mhurhangee/ep-ind-claims huggingface dataset:
Connecting element for connecting at least two wall structural elements, wherein the one-piece connecting element formed, stamped and moulded from a sheet metal part comprising four surface parts (25, 26, 27, 28), which each correspond to a quadrant I, II, III, IV and a web have the form of a double U which is formed from two offset and opposite U profiles (2, 3) which have a common web, wherein one profile (2, 3) consists of respectively two legs (5, 5.1, 6, 6.1) spaced apart by a web, which extend from the web in a perpendicular direction and in a direction facing away from one another by 180 degrees, wherein the connecting element is formed from a flat stamped part of sheet metal, which has a geometrical contour containing two spaced-apart stamped sections (9, 10) running on a continuous line from respectively one outer edge (23, 24) to the centre of the stamped part, which are arranged centrally to the contour of the connecting element and whose distance from one another forms a web width, which corresponds to the thickness of a wall structural element, wherein the web width, running in the perpendicular direction to the stamped sections (9, 10) forms the web of the connecting element, wherein respectively one bending line (13, 14) runs to the end of the two stamped sections (9, 10) running towards one another and perpendicular to these, which are arranged spaced apart parallel to a perpendicular centre line, wherein the two stamped sections (9, 10) and the two bending lines (13, 14) form four quadrants I, II, III, IV as surface parts (25, 26, 27, 28) wherein the quadrants I, II of the surface parts (25, 26) after chamfering each form a leg (5, 5.1) of the U profile and the quadrants III, IV of the surface parts (27, 28) after chamfering each form a leg (6, 6.1) of the U profile and the narrow web is formed between the two bending lines (13, 14) from the remaining surface part, wherein in each quadrant I-IV of a surface part (25, 26, 27, 28) at least one stamped hole (15, 15.1, 16, 16.1, 17, 17.1, 18, 18.1) is arranged, characterized in that the web of the connecting element is configured with a trough-shaped indentation which is arranged symmetrically in the web and wherein the length of the trough-shaped indentation corresponds to between 10% to 90% of the total length of the connecting element and that the stamped holes (16, 16.1, 17, 17.1) located in the quadrants II and III are provided with a depression (19, 19.1, 20, 20.1) wherein the depression (19, 19.1) of the at least one stamped hole (16, 16.1) in the quadrant II is arranged on the front side and the depression (20, 20.1) of the at least one stamped hole (17, 17.1) in the quadrant III is arranged on the rear side of the stamped part (7, 7.1, 7.2) so that the depressions (19, 19.1, 20, 20.1) in the finished bent state of the connecting element point from the operating side of a U profile (2, 3) to the inner side (54.1).
A computer-implemented method for annotating or signing an electronic document, the method comprising: receiving or retrieving an electronic document available for annotation or execution by one or more parties; transmitting the electronic document for display on a first computing device to the first computing device at a first location; authenticating an identity of a first user of the first computing device; receiving electronic signals representing an user input of the first user from the first computing device, wherein the user input of the first user comprises a typed string; generating digital data representative of a first indicia based on the user input of the first user from the first computing device, wherein the first indicia comprises a hash code generated based on a timestamp of the typed string; applying the digital data representative of the first indicia to the electronic document to form a first annotation or signature from the first user; receiving, from the first computing device, electronic signals representing an additional user input of the first user; generating digital data representative of a second indicia based on the additional user input of the first user from the first computing device; applying the digital data representative of the second indicia to a digital compliance audit certificate (5000, 8600) associated with the electronic document to form a second annotation or signature from the first user; and storing the digital compliance audit certificate on a database. receiving or retrieving an electronic document available for annotation or execution by one or more parties; transmitting the electronic document for display on a first computing device to the first computing device at a first location; authenticating an identity of a first user of the first computing device; receiving electronic signals representing an user input of the first user from the first computing device, wherein the user input of the first user comprises a typed string; generating digital data representative of a first indicia based on the user input of the first user from the first computing device, wherein the first indicia comprises a hash code generated based on a timestamp of the typed string; applying the digital data representative of the first indicia to the electronic document to form a first annotation or signature from the first user; receiving, from the first computing device, electronic signals representing an additional user input of the first user; generating digital data representative of a second indicia based on the additional user input of the first user from the first computing device; applying the digital data representative of the second indicia to a digital compliance audit certificate (5000, 8600) associated with the electronic document to form a second annotation or signature from the first user; and storing the digital compliance audit certificate on a database.
A method of ejecting a fluid droplet from a fluid reservoir, the method comprising: moving at least one of the fluid reservoir and an acoustic ejector with respect to each other so that a focal point position of the acoustic ejector changes with respect to a fluid surface within the fluid reservoir; and while at least one of the reservoir or the acoustic ejector is still moving: sending a plurality of interrogation pulses from the acoustic ejector through a coupling medium towards the fluid surface of the reservoir; receiving echoes corresponding to the interrogation pulses; determining, based on the received echoes, at least one of: a distance of the fluid surface from the ejector; and an ejection time when the fluid surface will be within a threshold distance of a focal point of the ejector; and sending an ejection pulse from the acoustic ejector to eject the fluid droplet from the fluid reservoir based on at least one of the ejection time and the distance of the fluid surface. moving at least one of the fluid reservoir and an acoustic ejector with respect to each other so that a focal point position of the acoustic ejector changes with respect to a fluid surface within the fluid reservoir; and while at least one of the reservoir or the acoustic ejector is still moving: sending a plurality of interrogation pulses from the acoustic ejector through a coupling medium towards the fluid surface of the reservoir; receiving echoes corresponding to the interrogation pulses; determining, based on the received echoes, at least one of: a distance of the fluid surface from the ejector; and an ejection time when the fluid surface will be within a threshold distance of a focal point of the ejector; and sending an ejection pulse from the acoustic ejector to eject the fluid droplet from the fluid reservoir based on at least one of the ejection time and the distance of the fluid surface. sending a plurality of interrogation pulses from the acoustic ejector through a coupling medium towards the fluid surface of the reservoir; receiving echoes corresponding to the interrogation pulses; determining, based on the received echoes, at least one of: a distance of the fluid surface from the ejector; and an ejection time when the fluid surface will be within a threshold distance of a focal point of the ejector; and sending an ejection pulse from the acoustic ejector to eject the fluid droplet from the fluid reservoir based on at least one of the ejection time and the distance of the fluid surface.
A method of prognosis of overall survival of an apparently healthy subject, the method comprising detecting an elevated amount of MIC-1 in a test body sample from said subject, wherein the elevated amount of MIC-1 is associated with an increased likelihood of death of the subject.
Method for manufacturing an electrical circuit board intended to connect an electronic chip to a conductive layer, comprising: - the provision of a layer of dielectric material having two main sides to form a substrate; - the provision of a sheet of electrically conductive material, with two main sides; - the formation of an electrical circuit pattern in the sheet of electrically conductive material; - the provision of a layer of adhesive material; - the placing in contact of one of the main sides of the layer of electrically conductive material with the layer of adhesive material; and - the lamination of the sheet of dielectric material, the sheet of electrically conductive material and the layer of adhesive material, characterized in that a colouring agent is added to the adhesive material forming the layer of adhesive material, in order to form a layer of dyed adhesive material. - the provision of a layer of dielectric material having two main sides to form a substrate; - the provision of a sheet of electrically conductive material, with two main sides; - the formation of an electrical circuit pattern in the sheet of electrically conductive material; - the provision of a layer of adhesive material; - the placing in contact of one of the main sides of the layer of electrically conductive material with the layer of adhesive material; and - the lamination of the sheet of dielectric material, the sheet of electrically conductive material and the layer of adhesive material,
Process for recycling built in synthetic sports surfaces by: a) Crushing and grinding the existing synthetic sports surface in situ; b) Homogenizing the crushed and ground surface and incorporating it in the existing underlay soil of a class between A1 and A6 according to CNR UNI 10006) for the entire thickness of treatment, namely 5-20 cm; c) Spreading a powdered stabilizing agent in the quantity of between 2 and 10% by weight of the weight of the treated soil; d) Mixing the existing soil, the crushed and ground surface and the stabilizing agent; e) Wetting and compacting the stabilized soil. a) Crushing and grinding the existing synthetic sports surface in situ; b) Homogenizing the crushed and ground surface and incorporating it in the existing underlay soil of a class between A1 and A6 according to CNR UNI 10006) for the entire thickness of treatment, namely 5-20 cm; c) Spreading a powdered stabilizing agent in the quantity of between 2 and 10% by weight of the weight of the treated soil; d) Mixing the existing soil, the crushed and ground surface and the stabilizing agent; e) Wetting and compacting the stabilized soil.
A computer-implemented method of identifying a characteristic of one or more ultrasound images, wherein each ultrasound image is of a subject imaged by an ultrasound probe using an ultrasound imaging process, the method comprising: obtaining a manipulation signal indicative of a manipulation of the ultrasound probe during the ultrasound imaging process; obtaining a portion of the manipulation signal (t n), the obtained portion indicating the manipulation of the ultrasound probe during a time period, wherein the obtained portion is associated with one or more ultrasound images; and classifying, using a neural network system, a characteristic of the one or more associated ultrasound images based on both the one or more ultrasound images and the obtained portion of the manipulation signal, wherein classifying the characteristic of the one or more associated ultrasound images comprises applying one or more convolution kernels on the obtained portion of the manipulation signal to generate a convolution output representative of the obtained portion of the manipulation signal, and classifying the convolution output to indicate the characteristic of the one or more ultrasound images associated with the obtained portion. obtaining a manipulation signal indicative of a manipulation of the ultrasound probe during the ultrasound imaging process; obtaining a portion of the manipulation signal (t n), the obtained portion indicating the manipulation of the ultrasound probe during a time period, wherein the obtained portion is associated with one or more ultrasound images; and classifying, using a neural network system, a characteristic of the one or more associated ultrasound images based on both the one or more ultrasound images and the obtained portion of the manipulation signal, wherein classifying the characteristic of the one or more associated ultrasound images comprises applying one or more convolution kernels on the obtained portion of the manipulation signal to generate a convolution output representative of the obtained portion of the manipulation signal, and classifying the convolution output to indicate the characteristic of the one or more ultrasound images associated with the obtained portion.
A pharmaceutical composition comprising: a) at least one angiotensin receptor type 1 (AT 1 R) blocker or a pharmaceutically acceptable salt thereof, wherein the AT 1 R blocker is irbesartan, and b) at least one chemokine receptor 2 inhibitor or a pharmaceutically acceptable salt thereof chosen from the list consisting of a direct CCR2 antagonist; an inverse CCR2 agonist; and a negative allosteric CCR2 modulator, wherein the CCR2 inhibitor is propagermanium, for use in the treatment of a kidney disease selected from the group comprising: fibrotic disorders in the kidney, chronic kidney disease caused by diabetic nephropathy, renal insufficiency, renal failure conditions, diabetic nephropathy, glomerulonephritis, glomerular sclerosis, proteinuria of primary renal disease. a) at least one angiotensin receptor type 1 (AT 1 R) blocker or a pharmaceutically acceptable salt thereof, wherein the AT 1 R blocker is irbesartan, and b) at least one chemokine receptor 2 inhibitor or a pharmaceutically acceptable salt thereof chosen from the list consisting of a direct CCR2 antagonist; an inverse CCR2 agonist; and a negative allosteric CCR2 modulator, wherein the CCR2 inhibitor is propagermanium,
A channel estimation method, wherein the method comprises: when a first precoding weight of a first reference signal and a second precoding weight of a second reference signal are the same, receiving, by a first network device, the first reference signal in a first time unit according to a first pattern, and receiving the second reference signal in a second time unit according to a second pattern, wherein the first reference signal is a channel state information-reference signal (CSI-RS) or a cell-specific reference signal, and the second reference signal is a demodulation reference signal (DMRS), wherein each pattern is a time-frequency resource distribution indication, identifying locations of time-frequency resources occupied by some signals within a time-frequency resource range; and performing, by the first network device, channel estimation on a channel in the second time unit based on the first reference signal and the second reference signal, wherein a quantity of time-frequency resources occupied by the second reference signal in the second pattern is less than a quantity of time-frequency resources occupied by the second reference signal in a third pattern, and the third pattern is a time-frequency distribution pattern, used when the first precoding weight and the second precoding weight are different, of the second reference signal in the second time unit, wherein the time-frequency resource in the second pattern is a part of the time-frequency resource in the third pattern. when a first precoding weight of a first reference signal and a second precoding weight of a second reference signal are the same, receiving, by a first network device, the first reference signal in a first time unit according to a first pattern, and receiving the second reference signal in a second time unit according to a second pattern, wherein the first reference signal is a channel state information-reference signal (CSI-RS) or a cell-specific reference signal, and the second reference signal is a demodulation reference signal (DMRS), wherein each pattern is a time-frequency resource distribution indication, identifying locations of time-frequency resources occupied by some signals within a time-frequency resource range; and performing, by the first network device, channel estimation on a channel in the second time unit based on the first reference signal and the second reference signal, wherein a quantity of time-frequency resources occupied by the second reference signal in the second pattern is less than a quantity of time-frequency resources occupied by the second reference signal in a third pattern, and the third pattern is a time-frequency distribution pattern, used when the first precoding weight and the second precoding weight are different, of the second reference signal in the second time unit, wherein the time-frequency resource in the second pattern is a part of the time-frequency resource in the third pattern.
Wall bracket for a flat screen with a length-variable first bar (2, 22), with a fastening device which fastens the first bar (2, 22) in a substantially horizontal orientation to at least one wall (7, 27, 28), with at least two hooks (5, 25) which are mountable on the rear side of the flat screen and which are hangable on the first bar (2, 22), with a closure for the hooks wherein the fastening device comprises at least two pipe clips, enclosing the first bar in a closed position, wherein the pipe clips are equipped with a connecting thread, into which a threaded rod mountable on a wall or a headless pin mountable on a wall is screwed.
A method for decoding video data provided in a bitstream, the bitstream including a coding unit, CU, coded in palette mode, the method comprising: parsing a palette associated with the CU provided in the bitstream, the palette including a plurality of palette entries that are each associated with an index value and a pixel value associated with the index value; parsing one or more run lengths provided in the bitstream that are associated with the CU, each run length indicating a number of consecutive positions, starting from and including a current position in the CU, that are associated with a copy-left mode or a copy-above mode; parsing one or more index values provided in the bitstream that are associated with the CU, each index value indicating a pixel value in the palette that is associated with the current position in the CU, wherein the index values are parsed from first consecutive positions in the bitstream after all of the run lengths associated with the CU; parsing one or more escape pixel values provided in the bitstream that are associated with the CU, each escape pixel value indicating a pixel value that is not in the palette, wherein the escape pixel values are parsed from second consecutive positions in the bitstream after all of the run lengths and the index values associated with the CU; and decoding the CU based on the parsed palette, parsed run lengths, parsed index values, and parsed escape values. parsing a palette associated with the CU provided in the bitstream, the palette including a plurality of palette entries that are each associated with an index value and a pixel value associated with the index value; parsing one or more run lengths provided in the bitstream that are associated with the CU, each run length indicating a number of consecutive positions, starting from and including a current position in the CU, that are associated with a copy-left mode or a copy-above mode; parsing one or more index values provided in the bitstream that are associated with the CU, each index value indicating a pixel value in the palette that is associated with the current position in the CU, wherein the index values are parsed from first consecutive positions in the bitstream after all of the run lengths associated with the CU; parsing one or more escape pixel values provided in the bitstream that are associated with the CU, each escape pixel value indicating a pixel value that is not in the palette, wherein the escape pixel values are parsed from second consecutive positions in the bitstream after all of the run lengths and the index values associated with the CU; and decoding the CU based on the parsed palette, parsed run lengths, parsed index values, and parsed escape values.
Comb polymer comprising a main chain formed from 1-ethenyl- and/or 1-allyl-2,3,4,5,6-pentafluorobenzene monomers and polymeric side chains grafted in the para position of the pentafluorophenyl groups, in which said polymeric side chains are linked to said main chain by an oxygen atom, the molar grafting rate of polymeric side chains being greater than or equal to 50%.
Lead or chalk containing graphite, in which the graphite is bound in a polymer binding agent, characterised in that the binding agent is a mixture of polyolefin and polystyrene, wherein the ratio of polystyrene to polyolefin is between 1:1 and 1:3, characterised in that the lead contains a wax in a proportion of from 1% by weight to 40% by weight, and the wax is a paraffin wax and/or a polyolefin wax.
A cooling system for a gearbox, the system comprising: a container configured to house a gas; a gas line configured to provide a flow of the gas to an interior of the gearbox; wherein the gas comprises at least one percent of a helium gas; characterized by; a detective sensor configured to detect a failure of a gearbox lubrication system; and a valve configured to selectively supply the gas to the interior of the gearbox in the event of a failure to the gearbox lubrication system being detected by the detection sensor. a container configured to house a gas; a gas line configured to provide a flow of the gas to an interior of the gearbox; wherein the gas comprises at least one percent of a helium gas; characterized by; a detective sensor configured to detect a failure of a gearbox lubrication system; and a valve configured to selectively supply the gas to the interior of the gearbox in the event of a failure to the gearbox lubrication system being detected by the detection sensor. a detective sensor configured to detect a failure of a gearbox lubrication system; and a valve configured to selectively supply the gas to the interior of the gearbox in the event of a failure to the gearbox lubrication system being detected by the detection sensor.