mhurhangee/patent-ind-claim-en huggingface dataset:
A toner process comprising: providing at least one hybrid metallic toner component selected from the group consisting of hybrid metallic-latex particles comprising latex particles having a metallic layer coated thereover, hybrid metallic-wax particles comprising wax particles having a metallic layer coated thereover, hybrid metallic-colorant particles comprising colorant particles having a metallic layer coated thereover, and combinations thereof; contacting the at least one hybrid metallic toner component with one or more components selected from the group consisting of a latex polymer, a wax; and a colorant to form a blend; heating the blend at a temperature below the glass transition temperature of the latex polymer to form aggregated toner particles; adding a coalescing agent to the toner particles thereby coalescing the toner particles; and recovering the toner particles. providing at least one hybrid metallic toner component selected from the group consisting of hybrid metallic-latex particles comprising latex particles having a metallic layer coated thereover, hybrid metallic-wax particles comprising wax particles having a metallic layer coated thereover, hybrid metallic-colorant particles comprising colorant particles having a metallic layer coated thereover, and combinations thereof; contacting the at least one hybrid metallic toner component with one or more components selected from the group consisting of a latex polymer, a wax; and a colorant to form a blend; heating the blend at a temperature below the glass transition temperature of the latex polymer to form aggregated toner particles; adding a coalescing agent to the toner particles thereby coalescing the toner particles; and recovering the toner particles.
A catalyst composition comprising an active phase comprising copper and iron on a support for use in a process for the synthesis of higher alcohols from a syngas feed stream comprising hydrogen and carbon monoxide, the catalyst composition being characterized in that the support is one or more zeolites having a Si/AI molar ratio ranging from 10 to 200 as determined by inductively coupled plasma optical emission spectroscopy (ICP-OES), in that the total content of iron and copper is ranging from 3.0 to 10 wt.% based on the total weight of the catalyst composition and as determined by X-ray fluorescence spectroscopy, in that the Cu/Fe bulk molar ratio is ranging from 1.1:1.0 to 5.0:1.0 as determined by X-ray fluorescence spectroscopy and, wherein said catalyst composition is a reduced catalyst composition.
A multilayer electromagnetic waveguide comprising several superimposed layers forming channels for guiding an electromagnetic wave, and at least one transition device comprising at least one interlayer dielectric layer between two guiding channels , called coupled guiding channels, prolonging according to a transmission direction of an electromagnetic wave between these coupled guiding channels via the transition device : - each transition device comprises at least one adaptation channel extending from the coupled guiding channels , according to a longitudinal direction intersecting the transmission direction , - each adaptation channel is delimited by at least two electrically conductive walls, called adaptation walls , spaced from one another by said interlayer dielectric layer of said transition device , each adaptation wall extending according to the longitudinal direction along said interlayer dielectric layer from an end, called coupling end, of a coupled guiding channel , and at least one adaptation wall extending according to the longitudinal direction over a length selected between 0.1λ and 0.5λ to obtain an impedance, called input impedance, at least substantially zero between the adaptation walls of this adaptation channel at the coupling ends of the coupled guiding channels to optimize the transmission of an electromagnetic wave between the two coupled guiding channels . - each transition device comprises at least one adaptation channel extending from the coupled guiding channels , according to a longitudinal direction intersecting the transmission direction , - each adaptation channel is delimited by at least two electrically conductive walls, called adaptation walls , spaced from one another by said interlayer dielectric layer of said transition device , each adaptation wall extending according to the longitudinal direction along said interlayer dielectric layer from an end, called coupling end, of a coupled guiding channel , and at least one adaptation wall extending according to the longitudinal direction over a length selected between 0.1λ and 0.5λ to obtain an impedance, called input impedance, at least substantially zero between the adaptation walls of this adaptation channel at the coupling ends of the coupled guiding channels to optimize the transmission of an electromagnetic wave between the two coupled guiding channels .
Hollow rod composite anchor for stabilizing rock layers in mining, tunneling, underground construction, and rock engineering, comprising at least one anchor foot with one or more exit channels , and a hollow rod that can be attached to the anchor foot , including a static mixing device adjacent to the anchor foot , a cartridge , divided into two compartments by a partition, for holding chemical fastening means in the form of a two-component adhesive made of a hardener and a binder, and a two-part extrusion plunger , characterized in that the two-part extrusion plunger corresponds to the compartment division of the cartridge and that the static mixing device consists of several consecutive mixing elements , wherein the flow direction of the chemical fastening means along the static mixing device changes at least twice by more than or equal to 150° and less than or equal to 210°, wherein a total flow through the mixing device of the fastening means to be mixed is reversed at least twice, wherein the flow of the fastening means is once directed towards the anchor foot , then towards a borehole mouth, and subsequently again towards the anchor foot . the two-part extrusion plunger corresponds to the compartment division of the cartridge and that the static mixing device consists of several consecutive mixing elements , wherein the flow direction of the chemical fastening means along the static mixing device changes at least twice by more than or equal to 150° and less than or equal to 210°, wherein a total flow through the mixing device of the fastening means to be mixed is reversed at least twice, wherein the flow of the fastening means is once directed towards the anchor foot , then towards a borehole mouth, and subsequently again towards the anchor foot .
A clothes care apparatus comprising: a main body including a care compartment configured to accommodate clothes; a rack detachably disposed in the care compartment; and a holder unit configured to support the rack and including: a housing configured to be coupled to the care compartment, and a holder installed in the housing and configured to be rotatable from a first position where the holder is disposed in the housing to a second position where the holder is disposed to protrude from the housing to support the rack, characterized in that : the holder includes a holder body configured to support the rack, and a shaft protruding from the holder body and insertable into the housing to support a rotation of the holder, the housing includes a housing body including a receiving portion configured to receive the holder, a shaft hole provided on the housing body to receive the shaft, and a locking portion configured to prevent an unintentional rotation of the holder, and the holder further includes a locking groove configured to receive the locking portion. a main body including a care compartment configured to accommodate clothes; a rack detachably disposed in the care compartment; and a holder unit configured to support the rack and including: a housing configured to be coupled to the care compartment, and a holder installed in the housing and configured to be rotatable from a first position where the holder is disposed in the housing to a second position where the holder is disposed to protrude from the housing to support the rack, characterized in that : the holder includes a holder body configured to support the rack, and a shaft protruding from the holder body and insertable into the housing to support a rotation of the holder, a housing configured to be coupled to the care compartment, and a holder installed in the housing and configured to be rotatable from a first position where the holder is disposed in the housing to a second position where the holder is disposed to protrude from the housing to support the rack, characterized in that : the holder includes a holder body configured to support the rack, and a shaft protruding from the holder body and insertable into the housing to support a rotation of the holder, the housing includes a housing body including a receiving portion configured to receive the holder, a shaft hole provided on the housing body to receive the shaft, and a locking portion configured to prevent an unintentional rotation of the holder, and the holder further includes a locking groove configured to receive the locking portion.
A tool adapted for machining of materials, in particular a cutting tool such as a sawing tool, milling tool, grinding tool or drilling tool, comprising a base body and at least one cutting element arranged on the base body , characterised in that at least two triboelectrically differently acting charging regions are provided on the tool, which agglomerate the fine dust produced during machining into fine dust agglomerates by opposing triboelectric charging.
A method of controlling a walk-assistive robot , the method comprising: obtaining, via a plurality of sensors, ground data (Z1, Z2, Z3) regarding a terrain; and creating ground information (L, L1-L4) based on the obtained ground data (Z1, Z2, Z3); determining control patterns of the walk-assistive robot by analyzing the created ground information (S200); and controlling the walk-assistive robot based on the determined control patterns (S300), wherein the creating the ground information comprises: creating a map regarding the terrain by synthesizing the obtained ground data; and calculating ego-motion associated with the sensors (S120), wherein the ground information includes information regarding the terrain located in at least one of forward, rearward, and sideward directions with respect to a walking direction of the walk-assistive robot. obtaining, via a plurality of sensors, ground data (Z1, Z2, Z3) regarding a terrain; and creating ground information (L, L1-L4) based on the obtained ground data (Z1, Z2, Z3); determining control patterns of the walk-assistive robot by analyzing the created ground information (S200); and controlling the walk-assistive robot based on the determined control patterns (S300), wherein the creating the ground information comprises: creating a map regarding the terrain by synthesizing the obtained ground data; and calculating ego-motion associated with the sensors (S120), creating a map regarding the terrain by synthesizing the obtained ground data; and calculating ego-motion associated with the sensors (S120), wherein the ground information includes information regarding the terrain located in at least one of forward, rearward, and sideward directions with respect to a walking direction of the walk-assistive robot.
Hot wire cutting device for thermally cutting a workpiece from a foam material, in particular from an XPS, a plastic rigid foam and/or from a polystyrene foam, with an electrically heatable cutting wire , tensioned between a first cutting wire receptacle and a second cutting wire receptacle along a cutting wire orientation, and a workpiece receptacle for receiving the workpiece , wherein a contour cut can be made in the workpiece by means of a guided movement of the electrically heated cutting wire relative to the workpiece receptacle , the first cutting wire receptacle and the second cutting wire receptacle are received on a respective first pivot arm and the respective first pivot arm is assigned a respective second pivot arm , the respective first pivot arm is connected to the respective second pivot arm by means of a respective first pivot joint with a respective first pivot axis disposed substantially parallel to the cutting wire orientation and the respective second pivot arm is connected to the workpiece receptacle by means of a respective second pivot joint with a respective second pivot axis disposed substantially parallel to the cutting wire orientation, in such a way that, by pivoting the respective first pivot arm and/or the respective second pivot arm about the respective pivot axis, the cutting wire can be guided in a cutting direction disposed substantially orthogonal to the cutting wire orientation, characterised in that the first cutting wire receptacle , the cutting wire and/or the second cutting wire receptacle are assigned a projection means for projecting a desired cutting direction onto the workpiece by means of an emission of light, so that the desired cutting direction is visible on the workpiece to an operator.
A method performed by a communication device, said communication device being arranged to operate in a cellular communication system, the method comprising determining interference mitigation capabilities for control symbols; transmitting information about the determined interference mitigation capabilities to a network node of the cellular communication system, wherein the information includes an identification of at least one interference mitigation algorithm that the communication device is able to use; receiving one or more control symbols from a network node operating a cell of the cellular communication system and serving the communication device; determining an interference situation for the control symbol based on whether the one or more control symbols, or one or more resource elements, REs, used by reference signal collide in time or frequency with control signals, or REs used by reference signal in one or more neighbouring interfering cells; selecting an interference mitigation algorithm based on the determined interference situation; and performing the selected interference mitigation algorithm for the received one or more control symbols. determining interference mitigation capabilities for control symbols; transmitting information about the determined interference mitigation capabilities to a network node of the cellular communication system, wherein the information includes an identification of at least one interference mitigation algorithm that the communication device is able to use; receiving one or more control symbols from a network node operating a cell of the cellular communication system and serving the communication device; determining an interference situation for the control symbol based on whether the one or more control symbols, or one or more resource elements, REs, used by reference signal collide in time or frequency with control signals, or REs used by reference signal in one or more neighbouring interfering cells; selecting an interference mitigation algorithm based on the determined interference situation; and performing the selected interference mitigation algorithm for the received one or more control symbols.
An exhaust-gas guiding housing for an exhaust-gas system of an internal combustion engine, comprising an air inlet housing part through which exhaust gas can flow in an exhaust-gas main flow direction (H) and which has a housing wall which surrounds a housing longitudinal axis (L), wherein at least one air inlet opening is provided in at least one air inlet peripheral region of the housing wall , wherein an inner wall is provided at an inner side of the air inlet housing part , which inner wall , together with the housing wall , borders an air inlet chamber , and the at least one air inlet opening being open to the air inlet chamber , wherein a plurality of air passage openings which are successive in a peripheral direction about the housing longitudinal axis (L) is provided in the inner wall , characterized in that an opening size of the air passage openings increases in a peripheral direction proceeding from the at least one air inlet peripheral region .
A device for the distribution of paper portions, comprising: a rotatable cutting roller having a slot in its circumference, said cutting roller guiding a paper web; and a blade for cutting the paper web being mounted to a carrier movably disposed in said cutting roller , said blade being controlled by means of said carrier engaging into a non-circular cam path fixed with respect to the device, so that said blade moves in and out through said slot only over a part of the rotation of said cutting roller, characterized in that a displacement guide is disposed in said slot in which displacement guide said carrier is guided when moving along said non-circular cam path during a rotation of said cutting roller.
Improved lighting device for an installation and/or for a structure in which lighting is required and/or provided, preferably for a roofing installation , comprising: - a section bar made of extruded polymeric material and comprising a longitudinally extending seat , said longitudinally extending seat comprising a cavity which is defined inside said section bar , - at least one LED strip which is removably inserted and housed, at least in part, in said cavity of said section bar , said LED strip comprises a plurality of LED diodes , which are connected to each other, and a protective casing and/or coating , for covering said LED diodes , which is configured so that said LED strip is already protected on its own against the penetration of dust and against any penetration of liquid substances, said protective casing and/or coating of said LED strip having protection level, defined according to IEC 60529, which: - as a first characteristic figure it is greater than or equal to 5, preferably equal to 6, - as a second significant digit it is greater than 1, preferably equal to or greater than 4, in correspondence with at least one end of said section bar , said cavity of said section bar is and remains open/communicating towards the outside so as to allow the removable insertion of said at least one LED strip , said section bar comprises at least one portion which is configured to allow, at least in part, the transmission towards the external environment of the light generated by said LED strip , and characterized in that said LED strip protrudes partly at at least one end of said section bar while a part of said LED strip is inserted and housed inside said seat of said section bar . - a section bar made of extruded polymeric material and comprising a longitudinally extending seat , said longitudinally extending seat comprising a cavity which is defined inside said section bar , - at least one LED strip which is removably inserted and housed, at least in part, in said cavity of said section bar , said LED strip comprises a plurality of LED diodes , which are connected to each other, and a protective casing and/or coating , for covering said LED diodes , which is configured so that said LED strip is already protected on its own against the penetration of dust and against any penetration of liquid substances, said protective casing and/or coating of said LED strip having protection level, defined according to IEC 60529, which: - as a first characteristic figure it is greater than or equal to 5, preferably equal to 6, - as a second significant digit it is greater than 1, preferably equal to or greater than 4, - as a first characteristic figure it is greater than or equal to 5, preferably equal to 6, - as a second significant digit it is greater than 1, preferably equal to or greater than 4,
A monoclonal antibody for use in a method of treating or reducing incidence of migraine headache in a subject, wherein the monoclonal antibody modulates the CGRP pathway, wherein the monoclonal antibody has a heavy chain with the amino acid sequence of and a light chain with the amino acid sequence of and wherein the antibody is administered once per month subcutaneously at a dose of 225mg.
A method for memory-request priority adjustment performed by a memory controller , the method comprising: receiving a memory request from a client over a virtual channel, VC , the memory request having an original priority-level ; adding the memory request to a memory-request buffer along with: an indication of a virtual channel identification, VCID , of the VC ; and the original priority-level for the memory request ; determining that an adjustment indication corresponding to the VCID is asserted; increasing or decreasing the original priority-level of the memory request to an adjusted priority level based on the asserted adjustment indication ; determining that one or more other memory-requests within the memory-request buffer have an indication of the VCID ; and increasing or decreasing, based on the adjustment indication, respective original priority-levels of the other memory requests to respective priority levels . receiving a memory request from a client over a virtual channel, VC , the memory request having an original priority-level ; adding the memory request to a memory-request buffer along with: an indication of a virtual channel identification, VCID , of the VC ; and the original priority-level for the memory request ; an indication of a virtual channel identification, VCID , of the VC ; and the original priority-level for the memory request ; determining that an adjustment indication corresponding to the VCID is asserted; increasing or decreasing the original priority-level of the memory request to an adjusted priority level based on the asserted adjustment indication ; determining that one or more other memory-requests within the memory-request buffer have an indication of the VCID ; and increasing or decreasing, based on the adjustment indication, respective original priority-levels of the other memory requests to respective priority levels .
A filter element for an aerosol-generating article, the filter element comprising a hollow tubular portion with an inner surface, wherein a flavourant is deposited directly onto the inner surface of the hollow tubular portion, wherein the inner surface of the hollow tubular portion is configured fluid- or liquid-impermeable such that the flavourant cannot penetrate into the filter material, wherein flavourant is deposited onto the inner surface of the hollow tubular portion such that the volume of the filter element material through which air can be drawn essentially remains unchanged.