mhurhangee/ep-ind-claims huggingface dataset:
A system for providing a mixed reality, MR, environment with collaborative and concurrent access to the MR environment, comprising: a display element; memory storing a three dimensional, 3D, model; and a processor running a collaboration control module configured to receive from a user a request to initiate a collaboration session with the 3D model or to join the collaboration session and, in response, operate the display element to display an image generated from the 3D model to augment a view of a physical space in which the user is positioned, wherein the collaboration control module is configured to operate the display element to display a prompt to register the user within the physical space, and characterised in that the collaboration control module is configured to receive a user selection of a location in the physical space and, in response, register the user to the physical space using a one-click registration algorithm that includes operating the display element to prompt the user to select a location on a vertical surface in a surface reconstruction mesh of the physical space. a display element; memory storing a three dimensional, 3D, model; and a processor running a collaboration control module configured to receive from a user a request to initiate a collaboration session with the 3D model or to join the collaboration session and, in response, operate the display element to display an image generated from the 3D model to augment a view of a physical space in which the user is positioned, wherein the collaboration control module is configured to operate the display element to display a prompt to register the user within the physical space, and characterised in that the collaboration control module is configured to receive a user selection of a location in the physical space and, in response, register the user to the physical space using a one-click registration algorithm that includes operating the display element to prompt the user to select a location on a vertical surface in a surface reconstruction mesh of the physical space.
An ethyleneimine polymer, wherein a number average molecular weight (Mn) of the ethyleneimine polymer measured by gel permeation chromatography in terms of pullulan is 13,000 or more, a degree of dispersion of the ethyleneimine polymer is greater than 3.0 and 4.5 or less, and a water content in the ethyleneimine polymer is from 3 to 35% by weight. a number average molecular weight (Mn) of the ethyleneimine polymer measured by gel permeation chromatography in terms of pullulan is 13,000 or more, a degree of dispersion of the ethyleneimine polymer is greater than 3.0 and 4.5 or less, and a water content in the ethyleneimine polymer is from 3 to 35% by weight.
A compound of formula B: or a pharmaceutically acceptable salt or ester thereof, wherein, R 1 is pyridyl, which is substituted with 1-4 substituents selected from alkoxy, R 2 is hydrogen or alkyl; R 3 is hydrogen or methyl; R 4 is hydrogen or methyl; and R 6 is hydrogen. or a pharmaceutically acceptable salt or ester thereof, wherein, R 1 is pyridyl, which is substituted with 1-4 substituents selected from alkoxy, R 2 is hydrogen or alkyl; R 3 is hydrogen or methyl; R 4 is hydrogen or methyl; and R 6 is hydrogen.
An aircraft, comprising - a passage through an outer skin of the aircraft (100, and - a sensing orifice, comprising a moisture protection body, wherein the passage is configured to connect with a pressure line in an interior of the aircraft, wherein the moisture protection body is gas-permeable and water-impermeable, wherein the moisture protection body is disposed so that the passage is gas-permeably and water-impermeably sealed, and wherein the moisture protection body comprises a membrane which is disposed on the outer skin of the aircraft such that a coverage area over and around the passage is gas-permeably and water-impermeably sealed. - a passage through an outer skin of the aircraft (100, and - a sensing orifice, comprising a moisture protection body,
A multi-user touch system comprising: transmitter apparatus comprising at least one transmitter and a plurality of transmitter antennae, the transmitter apparatus being operable to apply a respective encoded signal to each of the transmitter antennae by means of the at least one transmitter; and a plurality of receivers (122A, 122B), each arranged to be coupled to a respective user (102A, 102B) and comprising a receiver antenna operable to receive an encoded signal applied to one of the transmitter antennae when the respective user (102A, 102B) selectively couples to one of the plurality of transmitter antennae by means of at least a portion of the respective user's body, each receiver (122A, 122B) being operable to determine an identity of the transmitter antenna that transmitted the received signal by decoding the received signal using stored reference data, and wherein the decoding does not rely on a link between the transmitter apparatus and each receiver. transmitter apparatus comprising at least one transmitter and a plurality of transmitter antennae, the transmitter apparatus being operable to apply a respective encoded signal to each of the transmitter antennae by means of the at least one transmitter; and a plurality of receivers (122A, 122B), each arranged to be coupled to a respective user (102A, 102B) and comprising a receiver antenna operable to receive an encoded signal applied to one of the transmitter antennae when the respective user (102A, 102B) selectively couples to one of the plurality of transmitter antennae by means of at least a portion of the respective user's body, each receiver (122A, 122B) being operable to determine an identity of the transmitter antenna that transmitted the received signal by decoding the received signal using stored reference data, and wherein the decoding does not rely on a link between the transmitter apparatus and each receiver.
A method for manufacturing an electric wire with a terminal, the method comprising: a bonding process that forms a bonded part in which outer peripheral surfaces of a plurality of strands are bonded to one another on an end portion of a core wire having the strands, in an electric wire in which the end portion is exposed from a covering; an installation process that installs the bonded part onto a crimp terminal including a bottom part and a pair of caulking pieces (16A, 16B) extending from the bottom part and facing each other; a crimping process that crimps the caulking pieces (16A, 16B) to the bonded part, by sandwiching the crimp terminal and the electric wire between a first mold that supports the crimp terminal and a second mold that moves relative to the first mold; characterized in that the method comprises a cutting process that cuts a tip end portion projecting to outside from the caulking pieces (16A, 16B) in the bonded part by a cutting unit, while the caulking pieces (16A, 16B) are pressing the bonded part toward the bottom part. a bonding process that forms a bonded part in which outer peripheral surfaces of a plurality of strands are bonded to one another on an end portion of a core wire having the strands, in an electric wire in which the end portion is exposed from a covering; an installation process that installs the bonded part onto a crimp terminal including a bottom part and a pair of caulking pieces (16A, 16B) extending from the bottom part and facing each other; a crimping process that crimps the caulking pieces (16A, 16B) to the bonded part, by sandwiching the crimp terminal and the electric wire between a first mold that supports the crimp terminal and a second mold that moves relative to the first mold; characterized in that the method comprises a cutting process that cuts a tip end portion projecting to outside from the caulking pieces (16A, 16B) in the bonded part by a cutting unit, while the caulking pieces (16A, 16B) are pressing the bonded part toward the bottom part.
A cartridge (300, 400, 500) for an aerosol delivery device, the cartridge (300, 400, 500) comprising: a reservoir substrate configured to hold an aerosol precursor composition; an atomizer configured to atomize the aerosol precursor; and a base (404, 502, 802) extending between a body end (435, 504, 804) oriented toward the reservoir substrate and the atomizer and a connector end (446, 506, 806) configured to releasably engage a control body (200, 600), the base (404, 502, 802) comprising an antirotation mechanism (508, 808) at the connector end (446, 506, 806) configured to prevent rotation of the cartridge (300, 400, 500) relative to the control body (200, 600) when engaged therewith. a reservoir substrate configured to hold an aerosol precursor composition; an atomizer configured to atomize the aerosol precursor; and a base (404, 502, 802) extending between a body end (435, 504, 804) oriented toward the reservoir substrate and the atomizer and a connector end (446, 506, 806) configured to releasably engage a control body (200, 600), the base (404, 502, 802) comprising an antirotation mechanism (508, 808) at the connector end (446, 506, 806) configured to prevent rotation of the cartridge (300, 400, 500) relative to the control body (200, 600) when engaged therewith.
A cleaning vehicle for cleaning ballast of a track, including a rail vehicle and a screening installation provided for ballast cleaning, wherein a gantry crane mobile on the rail vehicle via crane rails in a longitudinal direction of the vehicle is provided for the transport of the ballast stored in containers, characterized by the following features: a) forming a discharge station for discharging the soiled ballast, a receiving end of a first conveyor belt is provided, the latter having a discharge end positioned above the screening installation, b) forming a loading station for discharging the cleaned ballast into an empty container, a discharge end of a second conveyor belt is provided, the receiving end of which is associated with an outlet opening of the screening installation. a) forming a discharge station for discharging the soiled ballast, a receiving end of a first conveyor belt is provided, the latter having a discharge end positioned above the screening installation, b) forming a loading station for discharging the cleaned ballast into an empty container, a discharge end of a second conveyor belt is provided, the receiving end of which is associated with an outlet opening of the screening installation.
A method of removing a bottom element of plastic transport receptacle comprising the steps of: providing a plastic transport receptacle having at least a first bottom element and at least a first upper element, wherein the bottom element includes a first generally cylindrical bottom snap-fit member connected to the bottom element by a plurality of ribs, and the upper element includes a first generally cylindrical upper snap-fit member configured to mate with the first bottom snap-fit member; sawing through the ribs connecting the first bottom snap-fit member to the first bottom element with a hole saw; removing the first bottom element from the first upper element; and, cutting the first bottom snap-fit member from the first upper snap-fit member. providing a plastic transport receptacle having at least a first bottom element and at least a first upper element, wherein the bottom element includes a first generally cylindrical bottom snap-fit member connected to the bottom element by a plurality of ribs, and the upper element includes a first generally cylindrical upper snap-fit member configured to mate with the first bottom snap-fit member; sawing through the ribs connecting the first bottom snap-fit member to the first bottom element with a hole saw; removing the first bottom element from the first upper element; and, cutting the first bottom snap-fit member from the first upper snap-fit member.
An external conductor arrangement (100; 400) for a plug connector having an external conductor base body (200; 500) and an external conductor ring (300; 600), wherein the external conductor base body has several contact tabs (201; 203; 501; 503), wherein the external conductor ring is fastened to an interface-side end of the external conductor base body, has at least one protrusion or indentation (303; 603) and is of closed structure, in order to form a closed entry of the external conductor arrangement.
A turbine engine assembly comprising: a stationary component; a drive shaft; a gearbox coupled along said drive shaft, and coupled to said stationary component; and a vibration-reducing mechanism coupled between said stationary component and said gearbox, said vibration-reducing mechanism configured to isolate a vibratory response of said gearbox from said stationary component; said gearbox configured to oscillate at a frequency; characterized in that: said vibration-reducing mechanism is configured to oscillate at an anti-resonance frequency of the frequency. a stationary component; a drive shaft; a gearbox coupled along said drive shaft, and coupled to said stationary component; and a vibration-reducing mechanism coupled between said stationary component and said gearbox, said vibration-reducing mechanism configured to isolate a vibratory response of said gearbox from said stationary component; said gearbox configured to oscillate at a frequency;
A beverage brewing apparatus for brewing a beverage from precursor particulates, the apparatus comprising: a brewing basket configured to receive precursor particulates therein; and a liquid delivery system for delivering liquid into the brewing basket, the liquid delivery system comprising a showerhead (230; 430) disposed above at least a portion of the brewing basket, the showerhead (230; 430) comprising a plurality of outlet openings (240; 440), at least one of the outlet openings (240; 440) being oriented such that liquid exits the at least one of the outlet openings (240; 440) other than straight downward from the showerhead (230; 430); wherein the showerhead (230; 430) further comprises a tube (232; 432) having an inlet end (234; 434) at which liquid is received into the showerhead (230; 430) and a distal end (236; 436) such that liquid flows in a flow direction through the tube (232; 432) from the inlet end (234; 434) toward the distal end (236; 436), characterised in that the tube (232; 432) has the plurality of outlet openings (240; 440) therein intermediate the inlet end and the distal end of the tube (232; 432) in spaced relationship with each other along the flow direction of liquid through the tube (232; 432) and in that the at least one of the outlet openings (240;440) is disposed in the tube at an angle relative to vertical of less than about 90 degrees. a brewing basket configured to receive precursor particulates therein; and a liquid delivery system for delivering liquid into the brewing basket, the liquid delivery system comprising a showerhead (230; 430) disposed above at least a portion of the brewing basket, the showerhead (230; 430) comprising a plurality of outlet openings (240; 440), at least one of the outlet openings (240; 440) being oriented such that liquid exits the at least one of the outlet openings (240; 440) other than straight downward from the showerhead (230; 430);
A method of improving the compatibility of an aqueous herbicide solution including a water soluble salt of an aryloxyalkanoic acid; one or more inorganic cations selected from the group consisting of NH 4 +, Na +, K +, Ca 2+, Mg 2+, Fe 2+, Fe 3+, Cu 2+, Mn 2+, and Zn 2+ or one or more organo ammonium cations selected from the group consisting of monomethyl ammonium, isopropyl ammonium, butyl ammonium, dimethyl ammonium, diethyl ammonium, triethyl ammonium, monoethanol ammonium, diethanol ammonium, dimethylethyl ammonium, diethylethanol ammonium, triethanol ammonium, triisopropanol ammonium, tetramethyl ammonium, tetraethyl ammonium and N,N,N -trimethylethanol ammonium (choline), and cations made from dimethylaminopropylamine and diethylenetriamine, or mixtures thereof; and optionally ≤16% of one or more fertilizers, by preventing or inhibiting the crystallization or precipitation of solids at a pH of less than 6.5, comprising adding to the aqueous herbicide solution one or more polymeric crystallization inhibitors prepared by co-polymerizing two monomers including a monomer A and a monomer B, and optionally a monomer C, which provide parts A, B and C as shown in structure I where in said structure A is wherein R 1, R 2, and R 3 are independently H, CH 3, COOH, or CH 2 COOH, L is a linking group comprising -C(=O)-O-, -C(=O)-N-, -CH 2 -, -O-, -O-C(=O)-, or a direct bond, and R hy is hydrophobic and comprises a linear or branched alkyl, cycloalkyl, aryl, alkaryl or alkoxylated derivative thereof; B is derived from polymerizing an ethylenically unsaturated carboxylic acid monomer and/or its salts; and C is optional and is derived from polymerizing an ethylenically unsaturated sulfonic acid monomer or phosphonic acid monomer and/or its salts, wherein the polymeric crystallization inhibitor is of random, blocky or star shaped architecture. wherein R 1, R 2, and R 3 are independently H, CH 3, COOH, or CH 2 COOH, L is a linking group comprising -C(=O)-O-, -C(=O)-N-, -CH 2 -, -O-, -O-C(=O)-, or a direct bond, and R hy is hydrophobic and comprises a linear or branched alkyl, cycloalkyl, aryl, alkaryl or alkoxylated derivative thereof; B is derived from polymerizing an ethylenically unsaturated carboxylic acid monomer and/or its salts; and C is optional and is derived from polymerizing an ethylenically unsaturated sulfonic acid monomer or phosphonic acid monomer and/or its salts, wherein the polymeric crystallization inhibitor is of random, blocky or star shaped architecture.
A duct apparatus (10, 20) comprising an expandable duct section and a duct connection, the duct connection comprising: a first flange; a second flange; a middle portion having a first end coupled to the first flange and a second end coupled to the second flange; the expandable duct section having a first end coupled to the second flange and a second end configured to couple with a first duct; and a slip fit attached to the first flange, the slip fit having a first portion extending from the first flange substantially perpendicular with respect to the first flange and a second portion extending from the first portion of the slip fit substantially parallel with respect to the first flange, wherein the slip fit and the first flange form a receiving area structured such that a portion of a corresponding flange included on a second duct can slide into the receiving area, and wherein the expandable duct section is structured to expand to permit the slip fit to move a limited amount in any direction. a first flange; a second flange; a middle portion having a first end coupled to the first flange and a second end coupled to the second flange; the expandable duct section having a first end coupled to the second flange and a second end configured to couple with a first duct; and a slip fit attached to the first flange, the slip fit having a first portion extending from the first flange substantially perpendicular with respect to the first flange and a second portion extending from the first portion of the slip fit substantially parallel with respect to the first flange, wherein the slip fit and the first flange form a receiving area structured such that a portion of a corresponding flange included on a second duct can slide into the receiving area, and wherein the expandable duct section is structured to expand to permit the slip fit to move a limited amount in any direction.
Product container for a fluidized bed system, comprising: - a product container wall, - a product container bottom; - a product container opening opposite to the product container bottom, - a distributor base between the product container bottom and the product container opening, - at least one volume reducing element which reduces the free volume of the product container between the distributor base and the product container opening, characterized in that the at least one volume reducing element can be mounted detachably on the distributor base on the side of the distributor base facing the product container opening. - a product container wall, - a product container bottom; - a product container opening opposite to the product container bottom, - a distributor base between the product container bottom and the product container opening, - at least one volume reducing element which reduces the free volume of the product container between the distributor base and the product container opening,
Vehicle restraint system (1, 1a) for arranging next to a road, which has posts fixed on the ground and a safety barrier assembly extending along the posts on the road side, said safety barrier assembly being made from safety barriers connected to one another and having a start/end construction in the form of a depression, wherein, originating from a start or end point (A/E) of the safety barrier assembly, the safety barriers are lowered towards the ground fastened to posts extending along the road, characterised in that support arms (12, 12a) directed away from the road and projecting freely backwards are arranged on the rear side of the posts at least on the predominant part of the length of the depression, such that the surface of the depression is spread for an oncoming vehicle and said vehicle is stabilised on the depression.
A mesh wireless local area network controller (100, 300), herein mesh WLAN controller, which is configured to operate in a mesh soft-access-point mode and in a mesh client mode, and, when operating in the mesh client mode, - to perform a mesh network scan upon initial power-on, for detecting at least one mesh WLAN BSS (202, 204, 206), - to send a mesh client access request to at least one of the mesh WLAN BSSs detected, and, if mesh client access has been achieved, provide mesh client access information to the accessed WLAN BSSs indicative of any other mesh WLAN BSS (202, 204, 206), to which mesh client access has been achieved, and - if mesh client access is not achieved in exchange with any of the detected mesh WLAN BSSs, switch to operating in the mesh soft-access-point mode. - to perform a mesh network scan upon initial power-on, for detecting at least one mesh WLAN BSS (202, 204, 206), - to send a mesh client access request to at least one of the mesh WLAN BSSs detected, and, if mesh client access has been achieved, provide mesh client access information to the accessed WLAN BSSs indicative of any other mesh WLAN BSS (202, 204, 206), to which mesh client access has been achieved, and - if mesh client access is not achieved in exchange with any of the detected mesh WLAN BSSs, switch to operating in the mesh soft-access-point mode.
Method for controlling a wind farm which has at least two wind turbines, each wind turbine comprising a tower and a rotor which has rotor blades and which is mounted so as to be able to rotate on a hub at the top of the tower, also comprising a generator for power generation which is driven by said rotor, characterised in that at least one sensor detects, at the position of the at least one sensor, the total strength of the vibration amplitude resulting from the vibrations transmitted by the wind turbines into the ground, and a control device controls the operating state of at least one of the wind turbines in such a way that the total strength of the vibration amplitude resulting from the vibrations of the individual wind turbines at the position of the at least one sensor is as low as possible.