mhurhangee/ep-ind-claims huggingface dataset:
Connecting lock for a roller shutter enabling connection between a curtain and a winding shaft of the shutter, wherein this lock comprises at least two links hinged to one another along a hinge axis parallel to the geometric axis of the winding shaft of the shutter, of which links an upper link is attached to the winding shaft and a lower link is provided with a profile for connecting to the curtain, characterised in that between them the connecting profile and the lower link define a space for clamping an attachment loop of the curtain, in that the connecting profile can be released from the curtain by retracting the lower link by means of an axial translatory motion and then detaching it transversely from the curtain.
A method of performing x-ray fluorescence computed tomography, comprising the steps of: generating x-ray radiation using a line emitting liquid-jet-anode x-ray source; shaping and bandpass filtering the x-ray radiation using energy-selective optics; delivering the x-ray radiation to nanoparticles present in a sample to induce x-ray fluorescence; detecting the fluorescence from the nanoparticles using energy dispersive detection; and forming an x-ray image from the detected fluorescence. generating x-ray radiation using a line emitting liquid-jet-anode x-ray source; shaping and bandpass filtering the x-ray radiation using energy-selective optics; delivering the x-ray radiation to nanoparticles present in a sample to induce x-ray fluorescence; detecting the fluorescence from the nanoparticles using energy dispersive detection; and forming an x-ray image from the detected fluorescence.
A lunchbox for storing, for transporting and for heating food, in particular food prepared for consumption, comprising an upper shell and a lower shell which are connected together in a hinged manner on one longitudinal side, wherein a closure is provided on the opposing longitudinal side, wherein a shell for receiving the food to be heated is able to be arranged in the lower shell, characterised in that the shell is provided with a peripheral and angled-back edge region and a thermal insulation and an electrical heating element are assigned thereto, wherein a groove for receiving a seal is integrally formed in the peripheral edge region of the shell and in that on the upper shell and/or the lower shell a power connection socket is provided on a longitudinal wall of the lower shell.
A splitting apparatus for splitting a masonry block, the apparatus comprising; a press configured to apply a force to the masonry block; and an assembly on which the masonry block rests; characterised in that the apparatus further comprises: a first splitting blade having a smooth top with a width X and a shoulder angle of less than 20 degrees, relative to a point in the middle of the top; and a conveyor arranged to advance the masonry block over the first splitting blade, causing the masonry block to wipe debris from the splitting blade. a first splitting blade having a smooth top with a width X and a shoulder angle of less than 20 degrees, relative to a point in the middle of the top; and a conveyor arranged to advance the masonry block over the first splitting blade, causing the masonry block to wipe debris from the splitting blade.
A suspension device for simultaneously suspending an product and providing a conductive path away from the product, comprising: an adhesive portion for adhering to the product to be coated; an attachment portion for attaching to a mount on which the suspension device is mounted; and a conductive portion arranged to form an electrical path from the product to be coated to a conductor, wherein the adhesive portion comprises an adhesive layer, characterised in that, the conductive portion is a conductive layer disposed on a first part of the adhesive layer, such that when a second part of the adhesive layer is adhered to a surface, the conductive layer is in contact with the surface. an adhesive portion for adhering to the product to be coated; an attachment portion for attaching to a mount on which the suspension device is mounted; and a conductive portion arranged to form an electrical path from the product to be coated to a conductor, wherein the adhesive portion comprises an adhesive layer, characterised in that, the conductive portion is a conductive layer disposed on a first part of the adhesive layer, such that when a second part of the adhesive layer is adhered to a surface, the conductive layer is in contact with the surface.
Moulding element for a tyre mould manufactured from a metallic powder fused together layer by layer, the moulding element comprising a body, this body comprising a first surface intended to mould all or part of a tread surface of the tyre and a second surface opposite to the first surface and intended to be in contact with another part of the mould, the thickness of the body of the moulding element being comprised between 1 and 6 millimetres, the moulding element comprising at least one cavity opening onto the second surface of this body, characterized in that the moulding element comprises a plate positioned across the cavity and formed as one with the body of the moulding element, this plate being at the same level as the first surface of the body, and in that the plate comprises at least one hole allowing air to pass between the first surface of the moulding element and the second surface thereof, and in that the plate comprises a plurality of holes forming a grid structure on this plate, these holes having an equivalent diameter comprised between 0.05 mm and 1 mm.
An image forming apparatus, comprising: a main body, a feed unit, a developing unit, a paper discharge unit and a toner cartridge guiding unit, wherein the toner cartridge guiding unit comprises: a fixing unit; a guide frame to guide mounting of a toner cartridge, and comprising a toner feed hole formed in the guide frame; a toner sealing member attached to the proximity of the toner feed hole; and a lifting unit comprising a protuberance formed on the guide frame, configured to contact with a bottom side of the toner cartridge to prevent interference between the toner sealing member and the toner cartridge during mounting of the toner cartridge. a main body, a feed unit, a developing unit, a paper discharge unit and a toner cartridge guiding unit, wherein the toner cartridge guiding unit comprises: a fixing unit; a guide frame to guide mounting of a toner cartridge, and comprising a toner feed hole formed in the guide frame; a toner sealing member attached to the proximity of the toner feed hole; and a lifting unit comprising a protuberance formed on the guide frame, configured to contact with a bottom side of the toner cartridge to prevent interference between the toner sealing member and the toner cartridge during mounting of the toner cartridge. a fixing unit; a guide frame to guide mounting of a toner cartridge, and comprising a toner feed hole formed in the guide frame; a toner sealing member attached to the proximity of the toner feed hole; and a lifting unit comprising a protuberance formed on the guide frame, configured to contact with a bottom side of the toner cartridge to prevent interference between the toner sealing member and the toner cartridge during mounting of the toner cartridge.
A kit of parts for mounting a window lining on a window installed in a roof structure, comprising a set of outer end members adapted to be connected to the frame of a window, a set of inner end members adapted to be connected to the roof structure, a set of extent members adapted to be connected to the set of outer end members and to the set of inner end members, and a set of side members adapted to be connected to the set of inner end members, the sets of outer and inner end members, the set of extent members and the set of side members being adapted to be brought from a supply condition to a mounted condition, in which they form a trapezoidal prism shape so that a supporting frame is constructed and spans the thickness of the roof structure, from the window frame to a position defining for instance the inner wall, characterised in that said supporting frame may then be used for fastening plate members to finish the window lining.
- A dishwasher comprising a body; a tub wherein the processes of washing, rinsing and drying are performed; a drying duct that provides the drying of the items washed; a drying fan that provides the flow of the air in the drying duct; a heat pump system that is disposed at the lower part of the tub and that provides the heating of the washing water; a casing that constitutes the lower section of the body and encloses the region wherein the heat pump system is integrated; a compressor, a condenser, an evaporator, at least one evaporator fan and an expansion element that constitute the heat pump system; an air duct having at least one inlet port arranged at the front surface of the body and opening to the outer environment and an outlet port opening into the region enclosed by the casing at the lower section of the body, wherein the air duct enables the outer environment air received through the inlet port to be transferred into the body and into the region surrounded by the casing through the outlet port by means of the vacuum created in the body by the at least one evaporator fan, characterized by the at least one inlet port being arranged at the upper part of the front side of the body.
A method of concentrating transgenic apoA-I mimetic peptides expressed in a transgenic tomato plant, said method comprising: providing a tissue of said transgenic plant wherein said tissue contains a heterologous ApoA-I mimetic peptide expressed by said plant, and wherein said tissue is provided as a substantially dry powder; mixing said powder with a solution comprising ethyl acetate and acetic acid to form an extraction mixture; collecting the liquid phase of said mixture and drying said liquid phase to provide a concentrated dry powder extract that displays the biological activity of said apoA-I mimetic. providing a tissue of said transgenic plant wherein said tissue contains a heterologous ApoA-I mimetic peptide expressed by said plant, and wherein said tissue is provided as a substantially dry powder; mixing said powder with a solution comprising ethyl acetate and acetic acid to form an extraction mixture; collecting the liquid phase of said mixture and drying said liquid phase to provide a concentrated dry powder extract that displays the biological activity of said apoA-I mimetic.
A corn head comprising: a first row unit (108, 110, 112, 118, 120, 122) comprising a first gearbox and a first slip clutch (214, 216) drivingly coupled to the first gearbox; a first driveshaft (218, 220, 232), the first driveshaft having a first end and a second end opposite the first end, wherein the first end terminates within the first slip clutch (214, 216); and a second driveshaft (218, 220, 232), the second driveshaft having a third end and a fourth end opposite to the third end, wherein the third end terminates within the first slip clutch (214,216); wherein the first slip clutch (214, 216) is configured to be driven in rotation by the first driveshaft (218, 220, 232) and to drive the second driveshaft (220, 232) in rotation, and wherein the first slip clutch (214, 216) comprises an inner sleeve that receives and supports the first end, and is configured to transmit power from the first end to the third end, characterized in that the inner sleeve supports and receives the third end. a first row unit (108, 110, 112, 118, 120, 122) comprising a first gearbox and a first slip clutch (214, 216) drivingly coupled to the first gearbox; a first driveshaft (218, 220, 232), the first driveshaft having a first end and a second end opposite the first end, wherein the first end terminates within the first slip clutch (214, 216); and a second driveshaft (218, 220, 232), the second driveshaft having a third end and a fourth end opposite to the third end, wherein the third end terminates within the first slip clutch (214,216); wherein the first slip clutch (214, 216) is configured to be driven in rotation by the first driveshaft (218, 220, 232) and to drive the second driveshaft (220, 232) in rotation, and wherein the first slip clutch (214, 216) comprises an inner sleeve that receives and supports the first end, and is configured to transmit power from the first end to the third end, characterized in that the inner sleeve supports and receives the third end.
A receiving cradle intended to receive a munition removed from a tube extending along a first axis X by means of an expulsion means comprising: a. a structure comprising a securing base intended to be secured to an outlet end of the tube; b. a receiving bag extending substantially along the first axis X, secured to the structure, intended to receive the munition. a. a structure comprising a securing base intended to be secured to an outlet end of the tube; b. a receiving bag extending substantially along the first axis X, secured to the structure, intended to receive the munition.
A non-therapeutic and non-surgical method for separating a suspension of cellular material comprising at least two differently-sized cell types selected from red blood cells, white blood cells and platelets using a spinning membrane separator, the steps comprising: a) selecting the cell type to be separated by passing through the membrane; b) determining a concentration of each different cell type in the suspension; c) selecting an inlet flow rate for the suspension; d) selecting a rotational speed for the spinning membrane separator related to the concentration and size of the selected cell type in the suspension relative to each non-selected cell type; e) rotating the spinning membrane separator at the selected rotational speed; and f) flowing the suspension through the spinning membrane separator. a) selecting the cell type to be separated by passing through the membrane; b) determining a concentration of each different cell type in the suspension; c) selecting an inlet flow rate for the suspension; d) selecting a rotational speed for the spinning membrane separator related to the concentration and size of the selected cell type in the suspension relative to each non-selected cell type; e) rotating the spinning membrane separator at the selected rotational speed; and f) flowing the suspension through the spinning membrane separator.
A non-transitory processor-readable medium storing code representing instructions to be executed by a processor, the code comprising code to cause the processor to: receive, from a client device, a set of application programming interface, API, calls having a sequence; provide an indication associated with at least one API call from the set of API calls as an input to a machine learning model to identify a predicted sequence of API calls associated with the at least one API call; calculate a plurality of consistency scores for each pair of API calls from the set of API calls by comparing a proximity within the sequence of a first API call in that pair of API calls to a second API call in that pair of API calls and a proximity within the predicted sequence of the first API call in that pair of API calls to the second API call in that pair of API calls, each consistency score from the plurality of consistency scores for each pair of API calls being associated with a predetermined context; generate a combined consistency score for each pair of API calls by combining each consistency score from the plurality of consistency scores for that pair of API calls with remaining consistency scores from the plurality of consistency scores for that pair of API calls; identify, based on comparing the combined consistency scores for a plurality of pairs of API calls from the set of API calls to a predetermined threshold, that the client device is operating in a malicious manner; and restrict API calls received from the client device based on identifying that the client device is operating in the malicious manner. receive, from a client device, a set of application programming interface, API, calls having a sequence; provide an indication associated with at least one API call from the set of API calls as an input to a machine learning model to identify a predicted sequence of API calls associated with the at least one API call; calculate a plurality of consistency scores for each pair of API calls from the set of API calls by comparing a proximity within the sequence of a first API call in that pair of API calls to a second API call in that pair of API calls and a proximity within the predicted sequence of the first API call in that pair of API calls to the second API call in that pair of API calls, each consistency score from the plurality of consistency scores for each pair of API calls being associated with a predetermined context; generate a combined consistency score for each pair of API calls by combining each consistency score from the plurality of consistency scores for that pair of API calls with remaining consistency scores from the plurality of consistency scores for that pair of API calls; identify, based on comparing the combined consistency scores for a plurality of pairs of API calls from the set of API calls to a predetermined threshold, that the client device is operating in a malicious manner; and restrict API calls received from the client device based on identifying that the client device is operating in the malicious manner.
A device for the alignment of a first wafer with a second wafer with the following features: - a device of the acquisition of position and/or strain maps of the first and/or second wafer as well as for ascertaining local alignment errors which have occurred due to the strain and/or distortion of the first wafer with respect to the second wafer during the joining of the first wafer with the second wafer, - at least one supporting device for supporting and holding wafers with: a) a holding surface, b) holding means for holding the wafer on the holding surface and c) compensation means (3, 4, 5, 6) for the active, at least partial compensation, controllable by temperature and/or shape, of local and/or global distortions of the wafer for the in-situ correction of the alignment errors during the contacting and bonding of the wafers, - alignment means for the alignment of wafers using compensation by the compensation means, - checking means for checking the alignment success and means for self-calibration by means of the acquired data. - a device of the acquisition of position and/or strain maps of the first and/or second wafer as well as for ascertaining local alignment errors which have occurred due to the strain and/or distortion of the first wafer with respect to the second wafer during the joining of the first wafer with the second wafer, - at least one supporting device for supporting and holding wafers with: a) a holding surface, b) holding means for holding the wafer on the holding surface and c) compensation means (3, 4, 5, 6) for the active, at least partial compensation, controllable by temperature and/or shape, of local and/or global distortions of the wafer for the in-situ correction of the alignment errors during the contacting and bonding of the wafers, a) a holding surface, b) holding means for holding the wafer on the holding surface and c) compensation means (3, 4, 5, 6) for the active, at least partial compensation, controllable by temperature and/or shape, of local and/or global distortions of the wafer for the in-situ correction of the alignment errors during the contacting and bonding of the wafers, - alignment means for the alignment of wafers using compensation by the compensation means, - checking means for checking the alignment success and means for self-calibration by means of the acquired data.
The following compound, a tautomer or a stereoisomer of the compound, or a pharmacologically acceptable salt thereof: 2-(Dimethylamino)-N-[4-(2-oxo-2,3-dihydro-1H-naphtho[1,2-e][1,4]diazepin-5-yl)phenyl]nicotinamide;
A method of sewing a chain stitching sequence in a quilting operation by operating a chain-stitch quilting machine having one or more stitching element pairs comprising a needle and a looper, each stitching element pair driven by a stitching element drive and operable to move in a series of cycles to sew, in a multi-layered material, a double-lock chain-stitch sequence with a needle thread from the needle and a looper thread from the looper, the method comprising: driving the one or more stitching element pairs with the stitching element drive through a plurality of cycles to sew a double-lock chain-stitch sequence in the multi-layered material with each of the one or more stitching element pairs, characterised in that upon starting the chain stitching sequence, the method comprises for each stitching element pair: driving one of either the needle or the looper separate from the other to a position in a stitching cycle without driving the other to its corresponding position in the stitching cycle thereby moving the needle and looper away from a stitch forming relationship of a stitching cycle; then driving the other of the needle or looper to said corresponding position in the stitching cycle; then driving the needle and looper in coordination through the end of the stitching cycle whereby a loop in a needle thread is picked up by the looper before the needle enters a looper thread loop. driving the one or more stitching element pairs with the stitching element drive through a plurality of cycles to sew a double-lock chain-stitch sequence in the multi-layered material with each of the one or more stitching element pairs, characterised in that upon starting the chain stitching sequence, the method comprises for each stitching element pair: driving one of either the needle or the looper separate from the other to a position in a stitching cycle without driving the other to its corresponding position in the stitching cycle thereby moving the needle and looper away from a stitch forming relationship of a stitching cycle; then driving the other of the needle or looper to said corresponding position in the stitching cycle; then driving one of either the needle or the looper separate from the other to a position in a stitching cycle without driving the other to its corresponding position in the stitching cycle thereby moving the needle and looper away from a stitch forming relationship of a stitching cycle; then driving the other of the needle or looper to said corresponding position in the stitching cycle; then