mhurhangee/patent-ind-claim-en huggingface dataset:
An access point device, AP, for communicating with a client device, STA, the AP comprising: a transceiver configured to: transmit a first data packet indicating a set of groups , wherein each group is associated with a specific set of transmission parameters, transmit a second data packet indicating an allocation of resources for at least part of the groups ; and receive a response frame using at least part of random access, RA, resources selected by the STA for the at least part of the groups ; wherein the transceiver is configured to transmit the second data packet by using a trigger frame for RA, TFR. transmit a first data packet indicating a set of groups , wherein each group is associated with a specific set of transmission parameters, transmit a second data packet indicating an allocation of resources for at least part of the groups ; and receive a response frame using at least part of random access, RA, resources selected by the STA for the at least part of the groups ; wherein the transceiver is configured to transmit the second data packet by using a trigger frame for RA, TFR.
A remote control unit for controlling a motion picture camera , in particular an electronic motion picture camera and/or a film camera, comprising - a grip section arranged at a first side of the remote control unit for holding the remote control unit , - an extension section arranged at a second side of the remote control unit opposite the first side , and - a display section which extends along a base plane (G) from the grip section to the second side of the remote control unit , the display section comprising a front side (V) and a rear side (R), wherein the display section comprises a display at its front side (V) which is configured to display set control commands and/or values of parameters of the motion picture camera , wherein the display is oriented orthogonal to a viewing axis (B) of the remote control unit , wherein the extension section projects away from the display section along the viewing axis (B) at the second side of the remote control unit , and wherein the extension section comprises an operating side facing away from the grip section , at which a rotatable operating element for setting control commands for the motion picture camera is arranged, wherein the remote control unit is configured to be placed down on a horizontal ground plane in a stable inclined standing position (S) in such a way that the viewing axis (B) of the remote control unit intersects the ground plane at an acute angle of orientation between 25 degrees and 60 degrees, wherein an upper edge of the display section is oriented horizontal when the remote control unit is placed down. - a grip section arranged at a first side of the remote control unit for holding the remote control unit , - an extension section arranged at a second side of the remote control unit opposite the first side , and - a display section which extends along a base plane (G) from the grip section to the second side of the remote control unit , the display section comprising a front side (V) and a rear side (R), wherein the display section comprises a display at its front side (V) which is configured to display set control commands and/or values of parameters of the motion picture camera , wherein the display is oriented orthogonal to a viewing axis (B) of the remote control unit , wherein the extension section projects away from the display section along the viewing axis (B) at the second side of the remote control unit , and wherein the extension section comprises an operating side facing away from the grip section , at which a rotatable operating element for setting control commands for the motion picture camera is arranged, wherein the remote control unit is configured to be placed down on a horizontal ground plane in a stable inclined standing position (S) in such a way that the viewing axis (B) of the remote control unit intersects the ground plane at an acute angle of orientation between 25 degrees and 60 degrees, wherein an upper edge of the display section is oriented horizontal when the remote control unit is placed down.
A method for preparing a resin comprising the steps of a) providing an aqueous medium having a pH of 1 to 7; b) adding lignin to the aqueous medium; c) mixing at a temperature of from 41°C to 95°C until a dispersion of lignin in the aqueous medium has been obtained; d) adding alkali, phenol and formaldehyde to the dispersion and e) maintaining the mixture at a temperature of from 30°C to 95°C for at least 30 minutes. a) providing an aqueous medium having a pH of 1 to 7; b) adding lignin to the aqueous medium; c) mixing at a temperature of from 41°C to 95°C until a dispersion of lignin in the aqueous medium has been obtained; d) adding alkali, phenol and formaldehyde to the dispersion and e) maintaining the mixture at a temperature of from 30°C to 95°C for at least 30 minutes.
A transparent composition comprising polycarbonate and a mixture of flame retardants, wherein the flame retardants are: (i) aryl phosphate ester of hydroquinone of Formula I: wherein R 1 , R 2 , R 3 and R 4 each independently is aryl or alkyl-substituted aryl, optionally interrupted with heteroatoms, and n has an average value of from 1.0 to 2.0; and (ii) tris(2,4,6-tribromophenoxy)-s-triazine of Formula II: (i) aryl phosphate ester of hydroquinone of Formula I: wherein R 1 , R 2 , R 3 and R 4 each independently is aryl or alkyl-substituted aryl, optionally interrupted with heteroatoms, and n has an average value of from 1.0 to 2.0; and (ii) tris(2,4,6-tribromophenoxy)-s-triazine of Formula II:
A coating line cleaning apparatus for cleaning at least a selected part of a coating line , comprising a conveyed entity having first and second mutually opposed major faces and at least one flexible cleaning element having first and second mutually opposed major faces , said cleaning element being characterised in that each one of said first and second major faces is tacky, the first of said tacky faces of said cleaning element being releasably adhered to one of the major faces of the conveyed entity , and the second tacky major face of said cleaning element being temporarily contactable with the selected part of the coating line to bring said second tacky major face of the cleaning element into temporary contact with said selected part of a coating line to cause any contaminants present on said selected part of a coating line to adhere to said second tacky major face of said cleaning element thereby causing any contaminants to be removed from said selected part of a coating line .
A strap connector assembly for connecting first and second straps , each of the straps comprising a unitary plastic core within a textile casing , the strap connector assembly comprising: a first connector portion positioned at an end portion of the first strap ; a second connector portion positioned between end portions of the second strap , the second connector portion comprising a projection of the unitary plastic core protruding through the textile casing of the second strap , the second connector portion configured to align with the first connector portion to facilitate connection of the first and second straps . a first connector portion positioned at an end portion of the first strap ; a second connector portion positioned between end portions of the second strap , the second connector portion comprising a projection of the unitary plastic core protruding through the textile casing of the second strap , the second connector portion configured to align with the first connector portion to facilitate connection of the first and second straps .
A blister package for a contact lens , the blister package comprising: a body , the body comprising a handle, a bowl , and a body top surface , wherein the bowl has a depth, is recessed from the body top surface , and has a top opening, the handle extends away from the bowl and terminates at a distal end, and the body top surface defines a perimeter sealing surface surrounding the top opening of the bowl ; a contact lens and contact lens solution in the bowl ; and a seal contacting the perimeter sealing surface and sealing the bowl ; and characterized in that the body comprises a double wall of a foil material defining a sidewall and bottom of the bowl such that the bottom of the bowl is double-walled. a body , the body comprising a handle, a bowl , and a body top surface , wherein the bowl has a depth, is recessed from the body top surface , and has a top opening, the handle extends away from the bowl and terminates at a distal end, and the body top surface defines a perimeter sealing surface surrounding the top opening of the bowl ; a contact lens and contact lens solution in the bowl ; and a seal contacting the perimeter sealing surface and sealing the bowl ; and characterized in that the body comprises a double wall of a foil material defining a sidewall and bottom of the bowl such that the bottom of the bowl is double-walled.
A method for preparing a titanium dioxide product, comprising the steps of: - providing a dispersion comprising titanium dioxide particles, wherein the dispersion contains from 50g/l to 600g/l TiO 2 ; and then, in any order, - applying an inorganic coating which is an inorganic oxide or hydrous oxide of silicon, aluminum, titanium, zirconium, magnesium, zinc, cerium, phosphorus, or tin to the titanium dioxide particles, whilst maintaining colloidal stability before and/or during the coating step; - concentrating the dispersion, by subjecting the dispersion to the effects of cross-flow filtration and continuing the cross-flow filtration process until the dispersion is in a concentrated form that contains 800g/l or more TiO 2 ; so as to provide a titanium dioxide product in the form of a concentrated dispersion of coated particles; wherein the coating is achieved whilst maintaining the colloidal stability of the titanium dioxide particles within the dispersion by control of one or more of the following factors: (a) reducing the electrolyte concentration in the dispersion before or during the coating step; (b) reducing the level of soluble salt that is added during the coating step; (c) adding a steric stabilizer before or during the coating step; (d) adjusting the pH of the dispersion away the iso-electric point of the titanium dioxide before or during the coating step; (e) adjusting the iso-electric point of the titanium dioxide away from the pH of the dispersion, by the addition of a dispersant before or during the coating step. - providing a dispersion comprising titanium dioxide particles, wherein the dispersion contains from 50g/l to 600g/l TiO 2 ; and then, in any order, - applying an inorganic coating which is an inorganic oxide or hydrous oxide of silicon, aluminum, titanium, zirconium, magnesium, zinc, cerium, phosphorus, or tin to the titanium dioxide particles, whilst maintaining colloidal stability before and/or during the coating step; - concentrating the dispersion, by subjecting the dispersion to the effects of cross-flow filtration and continuing the cross-flow filtration process until the dispersion is in a concentrated form that contains 800g/l or more TiO 2 ; so as to provide a titanium dioxide product in the form of a concentrated dispersion of coated particles; (a) reducing the electrolyte concentration in the dispersion before or during the coating step; (b) reducing the level of soluble salt that is added during the coating step; (c) adding a steric stabilizer before or during the coating step; (d) adjusting the pH of the dispersion away the iso-electric point of the titanium dioxide before or during the coating step; (e) adjusting the iso-electric point of the titanium dioxide away from the pH of the dispersion, by the addition of a dispersant before or during the coating step.
Fiber bundle for reinforcement of mortars or concrete comprising a plurality of polymer monofilaments having a twist degree of the fiber bundle ranging from 0 to 50 t/m; wherein the diameter of each monofilament ranges from 0.5 to 0.7 mm; wherein the length of the fiber bundle ranges from 18 to 65 mm; wherein the weight of each monofilament ranges between 1500 and 3000 den; wherein each monofilament comprises mechanical indentation wherein the mechanical indentation of said monofilaments causes an amplitude from 0.01-1 mm. a plurality of polymer monofilaments having a twist degree of the fiber bundle ranging from 0 to 50 t/m; wherein the diameter of each monofilament ranges from 0.5 to 0.7 mm; wherein the length of the fiber bundle ranges from 18 to 65 mm; wherein the weight of each monofilament ranges between 1500 and 3000 den; wherein each monofilament comprises mechanical indentation wherein the mechanical indentation of said monofilaments causes an amplitude from 0.01-1 mm.
Under-floor device box for electric installation devices, comprising a housing , a cover and a hinge connecting the housing and the cover , wherein the hinge defines two mutually spaced, parallel pivot axes , wherein a hinge member extends between the two pivot axes and connects the housing and the cover with each other, wherein at least one joint pin and a pivot bearing matched to the joint pin are provided, wherein at least one joint pin or at least one pivot bearing is disposed on the hinge member , characterized in that the hinge member includes at least two components displaceable in relation to each other parallel to the pivot axis , and wherein the joint pin and the pivot bearing are displaceable in relation to each other parallel to the pivot axes between an engagement position and a release position, wherein the two displaceable components can be compressed without a tool manually, in order to allow the hinge member and thus the cover to be detached in a simple manner, and wherein the two components of the hinge member that are displaceable in relation to each other are each provided with two joint pins or pivot bearings, wherein the joint pins or pivot bearings define the two different pivot axes .
A composition comprising a modified polymerase having at least 80% identity to SEQ ID NO: 1 or a biologically active fragment thereof, wherein the modified polymerase or the biologically active fragment thereof exhibits polymerase activity and an improvement relative to a reference polymerase of SEQ ID NO: 1 and/or SEQ ID NO:34 in one or more properties selected from increased thermostability and/or a sequencing property selected from increased AQ17 mean, increased AQ20 mean, increased percentage of amplicons with no strand bias, increased percentage of uniformity of amplicon coverage, increased percentage of uniformity of base coverage, and increased percentage of amplicons reading end-to-end when the polypeptide is used in an emulsion PCR template amplification step of a sequencing workflow, and wherein the modified polymerase includes one or more amino acid substitutions selected from the group consisting of L763F, L763F + E805I, or L763F + E397V + E745T.
A microwave heating device , comprising: - a heating chamber which is designed to receive at least one product to be heated; - a microwave generating system designed to generate microwaves and including at least two radiating portions that are adapted to radiate microwaves to the heating chamber , a radiated power being associated with the radiated microwaves and, in use, a share of radiated power being reflected by the heating chamber ; and - a control unit ; the microwave generating system being designed to radiate via the at least two radiating portions respective microwaves having a same frequency and different phases, wherein one of the radiating portions can be taken as a reference radiating portion and the microwaves radiated by the other radiating portion(s) can have respective phase shift(s) from the microwaves radiated by the reference radiating portion , the frequency value and the phase shift value(s) defining an operational configuration of the microwave generating system , an energy efficiency being associated with each operational configuration, the energy efficiency being inversely related to a ratio of reflected power over radiated power; the control unit being configured to operate the microwave generating system and to change the frequency and the phase shift(s) of the microwaves radiated by the microwave generating system ; the control unit being configured to obtain data of energy efficiency, as a function of operational configurations, relating to the at least one product to be heated; and the control unit being configured to run a heating procedure, characterized in that the control unit is configured to run a selection procedure, in which a plurality of operational configurations are ranked according to energy efficiency and one or more operational configurations ranking high in energy efficiency are selected; wherein the microwave generating system is operated in said one or more operational configurations selected in the selection procedure. - a heating chamber which is designed to receive at least one product to be heated; - a microwave generating system designed to generate microwaves and including at least two radiating portions that are adapted to radiate microwaves to the heating chamber , a radiated power being associated with the radiated microwaves and, in use, a share of radiated power being reflected by the heating chamber ; and - a control unit ;
A thermal printer comprising: a drawer body having a recording paper storage part for storing recording paper (R); a frame body supporting the drawer body slidably between a drawn-out position where the recording paper storage part is open and a housed position where the recording paper storage part is closed; a head unit provided on the drawer body and having a thermal head ; and characterized by a platen roller provided on the frame body and for feeding paper when releasably assembled with the head unit in the housed position, wherein the platen roller and the head unit are arranged to be released when the drawer body is in the drawn out position, and the head unit includes a platen driving mechanism that is connected to the platen roller when the platen roller is assembled with the head unit in the housed position and for driving the platen roller. a drawer body having a recording paper storage part for storing recording paper (R); a frame body supporting the drawer body slidably between a drawn-out position where the recording paper storage part is open and a housed position where the recording paper storage part is closed; a head unit provided on the drawer body and having a thermal head ; and characterized by a platen roller provided on the frame body and for feeding paper when releasably assembled with the head unit in the housed position, wherein the platen roller and the head unit are arranged to be released when the drawer body is in the drawn out position, and the head unit includes a platen driving mechanism that is connected to the platen roller when the platen roller is assembled with the head unit in the housed position and for driving the platen roller.
An adhesive composition comprising a latex for an adhesive composition (A) and a chloroprene based polymer latex (B), wherein the latex for an adhesive composition (A) comprises a polymer of an ethylenic unsaturated monomer (a1), a surfactant (a2), and an aqueous medium, the polymer of an ethylenic unsaturated monomer (a1) having a carboxy group, the polymer of an ethylenic unsaturated monomer (a1) having an average particle diameter of 0.50 to 5.00 μm, wherein the average particle diameter is a value at a cumulative frequency of 50% measured by the laser diffraction scattering method.
A process for producing croissants having split extremities, comprising the steps of: i) Providing a multilayer laminated dough sheet, ii) Cutting the required shape of the croissant out of the dough sheet of (i), the resulting dough piece having the shape of a triangle, characterised in that : a) in the corners formed by the angles between the base and the sides of the triangle shaped dough piece, an incision is created going from the tip of the corner towards the inside of the shape at an angle A calculated from said base of the shape; or b) in one or more sides of, or in the base base of said triangle shaped dough sheet, an incision is created in the proximity of the corner formed by the base and the sides of the triangle going from the side or base of the shape towards the inside of the shape at an angle B calculated from said side or base of the dough sheet, wherein said incision in the base or sides of the triangle is within a distance of the angles formed by the base and the sides of the triangle of 7,5% or less of the length of the base of the triangle; or a combination of Ila and Ilb. i) Providing a multilayer laminated dough sheet, ii) Cutting the required shape of the croissant out of the dough sheet of (i), the resulting dough piece having the shape of a triangle, characterised in that : a) in the corners formed by the angles between the base and the sides of the triangle shaped dough piece, an incision is created going from the tip of the corner towards the inside of the shape at an angle A calculated from said base of the shape; or b) in one or more sides of, or in the base base of said triangle shaped dough sheet, an incision is created in the proximity of the corner formed by the base and the sides of the triangle going from the side or base of the shape towards the inside of the shape at an angle B calculated from said side or base of the dough sheet, a) in the corners formed by the angles between the base and the sides of the triangle shaped dough piece, an incision is created going from the tip of the corner towards the inside of the shape at an angle A calculated from said base of the shape; or b) in one or more sides of, or in the base base of said triangle shaped dough sheet, an incision is created in the proximity of the corner formed by the base and the sides of the triangle going from the side or base of the shape towards the inside of the shape at an angle B calculated from said side or base of the dough sheet,
A bone mill for use with a base unit , said bone mill including: a housing having an inlet opening into which bone stock is introduced into the housing and an outlet opening spaced away from the inlet opening, said housing further shaped to be removably attached to the base unit; and a cutting device moveably mounted in the housing between the inlet opening and the outlet opening, the cutting device mounted in the housing for rotation within the housing so as to transform bone stock into bone chips and having a coupling feature for removably engaging a base unit spindle so that the spindle can rotate the cutting device, wherein a tray is removably attached to the housing outside of the housing adjacent the outlet opening for receiving the bone chips discharged through the outlet opening. a housing having an inlet opening into which bone stock is introduced into the housing and an outlet opening spaced away from the inlet opening, said housing further shaped to be removably attached to the base unit; and a cutting device moveably mounted in the housing between the inlet opening and the outlet opening, the cutting device mounted in the housing for rotation within the housing so as to transform bone stock into bone chips and having a coupling feature for removably engaging a base unit spindle so that the spindle can rotate the cutting device, wherein a tray is removably attached to the housing outside of the housing adjacent the outlet opening for receiving the bone chips discharged through the outlet opening.