrin 17, amidated gastrin 34, glycine-extended gastrin 34, and C-terminal Flanking Peptide (CTFP), and the antibody is obtainable using an immunogen comprising a peptide antigen, wherein: (i) the amino acid sequence of the peptide antigen is SEQ ID NO:25, or (ii) the amino acid sequence of the peptide antigen is SEQ ID NO:27. (i) the amino acid sequence of the peptide antigen is SEQ ID NO:25, or (ii) the amino acid sequence of the peptide antigen is SEQ ID NO:27.
A method of isolating a portion of a well during hydraulic fracturing operations, the method comprising locating a flow control valve downhole, measuring a downhole process parameter with a sensor in communication with the flow control valve; closing the well; closing flow control valve, wherein the flow control valve closes in response to the measured downhole process parameter; performing hydraulic fracturing operations on an adjacent or nearby well. locating a flow control valve downhole, measuring a downhole process parameter with a sensor in communication with the flow control valve; closing the well; closing flow control valve, wherein the flow control valve closes in response to the measured downhole process parameter; performing hydraulic fracturing operations on an adjacent or nearby well.
A Controller Area Network, CAN, module, comprising: a receive data, RXD, input interface configured to receive a RXD stream from a CAN transceiver, a RXD output interface configured to send a manipulated receive data, MRXD, stream to a CAN controller, and a processing logic configured to identify a first bit sequence in the RXD stream, wherein the processing logic is configured to identify a first position for a first stuff bit in the first bit sequence, wherein the processing logic is configured to manipulate the first bit sequence to generate a second bit sequence comprising a second stuff bit at a second position in the second bit sequence corresponding to the first position of the first stuff bit in the first bit sequence such that the second stuff bit is complementary to a preceding bit of the second stuff bit in the second bit sequence, and wherein the CAN module is configured to send the second bit sequence via the RXD output interface to the CAN controller. a receive data, RXD, input interface configured to receive a RXD stream from a CAN transceiver, a RXD output interface configured to send a manipulated receive data, MRXD, stream to a CAN controller, and a processing logic configured to identify a first bit sequence in the RXD stream, wherein the processing logic is configured to identify a first position for a first stuff bit in the first bit sequence, wherein the processing logic is configured to manipulate the first bit sequence to generate a second bit sequence comprising a second stuff bit at a second position in the second bit sequence corresponding to the first position of the first stuff bit in the first bit sequence such that the second stuff bit is complementary to a preceding bit of the second stuff bit in the second bit sequence, and wherein the CAN module is configured to send the second bit sequence via the RXD output interface to the CAN controller.
A superconducting article (100,800) comprising: a metal tape substrate; a buffer layer overlying the metal tape substrate; a superconducting layer overlying the buffer layer; at least one striation (502, 802, 901-904) running the length of the superconducting article and comprising an area in which most or all of the superconducting and buffer layers are removed but at least a portion of the metal tape substrate remains, characterized in that said striation has a width of about 500 μm or less and said striation has an outer edge located between about 10 μm and about 500 nm of an outer edge of the superconducting article. a metal tape substrate; a buffer layer overlying the metal tape substrate; a superconducting layer overlying the buffer layer; at least one striation (502, 802, 901-904) running the length of the superconducting article and comprising an area in which most or all of the superconducting and buffer layers are removed but at least a portion of the metal tape substrate remains, characterized in that said striation has a width of about 500 μm or less and said striation has an outer edge located between about 10 μm and about 500 nm of an outer edge of the superconducting article.
Method for producing a three-dimensional image of an object by way of an imaging device which comprises a movable beam source, a beam detector and an evaluation unit, wherein the beam source for picture recording, is moved relative to the object to be imaged, on a first path lying in a first plane, in a first movement into several positions, in which at least one picture is recorded in each case, wherein the three-dimensional image is reconstructed from the recorded pictures by way of the evaluation unit, and wherein for reducing an artefact in the image and which is produced by a shadowing, the beam source simultaneously to the first movement carries out a second movement relative to the object to be imaged, on a second path which at least in sections is different to the first path, wherein the first movement and the second movement superimpose, characterized in that the first movement is a circular movement and a distance between the beam source and the object to be imaged during the superposition of the first movement and the second movement is constant, so that the beam source is moved on a virtual spherical surface.
Drive with a freewheel, having at least one hub, a shaft, and means which act on the shaft, the hub having a normal region and a widened further section with a greater internal diameter than the normal region, the drive being in what is known as regular operation if the hub comes into contact by way of its normal region with the shaft, and the hub and/or shaft being displaced for unlocked operation in such a way that the widened portion comes to lie opposite the shaft (2, 2'), the shaft having a constant diameter.
A computer-implemented method of training a machine learning algorithm for determining the position of an image representation of an annotated anatomical structure in a two-dimensional x-ray image, the method comprising the following steps: a) image training data is acquired which describes synthesized two-dimensional x-ray images including an image representation of the anatomical structure; b) annotation data is acquired which describes an annotation for the anatomical structure; and c) model parameter data is determined which describes model parameters of a machine learning algorithm for establishing a relation between the anatomical structure in the two-dimensional x-ray images and the annotation, wherein the model parameter data is determined by inputting the image training data and the annotation data into a function which establishes the relation, characterized in that d) atlas data is acquired which describes a general three-dimensional shape of the anatomical structure and at least one projection parameter for generating the two-dimensional x-ray images, wherein the two-dimensional x-ray images are generated based on the at least one projection parameter. a) image training data is acquired which describes synthesized two-dimensional x-ray images including an image representation of the anatomical structure; b) annotation data is acquired which describes an annotation for the anatomical structure; and c) model parameter data is determined which describes model parameters of a machine learning algorithm for establishing a relation between the anatomical structure in the two-dimensional x-ray images and the annotation, wherein the model parameter data is determined by inputting the image training data and the annotation data into a function which establishes the relation, characterized in that d) atlas data is acquired which describes a general three-dimensional shape of the anatomical structure and at least one projection parameter for generating the two-dimensional x-ray images, wherein the two-dimensional x-ray images are generated based on the at least one projection parameter.
Use of an aqueous dispersion for producing a barrier coating on film-like substrates, which aqueous dispersion contains at least 50 % by weight (based on the solids) of at least one polyvinyl acetate copolymer A and at least one polymer B that is different from said polyvinyl acetate copolymer, wherein polymer B contains hydroxy and/or ionic groups.
A dosing mechanism for an injection device comprising - a locking element having at least one holding element, - a dosing element, wherein - the at least one holding element can cooperate with the dosing element in such a way that a setting movement of the dosing element can be prevented in a starting position of the locking element and is permitted only after a movement or displacement of the locking element, characterised in that the at least one holding element is biased radially inwardly or radially outwardly, which engages into a recess or groove of the dosing element. - a locking element having at least one holding element, - a dosing element, wherein - the at least one holding element can cooperate with the dosing element in such a way that a setting movement of the dosing element can be prevented in a starting position of the locking element and is permitted only after a movement or displacement of the locking element, characterised in that the at least one holding element is biased radially inwardly or radially outwardly, which engages into a recess or groove of the dosing element.
A wire harness manufacturing equipment, comprising: a plurality of display portions having a transparent front surface (2a; 12a) for displaying images, wherein the transparent front surface (2a; 12a) is configured such that assembly jigs for wires to be laid can be attached thereto; a memory unit that stores image data corresponding to an assembling process of a wire harness, said image data including images of wires to be laid; and a control means that controls the plurality of display portions so that the images displayed based on the image data stored in the memory unit are changed to display an image of a wire to be laid in a next laying step without displaying an image of a wire for which a laying step is completed to follow the progress of the assembling process; and an acquiring means for acquiring progress information that indicates the progress status of the assembling process displayed on the plurality of display portions, wherein said plurality of display portions are arranged in a row to be displayed, and said control means is adapted to control the plurality of display portions so that the divided images are separately displayed based on the image data stored in the memory unit and are changed to follow the progress of the assembling process. a plurality of display portions having a transparent front surface (2a; 12a) for displaying images, wherein the transparent front surface (2a; 12a) is configured such that assembly jigs for wires to be laid can be attached thereto; a memory unit that stores image data corresponding to an assembling process of a wire harness, said image data including images of wires to be laid; and a control means that controls the plurality of display portions so that the images displayed based on the image data stored in the memory unit are changed to display an image of a wire to be laid in a next laying step without displaying an image of a wire for which a laying step is completed to follow the progress of the assembling process; and an acquiring means for acquiring progress information that indicates the progress status of the assembling process displayed on the plurality of display portions, wherein said plurality of display portions are arranged in a row to be displayed, and said control means is adapted to control the plurality of display portions so that the divided images are separately displayed based on the image data stored in the memory unit and are changed to follow the progress of the assembling process.
Power supply device for tap components comprising - a rotor able to receive a flow of fluid to dispense, the rotor being fitted so as to turn around a rotation axis (X-X), - the rotor being operatively connected to power generator means able to generate electricity after making the rotor rotate, - a conveyor able to receive the flow of fluid and to convey it towards the rotor, characterised by the fact that - the rotor comprises at least one pair of discs, overlapping along said rotation axis (X-X), so as to define a substantially toroidal supply chamber which extends from an outer peripheral rim, which receives fluid coming in at an inner rim, towards said rotation axis (X-X) which distributes said fluid towards at least one exit duct, - wherein the speed of the fluid, initially purely tangential, acquires a radial component thanks to which the fluid moves overall in a spiral approaching the rotation axis (X-X) of the rotor until the flow is discharged through the exit ducts, - wherein the exit duct extends parallel to the rotation axis (X-X) and is situated near the inner rim of said supply chamber, - so that the exit duct gradually receives and expels the flows of fluid of the various supply chambers overlapping each other in an axial direction parallel to the rotation axis (X-X) of the rotor, - the conveyor being positioned outside the rotor and comprising at least a first nozzle which conveys the jet of fluid from the outer rim of the supply chamber of the rotor in a substantially tangential direction (T-T), perpendicular to said rotation axis (X-X) and not incident with the latter. - a rotor able to receive a flow of fluid to dispense, the rotor being fitted so as to turn around a rotation axis (X-X), - the rotor being operatively connected to power generator means able to generate electricity after making the rotor rotate, - a conveyor able to receive the flow of fluid and to convey it towards the rotor, characterised by the fact that - the rotor comprises at least one pair of discs, overlapping along said rotation axis (X-X), so as to define a substantially toroidal supply chamber which extends from an outer peripheral rim, which receives fluid coming in at an inner rim, towards said rotation axis (X-X) which distributes said fluid towards at least one exit duct, - wherein the speed of the fluid, initially purely tangential, acquires a radial component thanks to which the fluid moves overall in a spiral approaching the rotation axis (X-X) of the rotor until the flow is discharged through the exit ducts, - wherein the exit duct extends parallel to the rotation axis (X-X) and is situated near the inner rim of said supply chamber, - so that the exit duct gradually receives and expels the flows of fluid of the various supply chambers overlapping each other in an axial direction parallel to the rotation axis (X-X) of the rotor, - the conveyor being positioned outside the rotor and comprising at least a first nozzle which conveys the jet of fluid from the outer rim of the supply chamber of the rotor in a substantially tangential direction (T-T), perpendicular to said rotation axis (X-X) and not incident with the latter.
Step edge profile, particularly from metal, for covering a step edge, comprising: at least one supporting leg for supporting on a tread area and at least one contact leg for contacting to at least one riser area, wherein the step edge profile is formed integral; characterized by a first profile section formed to cover a step front edge and at least a second profile section formed to cover a step side edge, wherein the first profile section is angled to the second profile section to enclose a step corner. at least one supporting leg for supporting on a tread area and at least one contact leg for contacting to at least one riser area, wherein the step edge profile is formed integral; characterized by a first profile section formed to cover a step front edge and at least a second profile section formed to cover a step side edge, wherein the first profile section is angled to the second profile section to enclose a step corner.