mhurhangee/ep-ind-claims huggingface dataset:
A method for preparing an anionic lignin copolymer comprising: providing water; providing an unwashed high residual content kraft lignin; providing acrylic acid as a vinyl monomer; mixing the water, the lignin, and the acrylic acid under acidic free radical generating conditions to polymerize the lignin and the acrylic acid in aqueous suspension to produce the anionic lignin copolymer, said mixing being performed at a temperature of 60°C-80°C, wherein the acidic free radical generating conditions are in aqueous solution with an acid and at least one of a free radical initiator selected amongst sodium persulphate and potassium persulphate, a UV light, and microwaves. providing water; providing an unwashed high residual content kraft lignin; providing acrylic acid as a vinyl monomer; mixing the water, the lignin, and the acrylic acid under acidic free radical generating conditions to polymerize the lignin and the acrylic acid in aqueous suspension to produce the anionic lignin copolymer, said mixing being performed at a temperature of 60°C-80°C, wherein the acidic free radical generating conditions are in aqueous solution with an acid and at least one of a free radical initiator selected amongst sodium persulphate and potassium persulphate, a UV light, and microwaves.
An electronic cigarette, comprising a battery assembly and an atomization assembly, the battery assembly comprising a battery and a housing, and the atomization assembly comprising a mouthpiece, an outer sleeve and a cartridge, wherein the atomization assembly and the battery assembly are in pluggable connection, the housing defines a groove in the upper part thereof, the outer sleeve has a tail end accomodatable into the groove in a working state, and the atomization assembly is invertible and the mouthpiece is accommodated into the groove in a receiving state, characterized in that: the cartridge and the outer sleeve are in a detachable structure; wherein the outer sleeve defines a longitudinal slot on a lateral edge thereof, the cartridge is provided with a convex column on the outside, the position of the convex column corresponds to the position of the slot, and the convex column protrudes from the outer surface of the outer sleeve. the cartridge and the outer sleeve are in a detachable structure; wherein the outer sleeve defines a longitudinal slot on a lateral edge thereof, the cartridge is provided with a convex column on the outside, the position of the convex column corresponds to the position of the slot, and the convex column protrudes from the outer surface of the outer sleeve.
A leveling spacer for laying tiles, floor tiles with the interposition of gaps, comprising: - a base with spacing protrusions in order to define the width of the gaps, - a threaded stem that is fixed at right angles to the base by interposition of a stem supporting portion that is connected to said base by means of at least one preweakened point, - a knob for gripping and removing by breaking the threaded stem, which comprises a female thread portion adapted to be screwed to said threaded stem, - a slip preventing element for protecting the tiles between which the spacer is arranged, adapted to be arranged substantially coaxially to said knob, for abutment against said knob on the side of said base in the configuration for use, characterized in that said levelling spacer further comprising: - rotation-preventing means that are defined between said slip preventing element and said base and are adapted to prevent the rotation of said slip preventing element with respect to said base, said slip preventing element being constituted by a flat body whose dimensions are such as to affect all the surface regions of the knob intended to make contact with an underlying tile, an opening being defined in said flat body and being contoured in order to be mated with a corresponding stem supporting portion that extends from said base, said rotation preventing means being constituted by said mating between said opening and said stem supporting portion. - a base with spacing protrusions in order to define the width of the gaps, - a threaded stem that is fixed at right angles to the base by interposition of a stem supporting portion that is connected to said base by means of at least one preweakened point, - a knob for gripping and removing by breaking the threaded stem, which comprises a female thread portion adapted to be screwed to said threaded stem, - a slip preventing element for protecting the tiles between which the spacer is arranged, adapted to be arranged substantially coaxially to said knob, for abutment against said knob on the side of said base in the configuration for use, characterized in that said levelling spacer further comprising: - rotation-preventing means that are defined between said slip preventing element and said base and are adapted to prevent the rotation of said slip preventing element with respect to said base, said slip preventing element being constituted by a flat body whose dimensions are such as to affect all the surface regions of the knob intended to make contact with an underlying tile, an opening being defined in said flat body and being contoured in order to be mated with a corresponding stem supporting portion that extends from said base, said rotation preventing means being constituted by said mating between said opening and said stem supporting portion. - rotation-preventing means that are defined between said slip preventing element and said base and are adapted to prevent the rotation of said slip preventing element with respect to said base,
Method for the rapid heating of sheet steel blanks for the purpose of hot forming and press hardening, wherein heating devices (1, 20, 21) are present for heating sheet steel blanks, and the heating devices (1, 20, 21) respectively act in a limited area to heat the sheet steel blank, acting on the sheet steel blank, wherein the blank oscillates transversely to the direction of action, wherein the frequency range of the oscillation ranges from 0.46 to 4.7 Hz, in particular from 0.55 to 2.7 Hz, wherein the oscillation consists of a plurality of superimposed vibrations with different frequencies, wherein the oscillation is translational, rotational or a combination of both, in which a fundamental is superimposed by a higher frequency harmonic.
A jumper for a connecting terminal arrangement, comprising a contact element, which has a contacting area and a holding area, wherein a holding element produced from an insulating material is arranged at the holding area, and the holding area has a perforation which is penetrated by the insulating material of the holding element, characterised in that the holding element has a fixing element for fixing the jumper, wherein the fixing element is formed as a convexity on the outer surface of the holding element, and in that the convexity extends over the entire longitudinal side face of the holding element.
A composite filter media comprising: a multi-component filter media comprising at least two different materials, at least one of the materials being a low melt component; fine fibers carried by the multi-component filter media, the fine fibers formed of a polymeric material and having an average diameter less than about 500 nm, wherein the fine fibers are heat bonded to the multi-component filter media by the low melt component. a multi-component filter media comprising at least two different materials, at least one of the materials being a low melt component; fine fibers carried by the multi-component filter media, the fine fibers formed of a polymeric material and having an average diameter less than about 500 nm, wherein the fine fibers are heat bonded to the multi-component filter media by the low melt component.
Nanofibers comprising an oil-soluble low block copolymer including a block derived from an aliphatic polyester resin and a block derived from a hydrophilic polymer, the average cross sectional diameter of the fibers being less than 1 μm, wherein the oil-soluble low block copolymer has an HLB value of not less than 0.4 but not more than 10.
A load balancing method, comprising: receiving, by a first radio access network node, a first message from a second radio access network node, wherein the first message comprises load information of a first load type of the second radio access network node, and the first load type comprises any one or more of the following: network slice load, vehicle-to-everything V2X load, and supplementary uplink SUL load; obtaining, by the first radio access network node, the load information of the first load type; and performing load balancing, based on the obtained load information of the first load type of the second radio access network node, the method further comprising: sending, by the first radio access network node, first information to the second radio access network node, wherein the first information is used to obtain the load information of the first load type of the second radio access network node, and being characterized in that the first information further comprises a sending periodicity of the load information of the first load type; or the first information further comprises a trigger condition for sending the load information of the first load type. receiving, by a first radio access network node, a first message from a second radio access network node, wherein the first message comprises load information of a first load type of the second radio access network node, and the first load type comprises any one or more of the following: network slice load, vehicle-to-everything V2X load, and supplementary uplink SUL load; obtaining, by the first radio access network node, the load information of the first load type; and performing load balancing, based on the obtained load information of the first load type of the second radio access network node, the method further comprising: sending, by the first radio access network node, first information to the second radio access network node, wherein the first information is used to obtain the load information of the first load type of the second radio access network node, and being characterized in that the first information further comprises a sending periodicity of the load information of the first load type; or the first information further comprises a trigger condition for sending the load information of the first load type. sending, by the first radio access network node, first information to the second radio access network node, wherein the first information is used to obtain the load information of the first load type of the second radio access network node, and being characterized in that the first information further comprises a sending periodicity of the load information of the first load type; or the first information further comprises a trigger condition for sending the load information of the first load type.
A method of producing a glycerin derivative-modified silicone or a cosmetic raw material composition comprising the same, wherein the glycerin derivative-modified silicone is a glycerin derivative-modified silicone expressed by the following general formula: R 1 a R 2 b L 1 c Q d SiO (4-a-b-c-d)/2 (wherein R 1 represents a monovalent organic group (however, excluding R 2, L, and Q), a hydrogen atom or a hydroxyl group; and R 2 is a substituted or unsubstituted, straight or branched monovalent hydrocarbon group having 9 to 60 carbon atoms, or the chain organosiloxane group represented by the following general formula: (wherein R 11 are each independently substituted or unsubstituted monovalent hydrocarbon groups having from 1 to 30 carbons, hydroxyl groups, or hydrogen atoms and at least one of the R 11 moieties is the monovalent hydrocarbon group; t is a number in a range of 2 to 10; and r is a number in a range of 1 to 500); or the general formula below: (wherein, R 11 and r are synonymous with those described above); and L 1 represents a silylalkyl group having a siloxane dendron structure expressed by the following general formula when i=1; (wherein, R 3 each independently represents a substituted or unsubstituted, straight or branched monovalent hydrocarbon group having 1 to 30 carbons; R 4 each independently represents an alkyl group or phenyl group having 1 to 6 carbon atoms; Z represents a divalent organic group; i represents a generation of the aforementioned silylalkyl group represented by L i and is an integer of 1 to k when k is a number of generations that is a number of repetitions of the silylalkyl group; the number of generations k is an integer from 1 to 10; L i+1 is the silylalkyl group when i is less than k, and R 4 when i=k, and h i is a number in a range from 0 to 3); Q represents a glycerin derivative group-containing organic group; and a, b, c, and d are numbers within the respective ranges 1.0≤a≤2.5, 0≤b≤1.5, 0.0001≤c≤1.5, and 0.0001≤d≤1.5), the method comprising a process for treating a glycerin derivative-modified silicone or a composition comprising the same with at least one type of acidic inorganic salt wherein said acidic inorganic salt is at least an acidic inorganic salt comprising hydrogensulfate ions (HSO 4 -) and monovalent cations (M +), characterized by the acidic inorganic salt being solid at 25°C and water soluble, and a pH at 25°C of an aqueous solution prepared by dissolving 50 g of the acidic inorganic salt in 1 L of ion exchanged water being 4 or lower, wherein the glycerin derivative-modified silicone comprises a hydrophilic group derived from (poly)glycerin compounds having a monoglycerin, diglycerin, triglycerin, or tetraglycerin structure.
A unit dose of C. novyi colony forming units (CFUs) comprising about 1 x 10 3 -1 x 10 4, about 1 x 10 4 -1 x 10 5 or about 1 x 10 5 -1 x 10 6 CFUs in a pharmaceutically acceptable carrier or solution for use in the treatment of a solid tumor present in a human via intratumoral administration.
A signal processing method for reducing measurement uncertainties, the signal processing method comprising the steps of: - receiving, by means of a first measurement unit, an analog measurement signal from a device under test; - digitizing, by means of the first measurement unit, the analog measurement signal, thereby obtaining a digital measurement signal; - removing, by means of a first noise reduction unit, noise from the digital measurement signal, thereby obtaining a noise-corrected measurement signal; - receiving, by means of a second measurement unit, an analog reference signal, wherein the device under test generates the analog measurement signal based on the analog reference signal; - digitizing, by means of the second measurement unit, the analog reference signal, thereby obtaining a digital reference signal; - removing, by means of a second noise reduction unit, noise from the digital reference signal, thereby obtaining a noise-corrected reference signal; and - determining, by means of a subtraction unit, a digital difference signal based on the noise-corrected measurement signal and based on the noise-corrected reference signal. - receiving, by means of a first measurement unit, an analog measurement signal from a device under test; - digitizing, by means of the first measurement unit, the analog measurement signal, thereby obtaining a digital measurement signal; - removing, by means of a first noise reduction unit, noise from the digital measurement signal, thereby obtaining a noise-corrected measurement signal; - receiving, by means of a second measurement unit, an analog reference signal, wherein the device under test generates the analog measurement signal based on the analog reference signal; - digitizing, by means of the second measurement unit, the analog reference signal, thereby obtaining a digital reference signal; - removing, by means of a second noise reduction unit, noise from the digital reference signal, thereby obtaining a noise-corrected reference signal; and - determining, by means of a subtraction unit, a digital difference signal based on the noise-corrected measurement signal and based on the noise-corrected reference signal.
Housing of an electronic device comprising an open housing portion into which a plug connector is insertable, and at least one coding pin, wherein the coding pin can be brought from a non-coding position into a coding position and vice versa, characterised by at least one printed circuit board housed in the housing and electrically connectable to the connector, wherein the code pin has a first shoulder disposed laterally on the code pin, and the first shoulder engages a projection on the open housing portion when the code pin is in the coding position, and wherein the housing together with the open housing portion and the at least one coding pin is manufactured in one piece by means of injection molding so that the at least one coding pin is integrated in the open housing portion.
A method of increasing the surface roughness of a coated pipe comprising the steps of heating the outer surface of the pipe coating to a molten state and subsequently applying a particulate material to the outer surface of the pipe including the field joint coating at the ends of the pipe.
Method for calibrating a light projector of a tool measuring apparatus with a camera and with the light projector, which has an optical correction and a light projector pixel size (Sx), wherein the optical correction is configured to at least partially undo a distortion caused by a triangulation angle (α), wherein the optical correction is taken into account in the method for calibrating the light projector in a calibration model, wherein the optical correction is realized at least partially by an arrangement of a projector image plane of the light projector and an optical axis of the light projector in a tilt angle (θ), the tilt angle (θ) being thus considered in the calibration model, characterised in that - the calibration model is achieved when a principal point of the light projector is determined and when an equivalent focal distance as well as an equivalent optical centre are calculated, as a result of which the tilt angle is considered in the calibration model, and a coordinate zero point is defined as a result, - a virtual projector image plane is determined by a parallel translation of the projector image plane by a double focal distance along the optical axis towards a focal point of the light projector, wherein after this a principal point of the light projector is determined, wherein the principal point is implemented as a point on the virtual projector image plane, which a principal straight line extends through that is perpendicular to the virtual projector image plane and runs through the focal point of the light projector, wherein after this an equivalent focal distance is calculated, which extends along the principal straight line between the focal point and the virtual projector image plane, and wherein then, under consideration of the tilt angle (θ) with the formula C X'Äqui = Cx' - focal distance * sin(θ)/light projector pixel size Sx, at least one value (C X'Äqui) is calculated for an equivalent optical centre of the light projector which coincides with the principal point on a virtual X'-axis, as a result of which a coordinate zero point is defined on an upper edge of a virtual image surface of the light projector, wherein the virtual X'-axis, which forms an axis of a virtual coordinate system of the light projector, is situated in a common plane with the axes X and Z of the light projector and extends along the virtual projector image plane, and wherein Cx' would give a value for an optical centre of the light projector without the tilt angle. - the calibration model is achieved when a principal point of the light projector is determined and when an equivalent focal distance as well as an equivalent optical centre are calculated, as a result of which the tilt angle is considered in the calibration model, and a coordinate zero point is defined as a result, - a virtual projector image plane is determined by a parallel translation of the projector image plane by a double focal distance along the optical axis towards a focal point of the light projector,
A funerary method, comprising: a) disposing a deceased adult human body in supine position on an insert, the insert constructed of paper material having side and end walls (34, 36, 38, 40), at least one side wall and the end walls all having a first height, characterized in that the funerary method further comprises: b) providing the insert on a tray having two end panels (24, 26) and a plurality of side panels (20, 22) affixed to a bottom panel, wherein the end panels and side panels are constructed primarily of wood or metal, c) employing at least a first fabric segment to cover at least a portion of a top edge of at least one side wall of the insert and at least a portion of the deceased human body, such that the deceased human body is sufficiently visible for identification; d) subsequent to step c), removing the insert and the deceased human body from the tray; and e) disposing a second insert having a second deceased human body thereon on the tray. a) disposing a deceased adult human body in supine position on an insert, the insert constructed of paper material having side and end walls (34, 36, 38, 40), at least one side wall and the end walls all having a first height, b) providing the insert on a tray having two end panels (24, 26) and a plurality of side panels (20, 22) affixed to a bottom panel, wherein the end panels and side panels are constructed primarily of wood or metal, c) employing at least a first fabric segment to cover at least a portion of a top edge of at least one side wall of the insert and at least a portion of the deceased human body, such that the deceased human body is sufficiently visible for identification; d) subsequent to step c), removing the insert and the deceased human body from the tray; and e) disposing a second insert having a second deceased human body thereon on the tray.
A method comprising: analyzing, with a processor, a neighbor memory layout for a selected line dot state, wherein the neighbor memory layout comprises the selected line dot state and a plurality of neighboring line dot states; and characterised in that, based on the analysis, determining a frame dot state sequence for the selected line dot state, wherein the frame dot state sequence comprises a plurality of frame dot states indicating a state of a printhead dot during printing. analyzing, with a processor, a neighbor memory layout for a selected line dot state, wherein the neighbor memory layout comprises the selected line dot state and a plurality of neighboring line dot states; and characterised in that, based on the analysis, determining a frame dot state sequence for the selected line dot state, wherein the frame dot state sequence comprises a plurality of frame dot states indicating a state of a printhead dot during printing.
An impedance measurement device adapted for flowing particles such as cells in a liquid comprising at least a microfluidic system comprising a micro channel (0207, 0208) for containing a liquid and particles, and electrodes for performing analyses of the particles, the microfluidic system further comprising two first lateral micro-chambers in communication with said micro channel through a short conduit, wherein each of said conduits comprises an aperture between the micro channel and the conduit and each conduit is arranged perpendicular to said micro channel, and wherein the width of each of said lateral micro-chambers increases with the distance to said micro channel and each of said micro-chambers contains a micro-electrode, which is patterned as a deposited solid state electrode on the floor or the ceiling of the respective micro-chamber and conform to the form of the micro-chamber in oder to reduce the access resistance, each of said conduit and each of said micro-chambers being filled with a conductive liquid being either the liquid to be contained in the micro channel or another conductive liquid, whereby each of said apertures forms a liquid electrode providing an equipotential surface spanning across the respective aperture.