mhurhangee/ep-ind-claims huggingface dataset:
A multilayer film comprising: a first long-length substrate; and an optically anisotropic layer wherein the optically anisotropic layer is formed directly on the first substrate and contains cured liquid-crystal molecules, and wherein the first substrate has an orientation-controlling force caused by stretching, a slow axis of the first substrate is different from a lengthwise direction of the first substrate, characterized in that the first substrate has a birefringence Δn of 0.000050 or more, a phase difference Re in the in-plane direction of the first substrate is 30 nm or more. a first long-length substrate; and an optically anisotropic layer wherein the optically anisotropic layer is formed directly on the first substrate and contains cured liquid-crystal molecules, and wherein the first substrate has an orientation-controlling force caused by stretching, a slow axis of the first substrate is different from a lengthwise direction of the first substrate, characterized in that the first substrate has a birefringence Δn of 0.000050 or more, a phase difference Re in the in-plane direction of the first substrate is 30 nm or more.
A method, comprising: transmitting a first synchronization signal comprising a first cyclic shift over a shared band, wherein the first synchronization signal synchronizes a communication device with a transmission over the shared band; mapping a second cyclic shift to one or more resources of one or more channels of the shared band; and transmitting a second synchronization signal comprising the second cyclic shift over the shared band, wherein the second synchronization signal indicates the one or more resources of the one or more channels of the shared band, the one or more resources being used for data transmission. transmitting a first synchronization signal comprising a first cyclic shift over a shared band, wherein the first synchronization signal synchronizes a communication device with a transmission over the shared band; mapping a second cyclic shift to one or more resources of one or more channels of the shared band; and transmitting a second synchronization signal comprising the second cyclic shift over the shared band, wherein the second synchronization signal indicates the one or more resources of the one or more channels of the shared band, the one or more resources being used for data transmission.
Method for managing the filling of a crop protection product distribution apparatus having a spray mixture container, having the steps of: providing a filling machine for filling the spray mixture container; providing a mobile computer apparatus which has a data connection to the filling machine; transmitting a filling order to the filling machine by means of the mobile computer apparatus; and filling the spray mixture container by means of the filling machine on the basis of the filling order. providing a filling machine for filling the spray mixture container; providing a mobile computer apparatus which has a data connection to the filling machine; transmitting a filling order to the filling machine by means of the mobile computer apparatus; and filling the spray mixture container by means of the filling machine on the basis of the filling order.
A cemented carbide, characterized in that it contains 4.5 to 15 mass % of a binder phase, optionally 0.05 to 5 mass % of compound grains, optionally 0.05 to 5 mass % of added elements, inevitable impurity, and the balance being WC grains, said WC grains forming a hard phase, said binder phase binding said hard phase, said binder phase consisting of Co or a mixture of Co and Ni, said compound grains consisting of one compound or two or more compounds selected from TaC, TaNbC, VC, Cr 3 C 2, NbC, and TiCN, said added elements consisting of one element or two or more elements selected from Cr, Ta, Nb, Zr, and Ti, the WC grains in the cemented carbide having an average diameter of not less than 0.4 μm and not more than 4 μm, when that the average diameter of the WC grains in the cemented carbide is represented by x (μm), the cemented carbide having a thermal diffusivity X (cm 2 /sec) satisfying X > 0.055x + 0.238, and in a cross section of the cemented carbide, the average number of sharp edges per WC grain being not more than 0.25, said average number of sharp edges per WC grain being determined by dividing the number of sharp edges each having a curvature radius of 100 nm or smaller is counted among the edges of the WC grains by the average number of WC grains.
A gland for sealed feedthrough of a partition, using a filiform component in particular such as an electric cable, of the type including: - a gland body for the passage of the component, sealingly fixed to the partition to be passed through opposite the orifice; - sealing means in the form of a deformable sleeve, placed in a corresponding housing of the gland body, around the component; and - a component forming a reamer for compressing the sealing means in the form of a deformable sleeve and deforming them in the housing of the gland body against the filiform component, so as to provide the seal between the gland body and the filiform component, characterized in that the sealing means in the form of a deformable sleeve are in the form of a stack of annular seals having a general V- shaped section, mounted head to tail one after the other. - a gland body for the passage of the component, sealingly fixed to the partition to be passed through opposite the orifice; - sealing means in the form of a deformable sleeve, placed in a corresponding housing of the gland body, around the component; and - a component forming a reamer for compressing the sealing means in the form of a deformable sleeve and deforming them in the housing of the gland body against the filiform component, so as to provide the seal between the gland body and the filiform component, characterized in that the sealing means in the form of a deformable sleeve are in the form of a stack of annular seals having a general V- shaped section, mounted head to tail one after the other.
A rotary component for a turbomachine, comprising: a first structure configured to rotate about an axis (X-X'); a second structure configured to rotate about the axis (X-X'); and a first support structure (110; 210) coupled to the first structure at a first attachment location (112; 212) and to the second structure at a second attachment location (114; 214), wherein the first support structure (110; 210) is configured to separate from the first structure and from the second structure in response to a centrifugal force generated by the first structure and the second structure rotating about the axis (X-X'). a first structure configured to rotate about an axis (X-X'); a second structure configured to rotate about the axis (X-X'); and a first support structure (110; 210) coupled to the first structure at a first attachment location (112; 212) and to the second structure at a second attachment location (114; 214), wherein the first support structure (110; 210) is configured to separate from the first structure and from the second structure in response to a centrifugal force generated by the first structure and the second structure rotating about the axis (X-X').
A computer-implemented method of performing a well completion process, the computer-implemented method comprising: receiving a set of features for a first well proximate to a second well, the second well undergoing a hydraulic fracturing process for extraction of natural resources from underground formations; inputting the set of features into a trained neural network (300, 302); providing, as output of the trained neural network, a probability of a fracture hit at a location associated with the set of features in the first well during a given completion stage of the hydraulic fracturing process in the second well; determine a cluster spacing for a plug-and-perforation design based on the probability of the fracture hit; and perform hydraulic fracturing using the plug-and-perforation design. receiving a set of features for a first well proximate to a second well, the second well undergoing a hydraulic fracturing process for extraction of natural resources from underground formations; inputting the set of features into a trained neural network (300, 302); providing, as output of the trained neural network, a probability of a fracture hit at a location associated with the set of features in the first well during a given completion stage of the hydraulic fracturing process in the second well; determine a cluster spacing for a plug-and-perforation design based on the probability of the fracture hit; and perform hydraulic fracturing using the plug-and-perforation design.
Finger guard device on a sliding door or a sliding gate, consisting of a fastening profile (4; 5; 6) which is arranged in a frame or wall to the side of a sliding door or a sliding gate and has a supporting element (7; 8; 9), characterized in that the supporting element (7; 8; 9) consists of a functional profile (10; 11; 12) made of elastic rubber material or plastics material, which has an engagement region, and in that the fastening profile (4; 5; 6) has a receiving portion, wherein the engagement region is latched in the receiving portion, and in that the supporting element (7; 8; 9) has a sliding surface which is directed towards a surface of the sliding door or of the sliding gate and is arranged spaced apart therefrom in a manner maintaining a minimum air gap, and the sliding surface is predominantly arranged parallel to the surface of the sliding door and has an elastic sliding surface lip further running in parallel on the outer side in the sliding-out direction of a slid-in sliding door.
An abradable sealing element for positioning radially outwardly of a plurality of aerofoil blades of a gas turbine engine, the abradable sealing element comprising: a radially inwardly facing surface region; and the radially inwardly facing surface region comprising a wall structure, the wall structure having one or more radially inwardly projecting walls formed by additive layer, powder fed, laser weld deposition; wherein each of the inwardly projecting walls is continuous and defines a plurality of repeating units arranged circumferentially around the radially inwardly facing surface region, each repeating unit being open at a radially inwardly facing side of the sealing element, each repeating unit comprises a plurality of curved portions forming a multi-lobed profile shape, characterised in that the abradable sealing element further comprises a plurality of cooling holes, and each cooling hole is provided in the radially inwardly facing surface region at a position within the multi-lobed profile shape, and in that a plurality of tubular guard walls is provided in the radially inwardly facing surface region and extending radially inwardly thereof, each guard wall being positioned at a position concentric with a corresponding one of the or each cooling holes and spaced from the wall structure. a radially inwardly facing surface region; and the radially inwardly facing surface region comprising a wall structure, the wall structure having one or more radially inwardly projecting walls formed by additive layer, powder fed, laser weld deposition; wherein each of the inwardly projecting walls is continuous and defines a plurality of repeating units arranged circumferentially around the radially inwardly facing surface region, each repeating unit being open at a radially inwardly facing side of the sealing element, each repeating unit comprises a plurality of curved portions forming a multi-lobed profile shape, characterised in that the abradable sealing element further comprises a plurality of cooling holes, and each cooling hole is provided in the radially inwardly facing surface region at a position within the multi-lobed profile shape, and in that a plurality of tubular guard walls is provided in the radially inwardly facing surface region and extending radially inwardly thereof, each guard wall being positioned at a position concentric with a corresponding one of the or each cooling holes and spaced from the wall structure.
Autologous genetically modified cells for use in a method for treating a patient suffering from a type VII collagen deficiency, wherein said method comprises: (i) contacting cells, obtained from the dermis or epidermis of the C7-deficient patient, with a transducing lentiviral vector comprising a nucleotide sequence encoding COL7A1 or a functional variant thereof to form the autologous genetically modified cells having a vector copy number wherein said lentiviral vector has a transducing vector copy number in the range of 0.1 to 5.0 copies per cell; (ii) culturing said autologous genetically modified cells; and (iii) administering an effective amount of the genetically modified cells to the C7-deficient patient, wherein the transducing lentiviral vector further comprises (a) a modified 5' long terminal repeat, wherein the promoter of the modified 5' LTR is a cytomegalovirus promoter, (b) at least one lentiviral central polypurine tract element, and (c) a modified 3' LTR, wherein the modified 3' LTR comprises a deletion relative to the wild-type 3' LTR, wherein a hepatitis virus post-transcriptional regulatory element has been deleted. (i) contacting cells, obtained from the dermis or epidermis of the C7-deficient patient, with a transducing lentiviral vector comprising a nucleotide sequence encoding COL7A1 or a functional variant thereof to form the autologous genetically modified cells having a vector copy number wherein said lentiviral vector has a transducing vector copy number in the range of 0.1 to 5.0 copies per cell; (ii) culturing said autologous genetically modified cells; and (iii) administering an effective amount of the genetically modified cells to the C7-deficient patient,
A document handling apparatus comprising a safe housing a storage assembly, a note handling module mounted on top of the safe and a door cover which conceals a safe door providing access to the interior of the safe, the note handling module having an input module, a note handling module transport for conveying documents, an output module, a document analysis assembly and a first diverter controlled by a main control unit, the document handling apparatus characterised in that: the door cover further conceals a cassette module located between the door cover and the safe door, and in use the cassette module houses a removable cassette for storing documents.
A mobile robot comprising (a) a frame with at least one front wheel, at least two middle wheels and at least two rear wheels; wherein each middle wheel and each rear wheel are connected by a tilting lever that is arranged on each of the opposing sides of the frame, each forming a pair of wheels; and wherein each tilting lever can be turned around a lever bearing located between the respective axial centers of rotation of each wheel of each pair of wheels; b) at least one sensor adapted to sense the absolute and/or relative angular position of at least one of tilting levers; and (c) a lever turn motor and wherein the lever turn motor is adapted to start actuating the tilting lever upon receiving sensor data. (a) a frame with at least one front wheel, at least two middle wheels and at least two rear wheels; wherein each middle wheel and each rear wheel are connected by a tilting lever that is arranged on each of the opposing sides of the frame, each forming a pair of wheels; and wherein each tilting lever can be turned around a lever bearing located between the respective axial centers of rotation of each wheel of each pair of wheels; b) at least one sensor adapted to sense the absolute and/or relative angular position of at least one of tilting levers; and (c) a lever turn motor and wherein the lever turn motor is adapted to start actuating the tilting lever upon receiving sensor data.
An image sensor unit which reads an illuminated object, comprising: a light source which includes a light-emitting surface that emits light; a light guide which includes a substantially rod-shaped light emitter elongated in a main scanning direction in which the light from the light source is emitted to the illuminated object; an image sensor that receives light from the illuminated object and converts the light into an electric signal; a light condenser that focuses the light from the illuminated object onto the image sensor; a circuit board elongated in the main scanning direction on which the image sensor is mounted; and a frame which accommodates the light guide, the light condenser and the circuit board, characterized in that the light source is mounted on the circuit board, and in plan view of a surface of the circuit board on which the light source and the image sensor are mounted in a direction perpendicular to the main scanning direction and a sub-scanning direction, a center line (C e) of the light-emitting surface of the light source is closer to the image sensor than a center line (C G) of the light emitter of the light guide in the sub-scanning direction. a light source which includes a light-emitting surface that emits light; a light guide which includes a substantially rod-shaped light emitter elongated in a main scanning direction in which the light from the light source is emitted to the illuminated object; an image sensor that receives light from the illuminated object and converts the light into an electric signal; a light condenser that focuses the light from the illuminated object onto the image sensor; a circuit board elongated in the main scanning direction on which the image sensor is mounted; and a frame which accommodates the light guide, the light condenser and the circuit board, characterized in that the light source is mounted on the circuit board, and in plan view of a surface of the circuit board on which the light source and the image sensor are mounted in a direction perpendicular to the main scanning direction and a sub-scanning direction, a center line (C e) of the light-emitting surface of the light source is closer to the image sensor than a center line (C G) of the light emitter of the light guide in the sub-scanning direction.
An optical article comprising: a first rigid optical substrate; a second rigid optical substrate; and a self-supporting optical adhesive disposed between the first rigid substrate and the second rigid substrate, the self-supporting optical adhesive comprising a cross-linked silicone based polymer network and a silicone fluid disposed in the polymer network. a first rigid optical substrate; a second rigid optical substrate; and a self-supporting optical adhesive disposed between the first rigid substrate and the second rigid substrate, the self-supporting optical adhesive comprising a cross-linked silicone based polymer network and a silicone fluid disposed in the polymer network.
A hearing aid comprising a battery compartment prepared for receiving a battery and two contacts arranged to draw an electrical current from an inserted battery in order to power electrical parts of the hearing aid, at least one of said contacts being loaded by a pre-stressed spring, said pre-stressed spring comprising a body part and a torque part, said body part being arranged in a fixed attachment in a first end from where it extends to the point of battery contact in a second end, wherein said body part and said torque part are made in the same piece of sheet material and said torque part extends from said second end towards said first end and has a tip opposite said second end, wherein in a disassembled state the tip of the torque part is bent out of a plane formed by the body part and in an assembled state the tip of the torque part is moved back towards the plane of the body part to provide a torque to the point of contact.
A downhole power delivery system for use in a well comprising downhole metallic pipe running in a borehole of the well with a downhole sealing plug provided in a bore or annulus at least partly defined by the downhole metallic pipe, the power delivery system comprising: below plug apparatus located in the borehole below the plug including a downhole device requiring electrical power; and downhole power supply apparatus located in the borehole above the plug, the power supply apparatus comprising at least one battery for powering the downhole device, the downhole power supply apparatus and below plug apparatus being arranged for delivering electrical power from the downhole power supply apparatus to the downhole device across the downhole sealing plug, wherein the power supply apparatus comprises a power transfer arrangement for applying electrical current to the downhole metallic pipe above the plug and the below plug apparatus comprises a power pick up arrangement for picking up electrical current from the downhole metallic pipe below the plug to power the downhole device. below plug apparatus located in the borehole below the plug including a downhole device requiring electrical power; and downhole power supply apparatus located in the borehole above the plug, the power supply apparatus comprising at least one battery for powering the downhole device, the downhole power supply apparatus and below plug apparatus being arranged for delivering electrical power from the downhole power supply apparatus to the downhole device across the downhole sealing plug, wherein the power supply apparatus comprises a power transfer arrangement for applying electrical current to the downhole metallic pipe above the plug and the below plug apparatus comprises a power pick up arrangement for picking up electrical current from the downhole metallic pipe below the plug to power the downhole device.
A methoxyimino compound of formula: wherein, A is O or O-N=C(CH 3); R 1 is H, halogen, C 1-3 alkyl, or C 1-3 alkoxy; R 2 is H or C 1-3 alkoxy; R 3 is H, or C 1-4 alkyl substituted with one or more C 1-4 alkyl groups or halogens; X and X' are each independently halogen; and W is O or NH.