mhurhangee/ep-ind-claims huggingface dataset:
Closure device comprising at least one concertina-folding closure, consisting of a series of leaves hinged together at their longitudinal edges by means of hinges (3, 3') whose axes are parallel to the central longitudinal axes of the leaves, each transverse edge of at least one leaf comprises at least one supporting and guiding element guided by at least one track of the closure device, with the supporting and guiding element allowing for the rotation of the leaves with respect to the frame along an axis of rotation, with each track being shared by all the supporting and guiding elements located on the same side of the leaves, with each track comprising on its side directed towards the inside of the frame a longitudinal slot conformed in such a way as to allow for the introduction therein of supporting and guiding elements and, in which each track forms an upright or a cross-member of a frame and in that this frame comprises: - drive means extending longitudinally in at least one track, said drive means comprising: -- at least one drive screw extending longitudinally in the element of the frame forming the track, -- at least one part pierced with a hole wherein the drive screw engages, with this part being connected to one of the supporting and guiding elements; - at least one mechanical actuator, motor or geared-down motor included in or fixed to an upright or to a cross-member of the frame; - transmission means making it possible to communicate the movement generated by the actuator, the motor or the geared-down motor to the drive means; characterised in that the axis of rotation of each supporting and guiding element is: - substantially concurrent with the axis of said drive screw; and, - substantially confounded with the respective axis of articulation of leaves. - drive means extending longitudinally in at least one track, said drive means comprising: -- at least one drive screw extending longitudinally in the element of the frame forming the track, -- at least one part pierced with a hole wherein the drive screw engages, with this part being connected to one of the supporting and guiding elements; -- at least one drive screw extending longitudinally in the element of the frame forming the track, -- at least one part pierced with a hole wherein the drive screw engages, with this part being connected to one of the supporting and guiding elements; - at least one mechanical actuator, motor or geared-down motor included in or fixed to an upright or to a cross-member of the frame; - transmission means making it possible to communicate the movement generated by the actuator, the motor or the geared-down motor to the drive means; - substantially concurrent with the axis of said drive screw; and, - substantially confounded with the respective axis of articulation of leaves.
A lead-free and cadmium-free glass enamel composition, that partially crystallizes bismuth titanate and optionally zinc titanate crystals upon firing, comprising a solids portion, the solids portion comprising: a glass component, the glass component comprising a mixture of glass frits, including a non-crystallizing glass frit, so as to provide a glass component providing an overall oxide composition comprising: from 11% to 52% by weight SiO 2; from 3.4% to 40% by weight TiO 2; from 30% to 85% by weight Bi 2 O 3 + ZnO, provided the Bi 2 O 3 comprises from 5% to 75% of the glass component by weight and the ZnO comprises up to 45% of the glass component by weight; up to 8% by weight B 2 O 3; up to 14% by weight BaO + SrO; and from 0.1% to 30% of any one or a combination of coloring oxides selected from the group consisting of Cr 2 O 3, Fe 2 O 3, MnO 2, NiO, Co 2 O 3, and CeO 2; wherein the composition upon firing at a temperature of from 485°C to 780°C forms an enamel layer comprising crystals dispersed in a residual glass, wherein a predominant portion of the crystals comprise bismuth titanate, and wherein less than 70% by weight of the enamel layer is removed upon exposure to an 86°C 0.1 N H 2 SO 4 solution for 144 hours. a glass component, the glass component comprising a mixture of glass frits, including a non-crystallizing glass frit, so as to provide a glass component providing an overall oxide composition comprising: from 11% to 52% by weight SiO 2; from 3.4% to 40% by weight TiO 2; from 30% to 85% by weight Bi 2 O 3 + ZnO, provided the Bi 2 O 3 comprises from 5% to 75% of the glass component by weight and the ZnO comprises up to 45% of the glass component by weight; up to 8% by weight B 2 O 3; up to 14% by weight BaO + SrO; and from 0.1% to 30% of any one or a combination of coloring oxides selected from the group consisting of Cr 2 O 3, Fe 2 O 3, MnO 2, NiO, Co 2 O 3, and CeO 2; wherein the composition upon firing at a temperature of from 485°C to 780°C forms an enamel layer comprising crystals dispersed in a residual glass, wherein a predominant portion of the crystals comprise bismuth titanate, and wherein less than 70% by weight of the enamel layer is removed upon exposure to an 86°C 0.1 N H 2 SO 4 solution for 144 hours. from 11% to 52% by weight SiO 2; from 3.4% to 40% by weight TiO 2; from 30% to 85% by weight Bi 2 O 3 + ZnO, provided the Bi 2 O 3 comprises from 5% to 75% of the glass component by weight and the ZnO comprises up to 45% of the glass component by weight; up to 8% by weight B 2 O 3; up to 14% by weight BaO + SrO; and from 0.1% to 30% of any one or a combination of coloring oxides selected from the group consisting of Cr 2 O 3, Fe 2 O 3, MnO 2, NiO, Co 2 O 3, and CeO 2; wherein the composition upon firing at a temperature of from 485°C to 780°C forms an enamel layer comprising crystals dispersed in a residual glass, wherein a predominant portion of the crystals comprise bismuth titanate, and wherein less than 70% by weight of the enamel layer is removed upon exposure to an 86°C 0.1 N H 2 SO 4 solution for 144 hours.
One-component thermosetting epoxy resin composition comprising at least one solid epoxy resin EP; at least one latent curing agent for epoxy resins; at least one blowing agent; 0.25% to 4.5% by weight of aerogel particles, based on the total weight of the one-component thermosetting epoxy resin composition, wherein the one-component thermosetting epoxy resin composition has a melt flow index of 10-80 g/10 min, especially 20-80 g/10 min, preferably 30-50 g/10 min, the MFI being determined at 110°C and 2.16 kg in accordance with ASTM D1238. at least one solid epoxy resin EP; at least one latent curing agent for epoxy resins; at least one blowing agent; 0.25% to 4.5% by weight of aerogel particles, based on the total weight of the one-component thermosetting epoxy resin composition,
Guide vane ring for a turbomachine, comprising a plurality of rotatable guide vanes, comprising an inner ring for radially inward stabilization of the guide vanes and comprising a seal support, wherein the seal support is arranged radially inwards with respect to the inner ring and is form-fittingly held thereon, wherein at least one spring-like sealing element is arranged between an inner ring portion and a seal support portion, by means of which element the inner ring is braced with the seal support, wherein the sealing element is arranged in a sealing element chamber that is delimited by a lateral surface (62, 64) of the inner ring portion and by at least one opposing mating surface (66, 68) of the seal support portion, wherein the sealing element chamber is arranged downstream of the guide vanes.
A method for facilitating Machine Type Communication, MTC, in a wireless communications system, the method comprising: receiving one or more MTC-specific system information blocks at an MTC device, wherein one of the MTC-specific system information blocks comprises a combination of system information included in two or more other system information blocks to limit an amount of unnecessary information received by the MTC device, wherein combining the two or more other system information blocks into the one or more MTC-specific system information blocks comprises combining at least one first portion from the two or more other system information blocks and removing another second portion, and wherein the first portion includes MTC-relevant system information and the second portion includes additional system information; and processing the one or more MTC-specific system information blocks at the MTC device. receiving one or more MTC-specific system information blocks at an MTC device, wherein one of the MTC-specific system information blocks comprises a combination of system information included in two or more other system information blocks to limit an amount of unnecessary information received by the MTC device, wherein combining the two or more other system information blocks into the one or more MTC-specific system information blocks comprises combining at least one first portion from the two or more other system information blocks and removing another second portion, and wherein the first portion includes MTC-relevant system information and the second portion includes additional system information; and processing the one or more MTC-specific system information blocks at the MTC device.
A signal entry apparatus for an electronic device based on mechanical gear linkage, which is applied to an electronic device, comprising: a rotating disk; a transmission mechanism arranged inside a bottom shell of the electronic device and rotatably connected to the rotating disk; and an encoder connected to the transmission mechanism, wherein the encoder converts a mechanical movement characteristic signal generated by the transmission mechanism into an electrical signal, which electrical signal is transmitted through a circuit to a circuit board arranged inside the bottom shell, characterized in that a sliding mechanism is provided between the transmission shaft and the encoder, which is a pressure encoder, the sliding mechanism comprising: a sliding plate in contact with and connected to stepped teeth provided at a top end of the transmission shaft; and a sliding groove provided on the bottom shell and slidably connected to the sliding plate, wherein the stepped teeth, under the action of rotation of the transmission shaft, push the sliding plate to move reciprocatingly in the sliding groove, and the sliding plate is in contact with and connected to the encoder. a rotating disk; a transmission mechanism arranged inside a bottom shell of the electronic device and rotatably connected to the rotating disk; and an encoder connected to the transmission mechanism, wherein the encoder converts a mechanical movement characteristic signal generated by the transmission mechanism into an electrical signal, which electrical signal is transmitted through a circuit to a circuit board arranged inside the bottom shell, characterized in that a sliding mechanism is provided between the transmission shaft and the encoder, which is a pressure encoder, the sliding mechanism comprising: a sliding plate in contact with and connected to stepped teeth provided at a top end of the transmission shaft; and a sliding groove provided on the bottom shell and slidably connected to the sliding plate, wherein the stepped teeth, under the action of rotation of the transmission shaft, push the sliding plate to move reciprocatingly in the sliding groove, and the sliding plate is in contact with and connected to the encoder. a sliding plate in contact with and connected to stepped teeth provided at a top end of the transmission shaft; and a sliding groove provided on the bottom shell and slidably connected to the sliding plate, wherein the stepped teeth, under the action of rotation of the transmission shaft, push the sliding plate to move reciprocatingly in the sliding groove, and the sliding plate is in contact with and connected to the encoder.
A method of removing support material, comprising: providing a part-containing tank; filling the part-containing tank with a liquid mass; generating a vortex in the liquid mass contained in the part-containing tank; placing a part having support material in the liquid mass in the part-containing tank; suspending the part in the liquid mass within the vortex; and removing support material from the part, wherein the part-containing tank has a first side, a second side and a bottom surface; wherein the first side is opposite the second side; characterised in that a first manifold is positioned at a top portion of the first side and is configured to direct a downward flow of the liquid mass along the first side; wherein a second manifold is proximal to a junction between the first side and the bottom surface and is configured to direct a lateral flow of the liquid mass along the bottom surface toward the second side. providing a part-containing tank; filling the part-containing tank with a liquid mass; generating a vortex in the liquid mass contained in the part-containing tank; placing a part having support material in the liquid mass in the part-containing tank; suspending the part in the liquid mass within the vortex; and removing support material from the part, wherein the part-containing tank has a first side, a second side and a bottom surface; wherein the first side is opposite the second side; characterised in that a first manifold is positioned at a top portion of the first side and is configured to direct a downward flow of the liquid mass along the first side; wherein a second manifold is proximal to a junction between the first side and the bottom surface and is configured to direct a lateral flow of the liquid mass along the bottom surface toward the second side.
Control unit for a trailer coupling (10; 110) which is or may be mounted on a motor vehicle and which has a coupling element mounted on a coupling arm (14; 114) for attaching a trailer, wherein the control unit (50; 150) has control means for controlling at least one function of the trailer coupling (10; 110) and/or evaluation means for the evaluation of at least one sensor signal of a sensor assigned to the trailer coupling (10; 110), and wherein the control unit (50; 150) has an operator unit interface for communication with a mobile operator unit separate from the motor vehicle and the control unit (50; 150), wherein the control unit (50; 150) is designed for communication with a program module generating a graphical display and/or user interface on a display of the operator unit, in particular in the form of a mobile radio telephone, and wherein the control unit (50; 150) is designed for the sending of at least one status signal representing a status of the trailer coupling (10; 110), in particular with the aid of the sensor signal or signals generated or containing the sensor signal or signals,and/or for receiving at least one control signal (81; 81) for controlling a function of the control unit (50; 150) via the operator unit interface, characterised in that the control unit (50; 150) is designed to report a position of the coupling arm (14; 114) to the operator unit via the status signal or signals, so that the operator unit can feed and update to the user interface the position of a symbol representing the coupling arm (14; 114), wherein the position of the coupling arm (14; 114) corresponds to a position of use of the coupling arm, an inoperative position of the coupling arm or various positions between the position of use and the inoperative position of the coupling arm.
A method of determining a left-or-right side installation position of a trailer wheel of a trailer, the trailer being connected to a tow vehicle, the method comprising the steps of: - within a predefined time interval, determining a number of complete rotations of the trailer wheel using an acceleration sensor of the trailer wheel, - within the predefined time interval, determining a number of complete rotations of a left side tow vehicle wheel of the tow vehicle using an ABS-sensor or ESP-sensor of the left side tow vehicle wheel, - within the predefined time interval, determining a number of complete rotations of a right side tow vehicle wheel of the tow vehicle using an ABS-sensor or ESP-sensor of the right side tow vehicle wheel, - determining a first correspondence value indicating a correspondence between the number of complete rotations of the trailer wheel and the number of complete rotations of the left side tow vehicle wheel, - determining a second correspondence value indicating a correspondence between the number of complete rotations of the trailer wheel and the number of complete rotations of the right side tow vehicle wheel, and - determining a left side installation position of the trailer wheel, when the first correspondence value is larger than the second correspondence value, or - determining a right side installation position of the trailer wheel, when the second correspondence value is larger than the first correspondence value. - within a predefined time interval, determining a number of complete rotations of the trailer wheel using an acceleration sensor of the trailer wheel, - within the predefined time interval, determining a number of complete rotations of a left side tow vehicle wheel of the tow vehicle using an ABS-sensor or ESP-sensor of the left side tow vehicle wheel, - within the predefined time interval, determining a number of complete rotations of a right side tow vehicle wheel of the tow vehicle using an ABS-sensor or ESP-sensor of the right side tow vehicle wheel, - determining a first correspondence value indicating a correspondence between the number of complete rotations of the trailer wheel and the number of complete rotations of the left side tow vehicle wheel, - determining a second correspondence value indicating a correspondence between the number of complete rotations of the trailer wheel and the number of complete rotations of the right side tow vehicle wheel, and - determining a left side installation position of the trailer wheel, when the first correspondence value is larger than the second correspondence value, or - determining a right side installation position of the trailer wheel, when the second correspondence value is larger than the first correspondence value.
Use of at least one triazine compound as a nucleating agent, wherein the at least one triazine compound is at least one compound selected from the compounds below:
A method of exchanging application capability information in a communication system, the method comprising: a network unit of the communication system receiving from a remote wireless communication terminal the application capability information of the remote wireless communication terminal; and the network unit processing the received application capability information by filtering the received application capability information according to predetermined visibility control rules of the end-user of the remote wireless communication terminal to prevent some of the capabilities information from being forwarded to the first wireless communication terminal; and the network unit sending the processed application capability information to the first wireless communication terminal, wherein the method comprises reusing presence rules of the end-user as the visibility control rules. a network unit of the communication system receiving from a remote wireless communication terminal the application capability information of the remote wireless communication terminal; and the network unit processing the received application capability information by filtering the received application capability information according to predetermined visibility control rules of the end-user of the remote wireless communication terminal to prevent some of the capabilities information from being forwarded to the first wireless communication terminal; and the network unit sending the processed application capability information to the first wireless communication terminal, wherein the method comprises reusing presence rules of the end-user as the visibility control rules.
A method for providing a surface of a fiber based substrate with a barrier layer which barrier layer is formed as a film by depositing nanofibers on the surface by the use of electrospinning or meltspinning wherein the film is formed by post treating the substrate after the depositing of nanofibers on the surface.
A computer implemented method of verifying an operator is human, the method comprising, via one or more computer processors: selecting a pattern, wherein the pattern is a multimedia representation; dividing the pattern into a plurality of separate textures; projecting each texture onto a different respective 3D element of a 3D experience; randomizing at least one of a position and an orientation of at least one 3D element of the different respective 3D elements, thereby obtaining that the position and the orientation of at least one 3D element is different from its original position and orientation; displaying in the 3D experience, at a display device, at least a portion of the 3D elements including the at least one randomized 3D element; receiving operator manipulations of the randomized 3D elements to recreate the pattern; and determining that the operator is human if the pattern is recreated by the operator manipulations of the 3D elements. selecting a pattern, wherein the pattern is a multimedia representation; dividing the pattern into a plurality of separate textures; projecting each texture onto a different respective 3D element of a 3D experience; randomizing at least one of a position and an orientation of at least one 3D element of the different respective 3D elements, thereby obtaining that the position and the orientation of at least one 3D element is different from its original position and orientation; displaying in the 3D experience, at a display device, at least a portion of the 3D elements including the at least one randomized 3D element; receiving operator manipulations of the randomized 3D elements to recreate the pattern; and determining that the operator is human if the pattern is recreated by the operator manipulations of the 3D elements.
A multi-layered paperboard (200, 300) comprising a first cellulose fibre-based layer (201, 301) and a second cellulose fibre-based layer (202, 302), which second layer (202, 302) has an inner surface facing in the direction of the first layer (201, 301) and an outer surface facing in the opposite direction, wherein the density of the second layer (202, 302) is below 550 kg/m 3 and lower than the density of the first layer (201, 301), wherein said second layer is formed from a furnish comprising mechanical pulp and wherein an additive (204, 304) selected from the group consisting of starch, fines, MFC, CMC and PVOH is added to the outer surface of the second layer (202, 302) in an amount of 0.3-6.0 g/m 2, with the proviso that no further cellulose fibre-based layer is provided on the outer surface of the second layer (202, 302).