mhurhangee/ep-ind-claims huggingface dataset:
Use of a composite pipe - comprising a pipe of crosslinked polyethylene and at least one layer surrounding the pipe, - wherein a reinforcement of multiple steel filaments combined into multiple groups of filaments each comprising at least two steel filaments is arranged between the layer and the pipe, - wherein an intermediate layer is provided between the reinforcement and the pipe, - wherein the reinforcement is welded between the intermediate layer and the layer - wherein the groups of filaments are wound progressively in the axial direction around the pipe and thereby form element group windings, - wherein multiple spaced-apart filaments group windings are provided, - wherein the group windings cross as a result of being wound in opposite directions, so that a uniform rhombic pattern is formed on the surface of the intermediate layer by the filament group windings, - wherein the steel filaments consist of high-grade steel and - wherein the high-grade steel contains at least 10% by weight of chromium, for district heating. - comprising a pipe of crosslinked polyethylene and at least one layer surrounding the pipe, - wherein a reinforcement of multiple steel filaments combined into multiple groups of filaments each comprising at least two steel filaments is arranged between the layer and the pipe, - wherein an intermediate layer is provided between the reinforcement and the pipe, - wherein the reinforcement is welded between the intermediate layer and the layer - wherein the groups of filaments are wound progressively in the axial direction around the pipe and thereby form element group windings, - wherein multiple spaced-apart filaments group windings are provided, - wherein the group windings cross as a result of being wound in opposite directions, so that a uniform rhombic pattern is formed on the surface of the intermediate layer by the filament group windings, - wherein the steel filaments consist of high-grade steel and - wherein the high-grade steel contains at least 10% by weight of chromium,
Hollow fan blade for the fan of an aircraft engine with cavities (7, 9) provided in the blade for weight reduction, consisting of blade portions, split transversely to the longitudinal axis of the blade, assembled at opposite joining surfaces (6, 6') by a joint connection and including an airfoil (2, 5) and a blade root, said blade portions extending in opposite directions originating from the joint connection, with the joint connection splitting the hollow fan blade into a blade base section adjoining the blade root and into a blade tip section forming the low-loaded blade tip area, and in which, originating from the respective joining surface (6, 6'), cavities (7, 9) are provided whose number and dimensioning depend on the load level in the respective blade area, characterized in that the cavities (7, 9) of the blade base section and of the blade tip section extend in opposite directions originating from the respective joining surface (6, 6'), with the blade base section being made of solid material and the blade tip section of solid material or of a sheet-metal structure, and that at least the blade base section has several cavities originating from the joining surface and between which stiffening struts of the blade base section are provided.
An oligonucleotide consisting of the nucleobase sequence of SEQ ID NO:2, wherein the oligonucleotide is a chimeric oligonucleotide 20 nucleotides in length composed of a central gap region consisting of ten 2'-deoxynucleotides flanked on both sides by five-nucleotide wings composed of 2'-methoxyethyl (2'MOE) nucleotides, wherein the internucleoside linkages are phosphorothioate throughout the oligonucleotide and all cytidine residues are 5-methylcytidines, for use in treating a human who suffers from, or is at an increased risk for, hypercholesterolemia, wherein: (a) said oligonucleotide is administered during a loading period and a maintenance period, or is administered during a maintenance period, without a preceding loading period; (b) a 200mg dose of said oligonucleotide is administered once per week during the maintenance period; and (c) said 200mg dose is administered by subcutaneous injection. (a) said oligonucleotide is administered during a loading period and a maintenance period, or is administered during a maintenance period, without a preceding loading period; (b) a 200mg dose of said oligonucleotide is administered once per week during the maintenance period; and (c) said 200mg dose is administered by subcutaneous injection.
Method of secure display on a screen designed to display a first set of information edited by a first untrusted operating system, comprising: - a filtering step (22, 23) in which an element allocates, independently of the first operating system, a first zone of the screen to the first set of information and a second zone of the screen to a second set of information edited by a second operating system which is secure; - a real display step in which the two sets of information are transferred to the screen under the sole control of the second secured operating system so as to produce a secure display of the second set of information. - a filtering step (22, 23) in which an element allocates, independently of the first operating system, a first zone of the screen to the first set of information and a second zone of the screen to a second set of information edited by a second operating system which is secure; - a real display step in which the two sets of information are transferred to the screen under the sole control of the second secured operating system so as to produce a secure display of the second set of information.
A system for femtosecond laser ophthalmic surgery comprising: a suction cone; a control device operable to move the suction cone up and down in a z direction; a measuring device operable to measure the position of the suction cone in the z direction and generate data relating to the measured position; a processor operable to process data relating to the measured position of the suction cone to create a pictorial representation (401, 600, 700), histogram, or other graph based on the position of the suction cone in the z direction; a display (203, 204, 400) operable to receive the pictorial representation (401, 600, 700), histogram, or other graph when transmitted from the processor and to present the pictorial representation (401, 600, 700), histogram, or other graph during femtosecond laser ophthalmic surgery; and wherein the display (203, 204, 400) presents a pictorial representation comprising a threshold marker (403, 404, 405, 406) corresponding to at least one threshold position (302, 303, 304, 305) of the suction cone in the z direction. a suction cone; a control device operable to move the suction cone up and down in a z direction; a measuring device operable to measure the position of the suction cone in the z direction and generate data relating to the measured position; a processor operable to process data relating to the measured position of the suction cone to create a pictorial representation (401, 600, 700), histogram, or other graph based on the position of the suction cone in the z direction; a display (203, 204, 400) operable to receive the pictorial representation (401, 600, 700), histogram, or other graph when transmitted from the processor and to present the pictorial representation (401, 600, 700), histogram, or other graph during femtosecond laser ophthalmic surgery; and wherein the display (203, 204, 400) presents a pictorial representation comprising a threshold marker (403, 404, 405, 406) corresponding to at least one threshold position (302, 303, 304, 305) of the suction cone in the z direction.
A method for wireless communication, comprising: generating a positioning reference signal, PRS (610, 615, 620, 625, 850); configuring the PRS (610, 615, 620, 625, 850) in at least one downlink subframe (420, 820) among a plurality of downlink subframes (420, 820) to be adjacent a clear channel assessment, CCA, exempt transmission CET (605a, 605b), wherein the configuring comprises configuring periodicity and/or phase offset for transmitting the PRS (610, 615, 620, 625, 850) adjacent the CET (605a, 605b); and transmitting the PRS (610, 615, 620, 625, 850) in the at least one downlink subframe (420, 820) adjacent the CET using the unlicensed radio frequency spectrum band. generating a positioning reference signal, PRS (610, 615, 620, 625, 850); configuring the PRS (610, 615, 620, 625, 850) in at least one downlink subframe (420, 820) among a plurality of downlink subframes (420, 820) to be adjacent a clear channel assessment, CCA, exempt transmission CET (605a, 605b), wherein the configuring comprises configuring periodicity and/or phase offset for transmitting the PRS (610, 615, 620, 625, 850) adjacent the CET (605a, 605b); and transmitting the PRS (610, 615, 620, 625, 850) in the at least one downlink subframe (420, 820) adjacent the CET using the unlicensed radio frequency spectrum band.
A method for operating a user interface of a conference call in a portable terminal, the method comprising: displaying a first image, a second image and a party image on a conference call screen of a display unit of the portable terminal, the first image, the second image and the party image being arranged so as to not overlap; displaying a speaking person's image distinguishably from another person's image, when the speaking person's image is detected based on information extracted from the images displayed on the conference call screen; extracting an image part of the speaking person's image; and displaying additionally the extracted image part on a portion of the conference call screen; wherein the first image is obtained from a first camera of the portable terminal, the second image is obtained from a second camera of the portable terminal, and the other-party image is obtained from another party's terminal. displaying a first image, a second image and a party image on a conference call screen of a display unit of the portable terminal, the first image, the second image and the party image being arranged so as to not overlap; displaying a speaking person's image distinguishably from another person's image, when the speaking person's image is detected based on information extracted from the images displayed on the conference call screen; extracting an image part of the speaking person's image; and displaying additionally the extracted image part on a portion of the conference call screen; wherein the first image is obtained from a first camera of the portable terminal, the second image is obtained from a second camera of the portable terminal, and the other-party image is obtained from another party's terminal.
A microphone assembly comprising: a transducer; an electronic circuit operatively connected to the transducer; wherein the electronic circuit comprises a test mode circuitry for selectively setting the microphone assembly in one or more test modes or an operational mode; wherein the one or more test modes enable determining at least one parameter of the transducer enabling characterization of the transducer without having to disassemble the microphone assembly, wherein the microphone assembly comprises a control pin for providing an input signal from the outside to the test mode circuitry, wherein the microphone assembly is enabled to be set in one of the test modes or the operational mode depending on the value of the input signal, wherein when the microphone assembly is in the test mode, the parameter of the transducer is obtainable from measuring an output of the electronic circuit for a specific input signal, wherein the electronic circuit comprises a collapse control for preventing or removing a collapse of the transducer and wherein the test mode circuitry is adapted to provide a control signal for disabling the collapse control. a transducer; an electronic circuit operatively connected to the transducer; wherein the electronic circuit comprises a test mode circuitry for selectively setting the microphone assembly in one or more test modes or an operational mode; wherein the one or more test modes enable determining at least one parameter of the transducer enabling characterization of the transducer without having to disassemble the microphone assembly, wherein the microphone assembly comprises a control pin for providing an input signal from the outside to the test mode circuitry, wherein the microphone assembly is enabled to be set in one of the test modes or the operational mode depending on the value of the input signal, wherein when the microphone assembly is in the test mode, the parameter of the transducer is obtainable from measuring an output of the electronic circuit for a specific input signal, wherein the electronic circuit comprises a collapse control for preventing or removing a collapse of the transducer and wherein the test mode circuitry is adapted to provide a control signal for disabling the collapse control.
A combined RFID tag and label device for attaching around an elongate object, wherein the elongate object comprises a cable, cable bundle, or one or more pipes, the device comprising: a plastic flag having a display surface to carry a visible identification code or label for the device and a reverse surface opposite the display surface, wherein the flag includes an encapsulated RFID tag configured to provide remote-readable RFID data to an RFID reader; a device tie to fasten around the elongate object to attach the device; a tie mount on the flag wherein the tie mount is located on the reverse surface of the flag and provides a tie mount attachment for a first end of the tie such that the tie extends from the tie mount across and generally parallel to the reverse surface, wherein the tie mount has an aperture to receive a second, opposite end of the tie after the tie has been passed around the elongate object, and wherein the flag has a corresponding aperture so that the second end of the tie can extend through the flag during fastening; configured such that, after fastening, the display surface faces away from the elongate object. a plastic flag having a display surface to carry a visible identification code or label for the device and a reverse surface opposite the display surface, wherein the flag includes an encapsulated RFID tag configured to provide remote-readable RFID data to an RFID reader; a device tie to fasten around the elongate object to attach the device; a tie mount on the flag wherein the tie mount is located on the reverse surface of the flag and provides a tie mount attachment for a first end of the tie such that the tie extends from the tie mount across and generally parallel to the reverse surface, wherein the tie mount has an aperture to receive a second, opposite end of the tie after the tie has been passed around the elongate object, and wherein the flag has a corresponding aperture so that the second end of the tie can extend through the flag during fastening; configured such that, after fastening, the display surface faces away from the elongate object.
A method of controlling an autonomous vehicle, AV, which is movable on a surface, the method comprising: obtaining a world model of the surface, by which each area of the surface is associated with a probabilistic occupancy score, wherein the world model is obtained and/or updated based on measurement data from one or more sensors carried by the AV; determining an occupancy threshold to be applied to an area of the surface; enabling movement of the AV into the area if the associated occupancy score is less than the determined occupancy threshold; and otherwise disabling movement into the area, characterized by determining the occupancy threshold on the basis of the area's position, wherein the occupancy threshold is determined to be relatively higher if the area is outside a field of view of the one or more sensors carried by the AV and relatively lower if the area is inside the field of view. obtaining a world model of the surface, by which each area of the surface is associated with a probabilistic occupancy score, wherein the world model is obtained and/or updated based on measurement data from one or more sensors carried by the AV; determining an occupancy threshold to be applied to an area of the surface; enabling movement of the AV into the area if the associated occupancy score is less than the determined occupancy threshold; and otherwise disabling movement into the area, characterized by determining the occupancy threshold on the basis of the area's position, wherein the occupancy threshold is determined to be relatively higher if the area is outside a field of view of the one or more sensors carried by the AV and relatively lower if the area is inside the field of view.
A bicycle fork anchor that accommodates securing a bicycle fork to a vehicular mounted load carrier in which each of a pair of fork dropouts in respective prongs of the bicycle fork have different thicknesses and each fork dropout is pinch-secured to the anchor with substantially like magnitude force in a secured configuration for bicycle transport, comprising: an anchor body comprising an interior space housing a skewer contraction device (60, 62), the body having a pair of skewer access ports (58a, 58b), each extending through opposite lateral side walls of the anchor body; a pair of axially aligned elongate skewers, each extending through one of the skewer access ports; each skewer having a skewer head located laterally outside the anchor body and an engagement portion (85a, 85b) located in the interior space of the anchor body; and the skewer contraction device (60, 62) operably coupled to the engagement portion of each of the pair of skewers (80a, 80b), characterised in that the skewer contraction device (60, 62) being laterally moveable within the interior space of the anchor body so that during contractive operation of the skewer contraction devise (60, 62) the skewers draw together and simultaneously the skewer contraction device (60, 62) moves laterally within the interior space of the anchor body causing the skewers to extend different lengths outside the body and thereby accommodating reception of different thickness fork dropouts on the skewers (80a, 80b) and causing each fork dropout to be pinch-secured against the anchor body with substantially like magnitude force by the respective skewers in the secured configuration for bicycle transport. an anchor body comprising an interior space housing a skewer contraction device (60, 62), the body having a pair of skewer access ports (58a, 58b), each extending through opposite lateral side walls of the anchor body; a pair of axially aligned elongate skewers, each extending through one of the skewer access ports; each skewer having a skewer head located laterally outside the anchor body and an engagement portion (85a, 85b) located in the interior space of the anchor body; and the skewer contraction device (60, 62) operably coupled to the engagement portion of each of the pair of skewers (80a, 80b), characterised in that the skewer contraction device (60, 62) being laterally moveable within the interior space of the anchor body so that during contractive operation of the skewer contraction devise (60, 62) the skewers draw together and simultaneously the skewer contraction device (60, 62) moves laterally within the interior space of the anchor body causing the skewers to extend different lengths outside the body and thereby accommodating reception of different thickness fork dropouts on the skewers (80a, 80b) and causing each fork dropout to be pinch-secured against the anchor body with substantially like magnitude force by the respective skewers in the secured configuration for bicycle transport.
A perhydropolysilazane having a weight-average molecular weight of 5,000 to 17,000, characterized in that when 1 H-NMR of a 17% by weight solution of said perhydropolysilazane dissolved in xylol is measured, the ratio of the amount of SiH 1,2 based on the amount of the aromatic ring hydrogen content of the xylol is 0.235 or less and the ratio of the amount of NH based on the amount of the aromatic ring hydrogen content of the xylol is 0.055 or less, wherein the perhydropolysilazane contains a structure of the following formula:
Multi-sprocket arrangement for a rear wheel hub of a bicycle, which multi-sprocket arrangement comprises a multiplicity of sprockets (12, 13, 14) of different diameters, wherein at least one of the sprockets has in each case a multiplicity of teeth, which can be brought into engagement with a chain composed of inner link elements and outer link elements, wherein, on the circumference of said sprocket (12, 13, 14), as viewed in a circumferential direction, at least one sequence of teeth (21, 22) is provided in which, with regard to their material thickness, a thin tooth followed by a thick tooth followed in turn by a thin tooth are arranged in series, and wherein, on said sprocket, there is provided at least one impression and/or a passage recess which form at least one gearshift channel and permit a changeover of the chain between two adjacent sprockets (12, 13, 14), characterized in that the material thickness of the thick tooth as viewed perpendicular to the circumferential direction is wider than the internal chain link spacing.
Apparatus for feeding a welding wire to a welding device, comprising a carriage guide, a carriage which is movably mounted on the carriage guide, especially linearly, along a carriage axis, a feed drive having a driven feed device provided on the carriage for a feeding movement of the welding wire, and a carriage drive having a drive, an eccentric driven by the drive, and an eccentric rod which is eccentrically mounted on the eccentric and which is mechanically coupled to the carriage for an advancing and retracting carriage movement, wherein the carriage drive comprises means for changing the lift of the advancing and retracting movement of the carriage, characterized in that the carriage drive comprises a guide as a means for changing the lift of the advancing and retracting carriage movement, which guide adjustably mounts at least the eccentric on a guide axis which extends in an inclined manner in relation to the carriage axis of the carriage guide.
Device for producing and filling container products, in which at least one tube of plasticised plastic material can be extruded into an open mould, starting from an extrusion head along a tube guide, wherein a filling material can be introduced into the respective container by means of at least one filling mandrel, which extends through the extrusion head at least in one functional position and wherein process gas can be introduced into the interior of the tube by means of at least one process gas feed device (21, 23), wherein the process gas feed device (21, 23) comprises a guide duct extending inside the extrusion head along the outside of the filling mandrel, wherein at least a part of the process gas introduced is discharged through the extrusion head along at least one predefinable exhaust gas duct which is separated from the respective guide duct, characterised in that at least one further process gas feed device is provided, by means of which additional process gas can be introduced via at least one further process gas feed into the interior of the tube near its inner side at the point of exit from the extrusion head.