mhurhangee/ep-ind-claims huggingface dataset:
Hearing aid module which has at least: an elongated side-piece region, at the front end of which there is constructed a plug for an undoable plugging-in operation; a thickened end region which adjoins said side-piece region towards the rear; an amplifier which is received within said end region; and at least one signal output aperture, which is constructed on the underside of the side-piece region, for a flexible signal output-conducting means (16, 18), wherein the end region is cold-formable for setting different bending positions for positioning on an outer ear, characterised in that the side-piece region has two tubes (27, 28) which are slipped one into the other, wherein the plug is constructed on the inner tube, and there is also constructed, within the inner tube, an insertion clearance for inserting the at least one microphone, wherein said insertion clearance and the signal output aperture are offset in the axial direction in relation to one another and each take up about half the periphery of the inner tube, and the outer tube is pushed forward, at the end face, as far as the plug and masks the insertion clearance for the at least one microphone. an elongated side-piece region, at the front end of which there is constructed a plug for an undoable plugging-in operation; a thickened end region which adjoins said side-piece region towards the rear; an amplifier which is received within said end region; and at least one signal output aperture, which is constructed on the underside of the side-piece region, for a flexible signal output-conducting means (16, 18), wherein the end region is cold-formable for setting different bending positions for positioning on an outer ear, characterised in that the side-piece region has two tubes (27, 28) which are slipped one into the other, wherein the plug is constructed on the inner tube, and there is also constructed, within the inner tube, an insertion clearance for inserting the at least one microphone, wherein said insertion clearance and the signal output aperture are offset in the axial direction in relation to one another and each take up about half the periphery of the inner tube, and the outer tube is pushed forward, at the end face, as far as the plug and masks the insertion clearance for the at least one microphone.
Crane support plate which is substantially made of metal, comprising a fastening device (15, 19, 21, 23, 25, 27, 29, 31, 33, 35) for a support leg on a support arm of a mobile crane vehicle, the fastening device (15, 19, 21, 23, 25, 27, 29, 31, 33, 35) being able to be detachably connected to the support leg so that when the mobile crane vehicle is maneuvered, the crane support plate raised by the support leg hangs on the support arm which cannot be fully retracted and/or cannot be fully pivoted, the fastening device (15, 19, 21, 23, 25, 27, 29, 31, 33, 35) comprising a screw connection, characterized in that the screws thereof engage through holes in the support leg into threaded holes in the crane support plate.
A method of compressing image data from images forming part of a digital content stream, the method including for a number of sequences of n images within the digital content stream, wherein n is a number greater than two: a) obtaining image data for each of the n images; and, b) sequentially and individually compressing the image data for each of the n images using a different respective compression scheme, wherein each of the n images is compressed using a different compression scheme by compressing the sequence of n images using a sequence of different compression schemes, the sequentially and individually compressing the image data comprising: i) obtaining next image data for a next one of the n images; ii) compressing the next image data; and, iii) repeating steps i) and ii) for each of the n images; wherein each sequence of n images is compressed using the same sequence of compression schemes and wherein the sequence of different compression schemes is selected to minimise the perceived reduction in image quality by: a) interspersing highly compressed images with minimally compressed images; and, b) wherein the compression schemes in the sequence of different compression schemes have different compression artefacts. a) obtaining image data for each of the n images; and, b) sequentially and individually compressing the image data for each of the n images using a different respective compression scheme, wherein each of the n images is compressed using a different compression scheme by compressing the sequence of n images using a sequence of different compression schemes, the sequentially and individually compressing the image data comprising: i) obtaining next image data for a next one of the n images; ii) compressing the next image data; and, iii) repeating steps i) and ii) for each of the n images; i) obtaining next image data for a next one of the n images; ii) compressing the next image data; and, iii) repeating steps i) and ii) for each of the n images; a) interspersing highly compressed images with minimally compressed images; and, b) wherein the compression schemes in the sequence of different compression schemes have different compression artefacts.
Sowing coulter having a coulter carrier on which there are arranged two discs which are positioned at an angle to the direction of travel and in opposite directions in a V-shaped manner with respect to one another and between which the end piece of at least one seed and/or fertilizer supply line opens out, wherein the end piece is arranged removably on the coulter carrier with the aid of a first connecting element, having a fixing element, and at least one second connecting element, in the form of a plug connection, on the coulter carrier, wherein the end piece of the seed and/or fertilizer supply line is removable without it being necessary to take off one of the discs, wherein the coulter carrier has an upright region adjacent to which the end piece is arranged, wherein the plug connection has at least one plug element arranged on the end piece, wherein at least one cutout that is open towards the end piece and is arranged on the side adjacent to the end piece is arranged in this upright region of the coulter carrier, wherein this cutout is located at the level of a plug element attached to the end piece, wherein the plug element is configured to engage in the cutout, wherein the plug element engages in the cutout in a form-fitting manner and is configured to be unable to rotate with respect to the cutout, characterized in that the plug element is formed with a square or rectangular cross section in its basic configuration, in that two opposite side faces of the plug element formed with a square or rectangular cross section bear in a planar manner against two opposite side faces of the cutout.
A propulsion system for an aircraft comprising: a core engine including a core flow path where air is compressed in a compressor section, communicated to a combustor section, mixed with a hydrogen fuel and ignited to generate a high energy gas flow that is expanded through a turbine section; a hydrogen fuel system configured to supply hydrogen fuel to the combustor through a fuel flow path; a condenser arranged along the core flow path and configured to extract water from the high energy gas flow, the condenser including a plurality of spiral passages disposed in a collector, wherein the spiral passages are configured to receive the high energy gas flow and generate a transverse pressure gradient to direct water out of the high energy gas flow toward the collector; and an evaporator arranged along the core flow path and configured to receive a portion of the water extracted by the condenser to generate a steam flow, wherein the steam flow is injected into the core flow path upstream of the turbine section, wherein: the condenser includes a plurality of axial passages forward of the plurality of spiral passages, that initially receives the high energy gas flow, and a transition region therebetween for directing the high energy gas flow into the spiral passages; and the collector surrounds the plurality of spiral passages and is in communication with a water passage. a core engine including a core flow path where air is compressed in a compressor section, communicated to a combustor section, mixed with a hydrogen fuel and ignited to generate a high energy gas flow that is expanded through a turbine section; a hydrogen fuel system configured to supply hydrogen fuel to the combustor through a fuel flow path; a condenser arranged along the core flow path and configured to extract water from the high energy gas flow, the condenser including a plurality of spiral passages disposed in a collector, wherein the spiral passages are configured to receive the high energy gas flow and generate a transverse pressure gradient to direct water out of the high energy gas flow toward the collector; and an evaporator arranged along the core flow path and configured to receive a portion of the water extracted by the condenser to generate a steam flow, wherein the steam flow is injected into the core flow path upstream of the turbine section, wherein: the condenser includes a plurality of axial passages forward of the plurality of spiral passages, that initially receives the high energy gas flow, and a transition region therebetween for directing the high energy gas flow into the spiral passages; and the collector surrounds the plurality of spiral passages and is in communication with a water passage. the condenser includes a plurality of axial passages forward of the plurality of spiral passages, that initially receives the high energy gas flow, and a transition region therebetween for directing the high energy gas flow into the spiral passages; and the collector surrounds the plurality of spiral passages and is in communication with a water passage.
A method for manufacturing a three-dimensional structure, the method comprising melting and depositing a filament using a 3D printer based on fused deposition modeling, the filament comprising a commingled yarn that contains a continuous reinforcing fiber and a continuous thermoplastic resin fiber, with a dispersity of the continuous reinforcing fiber in the commingled yarn of 60 to 100%. the method comprising melting and depositing a filament using a 3D printer based on fused deposition modeling, the filament comprising a commingled yarn that contains a continuous reinforcing fiber and a continuous thermoplastic resin fiber, with a dispersity of the continuous reinforcing fiber in the commingled yarn of 60 to 100%.
Component group for joining together vehicle parts, in particular vehicle trim parts which have to be aligned, adjusted and fastened relative to one another during assembly, consisting of at least two components which can be fastened to the vehicle parts to be connected together and which are able to be displaced relative to one another and which are able to be fixed to one another after adjustment, wherein the two components engage in one another via a ratchet toothing, are able to be displaced relative to one another transversely to the ratchet teeth for the purpose of adjustment and, after the adjustment of the vehicle parts to be joined together, are able to be fixedly and undisplaceably connected together, - in that the adjustment part is provided with a ratchet shoe, - in that the adjustment part is guided relative to the base part by means of its ratchet shoe which is able to be displaced in a receiver channel of the base part, and - in that a slot is provided in the adjustment part, through which a second screw is able to be screwed into a bore of the base part in order to be able to fasten the adjustment part adjustably to the base part. - in that the adjustment part is provided with a ratchet shoe, - in that the adjustment part is guided relative to the base part by means of its ratchet shoe which is able to be displaced in a receiver channel of the base part, and - in that a slot is provided in the adjustment part, through which a second screw is able to be screwed into a bore of the base part in order to be able to fasten the adjustment part adjustably to the base part.
A communication method performed by a terminal, the method comprising: transmitting, to a profile provision server, a first message including a first challenge value for authentication of the profile provision server; receiving, from the profile provision server, a second message including a first data and a first signature value computed over the first data as a response to the first message, wherein the first data includes the first challenge value and a second challenge value for authentication associated with the terminal; transmitting, to the profile provision server, a third message including a second data and a second signature value computed over the second data, which are generated after the first signature value is verified, wherein the second data includes the second challenge value and profile mapping information; receiving, from the profile provision server, a fourth message including unencrypted information related to a profile and information indicating whether a confirmation code is required for the profile as a response to the third message; receiving, via a user interface, a confirmation code in case that the information indicates the confirmation code is required; transmitting, to the profile provision server, a fifth message for requesting a profile data, the fifth message including a hashed confirmation code which is calculated based on the confirmation code; and receiving, from the profile provision server, a sixth message including an encrypted profile data as a response to the fifth message. transmitting, to a profile provision server, a first message including a first challenge value for authentication of the profile provision server; receiving, from the profile provision server, a second message including a first data and a first signature value computed over the first data as a response to the first message, wherein the first data includes the first challenge value and a second challenge value for authentication associated with the terminal; transmitting, to the profile provision server, a third message including a second data and a second signature value computed over the second data, which are generated after the first signature value is verified, wherein the second data includes the second challenge value and profile mapping information; receiving, from the profile provision server, a fourth message including unencrypted information related to a profile and information indicating whether a confirmation code is required for the profile as a response to the third message; receiving, via a user interface, a confirmation code in case that the information indicates the confirmation code is required; transmitting, to the profile provision server, a fifth message for requesting a profile data, the fifth message including a hashed confirmation code which is calculated based on the confirmation code; and receiving, from the profile provision server, a sixth message including an encrypted profile data as a response to the fifth message.
A method for representing sewing processes for the manufacture of an embroidery pattern on a sewing machine comprising a control system, wherein information regarding insertion positions and their sequence are stored for said embroidery pattern in a memory which is accessible to the control system, characterised in that a virtual sewing material is represented on a monitor, and that a virtual seam is produced on said virtual sewing material between the virtual sewing material and the virtual sewing needle by repeatedly inserting a virtual sewing needle at the sequence of insertion positions with relative motions executed therebetween.
A method performed by a mobile communications device comprising a display device, the method comprising: displaying complete representations of content in a first column on the display device as separated by a space from a concurrent display of partial representations of content in a second column, the first and second columns being vertical columns, wherein complete representations of content correspond to representations of content displayed at a full width and partial representations of content correspond to representations of content displayed at a partial width, the partial representations of content being truncated at an edge of the display device; characterized by: if a gesture is detected via a touchscreen functionality of the display device that involves interaction with the space, navigating horizontally between the first column and the second column in order to display complete representations of content in the second column concurrently with partial representations of content in the first column, wherein the interaction is a tap of the space. if a gesture is detected via a touchscreen functionality of the display device that involves interaction with the space, navigating horizontally between the first column and the second column in order to display complete representations of content in the second column concurrently with partial representations of content in the first column, wherein the interaction is a tap of the space.
An assembly for a gas turbine engine, comprising: a tierod; wherein the tierod comprises a base flange, the assembly further comprising: a brazed joint, a fairing structure positioned within an annular outer structure; and a bearing mounting ring defining a bearing compartment on its inner surface, wherein the brazed joint is located between mating surfaces of the tierod base flange and the bearing mounting ring, wherein the tierod extends through the bearing mounting ring and the fairing structure, wherein the brazed joint is between an outer surface of the base flange and an inner surface of the bearing mounting ring that defines a boundary of the bearing compartment. a tierod; wherein the tierod comprises a base flange, the assembly further comprising: a brazed joint, a fairing structure positioned within an annular outer structure; and a bearing mounting ring defining a bearing compartment on its inner surface, wherein the brazed joint is located between mating surfaces of the tierod base flange and the bearing mounting ring, wherein the tierod extends through the bearing mounting ring and the fairing structure, wherein the brazed joint is between an outer surface of the base flange and an inner surface of the bearing mounting ring that defines a boundary of the bearing compartment. a brazed joint, a fairing structure positioned within an annular outer structure; and a bearing mounting ring defining a bearing compartment on its inner surface, wherein the brazed joint is located between mating surfaces of the tierod base flange and the bearing mounting ring, wherein the tierod extends through the bearing mounting ring and the fairing structure, wherein the brazed joint is between an outer surface of the base flange and an inner surface of the bearing mounting ring that defines a boundary of the bearing compartment.
An assembly comprising a molded article and a cover (22, 23) that covers the outside surface of the molded article at least in part, at least one longitudinal groove or trench being formed in the molded article while being open to the outside, at least one element having hooks being overmolded in the molded article so as to form the bottom of the groove at least in part, some hooks, and preferably all of the hooks, penetrating into openings in loops stemming from the cover (22, 23) so as to hook therein and thereby fasten the cover (22, 23) to the molded article, said assembly being characterized in that at least two overmolded elements having hooks are provided that form the bottom of the trench at least in part by being placed one behind the other in the longitudinal direction, the two elements having hooks being separated from each other by an intermediate zone in which there is no element having hooks, the loops stem from the outside surface of a pocket fastened to the cover (22, 23) and a wire extends inside the pocket so as to prevent the cover (22, 23) from riding up towards the top of the trench.
An actuator comprising an axially moveable piston coupled to a drive member such that axial movement of the piston drives the drive member for angular movement, the drive member being coupled via a clutch to an output member, and characterised in that the output member is further coupled by way of a cam arrangement with an override actuator, the cam arrangement being operable such that initial angular movement of the override actuator relative to the output member can drive the output member for axial movement, disengaging the clutch, further movement of the override actuator driving the output member for angular movement.
A process for providing a material comprising a nonwoven layer of fibers comprising the steps of providing a material composition comprising 90 to 98.7 wt.% of a recycled polyester polymer, 1 to 5 wt.% of a polyolefin polymer and 0.3 to 5 wt.% of a compatibilizer based on the total weight of the recycled polyester polymer, the polyolefin polymer and the compatibilizer, melting the material composition, extruding the molten material composition through spinning holes in a spinneret to form extruded fibers, supplying the extruded fibers to form a nonwoven web of fibers and consolidating the nonwoven web to obtain a material comprising a nonwoven layer of fibers.
A sensor sheet for biological information measurement, the sensor sheet comprising: a first sheet to be applied to a skin of a subject a second sheet to be stuck to a front surface side of the first sheet; and a measuring element provided in an area in the second sheet between the first sheet and the second sheet, characterized in that: the first sheet is no more than 20 μm thick, the first sheet and the second sheet comprise polyurethane as a main component, the second sheet is thicker than the first sheet, the first sheet is higher in stretchability than the second sheet, and the stretchability of a peripheral edge area of the second sheet is higher than that of a center area of the second sheet. a first sheet to be applied to a skin of a subject a second sheet to be stuck to a front surface side of the first sheet; and a measuring element provided in an area in the second sheet between the first sheet and the second sheet, characterized in that: the first sheet is no more than 20 μm thick, the first sheet and the second sheet comprise polyurethane as a main component, the second sheet is thicker than the first sheet, the first sheet is higher in stretchability than the second sheet, and the stretchability of a peripheral edge area of the second sheet is higher than that of a center area of the second sheet. the first sheet is no more than 20 μm thick, the first sheet and the second sheet comprise polyurethane as a main component, the second sheet is thicker than the first sheet, the first sheet is higher in stretchability than the second sheet, and the stretchability of a peripheral edge area of the second sheet is higher than that of a center area of the second sheet.
A composite structure comprising: at least two substrates (11, 12) which are made of thermoplastic resin and which are bonded by thermocompression; and at least one member which is made of a material whose heat distortion temperature is higher than a heat distortion temperature of the thermoplastic resin and which is inserted into a space formed in at least one of the substrates (11, 12), wherein the member inserted in the space is fixed and held by wall surfaces which form the space of the substrates (11, 12) and which are thermally deformed by thermocompression. at least two substrates (11, 12) which are made of thermoplastic resin and which are bonded by thermocompression; and at least one member which is made of a material whose heat distortion temperature is higher than a heat distortion temperature of the thermoplastic resin and which is inserted into a space formed in at least one of the substrates (11, 12), wherein the member inserted in the space is fixed and held by wall surfaces which form the space of the substrates (11, 12) and which are thermally deformed by thermocompression.