mhurhangee/patent-ind-claim-en huggingface dataset:
Method for grinding a workpiece with a toothing or a profile, wherein in the grinding machine in a single workpiece clamping in a first working step the toothing or the profile is pre-machined with a rough-grinding tool and subsequently in a second working step the toothing or the profile is finish-machined with a finishing grinding tool, wherein simultaneously with the first working step, the toothing or the profile is measured by means of at least one sensor , wherein a geometric variable determining the toothing or the profile or a variable connected to the geometry is measured, and wherein the deviation of the measured geometric variable or the variable connected to the geometry from a setpoint value is determined in the machine control, characterized in that a dressable grinding wheel or a dressable grinding worm is used at least as rough-grinding tool, wherein the machine control initiates a dressing operation for the rough-grinding tool if the deviation between the measured geometric variable and its setpoint value is above a predetermined limit.
Autonomous, ground-based industrial truck which comprises a basic vehicle with a propulsion drive and a load platform , on which a load can be positioned, wherein the load platform is provided with a first horizontally conveying load conveying means which is configured to move the load which is deposited on the load platform in the horizontal direction, characterized in that at least one adjustable-height load receiving means with a further horizontally conveying load conveying means is attached to the basic vehicle , wherein the load receiving means is configured in such a way that, in the lowered state of the load receiving means , the load which is received on the load receiving means sits on the ground and, in the raised state of the load receiving means , the load conveying means of the load receiving means forms a common conveying plane with the load conveying means of the basic vehicle , on which common conveying plane the load can be moved to and fro horizontally between the load platform of the basic vehicle and the load receiving means , wherein the basic vehicle has an electronic control device which makes fully automatic control of the propulsion drive and of the load receiving means and of the load conveying means possible.
Monomer mixture for the preparation of dental materials which comprises 2 to 50 wt % p-cumylphenoxyethylene glycol methacrylate (CMP-1E) as a low-volatile monomethacrylate, 5 to 65 wt % TMX-UDMA (an addition product of HEMA and hydroxypropyl methacrylate (HPMA) with α,α,α',α'-tetramethyl- m -xylylene diisocyanate (TMXDI)) and/or 1,6-bis-[2-methacryloyloxyethoxycarbonylamino]-2,4,4-trimethylhexane (UDMA) as a highly viscous dimethacrylate, and 5 to 55 wt% bismethacryloyloxymethyltricyclo[5.2.1.]decane (TCDMA), glycerol dimethacrylate (GDMA) and/or decanediol-1,10-dimethacrylate (D 3 MA) as a low-viscosity dimethacrylate and which comprises neither TEGDMA nor bis-GMA. 2 to 50 wt % p-cumylphenoxyethylene glycol methacrylate (CMP-1E) as a low-volatile monomethacrylate, 5 to 65 wt % TMX-UDMA (an addition product of HEMA and hydroxypropyl methacrylate (HPMA) with α,α,α',α'-tetramethyl- m -xylylene diisocyanate (TMXDI)) and/or 1,6-bis-[2-methacryloyloxyethoxycarbonylamino]-2,4,4-trimethylhexane (UDMA) as a highly viscous dimethacrylate, and 5 to 55 wt% bismethacryloyloxymethyltricyclo[5.2.1.]decane (TCDMA), glycerol dimethacrylate (GDMA) and/or decanediol-1,10-dimethacrylate (D 3 MA) as a low-viscosity dimethacrylate and which comprises neither TEGDMA nor bis-GMA.
A method of position-location measurement in wireless communications, the method comprising: generating at an access point a pilot signal and a reference signal , the reference signal comprising a sequence of symbols carrying no data and known to an access terminal; and transmitting from the access point to the access terminal the pilot signal and the reference signal in a time slot to assist the access terminal in position-location measurement, wherein the pilot signal and the reference signal are used by the access terminal to perform position-location measurement. generating at an access point a pilot signal and a reference signal , the reference signal comprising a sequence of symbols carrying no data and known to an access terminal; and transmitting from the access point to the access terminal the pilot signal and the reference signal in a time slot to assist the access terminal in position-location measurement, wherein the pilot signal and the reference signal are used by the access terminal to perform position-location measurement.
A fuel cell including a stack of elementary cells (C) separated by bipolar plates , each elementary cell (C) including an anode , a cathode and an electrolyte between the anode and the cathode , and defining with a bipolar plate on the side of the anode an anode compartment and on the side of the cathode a cathode compartment, a first manifold for supplying the anode compartments with a first reagent, a second manifold for supplying the cathode compartments with a second reagent, and at least one manifold for evacuating the reaction by-products, wherein said first supply manifold includes two ends (10.1, 10.2) configured to be connected to a source of the first reagent and/or the second supply manifold includes two ends configured to be connected to a source of the second reagent, wherein said cell includes control means configured to separately control the supply of the first and second ends of the first and/or second supply manifold, wherein said first supply manifold is divided into two portions (P1, P2) by at least a first wall impervious to the first reagent, each portion (P1, P2) being fluidically connected to anode compartments by fluidic connections, wherein each portion (P1, P2) is delimited by first windows formed in bipolar plates and windows in the elementary cells (C), and wherein the first wall is formed by at least one bipolar plate not including said first window , and/or wherein said second supply manifold is divided into two portions by at least one second wall impervious to the second reagent, each portion being fluidically connected to cathode compartments by fluidic connections, wherein each portion is delimited by second windows formed in bipolar plates and windows formed in the elementary cells, and wherein the second wall is formed by at least one bipolar plate not including said second window.
A method for constructing a Hi-C library, wherein the Hi-C library is suitable in a genome-wide chromatin conformation capture method, and the method for constructing the Hi-C library comprises the following steps: Step A: obtain a small amount of cells with fixed chromatin, wherein the small amount of cells with fixed chromatin is 1~10000 cells; Step B: lysing of the cells obtained in Step A to obtain a small amount of fixed chromatin, wherein the small amount of fixed chromatin is 10 -6 ∼10 2 ng chromatin in terms of naked DNA; Step C: digest the fixed chromatin in Step B using sticky end 4-base sequence recognition restriction enzymes to obtain fragments of the fixed chromatin; Step D: reconnect the fragments of the fixed chromatin without biotin labeling on the fixed chromatin fragments in Step C to obtain reconnected fragments of the fixed chromatin; Step E: de-fix the reconnected fragments of the fixed chromatin in Step D to release DNA fragments; Step F: amplify the released DNA fragments in Step E to obtain amplification products; and Step H: construct a sequencing DNA library by using fragments of the amplification products. Step A: obtain a small amount of cells with fixed chromatin, wherein the small amount of cells with fixed chromatin is 1~10000 cells; Step B: lysing of the cells obtained in Step A to obtain a small amount of fixed chromatin, wherein the small amount of fixed chromatin is 10 -6 ∼10 2 ng chromatin in terms of naked DNA; Step C: digest the fixed chromatin in Step B using sticky end 4-base sequence recognition restriction enzymes to obtain fragments of the fixed chromatin; Step D: reconnect the fragments of the fixed chromatin without biotin labeling on the fixed chromatin fragments in Step C to obtain reconnected fragments of the fixed chromatin; Step E: de-fix the reconnected fragments of the fixed chromatin in Step D to release DNA fragments; Step F: amplify the released DNA fragments in Step E to obtain amplification products; and Step H: construct a sequencing DNA library by using fragments of the amplification products.
Foldable sole for footwear, comprising at one least first plurality of fold lines , and at least one second plurality of fold lines , at which said sole is foldable, starting from its own open configuration until reaching a folded configuration, characterised in that at least said first plurality of fold lines and at least said second plurality of fold lines are provided the one with respect to the other and configured on said sole according to a fold pattern of "Miura" type.
A system for delivering laser energy to tissue, said system comprising: a probe adapted to be advanced into tissue, said probe having a central axial passage for delivering a stream of light transmissive fluid from a proximal end to a distal end thereof; a nozzle for emitting the stream of the light transmissive fluid in a lateral direction from the distal end of the probe; a waveguide in the central axial passage for transmitting coherent light; and wherein the waveguide is disposed to focus the coherent light within the stream of light transmissive fluid being delivered through the nozzle so that the light is carried by the fluid by total internal reflection; wherein the probe comprises an outer tube having an axial lumen and an inner fluid delivery tube reciprocally mounted in the axial lumen, wherein the central axial passage is disposed in the inner fluid delivery tube . a probe adapted to be advanced into tissue, said probe having a central axial passage for delivering a stream of light transmissive fluid from a proximal end to a distal end thereof; a nozzle for emitting the stream of the light transmissive fluid in a lateral direction from the distal end of the probe; a waveguide in the central axial passage for transmitting coherent light; and wherein the waveguide is disposed to focus the coherent light within the stream of light transmissive fluid being delivered through the nozzle so that the light is carried by the fluid by total internal reflection; wherein the probe comprises an outer tube having an axial lumen and an inner fluid delivery tube reciprocally mounted in the axial lumen, wherein the central axial passage is disposed in the inner fluid delivery tube .
An apparatus comprising rigid and flexible parts, the apparatus comprising means for: determining at least one characteristic associated with at least one of the flexible parts of the apparatus ; processing audio signals dependent on the at least one characteristic associated with the at least one of the flexible parts of the apparatus ; and generating at least one user interface indication dependent on the at least one characteristic associated with the at least one of the flexible parts of the apparatus , wherein the means for determining the at least one characteristic associated with the at least one of the flexible parts of the apparatus is for determining a bend characteristic for the at least one of the flexible parts, wherein the means for processing audio signals is for generating the audio signals from two or more microphones located within the apparatus , and wherein the bend characteristic physically defines an audio capture field of the two or more microphones for audio sources exterior to the apparatus. determining at least one characteristic associated with at least one of the flexible parts of the apparatus ; processing audio signals dependent on the at least one characteristic associated with the at least one of the flexible parts of the apparatus ; and generating at least one user interface indication dependent on the at least one characteristic associated with the at least one of the flexible parts of the apparatus , wherein the means for determining the at least one characteristic associated with the at least one of the flexible parts of the apparatus is for determining a bend characteristic for the at least one of the flexible parts, wherein the means for processing audio signals is for generating the audio signals from two or more microphones located within the apparatus , and wherein the bend characteristic physically defines an audio capture field of the two or more microphones for audio sources exterior to the apparatus.
Mineral thermal insulation plaster system applied, preferably sprayed, in layers to an, in particular vertical, underground , preferably a wall , comprising at least one binder matrix of at least one hardened mineral binder, as well as staple fibers and insulating particles in the form of micro hollow glass spheres or in the form of micro hollow glass spheres and aerogel embedded in the binder matrix, characterized in that the thermal insulation plaster system is graded at least over its cross-section.
Method for predicting an operating time (DF) of a connected object comprising a battery , the method comprising: - a step (E10) of obtaining an amount of energy (ES) stored in the battery ; - a step (E20) of obtaining an amount of instantaneous energy (ECi) consumed by the connected object ; - a step (E40) of obtaining at least one amount of instantaneous energy (EA, EPi) dependent on an ambient energy (EA) originating from a renewable energy source, and able to be used to supply said connected object ; - a step (E70) of obtaining a remaining service life (DV) of the connected object on the basis of said amounts (ES, Epi, Eci); - a step (E80) of obtaining said predicted operating time (DF) of the connected object on the basis of said remaining service life (DV); and - a step (E100) of performing at least one action taking into account (E90) said predicted operating time (DF) . - a step (E10) of obtaining an amount of energy (ES) stored in the battery ; - a step (E20) of obtaining an amount of instantaneous energy (ECi) consumed by the connected object ; - a step (E40) of obtaining at least one amount of instantaneous energy (EA, EPi) dependent on an ambient energy (EA) originating from a renewable energy source, and able to be used to supply said connected object ; - a step (E70) of obtaining a remaining service life (DV) of the connected object on the basis of said amounts (ES, Epi, Eci); - a step (E80) of obtaining said predicted operating time (DF) of the connected object on the basis of said remaining service life (DV); and - a step (E100) of performing at least one action taking into account (E90) said predicted operating time (DF) .
A method of forming articles from acrylonitrile-butadiene-styrene, the method comprising: feeding a monomer stream comprising a petrochemical monomer into a reactor; contacting the petrochemical monomer with a polymerization activator within the reactor to produce a polymerized stream comprising rubber, latex, or a combination thereof and withdrawing the polymerized stream from the reactor; passing the polymerized stream through a filter to produce a filtered product stream, wherein the filter is a continuously self-cleaning filter, wherein the filter comprises a body, preferably corrosion resistant and cylindrical, comprising an inner surface, an outer surface, and openings having a diameter from 1 micrometer to 500 micrometers, wherein the polymerized stream is passed from the inner surface to the outer surface via the openings to remove a particulate contaminate from the polymerized stream, and a mechanized scrubber which contacts the inner surface of the body at a timed interval; passing the filtered product stream through a grafting unit comprising acrylonitrile and styrene to produce acrylonitrile-butadiene-styrene; and forming an article from the acrylonitrile-butadiene-styrene, wherein the article is an extruded sheet, a molded part, or a combination thereof. feeding a monomer stream comprising a petrochemical monomer into a reactor; contacting the petrochemical monomer with a polymerization activator within the reactor to produce a polymerized stream comprising rubber, latex, or a combination thereof and withdrawing the polymerized stream from the reactor; passing the polymerized stream through a filter to produce a filtered product stream, wherein the filter is a continuously self-cleaning filter, wherein the filter comprises a body, preferably corrosion resistant and cylindrical, comprising an inner surface, an outer surface, and openings having a diameter from 1 micrometer to 500 micrometers, wherein the polymerized stream is passed from the inner surface to the outer surface via the openings to remove a particulate contaminate from the polymerized stream, and a mechanized scrubber which contacts the inner surface of the body at a timed interval; passing the filtered product stream through a grafting unit comprising acrylonitrile and styrene to produce acrylonitrile-butadiene-styrene; and forming an article from the acrylonitrile-butadiene-styrene, wherein the article is an extruded sheet, a molded part, or a combination thereof.
Dispenser for a roll of rolled up absorbent paper web material, said dispenser , in a closed state, comprising an outer casing enclosing a roll compartment for housing a roll , and a dispensing opening extending from the roll compartment to the outside of said outer casing along a dispensing axis (X) of the dispenser , said outer casing comprising an outer lid assuming a closed position when the dispenser is in said closed state; said dispenser further comprising an inner lid , which, in said closed state of the dispenser, is arranged between said roll compartment and said outer lid , wherein said inner lid defines a first threading opening through said inner lid along said dispensing axis (X), said first threading opening comprising a first dispensing opening portion ; and said outer lid defines a second threading opening through said outer lid along said dispensing axis (X), said second threading opening comprising a second dispensing opening portion ; characterised in that , when the dispenser is in a closed state, said first threading opening and said second threading opening are arranged in a partly overlapping relationship so as to form said dispensing opening by said first dispensing opening portion and said second dispensing opening portion , and the remainder of the first threading opening being the portion of the first threading opening not forming the first dispensing opening portion is covered as seen from the outside of the dispenser by the outer lid , and the remainder of the second threading opening being the portion of the second threading opening not forming the second dispensing opening portion is covered as seen from the inside of the dispenser by the inner lid . said dispenser further comprising an inner lid , which, in said closed state of the dispenser, is arranged between said roll compartment and said outer lid , wherein said inner lid defines a first threading opening through said inner lid along said dispensing axis (X), said first threading opening comprising a first dispensing opening portion ; and said outer lid defines a second threading opening through said outer lid along said dispensing axis (X), said second threading opening comprising a second dispensing opening portion ; characterised in that , when the dispenser is in a closed state, said first threading opening and said second threading opening are arranged in a partly overlapping relationship so as to form said dispensing opening by said first dispensing opening portion and said second dispensing opening portion , and the remainder of the first threading opening being the portion of the first threading opening not forming the first dispensing opening portion is covered as seen from the outside of the dispenser by the outer lid , and the remainder of the second threading opening being the portion of the second threading opening not forming the second dispensing opening portion is covered as seen from the inside of the dispenser by the inner lid .
Dispensing device for goods, in particular unpackaged bakery goods such as bread, bread rolls, or the like, having at least one support frame and having at least one drawer-type insert that in the assembled state is inserted into the support frame , wherein the drawer-type insert delineates a goods receptacle space , at least one bin-type and/or board-type receptacle for the goods being located in said goods receptacle space , and wherein the drawer-type insert has at least one forward opening by way of which the goods receptacle space and the bin-type and/or board-type receptacle are accessible, wherein furthermore a goods removal space for the goods is provided, and wherein a step serving as a receptacle for a label is arranged between the goods receptacle space and the goods removal space , wherein a front unit is provided, wherein the front unit has a pull-out mechanism such that the front unit can be pulled out, and wherein the front unit is decoupled from the remaining insert , wherein a pluggable rail mount is used, and wherein a label , e.g. pricing, can be introduced exchangeably into the rail mount , characterized in that the pluggable rail mount is used, wherein the latter is arranged on a receptacle , wherein the receptacle which is used is the axle connection which is already present as a horizontal connection between two upright posts of the support frame . wherein a front unit is provided, wherein the front unit has a pull-out mechanism such that the front unit can be pulled out, and wherein the front unit is decoupled from the remaining insert , wherein a pluggable rail mount is used, and wherein a label , e.g. pricing, can be introduced exchangeably into the rail mount , characterized in that