mhurhangee/ep-ind-claims huggingface dataset:
A method of manufacturing a hearing aid component (24, 25, 30, 32, 34), comprising: providing a substrate component; applying a functional structure of a viscoelastic material having a thickness of at least 50μm onto a surface of the substrate component by an inkjet printing process utilizing a jet of droplets having a volume from 0.1 nl to 10 nl, wherein the hardness of the functional structure is lower than the hardness of the substrate component. providing a substrate component; applying a functional structure of a viscoelastic material having a thickness of at least 50μm onto a surface of the substrate component by an inkjet printing process utilizing a jet of droplets having a volume from 0.1 nl to 10 nl, wherein the hardness of the functional structure is lower than the hardness of the substrate component.
A heat-crosslinking resin composition comprising an ethylene copolymer, a crosslinking agent and a urethane poly(meth)acrylate as a crosslinking aid, wherein the amount of the urethane poly(meth)acrylate is 0.1 to 3.0 parts by weight based on 100 parts by weight of the ethylene copolymer.
A method for communicating in a wireless communication network, the method comprising: generating, at a first communication device, a trigger frame to trigger a contention-based uplink orthogonal frequency multiple access, OFDMA, transmission by multiple second communication devices, wherein the trigger frame is configured to indicate a length of the contention-based uplink OFDMA transmission, a transmission power of the trigger frame, and a target receive power of the contention-based uplink OFDMA transmission; transmitting, with the first communication device, the trigger frame to the multiple second communication devices using the transmission power indicated in the trigger frame; and receiving, at the first communication device, the contention-based uplink OFDMA transmission, wherein the contention-based uplink OFDMA transmission is of the length indicated in the trigger frame. generating, at a first communication device, a trigger frame to trigger a contention-based uplink orthogonal frequency multiple access, OFDMA, transmission by multiple second communication devices, wherein the trigger frame is configured to indicate a length of the contention-based uplink OFDMA transmission, a transmission power of the trigger frame, and a target receive power of the contention-based uplink OFDMA transmission; transmitting, with the first communication device, the trigger frame to the multiple second communication devices using the transmission power indicated in the trigger frame; and receiving, at the first communication device, the contention-based uplink OFDMA transmission, wherein the contention-based uplink OFDMA transmission is of the length indicated in the trigger frame.
A combustor section of a gas turbine engine, comprising: a combustor; a diffuser case disposed about the combustor; a heat shield having an annular shape, wherein the heat shield defines an aperture extending through the heat shield; and a support lock having a tab extending radially outward from a distal surface of the support lock, wherein the aperture in the heat shield is configured to retain the tab of the support lock; characterised in that: the heat shield is configured to couple to the diffuser case and is disposed between the combustor and the diffuser case. a combustor; a diffuser case disposed about the combustor; a heat shield having an annular shape, wherein the heat shield defines an aperture extending through the heat shield; and a support lock having a tab extending radially outward from a distal surface of the support lock, wherein the aperture in the heat shield is configured to retain the tab of the support lock; characterised in that: the heat shield is configured to couple to the diffuser case and is disposed between the combustor and the diffuser case.
An attaching structure for a door rotatably held so as to block an opening portion disposed in an accommodation portion of a working vehicle, the attaching structure comprising: a pivot holding member, including: a pivot configured to be provided in any one of a side of the door or a side of the vehicle and configured to be a center of rotation of the door; a shaft tube configured to be provided in other one of the side of the door or the side of the vehicle and configured to allow the pivot to be inserted and to rotatably hold the pivot; characterized in that the pivot holding member includes: a receiving portion extending outwardly, from the side where the pivot is inserted into the shaft tube, in the direction of the shaft center, wherein the receiving portion has a semicircular contact surface configured to support the pivot when the pivot is inserted into the shaft tube. a pivot configured to be provided in any one of a side of the door or a side of the vehicle and configured to be a center of rotation of the door; a shaft tube configured to be provided in other one of the side of the door or the side of the vehicle and configured to allow the pivot to be inserted and to rotatably hold the pivot; characterized in that the pivot holding member includes: a receiving portion extending outwardly, from the side where the pivot is inserted into the shaft tube, in the direction of the shaft center, wherein the receiving portion has a semicircular contact surface configured to support the pivot when the pivot is inserted into the shaft tube.
Scoop of a fairing of a core engine of an aircraft gas turbine through which air can be supplied from a bypass flow in a bypass duct to several cooling-air distributors in a core-engine ventilation compartment, where the scoop is configured for passing through the fairing and includes a first tubular flow duct, whose inlet opening in the installed condition of the scoop is at a distance from the upper edge of the fairing and arranged in the bypass duct and which extends in the installed condition through the fairing; the scoop is characterized in that it includes a second tubular flow duct, which at least partly encompasses the first flow duct and whose inlet opening is backwardly offset relative to the inlet opening of the first flow duct in the direction of flow.
A reactive polysiloxane being a polycondensation product of an alkoxy silicon compound comprising at least an alkoxy silicon compound A of formula: (wherein X is a phenyl group having at least one substituent having a polymerizable double bond, a naphthyl group having at least one substituent having a polymerizable double bond, a biphenyl group having at least one substituent having a polymerizable double bond, or a phenanthryl group having at least one substituent having a polymerizable double bond, Ar 1 is a condensed ring hydrocarbon group having two or more benzene ring structures (optionally substituted with a C 1-6 alkyl group), or a hydrocarbon ring assembly group in which two or more aromatic rings are directly bonded through a single bond (optionally substituted with a C 1-6 alkyl group), and R 1 is methyl group, ethyl group, or isopropyl group).
A control method of an electronic device for configuring a multi-vision screen using a relative position of the electronic device, the control method comprising: interacting, by the electronic device, with at least one other electronic device; capturing a first front image with a first camera disposed on a front surface of the electronic device and a first rear image with a second camera disposed on a rear surface of the electronic device; receiving, from the at least one other electronic device, a second front image and a second rear image captured by the at least one other electronic device; determining relative positions of the electronic device and the at least one other electronic device by comparing the first front image with the second front image and comparing the first rear image with the second rear image; configuring a multi-vision screen using a display of the electronic device and a display of the at least one other electronic device, based on the determined relative positions; controlling output of a content image on the multi-vision screen. interacting, by the electronic device, with at least one other electronic device; capturing a first front image with a first camera disposed on a front surface of the electronic device and a first rear image with a second camera disposed on a rear surface of the electronic device; receiving, from the at least one other electronic device, a second front image and a second rear image captured by the at least one other electronic device; determining relative positions of the electronic device and the at least one other electronic device by comparing the first front image with the second front image and comparing the first rear image with the second rear image; configuring a multi-vision screen using a display of the electronic device and a display of the at least one other electronic device, based on the determined relative positions; controlling output of a content image on the multi-vision screen.
A decorative sheet for floor material comprising: a decorative sheet intermediate having one or more layers laminated on the front surface of a base material sheet; and a synthetic resin backer layer formed on the back surface of the base material sheet, the synthetic resin layer backer layer being formed from two or more layers including a hard layer and a soft layer, at least the layer in contact with the base material sheet being a hard layer, and the thickness of the hard layer being 0.1 to 3.0 mm. a decorative sheet intermediate having one or more layers laminated on the front surface of a base material sheet; and a synthetic resin backer layer formed on the back surface of the base material sheet, the synthetic resin layer backer layer being formed from two or more layers including a hard layer and a soft layer, at least the layer in contact with the base material sheet being a hard layer, and the thickness of the hard layer being 0.1 to 3.0 mm.
A method for preparing a compound of 2-(2-methyl-5-bromobenzyl)-5-(4-fluorophenyl)thiophene shown as formula I, comprising the steps of: subjecting a compound of (5-bromo-2-methylphenyl)[5-(p-fluorophenyl)thiophene-2-yl]methanone shown as formula II to a reduction reaction under the effect of a borane to obtain the compound of formula I, wherein the reduction reaction is performed in an inert solvent selected from ethers or haloalkanes, and wherein the ether is selected from tetrahydrofuran or dimethyltetrahydrofuran, or the haloalkane is selected from dichloromethane, trichloromethane, or 1,2-dichloroethane.
A positive displacement sorter, comprising: a conveyor defining a conveying surface for conveying articles in a longitudinal direction, wherein said conveying surface is defined by a plurality of rollers, each roller comprising an axle; a diverting assembly positioned diagonally at least partially across said conveying surface, comprising means for moving said diverting assembly generally vertically between a non-actuated position below said conveying surface and an actuated position extending above said conveying surface, said diverting assembly having a diverting member in form of a diverting surface that is adapted to laterally displace articles on said conveying surface when in said actuated position, wherein said diverting surface comprises a vertically oriented belt that is driven by a drive roller and a plurality of rollers supported by a base and reeving said belt, said drive roller rotating on a vertical axis; characterized in that said conveyor comprises a frame extending along at least one side of said diverter assembly and a plurality of axle retainers connected with said frame, each of said axle retainers having a base and a plurality of axle retaining openings that are each adapted to receiving an end of one of said axles, at least two of said openings being at different angles to said base, whereby said axle retainers are capable of mounting rollers (180a, 180b) of said conveyor at more than one angle to said frame so that said diverting assembly can be mounted at different divert angles with respect to said conveying rollers. a conveyor defining a conveying surface for conveying articles in a longitudinal direction, wherein said conveying surface is defined by a plurality of rollers, each roller comprising an axle; a diverting assembly positioned diagonally at least partially across said conveying surface, comprising means for moving said diverting assembly generally vertically between a non-actuated position below said conveying surface and an actuated position extending above said conveying surface, said diverting assembly having a diverting member in form of a diverting surface that is adapted to laterally displace articles on said conveying surface when in said actuated position, wherein said diverting surface comprises a vertically oriented belt that is driven by a drive roller and a plurality of rollers supported by a base and reeving said belt, said drive roller rotating on a vertical axis; characterized in that said conveyor comprises a frame extending along at least one side of said diverter assembly and a plurality of axle retainers connected with said frame, each of said axle retainers having a base and a plurality of axle retaining openings that are each adapted to receiving an end of one of said axles, at least two of said openings being at different angles to said base, whereby said axle retainers are capable of mounting rollers (180a, 180b) of said conveyor at more than one angle to said frame so that said diverting assembly can be mounted at different divert angles with respect to said conveying rollers.
A method comprising: receiving, by a first device, content that is made available to a plurality of devices via a first communications channel; determining, by the first device, a first fingerprint based on the content; receiving, by the first device and from a second device, a second fingerprint via a second communications channel that is different from the first communications channel; determining a correlation coefficient between the first fingerprint and the second fingerprint; in response to a determination that the correlation coefficient satisfies a threshold, determining, by the first device, delay information; transmitting, by the first device, the delay information to the second device via the second communications channel; and synchronizing a first output of the content by the first device with a second output of the content by the second device using said delay information. receiving, by a first device, content that is made available to a plurality of devices via a first communications channel; determining, by the first device, a first fingerprint based on the content; receiving, by the first device and from a second device, a second fingerprint via a second communications channel that is different from the first communications channel; determining a correlation coefficient between the first fingerprint and the second fingerprint; in response to a determination that the correlation coefficient satisfies a threshold, determining, by the first device, delay information; transmitting, by the first device, the delay information to the second device via the second communications channel; and synchronizing a first output of the content by the first device with a second output of the content by the second device using said delay information.
Device made of a composite material for controlling the gap width between rotor and casing of a turbomachine, in particular a centrifugal pump, guiding fluid in the form of liquid and/or steam, wherein a first material component of the composite material is designed as a form-giving stabilization component, and characterized in that a second material component is designed as a swelling material, wherein this causes, under the influence of moisture, a change in volume, and wherein at least one gap-limiting wall face of the device can be spatially altered by means of the swelling material.
A device for probing the contents of tanks of anaerobic digestion systems, comprising means for sampling the contents of the tank which can be introduced into and removed from the inside of the tank, and means for moving the sampling means which are configured to move the sampling means along a vertical direction which is orthogonal to the bottom wall of the tank; the device comprising means for positioning the sampling means which are configured to position the sampling means inside the tank in a predetermined sampling area, in particular relative to the perimeter of the tank itself; characterised in that it comprises means for installing the device which are configured to connect the device to the tank to be inspected; the installation means being configured to be positioned in a respective through opening positioned on the lateral wall of the tank or on the upper wall of the tank.
An object having a surface that has: • filaments having a length of from 30 to 6000 μm, a diameter to length ratio of from 1:10 to 1:20, and are bound to the surface with at least one front face thereof; • wherein the distance between two filaments on the surface is such that the ratio of such distance to the length of the filaments is from 1:3 to 1:10; • the filaments have an elasticity of from 10 4 to 10 10 N/m 2; • the surface of the filament is at least partially hydrophobic, so that the contact angle between a filament and water is greater than 100°, characterized in that the filaments have at least one region that is hydrophilic, so that the contact angle between this region and water is < 90°. • filaments having a length of from 30 to 6000 μm, a diameter to length ratio of from 1:10 to 1:20, and are bound to the surface with at least one front face thereof; • wherein the distance between two filaments on the surface is such that the ratio of such distance to the length of the filaments is from 1:3 to 1:10; • the filaments have an elasticity of from 10 4 to 10 10 N/m 2; • the surface of the filament is at least partially hydrophobic, so that the contact angle between a filament and water is greater than 100°,
A component in a gas turbine engine having internal structure for augmenting heat transfer, comprising: a first wall having first and second surfaces (48, 50), the first surface facing a heated fluid flow path and the second surface partially forming a flowpath for cooling fluid; a plurality of pedestals extending from the second surface of the first wall to an opposing surface of a second wall; and at least one turbulator strip extending between adjacent pedestals; wherein a height (H 1) of the turbulator strips is smaller than a height of (H 2) of the pedestals; wherein each pedestal is connected to four or more turbulator strips; and characterised in that: all the turbulator strips are positioned on the second surface of the first wall; the height of (H 1) of the turbulator strips is between 0.127-0.254 mm; and the height (H 2) of the pedestals is between 0.305-0.635 mm. a first wall having first and second surfaces (48, 50), the first surface facing a heated fluid flow path and the second surface partially forming a flowpath for cooling fluid; a plurality of pedestals extending from the second surface of the first wall to an opposing surface of a second wall; and at least one turbulator strip extending between adjacent pedestals; wherein a height (H 1) of the turbulator strips is smaller than a height of (H 2) of the pedestals; all the turbulator strips are positioned on the second surface of the first wall; the height of (H 1) of the turbulator strips is between 0.127-0.254 mm; and the height (H 2) of the pedestals is between 0.305-0.635 mm.
A blower for delivering breathable gas to a user, comprising: means (14, 24, 26) for positively pressurizing the gas to a predetermined level; means (26, 28, 30, 32, 34) for humidifying the breathable gas in accordance with a humidity profile that changes over a set time period of treatment, having a variable humidity level; and means (16,18) for delivering to the user the breathable gas with the variable humidity level. means (14, 24, 26) for positively pressurizing the gas to a predetermined level; means (26, 28, 30, 32, 34) for humidifying the breathable gas in accordance with a humidity profile that changes over a set time period of treatment, having a variable humidity level; and means (16,18) for delivering to the user the breathable gas with the variable humidity level.
A method of separating α-olefins by a simulated moving bed, characterized in that a coal-based Fischer-Tropsch synthetic oil is used as a raw material, and a target olefin has a carbon atom number N within a range from 4 to 18, the method comprising steps of: fraction cutting: subjecting a pretreated raw material to fraction cutting, to obtain a component having a carbon atom number N; alkane-alkene separation: subjecting the component obtained in step to an alkane-alkene separation using a first simulated moving bed, to separate alkanes and alkenes, thereby obtaining an olefin-rich component; and isomer separation: subjecting the olefin-rich component obtained in step to an isomer separation using a second simulated moving bed, to separate a high purity α-olefin product. fraction cutting: subjecting a pretreated raw material to fraction cutting, to obtain a component having a carbon atom number N; alkane-alkene separation: subjecting the component obtained in step to an alkane-alkene separation using a first simulated moving bed, to separate alkanes and alkenes, thereby obtaining an olefin-rich component; and isomer separation: subjecting the olefin-rich component obtained in step to an isomer separation using a second simulated moving bed, to separate a high purity α-olefin product.