mhurhangee/ep-ind-claims huggingface dataset:
A method of making a magnetic tunnel junction memory system, the method comprising: forming a portion of a first metal layer into a source line (120, 121) having a rectilinear portion; coupling the source line (120, 121), at the rectilinear portion, to a first transistor (102, 104) using a first via, wherein the first transistor is configured to supply a first current received from the source line to a first magnetic tunnel junction device; and coupling the source line (120, 121) to a second transistor (302, 304) using a second via, wherein the second transistor is configured to supply a second current received from the source line to a second magnetic tunnel junction device characterized in that the first via connects the source line to a shunt within another metal layer, different to the first, and in that the shunt is coupled to: a first source contact coupled to a source terminal of the first transistor; and a second source contact coupled to the source terminal of the first transistor, and in that a portion of the source line is connected with a rectilinear portion of a parallel electrically conductive line by use of a third via and a fourth via. forming a portion of a first metal layer into a source line (120, 121) having a rectilinear portion; coupling the source line (120, 121), at the rectilinear portion, to a first transistor (102, 104) using a first via, wherein the first transistor is configured to supply a first current received from the source line to a first magnetic tunnel junction device; and coupling the source line (120, 121) to a second transistor (302, 304) using a second via, wherein the second transistor is configured to supply a second current received from the source line to a second magnetic tunnel junction device characterized in that the first via connects the source line to a shunt within another metal layer, different to the first, and in that the shunt is coupled to: a first source contact coupled to a source terminal of the first transistor; and a second source contact coupled to the source terminal of the first transistor, and in that a portion of the source line is connected with a rectilinear portion of a parallel electrically conductive line by use of a third via and a fourth via.
Method of making trash bags, which comprises manufacturing a plurality of bags that are grouped into sets of bags and printing a barcode (20, 21) on each bag, said barcode (20, 21) being unique for each bag and the barcodes being associated with sequence numbers, wherein said set of bags consists of a roll, and said bags are joined together one after the other in each roll, the roll being formed by spirally winding the joined bags, starting from an initial innermost bag and ending with a final outermost bag, the barcodes (20, 21) in each roll being associated with sequence numbers from an initial number to a final number, a correctness check being provided to check for correctness of the barcodes (20, 21) of each roll, which check is carried out by reading the barcode (20, 21) of the final outermost bag and comparing said barcode (20, 21) of the final outermost bag with the barcode (20, 21) of the final outermost bag of the previous roll, or with the first printed barcode (20, 21).
A unit dosage formulation for cleaving peptide bonds of gluten, comprising a Sphingomonas capsulata prolyl endopeptidase (SC-PEP) and cysteine endoprotease B, isoform 2 (EP-B2), wherein the ratio of EP-B2:SC-PEP is 1:1 by weight.
Method for limiting the maximum pressure of an air compressor, which comprises a reciprocating-piston compressor, of a breakdown assistance apparatus for tyres of motor vehicles, wherein the reciprocating-piston compressor is driven by electric motor means via a slider-crank mechanism, wherein the change in the average motor current of the electric motor which drives the reciprocating-piston compressor, which change is dependent on the change in the pressure at the outlet of the reciprocating-piston compressor, is ascertained, and is provided as a pressure-proportional variable for the operation of the reciprocating-piston compressor to a control device in the form of an input variable or is displayed, wherein the air compressor is deactivated by means of its control device in a manner dependent on a threshold value, which is preset for different tyre types and which is representative of a maximum pressure, for the average motor current of the electric motor which drives the reciprocating-piston compressor.
A method for scanning files, wherein the method comprises: - enumerating (110, 403) unscanned files; - obtaining (130, 405) attributions of the unscanned files from the enumerated files one by one, and transmitting to a server the attributions; - comparing (150, 406) attributions with features that are stored in a server, obtaining the features that are consistent with the attributions and types that the features belong to; and - generating (170, 407) a mapping relationship between unscanned files, the attributions and the types according to the features that are consistent with the attributions and the types of the features, and recording the mapping relationship in a first scanning result; characterized in that the method further comprises: - determining (210, 409) locally unscanned files for a local scanning according to the first scanning result; - conducting a local scanning on the unscanned files, thereby obtaining a second scanning result; and - integrating (250, 411) the second and the first scanning result, to generate a third scanning result. - enumerating (110, 403) unscanned files; - obtaining (130, 405) attributions of the unscanned files from the enumerated files one by one, and transmitting to a server the attributions; - comparing (150, 406) attributions with features that are stored in a server, obtaining the features that are consistent with the attributions and types that the features belong to; and - generating (170, 407) a mapping relationship between unscanned files, the attributions and the types according to the features that are consistent with the attributions and the types of the features, and recording the mapping relationship in a first scanning result; - determining (210, 409) locally unscanned files for a local scanning according to the first scanning result; - conducting a local scanning on the unscanned files, thereby obtaining a second scanning result; and - integrating (250, 411) the second and the first scanning result, to generate a third scanning result.
A blend consisting of: at least one amino acid at least one protein, and at least one carboxylic acid alkyl ester and/or at least one diol, and optionally (c) at least one additional auxiliary agent, wherein said compound (c) is selected from water, ethanol, ethylene glycol, propylene glycol, and glycerol. at least one amino acid at least one protein, and at least one carboxylic acid alkyl ester and/or at least one diol, and optionally (c) at least one additional auxiliary agent,
Overhead conveyor system for sorting products, comprising a plurality of conveyor pockets for at least one product (2, 3), wherein the conveyor pockets are movable along a continuous closed conveyor path, wherein the overhead conveyor system comprises: - Conveyor means, which are designed to move the conveyor pockets, - at least one loading source, which is designed to load the conveyor pockets with the at least one product (2, 3), - a control unit which is designed to control the conveying means, - at least one first unloading line with a plurality of unloading positions along a first closed conveyor path; characterised by at least one further unloading line with a plurality of unloading positions, which is arranged along at least one further closed conveyor path, wherein the at least two closed conveyor paths are connected to one another via at least two switches, wherein the conveyor pockets can be controlled independently of one another in relation to the conveyor path by means of the conveyor means. - Conveyor means, which are designed to move the conveyor pockets, - at least one loading source, which is designed to load the conveyor pockets with the at least one product (2, 3), - a control unit which is designed to control the conveying means, - at least one first unloading line with a plurality of unloading positions along a first closed conveyor path;
A mixture of polyalkylsiloxanes, wherein the mixture is an oil, obtainable through a hydrosilylation reaction wherein a mixture of monounsaturated olefins, wherein at least 80 mol% of the monounsaturated olefins are selected from α-olefins, consisting of a) 1-20 mol % of olefins with 40 to 60 carbon atoms, b) 1-20 mol % of olefins with 16 to 30 carbon atoms, and c) 60-98 mol % of olefins with 6 to 15 carbon atoms is reacted with an amount of one or more polyalkylhydrosiloxanes in the presence of a hydrosilylation catalyst while each polyalkylhydrosiloxane comprises a repeating unit according to the general structure: with n indicating the number of repeating units being in a range of from 5 to 10,000; with the residue R 1 being selected from linear or branched alkyl groups with less than 6 carbon atoms, wherein at least 80 mol% of the repeating units according to the general structure have a residue R 1 being a methyl group. a) 1-20 mol % of olefins with 40 to 60 carbon atoms, b) 1-20 mol % of olefins with 16 to 30 carbon atoms, and c) 60-98 mol % of olefins with 6 to 15 carbon atoms is reacted with an amount of one or more polyalkylhydrosiloxanes in the presence of a hydrosilylation catalyst while each polyalkylhydrosiloxane comprises a repeating unit according to the general structure: with n indicating the number of repeating units being in a range of from 5 to 10,000; with the residue R 1 being selected from linear or branched alkyl groups with less than 6 carbon atoms, wherein at least 80 mol% of the repeating units according to the general structure have a residue R 1 being a methyl group.
An Optical Network Unit, ONU, management method, performed by a management and control subsystem, characterized by the method comprising: establishing a network topology among the management and control subsystem, at least one ONU Management and Control Interface, OMCI, subsystem, at least one Optical Line Terminal, OLT, device, and at least one ONU; receiving a first management and control request for an ONU of the at least one ONU sent by an Element Management System/Software Defined Network, EMS/SDN, control platform; extracting an ONU identifier carried in the first management and control request; and sending the first management and control request to a corresponding OMCI subsystem of the at least one OMCI subsystem based on the ONU identifier, to enable the OMCI subsystem to generate an OMCI data packet based on the first management and control request and send, based on the ONU identifier, the OMCI data packet to a corresponding OLT device of the at least one OLT device for managing and controlling the ONU based on the OMCI data packet. establishing a network topology among the management and control subsystem, at least one ONU Management and Control Interface, OMCI, subsystem, at least one Optical Line Terminal, OLT, device, and at least one ONU; receiving a first management and control request for an ONU of the at least one ONU sent by an Element Management System/Software Defined Network, EMS/SDN, control platform; extracting an ONU identifier carried in the first management and control request; and sending the first management and control request to a corresponding OMCI subsystem of the at least one OMCI subsystem based on the ONU identifier, to enable the OMCI subsystem to generate an OMCI data packet based on the first management and control request and send, based on the ONU identifier, the OMCI data packet to a corresponding OLT device of the at least one OLT device for managing and controlling the ONU based on the OMCI data packet.
Protective conductor monitoring device (100; 200; 300) for detecting a protective conductor fault in an electrical line, the protective conductor monitoring device (100; 200; 300) having a first connection point which can be connected to a protective conductor of the electrical line, a first circuit arrangement which is designed to provide an electrical measurement potential which depends on a potential of the first connection point, a second circuit arrangement which is designed to provide a first electrical comparison potential, and a comparator device which has a differential amplifier circuit and is designed to provide a comparator signal in accordance with a comparison of the measurement potential with the first comparison potential, wherein the protective conductor monitoring device (100; 200; 300) further has an electrically conductive contact surface for contact by a user, which is arranged on the protective conductor monitoring device (100; 200; 300) in a manner accessible to the user, and the second circuit arrangement is designed to provide the first comparison potential as a function of a potential present at the contact surface.
A container comprising: a base portion configured to support the container in an upright orientation relative to a support surface and wherein the base portion defines an at least substantially ovular perimeter; a spout positioned opposite the base portion and oriented such that a centerline of the spout is aligned with a centerline of the base portion; an ovular sidewall extending between the perimeter of the base portion to the spout, wherein the ovular sidewall defines: a vertical portion extending away from the base portion; a downward sloping linear top portion extending away from the spout and toward the vertical portion; and a gradually curved transition region extending between the vertical portion and the downward sloping linear top portion, wherein the vertical portion is inset relative to the gradually curved transition region and the base portion, characterized in that the gradually curved transition region defines a continuously variable radius of curvature having an at least substantially linear portion adjacent the downward sloping linear top portion, and wherein the downward sloping linear top portion has a steeper slope than the at least substantially linear portion of the gradually curved transition region. a base portion configured to support the container in an upright orientation relative to a support surface and wherein the base portion defines an at least substantially ovular perimeter; a spout positioned opposite the base portion and oriented such that a centerline of the spout is aligned with a centerline of the base portion; an ovular sidewall extending between the perimeter of the base portion to the spout, wherein the ovular sidewall defines: a vertical portion extending away from the base portion; a downward sloping linear top portion extending away from the spout and toward the vertical portion; and a gradually curved transition region extending between the vertical portion and the downward sloping linear top portion, wherein the vertical portion is inset relative to the gradually curved transition region and the base portion, a vertical portion extending away from the base portion; a downward sloping linear top portion extending away from the spout and toward the vertical portion; and a gradually curved transition region extending between the vertical portion and the downward sloping linear top portion, wherein the vertical portion is inset relative to the gradually curved transition region and the base portion, characterized in that the gradually curved transition region defines a continuously variable radius of curvature having an at least substantially linear portion adjacent the downward sloping linear top portion, and wherein the downward sloping linear top portion has a steeper slope than the at least substantially linear portion of the gradually curved transition region.
Integrated circuit comprising: - a substrate (6; 174; 282) extending essentially in a plane called "plane of the substrate", - at least one electronic component produced inside and/or on the surface of the substrate, - a first electrical conductor (14; 112; 196; 262) comprising a first bump contact (30; 120; 208; 266; 306; 324) on the surface of the substrate and a first end (42; 128; 212), the first electrical conductor being electrically insulated from the substrate, - a second electrical conductor (18; 198; 264) comprising a second bump contact (50; 216; 308; 326; 342) on the surface of the substrate and a second end (62; 214), the second electrical conductor being electrically insulated from the substrate and electrically insulated from the first electrical conductor except at the second end which is mechanically and electrically directly in contact with the first end to form an electrical junction (63; 200), charactized in that the first (42; 128; 212) and second (62; 214) ends are entirely buried to at least 5 μm depth inside the substrate and produced, respectively, in different first and second materials chosen for the absolute value of the Seebeck coefficient of the junction to be greater than 1 μV/K at 20°C such that the combination of these first and second conductors forms a temperature probe. - a substrate (6; 174; 282) extending essentially in a plane called "plane of the substrate", - at least one electronic component produced inside and/or on the surface of the substrate, - a first electrical conductor (14; 112; 196; 262) comprising a first bump contact (30; 120; 208; 266; 306; 324) on the surface of the substrate and a first end (42; 128; 212), the first electrical conductor being electrically insulated from the substrate, - a second electrical conductor (18; 198; 264) comprising a second bump contact (50; 216; 308; 326; 342) on the surface of the substrate and a second end (62; 214), the second electrical conductor being electrically insulated from the substrate and electrically insulated from the first electrical conductor except at the second end which is mechanically and electrically directly in contact with the first end to form an electrical junction (63; 200), charactized in that the first (42; 128; 212) and second (62; 214) ends are entirely buried to at least 5 μm depth inside the substrate and produced, respectively, in different first and second materials chosen for the absolute value of the Seebeck coefficient of the junction to be greater than 1 μV/K at 20°C such that the combination of these first and second conductors forms a temperature probe.
A windscreen wiper device, particularly for automobiles, comprising an elongated wiper blade of a flexible material, which can be placed in abutment with a windscreen to be wiped, said wiper blade comprising a connecting device for an oscillating arm, wherein said oscillating arm near one end thereof is pivotally connected to said wiper blade and near the other end thereof is connected to a mounting head on a drive shaft for transferring a reciprocal movement to said wiper blade, wherein said windscreen wiper device further comprises a cap detachably connected to said mounting head at the location where said oscillating arm is connected to said mounting head, wherein said cap is snapped onto an outer wall of said mounting head in an axial direction thereof, characterized in that, said cap and said outer wall of said mounting head comprises mutually cooperating resilient tongue/protrusion means, wherein said protrusion snappingly engages in a hole of said resilient tongue, and wherein said resilient tongue is hingeable along an hinge axis between an inward position retaining the cap onto the mounting head and an outward position releasing the cap from the mounting head.
A face mask formed into a shape that can cover a face, with a base sheet impregnated with a liquid cosmetic material and folded in an extendable manner for use, said face mask characterized in that tab parts are provided at opposing positions approximately on an upper side of the face shape, in that a ridge-folded part and a valley-folded part are alternately folded in a lateral direction of the face and further folded across these folding lines wherein vertical folding lines dividing the width of the face mask roughly into five vertical sections and horizontal folding lines dividing the face mask roughly into three horizontal sections are provided, wherein along first and second vertical folding lines from the left edge of the face mask, the face mask is folded in a forward 3Z-fold, and along first and second vertical folding lines from the right edge of the face mask, the face mask is folded in a backward 3Z-fold, and then the folded body is further folded along the horizontal folding lines in a 3Z-fold, and the tab parts outwardly jut out of the folded face mask.
A product comprising an entangled and bonded non-woven structure made of at least 50% staple fibers by weight of the entangled and bonded non-woven structure, and at least a partial bonding of the staple fibers of the non-woven structure, the at least partial bonding comprising thermally activated bonds between a first polyolefin material produced with at least one catalyst being a metallocene catalyst and having a melting point in the range 130-170°C and a second material having a melting point which is at least 10°C higher than the melting point of the first material, the weight of the first material in the non-woven structure being at least 3% of the weight of the entangled and bonded nonwoven structure; wherein the nature of the product is one of: - a geotextile, - a filtration product, - thermal insulation, - an acoustic absorption product, - an acoustic dampening product, and - a lining product. - a geotextile, - a filtration product, - thermal insulation, - an acoustic absorption product, - an acoustic dampening product, and - a lining product.
An ion-optical cavity coupling system, comprising: a first optical cavity, a second optical cavity, a direct current electrode pair, a ground electrode pair, and a radio frequency electrode pair, wherein the ion-optical cavity coupling system comprises at least one ion; two optical cavity mirrors of the first optical cavity are distributed on two sides of the at least one ion, two optical cavity mirrors of the second optical cavity are distributed between the two optical cavity mirrors of the first optical cavity, wherein a beam waist radius of the first optical cavity is greater than a beam waist radius of the second optical cavity; two direct current electrodes of the direct current electrode pair are distributed on outer sides of the two optical cavity mirrors of the first optical cavity, and the ground electrode pair and the radio frequency electrode pair are distributed between the two optical cavity mirrors of the first optical cavity; the first optical cavity is used to obtain a quantum optical signal, and transfer quantum information of the quantum optical signal to a single ion of the ion-optical cavity coupling system; and the second optical cavity is used to obtain the quantum information in the single ion. the ion-optical cavity coupling system comprises at least one ion; two optical cavity mirrors of the first optical cavity are distributed on two sides of the at least one ion, two optical cavity mirrors of the second optical cavity are distributed between the two optical cavity mirrors of the first optical cavity, wherein a beam waist radius of the first optical cavity is greater than a beam waist radius of the second optical cavity; two direct current electrodes of the direct current electrode pair are distributed on outer sides of the two optical cavity mirrors of the first optical cavity, and the ground electrode pair and the radio frequency electrode pair are distributed between the two optical cavity mirrors of the first optical cavity; the first optical cavity is used to obtain a quantum optical signal, and transfer quantum information of the quantum optical signal to a single ion of the ion-optical cavity coupling system; and the second optical cavity is used to obtain the quantum information in the single ion.