mhurhangee/ep-ind-claims huggingface dataset:
Kit for a parapet structure on a building, comprising a number of fastening elements and a number of panel elements, the fastening element having at least one fastening section for fastening to a building and at least one holding section for holding at least one panel element, wherein the holding section is oriented vertically in the mounted state and has a rectangular or T-shaped profile cross-section, wherein a holding plate projecting from the holding section is arranged at an upper end of the holding section on the inside or outside (2bc, 2bd), which holding plate is oriented parallel to the inside or outside (2bc, 2bd) of the holding section for supporting a panel element, wherein the support plate has at least one opening (2b'a) for receiving a connecting element for connection to at least one plate element, each plate element having side end faces delimiting the horizontal longitudinal extension of the plate element, characterized in in that each plate element has at least one recess, spaced apart from the side end faces, for the positive reception of a retaining section of a fastening element, the recess passing through the plate element, the recess being widened, for the positive reception of the retaining plate, by a depression formed in a corresponding manner on the surface of the plate element.
Assembly kit for constructing a measuring apparatus, comprising at least two sensor units, which are each fashioned for measuring different variables, at least two communication units, which each have different interfaces for data transmission, wherein each of the sensor units is detachably connectable to each of the communication units of the assembly kit by means of a mechanical coupling, and at least one extension unit having a housing having mechanical couplings on both sides, to which mechanical couplings a sensor unit, a communication unit and/or a further extension unit is/are selectively couplable, characterized in that the housing has a telescopic arrangement by means of which the extension unit is alterable in its longitudinal extent.
A method for preparing a specimen substrate for microscopy, comprising: printing droplets onto the substrate; positioning the droplets relative to a specimen; and contacting an immersion objective to a selected one of the droplets, wherein the droplets comprise a substance having a high refractive index with respect to air, the method being characterised in that the droplets are printed by means of a series of tubes or ducts located to deliver said droplets in an array, spaced such that a microscope objective can be moved between said droplets. printing droplets onto the substrate; positioning the droplets relative to a specimen; and contacting an immersion objective to a selected one of the droplets, wherein the droplets comprise a substance having a high refractive index with respect to air, the method being characterised in that the droplets are printed by means of a series of tubes or ducts located to deliver said droplets in an array, spaced such that a microscope objective can be moved between said droplets.
A prism assembly for an image projector display system, the display system comprising a light source and being configured to supply a plurality of discrete color light inputs to the prism assembly, comprising: for each discrete color light input, a separate color channel prism path, wherein each separate color channel prism path comprises: an input wedge element (600, 604, 608), a second wedge element (612, 614, 616) for further modulation and/or projection of said discrete color light input; a dump wedge element (602, 606, 610) for preventing further modulation and/or projection of said discrete color light input; and a Digital Micromirror Device, DMD, reflector, the DMD reflector having an ON state and an OFF state, wherein the input wedge element is configured to reflect a discrete color light input associated with the input wedge element and transmit the discrete color light input to the DMD reflector associated with the discrete color light input, wherein the DMD reflector in the ON state is configured to transmit the discrete color light input through the second wedge element associated with the discrete color light input, and wherein the DMD reflector in the OFF state is configured to transmit the discrete color light input through the dump wedge element associated with the discrete color light input. an input wedge element (600, 604, 608), a second wedge element (612, 614, 616) for further modulation and/or projection of said discrete color light input; a dump wedge element (602, 606, 610) for preventing further modulation and/or projection of said discrete color light input; and a Digital Micromirror Device, DMD, reflector, the DMD reflector having an ON state and an OFF state, wherein the input wedge element is configured to reflect a discrete color light input associated with the input wedge element and transmit the discrete color light input to the DMD reflector associated with the discrete color light input, wherein the DMD reflector in the ON state is configured to transmit the discrete color light input through the second wedge element associated with the discrete color light input, and wherein the DMD reflector in the OFF state is configured to transmit the discrete color light input through the dump wedge element associated with the discrete color light input.
A kit suitable for occlusively sealing a wound penetrating the skin of a patient, comprising: a drape (22, 310) formed as a thin sheet of an organic material substantially impervious to fluid transfer and having first and second surfaces; a biocompatible adhesive that is at least one of disposed on at least a portion of the first surface of the drape and capable of contacting at least a portion of at least the first surface of the drape; at least one container (130, 150, 170) of at least one liquid sealant component that when dried or cured is a rubber polymer selected from the group comprising latex materials, synthetic rubber, hypoallergenic latex, nitrile rubber, neoprene, silicones and polyurethanes and wherein the sealant is capable of being delivered as a sealant in a liquid state at pre-selected ambient conditions, the sealant as delivered being at least partially cross-linked at least after one of drying and curing, and which is capable of at least one of drying and curing within thirty minutes after application of the sealant as a layer to the edges of the drape after the drape is applied to the skin surrounding the wound; a flexible tube (24, 1801) having a first end extendable through the drape (22, 310) and having a second end connectable to a source of negative pressure; and a flange (26, 1802) having an adhesion region and a sleeve region defining a central passage, wherein at least one of the flange having the central passage through which the first end of the tube is insertable and the flange having the central passage communicating with a connector capable of mating with the first end of the tube. a drape (22, 310) formed as a thin sheet of an organic material substantially impervious to fluid transfer and having first and second surfaces; a biocompatible adhesive that is at least one of disposed on at least a portion of the first surface of the drape and capable of contacting at least a portion of at least the first surface of the drape; at least one container (130, 150, 170) of at least one liquid sealant component that when dried or cured is a rubber polymer selected from the group comprising latex materials, synthetic rubber, hypoallergenic latex, nitrile rubber, neoprene, silicones and polyurethanes and wherein the sealant is capable of being delivered as a sealant in a liquid state at pre-selected ambient conditions, the sealant as delivered being at least partially cross-linked at least after one of drying and curing, and which is capable of at least one of drying and curing within thirty minutes after application of the sealant as a layer to the edges of the drape after the drape is applied to the skin surrounding the wound; a flexible tube (24, 1801) having a first end extendable through the drape (22, 310) and having a second end connectable to a source of negative pressure; and a flange (26, 1802) having an adhesion region and a sleeve region defining a central passage, wherein at least one of the flange having the central passage through which the first end of the tube is insertable and the flange having the central passage communicating with a connector capable of mating with the first end of the tube.
A process for preparing a urea grease comprising one or more steps in which a compound of formula, a compound of formula and a compound of formula are reacted: wherein R 1 and R 2 are chosen from hydrocarbyl having from 1 to 30 carbon atoms, or R 1 and R 2 are linked and form a hydrocarbylene group having from 1 to 30 carbon atoms, R 3 is chosen from hydrocarbyl comprising from 2 to 30 carbon atoms and R 4 is hydrocarbylene comprising from 2 to 30 carbon atoms; wherein at least one of the reaction steps is carried out in the presence of a base oil.
Apparatus for distributing lubricating liquid conveyed with the aid of a gas flow, having a distributor which is connected on the one hand to a compressed gas line and on the other hand to a supply line for lubricating liquid and comprises exit openings for the lubricating liquid distributed over its length and each connected to a conveying line, characterised in that the distributor is composed of a jacket tube forming the exit openings and of tubes for the individual conveying lines, which tubes extend within the jacket tube and are connected to the exit openings, and in that the conveying lines connected to the compressed gas line are each connected to the common supply line for the lubricating liquid via a metering device.
Window or door frame with an outer shell, wherein the window or door frames consist of a sash and a frame which are constructed from hollow plastics profiles and are each provided with an outer shell, wherein at least one extension spaced apart from the edge of the outer shell (4, 5) is provided in such a manner that a force-fitting connection is provided between the outer shell (4, 5) and the window or door frame (1, 2), characterized in that the window or door frame comprises a window sill, and the outer shell which is attached to the frame is designed as a connecting element for the window sill and comprises an approximately rectangular profile which is open at the lower outer corner in the installed position, wherein the profile receives the building-side, bent-up part of the window sill, which is approximately Z-shaped in cross section, and a sealing element.
A method for determining the quality of a crimped connection between a conductor and a contact, - wherein by means of a crimping device a crimping force is exerted on the conductor and the contact, - wherein the crimping force curve (C1; C2; E; R) that occurs during the crimping is determined, - wherein a compression surface that lies under a reference crimping force curve is determined, characterized in that - the crimping force curve (C1; C2; E) and the reference crimping force curve are subdivided into several zones (Ziso, Zmc, Z1 - Z3), wherein the subdivision takes place in consideration of the size of the compression surface, and - at least one further area (f; fiso) that lies under the crimping force curve (C1; C2; E) is determined, wherein the area is a measure of the quality of the crimping connection. - wherein by means of a crimping device a crimping force is exerted on the conductor and the contact, - wherein the crimping force curve (C1; C2; E; R) that occurs during the crimping is determined, - wherein a compression surface that lies under a reference crimping force curve is determined, characterized in that - the crimping force curve (C1; C2; E) and the reference crimping force curve are subdivided into several zones (Ziso, Zmc, Z1 - Z3), wherein the subdivision takes place in consideration of the size of the compression surface, and - at least one further area (f; fiso) that lies under the crimping force curve (C1; C2; E) is determined, wherein the area is a measure of the quality of the crimping connection.
Component for a wind turbine, wherein the component (108, 22, 33) primarily comprises a non-conductive material and the component (108, 22, 33) in addition to the primarily non-conductive material has electrically conductive fibres which are introduced into the component, wherein the electrically conductive fibres are arranged in the material in such a manner that the positions and/or shapes and/or distribution thereof, in particular also the local concentration, frequency and/or density thereof are dependent on the position and/or shape and/or distribution of at least a portion of the non-conductive material.
An apparatus for inducing shallow breathing of a patient, the apparatus comprising: a paddle configured to contact the body of the patient; and a belt configured to secure the paddle against the body of the patient; and a bladder interposed between the belt and the paddle in the installed condition, the bladder being inflatable to urge the paddle toward the body of the patient so as to apply pressure to the abdomen of the patient characterized in that the bladder is configured to control the geometry of the bladder upon inflation. a paddle configured to contact the body of the patient; and a belt configured to secure the paddle against the body of the patient; and a bladder interposed between the belt and the paddle in the installed condition, the bladder being inflatable to urge the paddle toward the body of the patient so as to apply pressure to the abdomen of the patient characterized in that the bladder is configured to control the geometry of the bladder upon inflation.
A kit of parts for forming a foreline for coupling a process chamber to a vacuum pumping and/or abatement system, the kit comprising: a plurality of foreline segments (122, 124); wherein each foreline segment (122, 124) is a pipe that comprises: a first straight end portion (122a, 124a); a second straight end portion (122b, 124b) opposite to the first end portion (122a, 124a); and an intermediate portion (122c, 124c) disposed between the first and second end portions (122a, 122b, 124a, 124b) and connected to the first and second end portions (122c, 124c) by respective bends (122d, 122e, 124d, 124e); the first and second end portions (122a, 122b, 124a, 124b) are parallel to each other; the intermediate portion (122c, 124c) is oblique to the first and second end portions (122a, 122b, 124a, 124b); and the foreline segments (122, 124) in the plurality of foreline segments (122, 124) are configured to be attached together so as to form a continuous foreline; characterised in that one or more of the foreline segments (122, 124) comprises a means for heating a gas flowing through that segment (122, 124). a plurality of foreline segments (122, 124); wherein each foreline segment (122, 124) is a pipe that comprises: a first straight end portion (122a, 124a); a second straight end portion (122b, 124b) opposite to the first end portion (122a, 124a); and an intermediate portion (122c, 124c) disposed between the first and second end portions (122a, 122b, 124a, 124b) and connected to the first and second end portions (122c, 124c) by respective bends (122d, 122e, 124d, 124e); a first straight end portion (122a, 124a); a second straight end portion (122b, 124b) opposite to the first end portion (122a, 124a); and an intermediate portion (122c, 124c) disposed between the first and second end portions (122a, 122b, 124a, 124b) and connected to the first and second end portions (122c, 124c) by respective bends (122d, 122e, 124d, 124e); the first and second end portions (122a, 122b, 124a, 124b) are parallel to each other; the intermediate portion (122c, 124c) is oblique to the first and second end portions (122a, 122b, 124a, 124b); and the foreline segments (122, 124) in the plurality of foreline segments (122, 124) are configured to be attached together so as to form a continuous foreline; characterised in that one or more of the foreline segments (122, 124) comprises a means for heating a gas flowing through that segment (122, 124).
Apparatus (5, 7) comprising means (31, 32, P) configured for: - generating a dataset specifying, for a plurality of communication lines: - a channel frequency response of a communication line having one or two bridged taps, and - a set of M lengths of bridged taps associated with the communication line, with M greater than one, characterized in that said means are further configured for: - training, based on the dataset, a machine learning model configured for determining, based on the channel frequency response of a communication line, a set of M lengths of bridged taps associated with the communication line. - generating a dataset specifying, for a plurality of communication lines: - a channel frequency response of a communication line having one or two bridged taps, and - a set of M lengths of bridged taps associated with the communication line, with M greater than one, characterized in that said means are further configured for: - training, based on the dataset, a machine learning model configured for determining, based on the channel frequency response of a communication line, a set of M lengths of bridged taps associated with the communication line. - a channel frequency response of a communication line having one or two bridged taps, and - a set of M lengths of bridged taps associated with the communication line, with M greater than one, - training, based on the dataset, a machine learning model configured for determining, based on the channel frequency response of a communication line, a set of M lengths of bridged taps associated with the communication line.
An aerosol-generating article comprising an aerosol-forming substrate and a susceptor assembly for inductively heating the aerosol-forming substrate, the susceptor assembly comprising a first susceptor and a second susceptor, the second susceptor having a Curie temperature which corresponds to a predefined maximum heating temperature of the first susceptor, wherein at least a portion of an outer surface of the second susceptor comprises an anti-corrosion covering and wherein at least a portion of an outer surface of the first susceptor is exposed.
A method of operating an air-conditioning system for an aircraft comprising: compressing ambient air with a compressor (14;102) driven by a shaft (28,108) in communication with a motor (16;104) and a turbine (18;106); forwarding the compressed air to an aircraft cabin for circulation; removing circulated compressed air from the aircraft cabin; forwarding the circulated compressed air to the turbine; depressurizing the circulated compressed air in the turbine; and capturing energy created by depressurizing the circulated compressed air, wherein the captured energy from depressurizing the circulated compressed air reduces the energy required to operate the air-conditioning system; characterised by: receiving an available power level signal indicative of the available power in the aircraft from a control system of the aircraft; and based on a determination that the available power level signal exceeds a threshold value, forwarding air from a second compressed air source (22;103) to the aircraft cabin. compressing ambient air with a compressor (14;102) driven by a shaft (28,108) in communication with a motor (16;104) and a turbine (18;106); forwarding the compressed air to an aircraft cabin for circulation; removing circulated compressed air from the aircraft cabin; forwarding the circulated compressed air to the turbine; depressurizing the circulated compressed air in the turbine; and capturing energy created by depressurizing the circulated compressed air, wherein the captured energy from depressurizing the circulated compressed air reduces the energy required to operate the air-conditioning system; characterised by: receiving an available power level signal indicative of the available power in the aircraft from a control system of the aircraft; and based on a determination that the available power level signal exceeds a threshold value, forwarding air from a second compressed air source (22;103) to the aircraft cabin. receiving an available power level signal indicative of the available power in the aircraft from a control system of the aircraft; and based on a determination that the available power level signal exceeds a threshold value, forwarding air from a second compressed air source (22;103) to the aircraft cabin.
A non penetrating data transfer system, comprising, a solid rigid substrate through which is to be passed non penetrating data transfer, which in use is subjected to strains in excess of 0.5 x 10 -3, comprising two non penetrating data transfer mounting arrangements, being arranged on opposite surfaces of the solid rigid substrate, which arrangements each comprises: an acoustic transducer (10,20), a strain isolating element (12,22) having a first surface attached to said substrate and a second surface attached to an attachment interface of said acoustic transducer whereby, when said substrate is subjected to high compressive strain in use, the strain at said second surface is lower than that at said first surface, wherein said strain isolating element comprises a relatively narrow stem portion (18,28) for attachment at said first surface to the solid rigid substrate and having an enlarged head portion (14,24) attached at said second surface to said acoustic transducer. an acoustic transducer (10,20), a strain isolating element (12,22) having a first surface attached to said substrate and a second surface attached to an attachment interface of said acoustic transducer whereby, when said substrate is subjected to high compressive strain in use, the strain at said second surface is lower than that at said first surface, wherein said strain isolating element comprises a relatively narrow stem portion (18,28) for attachment at said first surface to the solid rigid substrate and having an enlarged head portion (14,24) attached at said second surface to said acoustic transducer.
A magnetic resonance imaging scanner including: a generally cylindrical main magnet assembly that defines a cylinder axis; a first set of shims rigidly positioned inside the main magnet assembly at a first distance (d 1) relative to the cylinder axis; a second set of shims rigidly positioned inside the main magnet assembly at a second distance (d 2) relative to the cylinder axis, the second distance (d 2) being greater than the first distance (d 1); a generally cylindrical radio frequency coil arranged inside the main magnet assembly at a third distance (d 3) relative to the cylinder axis; and a plurality of gradient coils arranged inside the main magnet assembly at a fourth distance (d 4) relative to the cylinder axis, characterized in that the first set of shims are fixed shims and the second set of shims are adjustable shims. a generally cylindrical main magnet assembly that defines a cylinder axis; a first set of shims rigidly positioned inside the main magnet assembly at a first distance (d 1) relative to the cylinder axis; a second set of shims rigidly positioned inside the main magnet assembly at a second distance (d 2) relative to the cylinder axis, the second distance (d 2) being greater than the first distance (d 1); a generally cylindrical radio frequency coil arranged inside the main magnet assembly at a third distance (d 3) relative to the cylinder axis; and a plurality of gradient coils arranged inside the main magnet assembly at a fourth distance (d 4) relative to the cylinder axis, characterized in that the first set of shims are fixed shims and the second set of shims are adjustable shims.